<Caption> <Value></Value> <Font> <Alignment/> </Font> </Caption> <Background xsi:type="attribute:ColorDefinition"> <Transparency>0</Transparency> <Red>255</Red> <Green>255</Green> <Blue>255</Blue> </Background> <Outline> <Style>Solid</Style> <Thickness>1</Thickness> <Color> <Transparency>255</Transparency> <Red>0</Red> <Green>0</Green> <Blue>0</Blue> </Color> <Visible>false</Visible> </Outline> <Insets> <Top>0.0</Top> <Left>2.0</Left> <Bottom>0.0</Bottom> <Right>3.0</Right> </Insets> <Visible>false</Visible>

Microsoft Windows 11 Migration - Windows 10 Machines Replacement List

This report lists the machines that need to be replaced due to lack of specifications or minimum requirements for Windows 11. This list will details why the machines are not recommended to run Windows 11. The report displays a breakdown of all the different editions of Windows 10 such as Professional, Enterprise, etc., OS Versions such as 21H2, 22H2, etc., CPU Clock Speed, CPU Cores, RAM, Disk Free, TPM, UEFI, Machine Chassis, Make, Model, and if available their location by Country, State, and City. It can also be filtered by Machine Groups to only show machines within a Machine Group. These filters can be applied within the Stratusphere Web UI before running the selected report.

hub_version string true lwlReportName string true lwlCategoryName string true lwlDefaultFilters string true lwlDiscardIfEmpty boolean true lwlDoAlert boolean true lwlAlertMessage string true lwlOutputFormat string true lwlDefaultSchedule string true ReportVersion string true lwlDiscardIfEmptyName string compatibleUpgrade.Windows11UpgradeHardwareCompatibility.x integer false compatibleUpgrade.Windows11UpgradeHardwareCompatibility.y integer false

6.70 Microsoft Windows 11 Migration - Windows 10 Machines Replacement List Windows Migration true false XLS 135 80

ResourceStringTable

CommonFunctionCalls.js

in lwl-styles.defaultTheme

Microsoft Windows 11 Migration - Windows 10 Machines Replacement List

auto layout

lwl-masterpage.rptlibrary lwl-masterpage lwl-styles.rptlibrary lwl-styles lwl-defaultparams.rptlibrary lwl-defaultparams

static integer true

var dait = new Date(); var gmtOffset = -dait.getTimezoneOffset() * 60 * 1000; gmtOffset;

simple text-box Unformatted

static true string true

US/Eastern

simple text-box Unformatted

Please enter a short timezone strings for display purposes

static string true

simple text-box Unformatted

true static decimal true

var dait = new Date(); var gmtOffset = dait.getTimezoneOffset() * 60 * 1000; dait.setTime(dait.getTime() + gmtOffset); dait.valueOf();

simple text-box Unformatted

Maximum Rows in Report

static integer true

simple text-box Unformatted

contentBidiFormatStr ILYNN

metadataBidiFormatStr ILYNN

disabledMetadataBidiFormatStr

disabledContentBidiFormatStr

org.postgresql.Driver jdbc:postgresql://enter.hubdb.ipordns:5432/portal?ssl=true&sslmode=prefer reports

cmVwb3J0cw==

machine_count measure

machine_count

param_1 MachineGroup string 12 1 true false param_2 MachineGroup string 12 2 true false

1 machine_count decimal

Portal

1 machine_count machine_count decimal -5

3) -- Machine does not have a dirty status and (pn.type <= 2) -- Machines are either servers (1) or desktops (2) and (os.name = 'Windows') -- Machines that currently run Microsoft Windows and (os.description not ilike '%Windows 11%' -- Machine is not already running Windows 11 and os.description not ilike '%Windows Server %') -- Machine is not already running Windows Server and (nde.vmtype is null) -- Machine is a physical machine to be considered for upgrade to Win10 -- Machine group filter and ('%' = ? or pn.id in (select ngn.nodeid from tnt_config.policynode pn, tnt_config.nodegroup_node ngn where (pn.type = 5) and (pn.id = ngn.nodegroupid) and (pn.name like ?))) ; ]]>

2.0 In 1 12 0 0 Unknown In 2 12 0 0 Unknown machine_count 1 -5 19 0 Unknown machine_count machine_count 20 ]]>

machine_count measure

machine_count

param_1 MachineGroup string 12 1 true false param_2 MachineGroup string 12 2 true false

1 machine_count decimal

Portal

1 machine_count machine_count decimal -5

3) -- Machine does not have a dirty status and (pn.type <= 2) -- Machines are either servers (1) or desktops (2) and (os.name = 'Windows') -- Machines that currently run Microsoft Windows and (os.description ilike '%Windows 11%') -- Machine is already running Windows 11 -- and os.description not ilike '%Windows Server %' -- Machine is not already running Windows Server and (nde.vmtype is null) -- Machine is a physical machine to be considered for upgrade to Win10 -- Machine group filter and ('%' = ? or pn.id in (select ngn.nodeid from tnt_config.policynode pn, tnt_config.nodegroup_node ngn where (pn.type = 5) and (pn.id = ngn.nodegroupid) and (pn.name like ?))) ; ]]>

2.0 In 1 12 0 0 Unknown In 2 12 0 0 Unknown machine_count 1 -5 19 0 Unknown machine_count machine_count 20 ]]>

days_difference measure

days_difference

1 days_difference decimal

Portal

1 days_difference days_difference decimal 2

0 then extract('days' from '2025-10-15' - now()) else 0 end as days_difference;]]>

nulls lowest

node_id measure

node_id

machine_name dimension

machine_name

machine_fqmn dimension

machine_fqmn

machine_last_contact dimension

machine_last_contact

machine_make dimension

machine_make

machine_model dimension

machine_model

machine_chassis_type dimension

machine_chassis_type

node_os_version dimension

node_os_version

node_os_desc dimension

node_os_desc

os_build_version dimension

os_build_version

node_cpu_model dimension

node_cpu_model

node_cpu_short_models dimension

node_cpu_short_models

node_cpu_speed_ghz measure

node_cpu_speed_ghz

cpu_brand dimension

cpu_brand

cpu_sub_brand dimension

cpu_sub_brand

cpu_sub_brand_modifier dimension

cpu_sub_brand_modifier

cpu_model_number dimension

cpu_model_number

cpu_sku_level measure

cpu_sku_level

cpu_generation measure

cpu_generation

cpu_sku dimension

cpu_sku

node_per_cpu_cores measure

node_per_cpu_cores

node_cpu_cores measure

node_cpu_cores

node_cpu_bitwidth measure

node_cpu_bitwidth

node_ram_allocated_gb measure

node_ram_allocated_gb

ram_alloc_gb measure

ram_alloc_gb

node_disk0_c_size_gb measure

node_disk0_c_size_gb

node_disk0_c_used_gb measure

node_disk0_c_used_gb

node_disk0_c_free_gb measure

node_disk0_c_free_gb

node_total_disk_size_gb measure

node_total_disk_size_gb

node_total_disk_used_gb measure

node_total_disk_used_gb

node_total_disk_free_gb measure

node_total_disk_free_gb

node_gpu_model dimension

node_gpu_model

node_discrete_gpu_models dimension

node_discrete_gpu_models

node_gpu_count measure

node_gpu_count

node_discrete_gpu_count measure

node_discrete_gpu_count

node_gpu_color_depth measure

node_gpu_color_depth

os_dx12orwddm2 measure

os_dx12orwddm2

node_display_dimensions dimension

node_display_dimensions

max_display_res_y measure

max_display_res_y

node_display_size_in_inches dimension

node_display_size_in_inches

max_display_size_in_inches measure

max_display_size_in_inches

node_display_count measure

node_display_count

machine_bios_uefi_capable measure

machine_bios_uefi_capable

machine_bios_uefi_enabled measure

machine_bios_uefi_enabled

machine_secure_boot dimension

machine_secure_boot

machine_tpm_specifications dimension

machine_tpm_specifications

machine_tpm_specification measure

machine_tpm_specification

machine_location_city_state_country dimension

machine_location_city_state_country

machine_location_country dimension

machine_location_country

machine_location_state dimension

machine_location_state

machine_location_city dimension

machine_location_city

cpu_support_status dimension

cpu_support_status

win11_inplace_upgrade_label dimension

win11_inplace_upgrade_label

win11_image_upgrade_label dimension

win11_image_upgrade_label

param_1 TimeZoneString string 12 1 false true false param_2 MachineGroup string 12 2 false true false param_3 MachineGroup string 12 3 true false param_4 ThresholdValue integer 8 4 true false

1 node_id integer 2 machine_name string 3 machine_fqmn string 4 machine_last_contact date-time 5 machine_make string 6 machine_model string 7 machine_chassis_type string 8 node_os_version string 9 node_os_desc string 10 os_build_version string 11 node_cpu_model string 12 node_cpu_short_models string 13 node_cpu_speed_ghz decimal 14 cpu_brand string 15 cpu_sub_brand string 16 cpu_sub_brand_modifier string 17 cpu_model_number string 18 cpu_sku_level integer 19 cpu_generation integer 20 cpu_sku string 21 node_per_cpu_cores decimal 22 node_cpu_cores decimal 23 node_cpu_bitwidth integer 24 node_ram_allocated_gb decimal 25 ram_alloc_gb decimal 26 node_disk0_c_size_gb decimal 27 node_disk0_c_used_gb decimal 28 node_disk0_c_free_gb decimal 29 node_total_disk_size_gb decimal 30 node_total_disk_used_gb decimal 31 node_total_disk_free_gb decimal 32 node_gpu_model string 33 node_discrete_gpu_models string 34 node_gpu_count decimal 35 node_discrete_gpu_count decimal 36 node_gpu_color_depth integer 37 os_dx12orwddm2 integer 38 node_display_dimensions string 39 max_display_res_y integer 40 node_display_size_in_inches string 41 max_display_size_in_inches integer 42 node_display_count decimal 43 machine_bios_uefi_capable integer 44 machine_bios_uefi_enabled integer 45 machine_secure_boot string 46 machine_tpm_specifications string 47 machine_tpm_specification integer 48 machine_location_city_state_country string 49 machine_location_country string 50 machine_location_state string 51 machine_location_city string 52 cpu_support_status string 53 win11_inplace_upgrade_label string 54 win11_image_upgrade_label string

Portal

1 node_id node_id integer 4 2 machine_name machine_name string 12 3 machine_fqmn machine_fqmn string 12 4 machine_last_contact machine_last_contact date-time 93 5 machine_make machine_make string 12 6 machine_model machine_model string 12 7 machine_chassis_type machine_chassis_type string 12 8 node_os_version node_os_version string 12 9 node_os_desc node_os_desc string 12 10 os_build_version os_build_version string 12 11 node_cpu_model node_cpu_model string 12 12 node_cpu_short_models node_cpu_short_models string 12 13 node_cpu_speed_ghz node_cpu_speed_ghz decimal 2 14 cpu_brand cpu_brand string 12 15 cpu_sub_brand cpu_sub_brand string 12 16 cpu_sub_brand_modifier cpu_sub_brand_modifier string 12 17 cpu_model_number cpu_model_number string 12 18 cpu_sku_level cpu_sku_level integer 4 19 cpu_generation cpu_generation integer 4 20 cpu_sku cpu_sku string 12 21 node_per_cpu_cores node_per_cpu_cores decimal 2 22 node_cpu_cores node_cpu_cores decimal -5 23 node_cpu_bitwidth node_cpu_bitwidth integer 5 24 node_ram_allocated_gb node_ram_allocated_gb decimal 2 25 ram_alloc_gb ram_alloc_gb decimal 2 26 node_disk0_c_size_gb node_disk0_c_size_gb decimal 2 27 node_disk0_c_used_gb node_disk0_c_used_gb decimal 2 28 node_disk0_c_free_gb node_disk0_c_free_gb decimal 2 29 node_total_disk_size_gb node_total_disk_size_gb decimal 2 30 node_total_disk_used_gb node_total_disk_used_gb decimal 2 31 node_total_disk_free_gb node_total_disk_free_gb decimal 2 32 node_gpu_model node_gpu_model string 12 33 node_discrete_gpu_models node_discrete_gpu_models string 12 34 node_gpu_count node_gpu_count decimal -5 35 node_discrete_gpu_count node_discrete_gpu_count decimal -5 36 node_gpu_color_depth node_gpu_color_depth integer 5 37 os_dx12orwddm2 os_dx12orwddm2 integer -7 38 node_display_dimensions node_display_dimensions string 12 39 max_display_res_y max_display_res_y integer 4 40 node_display_size_in_inches node_display_size_in_inches string 12 41 max_display_size_in_inches max_display_size_in_inches integer 4 42 node_display_count node_display_count decimal -5 43 machine_bios_uefi_capable machine_bios_uefi_capable integer -7 44 machine_bios_uefi_enabled machine_bios_uefi_enabled integer -7 45 machine_secure_boot machine_secure_boot string 12 46 machine_tpm_specifications machine_tpm_specifications string 12 47 machine_tpm_specification machine_tpm_specification integer -7 48 machine_location_city_state_country machine_location_city_state_country string 12 49 machine_location_country machine_location_country string 12 50 machine_location_state machine_location_state string 12 51 machine_location_city machine_location_city string 12 52 cpu_support_status cpu_support_status string 12 53 win11_inplace_upgrade_label win11_inplace_upgrade_label string 12 54 win11_image_upgrade_label win11_image_upgrade_label string 12

'vendor' as bios_vendor, -- bios_info->'smbBios' as bios_smbBios, -- bios_info->'version' as bios_version, -- bios_info->'revision' as bios_revision, -- date_trunc('day', cast(bios_info->'releaseDate' as timestamptz)) as bios_release_date, case when length(bios_info->'uefiCapable'::text) is null then null else case when bios_info->'uefiCapable' = 'false' then 'N' else 'Y' end end as bios_uefi_capable, case when length(bios_info->'uefiEnabled'::text) is null then null else case when bios_info->'uefiEnabled' = 'false' then 'N' else 'Y' end end as bios_uefi_enabled, -- tpm_info->'manufacturer' as tpm_manufacturer, -- tpm_info->'version' as tpm_version, -- (case when length(tpm_info->'owned'::text) is null then null else (case when tpm_info->'owned' = 'false' then 'N' else 'Y' end) end) as tpm_owned, -- (case when length(tpm_info->'active'::text) is null then null else (case when tpm_info->'active' = 'false' then 'N' else 'Y' end) end) as tpm_active, -- (case when length(tpm_info->'enabled'::text) is null then null else (case when tpm_info->'enabled' = 'false' then 'N' else 'Y' end) end) as tpm_enabled, tpm_info->'specification' as tpm_specification from tnt_config.node_hardware -- where -- id = 361955 -- id = 1219 ), -- node_cpus1 as ( -- select -- hardware_id, -- string_agg(distinct model, ', ') as node_cpu_model, -- string_agg(distinct rtrim(split_part(split_part(split_part(model, 'processor', 1), 'Processor', 1), 'CPU', 1)), ',') as node_cpu_short_models, -- array_agg(distinct bitwidth) as node_cpu_3264_bit, -- cpu_manufacturer, -- case -- when (cpu_manufacturer = 'AMD') then (trim(both ' ' from split_part(split_part(model, 'AMD ', 2), ' ', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then 'Pentium' -- trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then 'Atom' -- trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Core ') > 1)) then 'Core' -- (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), ' ', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then 'Xeon' -- (trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1))) -- end as cpu_class, -- case -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Opteron ') > 1)) then (trim(both ' ' from split_part(model, 'AMD Opteron Processor ', 2))) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Turion ') > 1)) then (replace(trim(both ' ' from split_part(model, 'AMD Turion ', 2)), 'Dual-Core ', '')) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then (replace(trim(both ' ' from split_part(model, 'AMD Ryzen ', 2)), 'Eight-Core Processor', '')) -- when (cpu_manufacturer = 'AMD') then (trim(both ' ' from split_part(split_part(model, 'AMD ', 2), ' ', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Core ') > 1)) then (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), ' ', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then (trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1))) -- end as cpu_model_number, -- case -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Opteron ') > 1)) then (trim(both ' ' from split_part(model, 'AMD Opteron Processor ', 2))) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Turion ') > 1)) then (replace(trim(both ' ' from split_part(model, 'AMD Turion ', 2)), 'Dual-Core ', '')) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then (replace(trim(both ' ' from split_part(model, 'AMD Ryzen ', 2)), 'Eight-Core Processor', '')) -- when (cpu_manufacturer = 'AMD') then (trim(both ' ' from split_part(split_part(model, 'AMD ', 2), ' ', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Core ') > 1) and (strpos(model, '-') > 1)) -- then -- (case -- when (cast(left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) as int) <= 11 ) -- then left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) -- when ((cast(left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) as int) >= 20)) -- then left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),1) -- end) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then (trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1))) -- end as cpu_generation, -- case -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Opteron ') > 1)) then 'AMD Opteron ' || (trim(both ' ' from split_part(model, 'AMD Opteron Processor ', 2))) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Turion ') > 1)) then 'AMD Turion ' || replace(trim(both ' ' from split_part(model, 'AMD Turion ', 2)), 'Dual-Core ', '') -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then 'AMD Ryzen ' || replace(trim(both ' ' from split_part(model, 'AMD Ryzen ', 2)), 'Eight-Core Processor', '') -- when (cpu_manufacturer = 'AMD') then (trim(both ' ' from 'AMD ' || split_part(split_part(model, 'AMD ', 2), ' ', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then 'Intel Pentium ' || trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then 'Intel Atom ' || trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Core ') > 1)) then (trim(both ' ' from split_part(model, ' CPU ', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then 'Intel Xeon ' || (trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1))) -- end as cpu_manu_class_model_number, -- count(*) as node_cpu_count, -- round(avg(speed_mhz)::numeric,0) as node_per_cpu_mhz, -- round(avg(cores)::numeric,0) as node_per_cpu_cores, -- sum(cores) as node_cpu_cores, -- round(sum(cores*speed_mhz)::numeric,0) as total_cpu_mhz -- from -- tnt_config.node_hardware_cpus -- group by -- hardware_id -- ), node_cpus as ( select hardware_id, string_agg(distinct model, ', ') as node_cpu_model, string_agg(distinct trim(regexp_replace(replace(replace(replace(replace(replace(split_part(model, ' @', 1), ' processor', ''), ' Processor', ''), ' CPU', ''), ' Eight-Core', ''), ' 8-Core', ''), '\s+', ' ', 'g')), ',') as node_cpu_short_models, string_agg(distinct case when (cpu_manufacturer = 'AMD' and (strpos(model, 'Opteron ') > 1)) then (trim(both ' ' from split_part(model, 'AMD Opteron Processor ', 2))) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Turion ') > 1)) then (replace(trim(both ' ' from split_part(model, 'AMD Turion ', 2)), 'Dual-Core ', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen 3 PRO ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen 3 PRO ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen 3 ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen 3 ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen 5 PRO ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen 5 PRO ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen 5 ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen 5 ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen 7 PRO ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen 7 PRO ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen 7 ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen 7 ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen 9 PRO ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen 9 PRO ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen 9 ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen 9 ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ThreadRipper PRO ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen ThreadRipper PRO ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ThreadRipper ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen ThreadRipper ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen Embedded ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen Embedded ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), 'AMD Ryzen ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD') then (trim(both ' ' from split_part(split_part(model, 'AMD ', 2), ' ', 1))) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium Gold ') >= 1)) then trim(both ' ' from split_part(split_part(model, ' CPU', 1), 'Pentium ', 2)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium Silver ') >= 1)) then trim(both ' ' from split_part(split_part(model, ' CPU', 1), 'Pentium ', 2)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then trim(both ' ' from split_part(split_part(model, 'Intel Atom ', 2), ' CPU', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Celeron CPU ') > 1)) then trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Celeron ') > 1) and (strpos(model, 'CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, 'Intel Celeron ', 2), ' CPU', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Celeron ') > 1) and (strpos(model, ' @ ') > 1)) then trim(both ' ' from split_part(model, ' ', 3)) when (cpu_manufacturer = 'Intel' and (strpos(model, ' Core Ultra ') > 1)) then (trim(both ' ' from split_part(model, ' ', 5))) when (cpu_manufacturer = 'Intel' and (strpos(model, ' Core ') > 1)) then (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), ' ', 1))) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Core2 Duo') > 1)) then split_part(model, ' ', 5) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Core2') > 1)) then split_part(model, ' ', 6) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Platinum') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 4)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Platinum') > 1) and (strpos(model, ' CPU @ ') <= 1)) then trim(both ' ' from split_part(model, ' ', 4)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Gold') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 4)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Gold') > 1) and (strpos(model, ' CPU @ ') <= 1)) then trim(both ' ' from split_part(model, ' ', 4)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Silver') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 4)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Silver') > 1) and (strpos(model, ' CPU @ ') <= 1)) then trim(both ' ' from split_part(model, ' ', 4)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Bronze') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 4)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 3)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1) and (strpos(model, ' @ ') <= 1)) then trim(both ' ' from split_part(model, ' ', 3)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then (trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1))) end, ',') as cpu_model_number, max(bitwidth) as node_cpu_bitwidth, string_agg(distinct cpu_manufacturer, ',') as cpu_brand, string_agg(distinct case when (cpu_manufacturer = 'AMD') then (trim(both ' ' from split_part(split_part(model, 'AMD ', 2), ' ', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium Gold ') >= 1)) then trim(both ' ' from split_part(split_part(model, 'Pentium ', 2), ' ', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium Silver ') >= 1)) then trim(both ' ' from split_part(split_part(model, 'Pentium ', 2), ' ', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then 'Pentium' -- trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then 'Atom' -- trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Celeron ') > 1)) then 'Celeron' -- trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, ' Core ') > 1)) then 'Core' -- (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), ' ', 1))) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Core2') > 1)) then 'Core2' -- (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), ' ', 1))) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then 'Xeon' -- (trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1))) end, ',') as cpu_sub_brand, -- string_agg(distinct case -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'EPYC ') > 1)) then null -- -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen Embedded ') > 1)) then left(trim(both ' ' from split_part(model, 'Embedded', 2)), 1) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1) and (strpos(model, ' PRO ') > 1)) then left(trim(both ' ' from split_part(split_part(model, 'Ryzen ', 2), ' PRO ', 1)), 1) || ' PRO' -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then left(trim(both ' ' from split_part(model, 'Ryzen ', 2)), 1) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium Gold ') >= 1)) then trim(both ' ' from split_part(split_part(model, 'Pentium ', 2), ' ', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium Silver ') >= 1)) then trim(both ' ' from split_part(split_part(model, 'Pentium ', 2), ' ', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then 'Pentium' -- trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then 'Atom' -- trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Celeron CPU ') > 1)) -- then ( -- case -- when ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) >= 48 and ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) <= 57 -- then null -- else left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1) -- end) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Celeron ') > 1) and (strpos(model, 'CPU @ ') > 1)) then left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron ', 2), ' CPU', 1)), 1) -- when (cpu_manufacturer = 'Intel' and (strpos(model, ' Core ') > 1) and (strpos(model, '-') > 1)) then (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), '-', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, ' Core ') > 1) and (strpos(model, ' Core Ultra ') > 1)) then (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), ' ', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Core2') > 1) and (strpos(model, '-') > 1)) then (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), '-', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Platinum ') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 3)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Gold ') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 3)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Silver ') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 3)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Bronze ') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 3)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon CPU ') > 1) and (strpos(model, ' @ ') > 1)) then left(trim(both ' ' from split_part(split_part(model, ' @ ', 1), 'Intel Xeon CPU ', 2)), 1) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1) and (strpos(model, ' CPU @ ') > 1)) then (trim(both ' ' from split_part(split_part(model, ' ', 3), '-', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then (trim(both ' ' from split_part(split_part(model, ' CPU ', 2), '-', 1))) -- end, ',') as cpu_sub_brand_modifier, string_agg(distinct (case when (cpu_manufacturer = 'AMD') then (case when (strpos(model, 'EPYC ') > 1) then null when (strpos(model, ' Ryzen ') > 1) then (case when (strpos(model, ' Embedded ') > 1) then left(trim(both ' ' from split_part(model, 'Embedded', 2)), 1) when (strpos(model, ' PRO ') > 1) then left(trim(both ' ' from split_part(split_part(model, 'Ryzen ', 2), ' PRO ', 1)), 1) || ' PRO' else left(trim(both ' ' from split_part(model, ' Ryzen ', 2)), 1) end) else null end) when (cpu_manufacturer = 'Qualcomm') then null when (cpu_manufacturer = 'Intel') then (case when (strpos(model, ' Atom ') > 1) then 'Atom' when (strpos(model, ' Celeron ') > 1) then (case when ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) >= 48 and ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) <= 57 then null when (strpos(model, ' CPU @ ') > 1) then left(trim(both ' ' from split_part(split_part(model, ' Celeron ', 2), ' CPU', 1)), 1) when (strpos(model, ' @ ') > 1) then left(trim(both ' ' from split_part(split_part(model, ' Celeron ', 2), ' @ ', 1)), 1) -- else left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1) else null end) when (strpos(model, ' Core ') > 1) then (case when (strpos(model, '-') > 1) then (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), '-', 1))) when (strpos(model, ' Ultra ') > 1) then (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), ' ', 1))) else null end) when (strpos(model, ' Core2 ') > 1) then (case when (strpos(model, ' Duo ') > 1 or strpos(model, ' Quad ') > 1) then trim(both ' ' from split_part(split_part(model, ' Core2 ', 2), ' ', 1)) else null end) when (strpos(model, ' Pentium ') > 1) then (case when (strpos(model, ' Gold ') > 1 or strpos(model, ' Silver ') > 1) then trim(both ' ' from split_part(split_part(model, ' Pentium ', 2), ' ', 1)) else null end) when (strpos(model, ' Xeon ') > 1) then (case when ((strpos(model, ' Platinum ') > 1 or strpos(model, ' Gold ') > 1 or strpos(model, ' Silver ') > 1 or strpos(model, ' Bronze ') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 3)) when ((strpos(model, ' Platinum ') > 1 or strpos(model, ' Gold ') > 1 or strpos(model, ' Silver ') > 1 or strpos(model, ' Bronze ') > 1) and (strpos(model, ' CPU @ ') <= 1)) then trim(both ' ' from split_part(model, ' ', 3)) when ((strpos(model, ' CPU ') > 1) and (strpos(model, ' @ ') > 1)) then left(trim(both ' ' from split_part(split_part(model, ' @ ', 1), 'Intel Xeon CPU ', 2)), 1) when ((strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' ', 3), '-', 1)) when ((strpos(model, '-') > 1)) then trim(both ' ' from split_part(split_part(model, ' Xeon ', 2), '-', 1)) else null end) when (strpos(model, ' Processor ') > 1) then null else null end) else null end), ',') as cpu_sub_brand_modifier, max( case when (cpu_manufacturer = 'AMD') then null when (cpu_manufacturer = 'Qualcomm') then null when (cpu_manufacturer = 'Intel') then ( case -- when (strpos(model, ' Atom ') > 1) -- then null -- when (strpos(model, ' Celeron ') > 1) -- then null -- when (strpos(model, ' Core Ultra ') > 1) -- then cast(left(trim(both ' ' from split_part(model, ' ', 5)), 1) as integer) -- when (strpos(model, ' Core ') > 1) -- then ( -- case -- when (strpos(model, 'th Gen ') > 1) and (strpos(model, '-') > 1) -- then cast(left(trim(both ' ' from split_part(model, '-', 2)), 2) as integer) -- when (strpos(model, 'th Gen ') <= 1) and (strpos(model, '-') > 1) and (length(split_part(split_part(model, '-', 2), ' ', 1)) >= 6) -- then cast(left(trim(both ' ' from split_part(model, '-', 2)), 2) as integer) -- when (strpos(model, 'th Gen ') <= 1) and (strpos(model, '-') > 1) -- then cast(left(trim(both ' ' from split_part(model, '-', 2)), 1) as integer) -- else null -- end) -- when (strpos(model, ' Pentium ') > 1) -- then null -- when (strpos(model, ' Processor ') > 1) -- then null when (strpos(model, ' Xeon ') > 1) then ( case when (strpos(model, ' Platinum ') > 1) or (strpos(model, ' Gold ') > 1) or (strpos(model, ' Silver ') > 1) or (strpos(model, ' Bronze ') > 1) then cast(left(trim(both ' ' from split_part(model, ' ', 4)), 1) as integer) else null end) else null end) else null end)::integer as cpu_sku_level, max( case when (cpu_manufacturer = 'AMD') then null when (cpu_manufacturer = 'Qualcomm') then null when (cpu_manufacturer = 'Intel') then ( case when (strpos(model, ' Atom ') > 1) then null when (strpos(model, ' Celeron ') > 1) then null when (strpos(model, ' Core Ultra ') > 1) then cast(left(trim(both ' ' from split_part(model, ' ', 5)), 1) as integer) when (strpos(model, ' Core ') > 1) then ( case when (strpos(model, 'th Gen ') > 1) and (strpos(model, '-') > 1) then cast(left(trim(both ' ' from split_part(model, '-', 2)), 2) as integer) when (strpos(model, 'th Gen ') <= 1) and (strpos(model, '-') > 1) and (length(split_part(split_part(model, '-', 2), ' ', 1)) >= 6) then cast(left(trim(both ' ' from split_part(model, '-', 2)), 2) as integer) when (strpos(model, 'th Gen ') <= 1) and (strpos(model, '-') > 1) then cast(left(trim(both ' ' from split_part(model, '-', 2)), 1) as integer) else null end) when (strpos(model, ' Pentium ') > 1) then null when (strpos(model, ' Processor ') > 1) then null when (strpos(model, ' Xeon ') > 1) then ( case when (strpos(model, ' Platinum ') > 1) or (strpos(model, ' Gold ') > 1) or (strpos(model, ' Silver ') > 1) or (strpos(model, ' Bronze ') > 1) then cast(right(left(trim(both ' ' from split_part(model, ' ', 4)), 2), 1) as integer) else null end) else null end) else null end)::integer as cpu_generation, -- string_agg(distinct case -- -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Opteron ') > 1)) then (trim(both ' ' from split_part(model, 'AMD Opteron Processor ', 2))) -- -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Turion ') > 1)) then (replace(trim(both ' ' from split_part(model, 'AMD Turion ', 2)), 'Dual-Core ', '')) -- -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then (replace(trim(both ' ' from split_part(model, 'AMD Ryzen ', 2)), 'Eight-Core Processor', '')) -- -- when (cpu_manufacturer = 'AMD') then (trim(both ' ' from split_part(split_part(model, 'AMD ', 2), ' ', 1))) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen Embedded ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, ' Embedded ', 2), ' ', 1)), 4, 2) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1) and (strpos(model, ' PRO ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, 'Ryzen ', 2), ' PRO ', 2)), 2, 4) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, 'AMD Ryzen ', 2), ' ', 2)), 3, 2) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium Gold ') >= 1)) then trim(both ' ' from split_part(split_part(model, 'Pentium Gold ', 2), ' CPU ', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium Silver ') >= 1)) then trim(both ' ' from split_part(split_part(model, 'Pentium Silver ', 2), ' CPU ', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1)) -- -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Celeron CPU ') > 1)) -- then (case when ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) >= 48 and ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) <= 57 -- then left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 4) -- else right(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 4) -- end) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Celeron ') > 1) and (strpos(model, 'CPU @ ') > 1)) then right(trim(both ' ' from split_part(split_part(model, 'Intel Celeron ', 2), ' CPU', 1)), 4) -- when (cpu_manufacturer = 'Intel' and (strpos(model, ' Core ') > 1) and (strpos(model, '-') > 1)) -- then -- (case -- -- Check if Intel, Core, and m3, m5, m7, then the first number after the - is supposed to be the SKU -- when ((strpos(lower(model), ' m3-') > 1) and (left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),1) ~ '^\d+(\.\d+)?$')) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) -- when ((strpos(lower(model), ' m5-') > 1) and (left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),1) ~ '^\d+(\.\d+)?$')) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) -- when ((strpos(lower(model), ' m7-') > 1) and (left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),1) ~ '^\d+(\.\d+)?$')) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) -- -- Check if Intel, Core, and i3, i5, i7, i9, then the first number after the - is supposed to be the SKU -- when ((strpos(lower(model), ' i3-') > 1) and (left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),1) ~ '^\d+(\.\d+)?$')) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) -- when ((strpos(lower(model), ' i5-') > 1) and (left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),1) ~ '^\d+(\.\d+)?$')) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) -- when ((strpos(lower(model), ' i7-') > 1) and (left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),1) ~ '^\d+(\.\d+)?$')) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) -- when ((strpos(lower(model), ' i9-') > 1) and (left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),1) ~ '^\d+(\.\d+)?$')) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) -- -- Check if Intel, Core and contains 'th Gen' to figure out generation -- when (strpos(lower(model), 'th gen ') > 1) -- then right(trim(both ' ' from split_part(model, '-', 2)), 3) -- when (cast(left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) as int) <= 11 and (strpos(model, 'G') > 1)) -- -- when (cast(left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) as int) <= 11 ) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),3, 2) -- when (cast(left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) as int) <= 11 and (strpos(model, 'G') <= 0)) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),3, 3) -- when ((cast(left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) as int) >= 20)) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2, 3) -- end) -- when (cpu_manufacturer = 'Intel' and (strpos(model, ' Core ') > 1) and (strpos(model, 'Ultra') > 1)) -- then trim(both ' ' from split_part(model, ' ', 5)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1) and (strpos(model, ' CPU @ ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 4)), 3, 2) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon CPU ') > 1) and (strpos(model, ' @ ') > 1)) then right(trim(both ' ' from split_part(split_part(model, ' @ ', 1), 'Intel Xeon CPU ', 2)), 2) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, ' CPU ', 2), '-', 2)), 3, 2) -- end, ',') as cpu_sku, string_agg(distinct case when (cpu_manufacturer = 'AMD') then (case when ((strpos(model, 'Ryzen Embedded ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, ' Embedded ', 2), ' ', 1)), 4, 2) when ((strpos(model, 'Ryzen ') > 1) and (strpos(model, ' PRO ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, 'Ryzen ', 2), ' PRO ', 2)), 2, 4) when ((strpos(model, 'Ryzen ') > 1) and (strpos(model, ' PRO ') <= 1)) then substr(trim(both ' ' from split_part(split_part(model, 'AMD Ryzen ', 2), ' ', 2)), 3, 2) when ((strpos(model, 'Athlon II ') > 1)) then trim(both ' ' from split_part(split_part(model, ' Athlon II ', 2), ' ', 2)) when ((strpos(model, 'Athlon ') > 1) and (strpos(model, 'Athlon II ') <= 1)) then trim(both ' ' from split_part(split_part(model, ' Athlon ', 2), ' ', 2)) else null end) when (cpu_manufacturer = 'Qualcomm') then null when (cpu_manufacturer = 'Intel') then (case when (strpos(model, ' Atom ') > 1) then null when (strpos(model, ' Celeron ') > 1) then (case when (strpos(model, 'Celeron CPU ') > 1) then (case when ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) >= 48 and ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) <= 57 then left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 4) else right(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 4) end) when ((strpos(model, ' Celeron ') > 1) and (strpos(model, 'CPU @ ') > 1)) then split_part(model, ' ', 3) when ((strpos(model, ' Celeron ') > 1) and (strpos(model, ' @ ') > 1)) then split_part(model, ' ', 3) else null end) when (strpos(model, ' Core ') > 1) then (case when (strpos(model, ' Ultra ') > 1) then split_part(model, ' ', 5) when (strpos(model, 'th Gen ') > 1) and (strpos(model, '-') > 1) then split_part(split_part(model, '-', 2), ' ', 1) when (strpos(model, 'th Gen ') <= 1) and (strpos(model, '-') > 1) then split_part(split_part(model, '-', 2), ' ', 1) else null end) when (strpos(model, ' Core2 ') > 1) then (case when (strpos(model, ' Duo ') > 1) then split_part(model, ' ', 5) else null end) when (strpos(model, ' Pentium ') > 1) then (case when ((strpos(model, ' Gold ') > 1)) then trim(both ' ' from split_part(split_part(model, ' Gold ', 2), ' CPU ', 1)) when ((strpos(model, ' Silver ') > 1)) then trim(both ' ' from split_part(split_part(model, ' Silver ', 2), ' CPU ', 1)) when ((strpos(model, 'Pentium ') >= 1)) then trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1)) else null end) when (strpos(model, ' Xeon ') > 1) then (case when (strpos(model, ' Platinum ') > 1) or (strpos(model, ' Gold ') > 1) or (strpos(model, ' Silver ') > 1) or (strpos(model, ' Bronze ') > 1) then substr(split_part(model, ' ', 4), 3, 2) when ((strpos(model, 'Xeon CPU ') > 1) and (strpos(model, ' @ ') > 1)) then right(trim(both ' ' from split_part(split_part(model, ' @ ', 1), 'Intel Xeon CPU ', 2)), 2) -- when (strpos(model, ' CPU @ ') > 1) -- then substring(split_part(split_part(model, ' CPU @ ', 1), ' ', 4), 3, 2) when (strpos(model, ' CPU @ ') > 1) then split_part(split_part(model, ' CPU @ ', 1), '-', 2) when ((strpos(model, 'Xeon ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, ' CPU ', 2), '-', 2)), 3, 2) else null end) when (strpos(model, ' Processor ') > 1) then null else null end) else null end, ',') as cpu_sku, -- string_agg(distinct case -- -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Opteron ') > 1)) then (trim(both ' ' from split_part(model, 'AMD Opteron Processor ', 2))) -- -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Turion ') > 1)) then (replace(trim(both ' ' from split_part(model, 'AMD Turion ', 2)), 'Dual-Core ', '')) -- -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then (replace(trim(both ' ' from split_part(model, 'AMD Ryzen ', 2)), 'Eight-Core Processor', '')) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen Embedded ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, ' Embedded ', 2), ' ', 1)), 6, 1) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, 'AMD Ryzen ', 2), ' ', 2)), 5, 1) -- -- when (cpu_manufacturer = 'AMD') then (trim(both ' ' from split_part(split_part(model, 'AMD ', 2), ' ', 1))) -- -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Celeron CPU ') > 1)) -- then (case when ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) >= 48 and ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) <= 57 -- then right(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1) -- -- else right(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 4) -- end) -- when (cpu_manufacturer = 'Intel' and (strpos(model, ' Core ') > 1) and (strpos(model, '-') > 1)) -- then -- (case -- when (cast(left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) as int) <= 11 and (strpos(model, 'G') > 1)) -- then right(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)), 2) -- when (cast(left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) as int) <= 11 and (strpos(model, 'G') <= 0)) -- then right(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)), 1) -- when ((cast(left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) as int) >= 20)) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)), 5, 2) -- end) -- -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then (trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1))) -- end, ',') as cpu_suffix, string_agg(distinct case when (cpu_manufacturer = 'AMD' and (strpos(model, 'Opteron ') > 1)) then 'AMD Opteron ' || (trim(both ' ' from split_part(model, 'AMD Opteron Processor ', 2))) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Turion ') > 1)) then 'AMD Turion ' || replace(trim(both ' ' from split_part(model, 'AMD Turion ', 2)), 'Dual-Core ', '') when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then 'AMD Ryzen ' || replace(trim(both ' ' from split_part(model, 'AMD Ryzen ', 2)), 'Eight-Core Processor', '') when (cpu_manufacturer = 'AMD') then (trim(both ' ' from 'AMD ' || split_part(split_part(model, 'AMD ', 2), ' ', 1))) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then 'Intel Pentium ' || trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then 'Intel Atom ' || trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, ' Core ') > 1)) then (trim(both ' ' from split_part(model, ' CPU ', 1))) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then 'Intel Xeon ' || (trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1))) end, ',') as cpu_manu_class_model_number, count(*) as node_cpu_count, round(avg(speed_mhz)::numeric,0) as node_per_cpu_mhz, round(avg(cores)::numeric,0) as node_per_cpu_cores, sum(cores) as node_cpu_cores, round(sum(cores*speed_mhz)::numeric,0) as total_cpu_mhz from ( select h.hardware_id, replace(replace(replace(h.model, '(R)', ''), '(TM)', ''), '(tm)', '') as model, case when split_part(replace(replace(replace(h.model, '(R)', ''), '(TM)', ''), '(tm)', ''), ' ', 1) ilike 'Pentium' then 'Intel' when strpos(model, 'Intel') > 1 then 'Intel' when strpos(model, 'AMD') > 1 then 'AMD' else split_part(replace(replace(replace(h.model, '(R)', ''), '(TM)', ''), '(tm)', ''), ' ', 1) end as cpu_manufacturer, h.bitwidth, h.cores as cores, h.speed_mhz from tnt_config.node_hardware_cpus h ) h group by hardware_id ), -- node_ram1 as ( -- with -- latest_sum_report as ( -- select -- sumrpt.node_id as node_id, -- max(sumrpt.start_date) as start_date, -- max(sumrpt.end_date) as end_date -- from -- tnt_audit.summaryreports sumrpt -- group by -- sumrpt.node_id -- ) -- select -- sumrpts.node_id as node_id, -- round((avg(sumrpts.mem_alloc)/1048576)::numeric, 3) as node_ram_allocated_gb -- from -- tnt_audit.summaryreports sumrpts, latest_sum_report lsr -- where -- sumrpts.node_id = lsr.node_id -- and sumrpts.start_date = lsr.start_date -- and sumrpts.end_date = lsr.end_date -- and sumrpts.end_date between lsr.start_date and lsr.end_date -- group by -- sumrpts.node_id -- ), -- node_ram2 as ( -- select -- sumrpts.node_id as node_id, -- round((avg(sumrpts.mem_alloc)/1048576)::numeric, 3) as node_ram_allocated_gb -- from -- tnt_audit.summaryreports sumrpts -- join tnt_config.node nde on (nde.id = sumrpts.node_id and nde.delete_time is null) -- where -- -- sumrpts.node_id = nde.id -- -- and sumrpts.start_date = nde.last_report_seen_start_date -- -- and sumrpts.end_date = nde.last_report_seen_end_date -- -- and sumrpts.end_date between nde.last_report_seen_start_date and nde.last_report_seen_end_date -- (sumrpts.end_date >= nde.last_report_seen_end_date) -- group by -- sumrpts.node_id -- ), node_ram as ( select sumrpts.node_id as node_id, round((avg(sumrpts.mem_alloc)/1048576)::numeric, 3) as node_ram_allocated_gb from tnt_audit.summaryreports sumrpts, ( select sumrpt.node_id as node_id, max(sumrpt.start_date) as start_date, max(sumrpt.end_date) as end_date from tnt_audit.summaryreports sumrpt group by sumrpt.node_id ) lsr where sumrpts.node_id = lsr.node_id and sumrpts.start_date = lsr.start_date and sumrpts.end_date = lsr.end_date and sumrpts.end_date between lsr.start_date and lsr.end_date group by sumrpts.node_id ), -- node_disk1 as ( -- with -- last_node_disk as ( -- select -- part_stats.node_id as node_id, -- max(part_stats.start_date) as start_date, -- max(part_stats.end_date) as end_date -- from -- tnt_audit.summaryreport_partition_stats part_stats -- group by -- part_stats.node_id -- ), -- part_stats as ( -- select -- part_stats.node_id as node_id, -- part_stats.disk_id as node_physical_disk_id, -- string_agg(distinct part_stats.name, ',') as node_disk_names, -- sum(part_stats.size) as node_per_disk_size_kb, -- sum(part_stats.avg_used) as node_per_disk_used_kb -- from -- tnt_audit.summaryreport_partition_stats part_stats, last_node_disk -- where -- part_stats.node_id = last_node_disk.node_id -- and part_stats.start_date = last_node_disk.start_date -- and part_stats.end_date = last_node_disk.end_date -- and part_stats.end_date between last_node_disk.start_date and last_node_disk.end_date -- and part_stats.local_type ilike 'local' -- group by -- part_stats.node_id, part_stats.disk_id -- ) -- select -- part_stats.node_id as node_id, -- round(max(part_stats.node_per_disk_size_kb)::numeric/1048576.0, 0) as node_max_disk_size_gb, -- round(max(part_stats.node_per_disk_used_kb)::numeric/1048576.0, 0) as node_max_disk_used_gb, -- round(sum(part_stats.node_per_disk_size_kb)::numeric/1048576, 0) as node_total_disk_size_gb, -- round(sum(part_stats.node_per_disk_used_kb)::numeric/1048576, 0) as node_total_disk_used_gb -- from -- part_stats -- group by -- part_stats.node_id -- ), -- node_disk2 as ( -- select -- part_stats.node_id as node_id, -- round(max(part_stats.node_per_disk_size_kb)::numeric/1048576.0, 0) as node_max_disk_size_gb, -- round(max(part_stats.node_per_disk_used_kb)::numeric/1048576.0, 0) as node_max_disk_used_gb, -- round(sum(part_stats.node_per_disk_size_kb)::numeric/1048576, 0) as node_total_disk_size_gb, -- round(sum(part_stats.node_per_disk_used_kb)::numeric/1048576, 0) as node_total_disk_used_gb -- from ( -- select -- part_stats.node_id as node_id, -- part_stats.disk_id as node_physical_disk_id, -- string_agg(distinct part_stats.name, ',') as node_disk_names, -- sum(part_stats.size) as node_per_disk_size_kb, -- sum(part_stats.avg_used) as node_per_disk_used_kb -- from -- tnt_audit.summaryreport_partition_stats part_stats -- join tnt_config.node nde on (nde.id = part_stats.node_id and nde.delete_time is null) -- where -- part_stats.node_id = nde.id -- and part_stats.start_date = nde.last_report_seen_start_date -- and part_stats.end_date = nde.last_report_seen_end_date -- and part_stats.end_date between nde.last_report_seen_start_date and nde.last_report_seen_end_date -- and part_stats.local_type ilike 'local' -- group by -- part_stats.node_id, part_stats.disk_id -- ) part_stats -- group by -- part_stats.node_id -- ), -- node_disk1 as ( -- select -- part_stats.node_id as node_id, -- round(max(part_stats.node_per_disk_size_kb)::numeric/1048576.0, 0) as node_max_disk_size_gb, -- round(max(part_stats.node_per_disk_used_kb)::numeric/1048576.0, 0) as node_max_disk_used_gb, -- round(sum(part_stats.node_per_disk_size_kb)::numeric/1048576, 0) as node_total_disk_size_gb, -- round(sum(part_stats.node_per_disk_used_kb)::numeric/1048576, 0) as node_total_disk_used_gb -- from ( -- select -- part_stats.node_id as node_id, -- part_stats.disk_id as node_physical_disk_id, -- string_agg(distinct part_stats.name, ',') as node_disk_names, -- sum(part_stats.size) as node_per_disk_size_kb, -- sum(part_stats.avg_used) as node_per_disk_used_kb -- from -- tnt_audit.summaryreport_partition_stats part_stats, -- ( select -- part_stats.node_id as node_id, -- max(part_stats.start_date) as start_date, -- max(part_stats.end_date) as end_date -- from -- tnt_audit.summaryreport_partition_stats part_stats -- -- where -- -- part_stats.node_id = 13047 -- group by -- part_stats.node_id -- ) last_part_stats -- where -- part_stats.node_id = last_part_stats.node_id -- and part_stats.start_date = last_part_stats.start_date -- and part_stats.end_date = last_part_stats.end_date -- and part_stats.end_date between last_part_stats.start_date and last_part_stats.end_date -- and part_stats.local_type ilike 'local' -- -- and part_stats.node_id = 13047 -- group by -- part_stats.node_id, part_stats.disk_id -- ) part_stats -- group by -- part_stats.node_id -- ), node_disk as ( select disk_stats.node_id as node_id, -- round(max(disk_stats.node_per_disk_size_kb)::numeric/1048576.0, 0) as node_max_disk_size_gb, -- round(max(disk_stats.node_per_disk_used_kb)::numeric/1048576.0, 0) as node_max_disk_used_gb, -- round(sum(disk_stats.node_per_disk_size_kb)::numeric/1048576.0, 0) as node_total_disk_size_gb, -- round(sum(disk_stats.node_per_disk_used_kb)::numeric/1048576.0, 0) as node_total_disk_used_gb round(disk_stats.node_total_disk_size_kb::numeric/1048576.0, 0) as node_total_disk_size_gb, round(disk_stats.node_total_disk_used_kb::numeric/1048576.0, 0) as node_total_disk_used_gb, round((disk_stats.node_total_disk_size_kb - disk_stats.node_total_disk_used_kb)::numeric/1048576.0, 0) as node_total_disk_free_gb, round(disk_stats.node_disk0_c_size_kb::numeric/1048576.0, 0) as node_disk0_c_size_gb, round(disk_stats.node_disk0_c_used_kb::numeric/1048576.0, 0) as node_disk0_c_used_gb, round((disk_stats.node_disk0_c_size_kb - disk_stats.node_disk0_c_used_kb)::numeric/1048576.0, 0) as node_disk0_c_free_gb from ( select disk_stats.node_id as node_id, -- disk_stats.disk_id as node_physical_disk_id, string_agg(distinct disk_stats.name, ',') as node_disk_names, sum(disk_stats.size) as node_total_disk_size_kb, sum(disk_stats.avg_used) as node_total_disk_used_kb, sum(case when disk_stats.name ilike '%disk0 ( C:%' then disk_stats.size end) as node_disk0_c_size_kb, sum(case when disk_stats.name ilike '%disk0 ( C:%' then disk_stats.avg_used end) as node_disk0_c_used_kb from -- tnt_audit.summaryreport_partition_stats part_stats, tnt_audit.summaryreport_disk_stats disk_stats, ( select disk_stats.node_id as node_id, max(disk_stats.start_date) as start_date, max(disk_stats.end_date) as end_date from -- tnt_audit.summaryreport_partition_stats disk_stats tnt_audit.summaryreport_disk_stats disk_stats -- where -- disk_stats.node_id = 13047 group by disk_stats.node_id ) last_disk_stats where disk_stats.node_id = last_disk_stats.node_id and disk_stats.start_date = last_disk_stats.start_date and disk_stats.end_date = last_disk_stats.end_date and disk_stats.end_date between last_disk_stats.start_date and last_disk_stats.end_date and disk_stats.type ilike 'LOCAL' -- and disk_stats.node_id = 13047 group by disk_stats.node_id--, disk_stats.disk_id ) disk_stats -- group by -- disk_stats.node_id ), node_health_stats as ( select hstats.node_id, hstats.sec_secure_boot from tnt_audit.summaryreport_machine_health_stats hstats, -- lwl_rollup.sr_machine_health_stats_da hstats, ( select node_id as node_id, max(start_date) as start_date, max(end_date) as end_date from tnt_audit.summaryreport_machine_health_stats -- lwl_rollup.sr_machine_health_stats_da hstats group by node_id ) last_health_stats where hstats.node_id = last_health_stats.node_id and hstats.start_date = last_health_stats.start_date and hstats.end_date = last_health_stats.end_date and hstats.end_date between last_health_stats.start_date and last_health_stats.end_date ), node_gpus as ( select hardware_id, string_agg(model, ', ') as node_gpu_model, string_agg(model, ',') as node_discrete_gpu_models, count(*) as node_discrete_gpu_count, string_agg(format('%s', speedmhz), ', ') as node_gpu_speed_mhz, -- string_agg(format('%s', colordepth), ', ') as node_gpu_color_depth, max(colordepth) as node_gpu_color_depth, count(*) as node_gpu_count from tnt_config.node_hardware_gpus where is_real = true group by hardware_id ), node_displays as ( select hardware_id, string_agg(dimensions, ', ') as node_display_dimensions, max(cast(split_part(dimensions, 'x', 2) as int)) as max_display_res_y, string_agg(coalesce(cast(details->'sizeInches' as text), 'N/A'), ',') as node_display_size_in_inches, max((cast(details->'sizeInches' as int))) as max_display_size_in_inches, count(*) as node_display_count from tnt_config.node_hardware_displays group by hardware_id ), -- Todo: Add -- Disk encryption providers, -- Cloud drives in use (OneDrive, Google Drive, AWS Drive), -- Top 10 Apps by user count, -- Top 10 Apps by CPU, RAM, Disk Space base_sql as ( select pn.id as node_id, pn.name as machine_name, nde.fqmn as machine_fqmn, nde.lastcontact::timestamptz at time zone ? as machine_last_contact, -- Machine hardware make, model, and chassis type nh.machine_make as machine_make, nh.machine_model as machine_model, nde.hwtype as machine_chassis_type, -- OS os.version as node_os_version, replace(replace(replace(replace(replace(replace(replace(replace(os.description, ' , ', ', '), 'Service Pack ', 'SP'), '(R)', ''), '(TM)', ''), '®', ''), '™', ''), '®', ''), '', '') as node_os_desc, os.buildversion as os_build_version, -- CPU nodecpu.node_cpu_model as node_cpu_model, nodecpu.node_cpu_short_models as node_cpu_short_models, round((nodecpu.node_per_cpu_mhz/1000.0)::numeric, 3) as node_cpu_speed_ghz, trim(both ' ' from nodecpu.cpu_brand) as cpu_brand, trim(both ' ' from nodecpu.cpu_sub_brand) as cpu_sub_brand, trim(both ' ' from nodecpu.cpu_sub_brand_modifier) as cpu_sub_brand_modifier, trim(both ' ' from nodecpu.cpu_model_number) as cpu_model_number, nodecpu.cpu_sku_level as cpu_sku_level, -- trim(both ' ' from nodecpu.cpu_generation) as cpu_generation, nodecpu.cpu_generation as cpu_generation, trim(both ' ' from nodecpu.cpu_sku) as cpu_sku, nodecpu.node_per_cpu_cores, nodecpu.node_cpu_cores, nodecpu.node_cpu_bitwidth, -- RAM noderam.node_ram_allocated_gb as node_ram_allocated_gb, nh.ram_alloc_gb, -- Disk storage nodedisk.node_disk0_c_size_gb as node_disk0_c_size_gb, nodedisk.node_disk0_c_used_gb as node_disk0_c_used_gb, nodedisk.node_disk0_c_free_gb as node_disk0_c_free_gb, nodedisk.node_total_disk_size_gb as node_total_disk_size_gb, nodedisk.node_total_disk_used_gb as node_total_disk_used_gb, nodedisk.node_total_disk_free_gb as node_total_disk_free_gb, -- GPU nodegpu.node_gpu_model as node_gpu_model, nodegpu.node_discrete_gpu_models as node_discrete_gpu_models, -- nodegpu.node_gpu_speed_mhz as node_gpu_speed_mhz, nodegpu.node_gpu_count as node_gpu_count, nodegpu.node_discrete_gpu_count as node_discrete_gpu_count, nodegpu.node_gpu_color_depth, os.dx12orwddm2 as os_dx12orwddm2, -- Display nodedis.node_display_dimensions as node_display_dimensions, nodedis.max_display_res_y as max_display_res_y, nodedis.node_display_size_in_inches, nodedis.max_display_size_in_inches, nodedis.node_display_count as node_display_count, -- BIOS & TPM case when nh.bios_uefi_capable is null then null else case when nh.bios_uefi_capable = 'Y' then true else false end end as machine_bios_uefi_capable, case when nh.bios_uefi_enabled is null then null else case when nh.bios_uefi_enabled = 'Y' then true else false end end as machine_bios_uefi_enabled, case when nodehealth.sec_secure_boot is null then null else nodehealth.sec_secure_boot end as machine_secure_boot, nh.tpm_specification as machine_tpm_specifications, case when nh.tpm_specification is null then null else case when strpos(nh.tpm_specification, '2.') > 0 then true else false end end as machine_tpm_specification, -- Windows 11 compatibility -- initcap(nde.win11_inplace_upgrade_compatibility) as win11_inplace_upgrade_compatibility, -- initcap(nde.win11_image_upgrade_compatibility) as win11_image_upgrade_compatibility -- Machine location loc_stats.city || ', ' || loc_stats.state || ', ' || loc_stats.country as machine_location_city_state_country, loc_stats.country as machine_location_country, loc_stats.state as machine_location_state, loc_stats.city as machine_location_city from tnt_config.policynode pn join tnt_config.node nde on (nde.id = pn.id) left outer join tnt_config.os os on (os.id = nde.os_id) left outer join node_hardware nh on (node_hardware_id = nde.hardware_id) left outer join node_cpus nodecpu on (nodecpu.hardware_id = nde.hardware_id) left outer join node_ram noderam on (noderam.node_id = pn.id) left outer join node_disk nodedisk on (nodedisk.node_id = pn.id) left outer join node_gpus nodegpu on (nodegpu.hardware_id = nde.hardware_id) left outer join node_displays nodedis on (nodedis.hardware_id = nde.hardware_id) left outer join node_health_stats nodehealth on (nodehealth.node_id = pn.id) left outer join ( select loc_stats.node_id as node_id, first(loc_stats.country) as country, first(loc_stats.state) as state, first(loc_stats.city) as city from tnt_audit.summaryreport_machine_location_stats loc_stats, -- lwl_rollup.sr_machine_location_stats_da loc_stats, ( select loc_stats.node_id as node_id, max(loc_stats.start_date) as start_date, max(loc_stats.end_date) as end_date from tnt_audit.summaryreport_machine_location_stats loc_stats -- lwl_rollup.sr_machine_location_stats_da loc_stats group by loc_stats.node_id ) latest_loc_stats where loc_stats.node_id = latest_loc_stats.node_id and loc_stats.start_date = latest_loc_stats.start_date and loc_stats.end_date = latest_loc_stats.end_date and loc_stats.end_date between latest_loc_stats.start_date and latest_loc_stats.end_date group by loc_stats.node_id ) loc_stats on (loc_stats.node_id = pn.id) where (pn.delete_time is null) -- Machine has not been deleted and (nde.delete_time is null) -- Machine has not been deleted and (nde.ihostversion is not null) -- Machine has a CID Key installed and (nde.certificate is not null) -- Machine has a valid certificate and (pn.system_object is false) -- Machine is not a system object like Stratusphere Hub, DB or Station and (pn.dirtystatusid is null or pn.dirtystatusid <> 3) -- Machine does not have a dirty status and (pn.type <= 2) -- Machines are either servers (1) or desktops (2) and (os.name = 'Windows') -- Machines that currently run Microsoft Windows and (os.description not ilike '%Windows 11%' -- Machine is already running Windows 11 and os.description not ilike '%Windows Server %') -- Machine is not already running Windows Server and (nde.vmtype is null) -- Machine is a physical machine to be considered for upgrade to Win10 -- Machine group filter and ('%' = ? or pn.id in (select ngn.nodeid from tnt_config.policynode pn, tnt_config.nodegroup_node ngn where (pn.type = 5) and (pn.id = ngn.nodegroupid) and (pn.name like ?))) -- Threshold value for machine having called back within last N days and (nde.last_report_seen_end_date >= (current_date - (interval '1 days' * ?))) -- Machine has called back within last 90 days order by lower(pn.name) asc nulls last ), base_with_cpu_support_sql as ( select s.*, -- case -- -- First check for incompatible hardware/software -- when (node_cpu_speed_ghz < 1.0) -- or (node_per_cpu_cores < 2) -- or (ram_alloc_gb < 4.0) -- or (node_cpu_bitwidth is not null and node_cpu_bitwidth < 64.0) -- or (node_disk0_c_free_gb < 20.0) -- or (node_gpu_color_depth is not null and node_gpu_color_depth < 8) -- or (os_dx12orwddm2 is not null and os_dx12orwddm2 is false) -- or (max_display_res_y is not null and max_display_res_y < 720) -- or (max_display_size_in_inches is not null and max_display_size_in_inches < 9) -- or (machine_bios_uefi_capable is not null and machine_bios_uefi_capable is false) -- or (machine_secure_boot is not null and machine_secure_boot = 'Not supported') -- or (machine_tpm_specification is not null and machine_tpm_specification is false) -- then 'Unsupported' -- -- Then check for partial/maybe support (when values are NULL) -- when node_cpu_bitwidth is null -- or node_gpu_color_depth is null -- or os_dx12orwddm2 is null -- or max_display_res_y is null -- or max_display_size_in_inches is null -- or machine_bios_uefi_capable is null -- or machine_secure_boot is null -- or machine_tpm_specification is null -- then 'Partial' -- -- Otherwise it's supported -- else 'Supported' -- end as win11_inplace_upgrade_label, -- case -- -- First check for incompatible hardware/software -- when (node_cpu_speed_ghz < 1.0) -- or (node_per_cpu_cores < 2) -- or (ram_alloc_gb < 4.0) -- or (node_cpu_bitwidth is not null and node_cpu_bitwidth < 64.0) -- or (node_disk0_c_free_gb < 64.0) -- or (node_gpu_color_depth is not null and node_gpu_color_depth < 8) -- or (os_dx12orwddm2 is not null and os_dx12orwddm2 is false) -- or (max_display_res_y is not null and max_display_res_y < 720) -- or (max_display_size_in_inches is not null and max_display_size_in_inches < 9) -- or (machine_bios_uefi_capable is not null and machine_bios_uefi_capable is false) -- or (machine_secure_boot is not null and machine_secure_boot = 'Not supported') -- or (machine_tpm_specification is not null and machine_tpm_specification is false) -- then 'Unsupported' -- -- Then check for partial/maybe support (when values are NULL) -- when node_cpu_bitwidth is null -- or node_gpu_color_depth is null -- or os_dx12orwddm2 is null -- or max_display_res_y is null -- or max_display_size_in_inches is null -- or machine_bios_uefi_capable is null -- or machine_secure_boot is null -- or machine_tpm_specification is null -- then 'Partial' -- -- Otherwise it's supported -- else 'Supported' -- end as win11_image_upgrade_label, case when cpu_brand = 'Intel' then case -- Intel Atom processors when cpu_sub_brand = 'Atom' and (cpu_model_number = 'x6200FE' or cpu_model_number = 'x6211E' or cpu_model_number = 'x6212RE' or cpu_model_number = 'x6413E' or cpu_model_number = 'x6414RE' or cpu_model_number = 'x6425E' or cpu_model_number = 'x6425RE' or cpu_model_number = 'x6427FE' or cpu_model_number = 'x7211E' or cpu_model_number = 'x7213E' or cpu_model_number = 'x7425E') then 'Y' -- Intel Celeron processors when cpu_sub_brand = 'Celeron' then case when cpu_sub_brand_modifier = 'G' and (cpu_sku = '4900' or cpu_sku = '4920' or cpu_sku = '4930' or cpu_sku = '4932' or cpu_sku = '4950' or cpu_sku = '5900' or cpu_sku = '5905' or cpu_sku = '5920' or cpu_sku = '5925' or cpu_sku = '6900') then 'Y' when cpu_sub_brand_modifier = 'J' and (cpu_sku = '4005' or cpu_sku = '4025' or cpu_sku = '4105' or cpu_sku = '4115' or cpu_sku = '4125' or cpu_sku = '6412' or cpu_sku = '6413') then 'Y' when cpu_sub_brand_modifier = 'N' and (cpu_sku = '4000' or cpu_sku = '4020' or cpu_sku = '4100' or cpu_sku = '4120' or cpu_sku = '4500' or cpu_sku = '4505' or cpu_sku = '5100' or cpu_sku = '5105' or cpu_sku = '6210' or cpu_sku = '6211') then 'Y' when cpu_sub_brand_modifier is null and (cpu_sku = '3867' or cpu_sku = '4205' or cpu_sku = '4305' or cpu_sku = '5205' or cpu_sku = '5205U' or cpu_sku = '5305' or cpu_sku = '5305U' or cpu_sku = '5805' or cpu_sku = '6305' or cpu_sku = '6600' or cpu_sku = '7300' or cpu_sku = '7305') then 'Y' else 'N' end -- Intel Core processors when cpu_sub_brand = 'Core' then case when cpu_sub_brand_modifier ilike 'Ultra%' then 'Y' when cpu_generation >= 8 then 'Y' else 'N' end -- Intel Pentium processors when cpu_sub_brand = 'Pentium' then case when cpu_sub_brand_modifier = 'Gold' and (cpu_sku = '4417' or cpu_sku = '4425' or cpu_sku = '5400' or cpu_sku = '5405' or cpu_sku = '6405' or cpu_sku = '6500' or cpu_sku = '7505' or cpu_sku = 'G5400' or cpu_sku = 'G5400T' or cpu_sku = 'G5420' or cpu_sku = 'G5420T' or cpu_sku = 'G5500' or cpu_sku = 'G5500T' or cpu_sku = 'G5600' or cpu_sku = 'G5600T' or cpu_sku = 'G5620' or cpu_sku = 'G6400' or cpu_sku = 'G6400E' or cpu_sku = 'G6400T' or cpu_sku = 'G6400TE' or cpu_sku = 'G6405' or cpu_sku = 'G6405T' or cpu_sku = 'G6500' or cpu_sku = 'G6500T' or cpu_sku = 'G6505' or cpu_sku = 'G6505T' or cpu_sku = 'G6600' or cpu_sku = 'G6605' or cpu_sku = 'G7400' or cpu_sku = 'G7400E' or cpu_sku = 'G7400T' or cpu_sku = 'G7400TE') then 'Y' when cpu_sub_brand_modifier = 'Silver' and (cpu_sku = 'J5005' or cpu_sku = 'J5040' or cpu_sku = 'N5000' or cpu_sku = 'N5030' or cpu_sku = 'N6000' or cpu_sku = 'N6005') then 'Y' when cpu_sub_brand_modifier is null and (cpu_sku = '6805' or cpu_sku = 'J6426' or cpu_sku = 'N6415') then 'Y' else 'N' end -- Intel Xeon processors when cpu_sub_brand = 'Xeon' then case when cpu_sub_brand_modifier = 'Bronze' and (cpu_model_number = '3104' or cpu_model_number = '3106' or cpu_model_number = '3204' or cpu_model_number = '3206R') then 'Y' when cpu_sub_brand_modifier = 'Silver' then -- Fixed the condition case when cpu_sku_level = 4 then case when cpu_generation = 1 and (cpu_sku = '08' or cpu_sku = '09' or cpu_sku = '10' or cpu_sku = '12' or cpu_sku = '14' or cpu_sku = '16') then 'Y' when cpu_generation = 2 and (cpu_sku = '08' or cpu_sku = '09' or cpu_sku = '10' or cpu_sku = '14' or cpu_sku = '15' or cpu_sku = '16') then 'Y' when cpu_generation = 3 and (cpu_sku = '09' or cpu_sku = '10' or cpu_sku = '14' or cpu_sku = '16') then 'Y' when cpu_generation = 4 and (cpu_sku = '10' or cpu_sku = '16') then 'Y' else 'N' end else 'N' end when cpu_sub_brand_modifier = 'Gold' then -- Fixed the condition case when cpu_sku_level = 5 then case when cpu_generation = 1 and (cpu_sku = '15' or cpu_sku = '18' or cpu_sku = '19' or cpu_sku = '20' or cpu_sku = '22') then 'Y' when cpu_generation = 2 and (cpu_sku = '15' or cpu_sku = '17' or cpu_sku = '18' or cpu_sku = '20' or cpu_sku = '22') then 'Y' when cpu_generation = 3 and (cpu_sku = '15' or cpu_sku = '17' or cpu_sku = '18' or cpu_sku = '20' or cpu_sku = '22') then 'Y' when cpu_generation = 4 and (cpu_sku = '15' or cpu_sku = '16' or cpu_sku = '18' or cpu_sku = '20') then 'Y' else 'N' end when cpu_sku_level = 6 then case when cpu_generation = 1 and (cpu_sku = '26' or cpu_sku = '28' or cpu_sku = '30' or cpu_sku = '32' or cpu_sku = '34' or cpu_sku = '36' or cpu_sku = '38' or cpu_sku = '40' or cpu_sku = '42' or cpu_sku = '44' or cpu_sku = '46' or cpu_sku = '48' or cpu_sku = '50' or cpu_sku = '52' or cpu_sku = '54') then 'Y' when cpu_generation = 2 and (cpu_sku = '08' or cpu_sku = '09' or cpu_sku = '10' or cpu_sku = '12' or cpu_sku = '22' or cpu_sku = '26' or cpu_sku = '30' or cpu_sku = '34' or cpu_sku = '38' or cpu_sku = '40' or cpu_sku = '42' or cpu_sku = '44' or cpu_sku = '46' or cpu_sku = '48' or cpu_sku = '50' or cpu_sku = '52' or cpu_sku = '54' or cpu_sku = '56' or cpu_sku = '58' or cpu_sku = '62') then 'Y' when cpu_generation = 3 and (cpu_sku = '12' or cpu_sku = '14' or cpu_sku = '26' or cpu_sku = '30' or cpu_sku = '34' or cpu_sku = '36' or cpu_sku = '38' or cpu_sku = '42' or cpu_sku = '46' or cpu_sku = '48' or cpu_sku = '54') then 'Y' when cpu_generation = 4 and (cpu_sku = '16' or cpu_sku = '18' or cpu_sku = '30' or cpu_sku = '38' or cpu_sku = '42') then 'Y' else 'N' end else 'N' end when cpu_sub_brand_modifier = 'Platinum' then case when cpu_sku_level = 8 then case when cpu_generation = 1 and (cpu_sku = '53' or cpu_sku = '56' or cpu_sku = '58' or cpu_sku = '60' or cpu_sku = '64' or cpu_sku = '68' or cpu_sku = '70' or cpu_sku = '71' or cpu_sku = '76' or cpu_sku = '80') then 'Y' when cpu_generation = 2 and (cpu_sku = '53' or cpu_sku = '56' or cpu_sku = '60' or cpu_sku = '68' or cpu_sku = '70' or cpu_sku = '72' or cpu_sku = '76' or cpu_sku = '80') then 'Y' when cpu_generation = 3 and (cpu_sku = '51' or cpu_sku = '52' or cpu_sku = '58' or cpu_sku = '60' or cpu_sku = '62' or cpu_sku = '68' or cpu_sku = '80') then 'Y' when cpu_generation = 4 and (cpu_sku = '52' or cpu_sku = '60' or cpu_sku = '68' or cpu_sku = '70' or cpu_sku = '80' or cpu_sku = '90') then 'Y' else 'N' end when cpu_sku_level = 9 then case when cpu_generation = 2 and (cpu_sku = '21' or cpu_sku = '22' or cpu_sku = '42' or cpu_sku = '82') then 'Y' else 'N' end else 'N' end when cpu_sub_brand_modifier = 'D' and (cpu_model_number = 'D-1702' or cpu_model_number = 'D-1712TR' or cpu_model_number = 'D-1713NT' or cpu_model_number = 'D-1713NTE' or cpu_model_number = 'D-1714' or cpu_model_number = 'D-1715TER' or cpu_model_number = 'D-1718T' or cpu_model_number = 'D-1722NE' or cpu_model_number = 'D-1726' or cpu_model_number = 'D-1732TE' or cpu_model_number = 'D-1733NT' or cpu_model_number = 'D-1735TR' or cpu_model_number = 'D-1736' or cpu_model_number = 'D-1736NT' or cpu_model_number = 'D-1739' or cpu_model_number = 'D-1746TER' or cpu_model_number = 'D-1747NTE' or cpu_model_number = 'D-1748TE' or cpu_model_number = 'D-1749NT' or cpu_model_number = 'D-2712T' or cpu_model_number = 'D-2733NT' or cpu_model_number = 'D-2738' or cpu_model_number = 'D-2752NTE' or cpu_model_number = 'D-2752TER' or cpu_model_number = 'D-2753NT' or cpu_model_number = 'D-2766NT' or cpu_model_number = 'D-2775TE' or cpu_model_number = 'D-2776NT' or cpu_model_number = 'D-2779' or cpu_model_number = 'D-2786NTE' or cpu_model_number = 'D-2795NT' or cpu_model_number = 'D-2796NT' or cpu_model_number = 'D-2796TE' or cpu_model_number = 'D-2798NT' or cpu_model_number = 'D-2799') then 'Y' when cpu_sub_brand_modifier = 'E' and (cpu_model_number = 'E-2104G' or cpu_model_number = 'E-2124' or cpu_model_number = 'E-2124G' or cpu_model_number = 'E-2126G' or cpu_model_number = 'E-2134' or cpu_model_number = 'E-2136' or cpu_model_number = 'E-2144G' or cpu_model_number = 'E-2146G' or cpu_model_number = 'E-2174G' or cpu_model_number = 'E-2176G' or cpu_model_number = 'E-2176M' or cpu_model_number = 'E-2186G' or cpu_model_number = 'E-2186M' or cpu_model_number = 'E-2224' or cpu_model_number = 'E-2224G' or cpu_model_number = 'E-2226G' or cpu_model_number = 'E-2226GE' or cpu_model_number = 'E-2234' or cpu_model_number = 'E-2236' or cpu_model_number = 'E-2244G' or cpu_model_number = 'E-2246G' or cpu_model_number = 'E-2254ME' or cpu_model_number = 'E-2254ML' or cpu_model_number = 'E-2274G' or cpu_model_number = 'E-2276G' or cpu_model_number = 'E-2276M' or cpu_model_number = 'E-2276ME' or cpu_model_number = 'E-2276ML' or cpu_model_number = 'E-2278G' or cpu_model_number = 'E-2278GE' or cpu_model_number = 'E-2278GEL' or cpu_model_number = 'E-2286G' or cpu_model_number = 'E-2286M' or cpu_model_number = 'E-2288G') then 'Y' when cpu_sub_brand_modifier = 'W' and (cpu_model_number = 'W-10855M' or cpu_model_number = 'W-10885M' or cpu_model_number = 'W-11855M' or cpu_model_number = 'W-11955M' or cpu_model_number = 'W-1250' or cpu_model_number = 'W-1250E' or cpu_model_number = 'W-1250P' or cpu_model_number = 'W-1250TE' or cpu_model_number = 'W-1270' or cpu_model_number = 'W-1270E' or cpu_model_number = 'W-1270P' or cpu_model_number = 'W-1270TE' or cpu_model_number = 'W-1290' or cpu_model_number = 'W-1290E' or cpu_model_number = 'W-1290P' or cpu_model_number = 'W-1290T' or cpu_model_number = 'W-1290TE' or cpu_model_number = 'W-2102' or cpu_model_number = 'W-2104' or cpu_model_number = 'W-2123' or cpu_model_number = 'W-2125' or cpu_model_number = 'W-2133' or cpu_model_number = 'W-2135' or cpu_model_number = 'W-2145' or cpu_model_number = 'W-2155' or cpu_model_number = 'W-2175' or cpu_model_number = 'W-2195' or cpu_model_number = 'W-2223' or cpu_model_number = 'W-2225' or cpu_model_number = 'W-2235' or cpu_model_number = 'W-2245' or cpu_model_number = 'W-2255' or cpu_model_number = 'W-2265' or cpu_model_number = 'W-2275' or cpu_model_number = 'W-2295' or cpu_model_number = 'W-3175X' or cpu_model_number = 'W-3223' or cpu_model_number = 'W-3225' or cpu_model_number = 'W-3235' or cpu_model_number = 'W-3245' or cpu_model_number = 'W-3245M' or cpu_model_number = 'W-3265' or cpu_model_number = 'W-3265M' or cpu_model_number = 'W-3275' or cpu_model_number = 'W-3275M' or cpu_model_number = 'W-3323' or cpu_model_number = 'W-3335' or cpu_model_number = 'W-3345' or cpu_model_number = 'W-3365' or cpu_model_number = 'W-3375') then 'Y' when cpu_sub_brand_modifier = 'W3' and (cpu_model_number = 'W3-2423' or cpu_model_number = 'W3-2425' or cpu_model_number = 'W3-2435') then 'Y' when cpu_sub_brand_modifier = 'W5' and (cpu_model_number = 'W5-2445' or cpu_model_number = 'W5-2455X' or cpu_model_number = 'W5-2465X' or cpu_model_number = 'W5-3423' or cpu_model_number = 'W5-3425' or cpu_model_number = 'W5-3433' or cpu_model_number = 'W5-3435X') then 'Y' when cpu_sub_brand_modifier = 'W7' and (cpu_model_number = ' W7-2475X' or cpu_model_number = 'W7-2495X' or cpu_model_number = 'W7-3445' or cpu_model_number = 'W7-3465X') then 'Y' when cpu_sub_brand_modifier = 'W9' and (cpu_model_number = 'W9-3475X' or cpu_model_number = 'W9-3495X') then 'Y' else 'N' end -- Xeon's cpu_sub_brand_modifier else 'N' end -- Intel's cpu_sub_brand -- AMD processors when cpu_brand = 'AMD' then case -- AMD Athlon processors when cpu_sub_brand = 'Athlon' and (cpu_model_number = '3000G' or cpu_model_number = '300GE' or cpu_model_number = '300U' or cpu_model_number = '320GE' or cpu_model_number = '7120e' or cpu_model_number = '7120U' or cpu_model_number = '7220e' or cpu_model_number = '7220U' or cpu_model_number = 'Gold 3150C' or cpu_model_number = 'Gold 3150G' or cpu_model_number = 'Gold 3150GE' or cpu_model_number = 'Gold 3150U' or cpu_model_number = 'Gold PRO 3125GE' or cpu_model_number = 'Gold PRO 3150G' or cpu_model_number = 'Gold PRO 3150GE' or cpu_model_number = 'Gold PRO 4150GE' or cpu_model_number = 'PRO 300GE' or cpu_model_number = 'PRO 300U' or cpu_model_number = 'PRO 3045B' or cpu_model_number = 'Silver 3050C' or cpu_model_number = 'Silver 3050e' or cpu_model_number = 'Silver 3050GE' or cpu_model_number = 'Silver 3050U' ) then 'Y' -- AMD EPYC processors when cpu_sub_brand = 'EPYC' and (cpu_model_number = '7252' or cpu_model_number = '7262' or cpu_model_number = '7272' or cpu_model_number = '7282' or cpu_model_number = '7302' or cpu_model_number = '7313' or cpu_model_number = '7343' or cpu_model_number = '7352' or cpu_model_number = '7402' or cpu_model_number = '7413' or cpu_model_number = '7443' or cpu_model_number = '7452' or cpu_model_number = '7453' or cpu_model_number = '7502' or cpu_model_number = '7513' or cpu_model_number = '7532' or cpu_model_number = '7542' or cpu_model_number = '7543' or cpu_model_number = '7552' or cpu_model_number = '7642' or cpu_model_number = '7643' or cpu_model_number = '7662' or cpu_model_number = '7663' or cpu_model_number = '7702' or cpu_model_number = '7713' or cpu_model_number = '7742' or cpu_model_number = '7763' or cpu_model_number = '7232P' or cpu_model_number = '72F3' or cpu_model_number = '7302P' or cpu_model_number = '7313P' or cpu_model_number = '73F3' or cpu_model_number = '7402P' or cpu_model_number = '7443P' or cpu_model_number = '74F3' or cpu_model_number = '7502P' or cpu_model_number = '7543P' or cpu_model_number = '75F3' or cpu_model_number = '7702P' or cpu_model_number = '7713P' or cpu_model_number = '7F32' or cpu_model_number = '7F52' or cpu_model_number = '7F72' or cpu_model_number = '7H12' or cpu_model_number = '8024P' or cpu_model_number = '8024PN' or cpu_model_number = '8124P' or cpu_model_number = '8124PN' or cpu_model_number = '8224P' or cpu_model_number = '8224PN' or cpu_model_number = '8324P' or cpu_model_number = '8324PN' or cpu_model_number = '8434P' or cpu_model_number = '8434PN' or cpu_model_number = '8534P' or cpu_model_number = '8534PN' or cpu_model_number = '9124' or cpu_model_number = '9244' or cpu_model_number = '9254' or cpu_model_number = '9334' or cpu_model_number = '9354' or cpu_model_number = '9454' or cpu_model_number = '9534' or cpu_model_number = '9554' or cpu_model_number = '9654' or cpu_model_number = '9654' or cpu_model_number = '9734' or cpu_model_number = '9754' or cpu_model_number = '9174F' or cpu_model_number = '9184X' or cpu_model_number = '9274F' or cpu_model_number = '9354P' or cpu_model_number = '9374F' or cpu_model_number = '9384X' or cpu_model_number = '9454P' or cpu_model_number = '9474F' or cpu_model_number = '9554P' or cpu_model_number = '9654P' or cpu_model_number = '9684X' or cpu_model_number = '9754S' ) then 'Y' -- AMD Ryzen processors when cpu_sub_brand = 'Ryzen' then case when cpu_sub_brand_modifier = '3' and (cpu_model_number = '3100' or cpu_model_number = '4100' or cpu_model_number = '2300X' or cpu_model_number = '3200G' or cpu_model_number = '3200GE' or cpu_model_number = '3200U' or cpu_model_number = '3250C' or cpu_model_number = '3250U' or cpu_model_number = '3300U' or cpu_model_number = '3350U' or cpu_model_number = '4300G' or cpu_model_number = '4300GE' or cpu_model_number = '4300U' or cpu_model_number = '5125C' or cpu_model_number = '5300G' or cpu_model_number = '5300GE' or cpu_model_number = '5300U' or cpu_model_number = '5380U' or cpu_model_number = '5400U' or cpu_model_number = '5425C' or cpu_model_number = '5425U' or cpu_model_number = '7320e' or cpu_model_number = '7320U' or cpu_model_number = '7330U' or cpu_model_number = '7335U' or cpu_model_number = '7440U' or cpu_model_number = '8300G' ) then 'Y' when cpu_sub_brand_modifier = '3 PRO' and (cpu_model_number = '3200G' or cpu_model_number = '3200GE' or cpu_model_number = '3300U' or cpu_model_number = '4350G' or cpu_model_number = '4350GE' or cpu_model_number = '4355G' or cpu_model_number = '4355GE' or cpu_model_number = '4450U' or cpu_model_number = '5350G' or cpu_model_number = '5350GE' or cpu_model_number = '5450U' or cpu_model_number = '5475U' or cpu_model_number = '7330U' or cpu_model_number = '8300G' or cpu_model_number = '8300GE' ) then 'Y' when cpu_sub_brand_modifier = '5' and (cpu_model_number = '2600' or cpu_model_number = '3600' or cpu_model_number = '4500' or cpu_model_number = '5500' or cpu_model_number = '5600' or cpu_model_number = '7600' or cpu_model_number = '2500X' or cpu_model_number = '2600E' or cpu_model_number = '2600X' or cpu_model_number = '3350G' or cpu_model_number = '3350GE' or cpu_model_number = '3400G' or cpu_model_number = '3400GE' or cpu_model_number = '3450U' or cpu_model_number = '3500' or cpu_model_number = '3500C' or cpu_model_number = '3500U' or cpu_model_number = '3550H' or cpu_model_number = '3580U' or cpu_model_number = '3600X' or cpu_model_number = '3600XT' or cpu_model_number = '4500U' or cpu_model_number = '4600U' or cpu_model_number = '4600GE' or cpu_model_number = '4600H' or cpu_model_number = '4600U' or cpu_model_number = '5300G' or cpu_model_number = '5300GE' or cpu_model_number = '5425U' or cpu_model_number = '5500U' or cpu_model_number = '5560U' or cpu_model_number = '5600G' or cpu_model_number = '5600GE' or cpu_model_number = '5600H' or cpu_model_number = '5600HS' or cpu_model_number = '5600U' or cpu_model_number = '5600X' or cpu_model_number = '5625C' or cpu_model_number = '5625U' or cpu_model_number = '6600H' or cpu_model_number = '6600HS' or cpu_model_number = '6600U' or cpu_model_number = '7430U' or cpu_model_number = '7520U' or cpu_model_number = '7530U' or cpu_model_number = '7535HS' or cpu_model_number = '7535U' or cpu_model_number = '7540U' or cpu_model_number = '7600X' or cpu_model_number = '7640H' or cpu_model_number = '7640HS' or cpu_model_number = '7640S' or cpu_model_number = '7640U' or cpu_model_number = '7645HX' or cpu_model_number = '8500G' or cpu_model_number = '8600G' ) then 'Y' when cpu_sub_brand_modifier = '5 PRO' and (cpu_model_number = '2600' or cpu_model_number = '3600' or cpu_model_number = '5645' or cpu_model_number = '3350G' or cpu_model_number = '3350GE' or cpu_model_number = '3400G' or cpu_model_number = '3400GE' or cpu_model_number = '3500U' or cpu_model_number = '4650G' or cpu_model_number = '4650GE' or cpu_model_number = '4650U' or cpu_model_number = '4655G' or cpu_model_number = '5650G' or cpu_model_number = '5650GE' or cpu_model_number = '5650HS' or cpu_model_number = '5650HX' or cpu_model_number = '5650U' or cpu_model_number = '5675U' or cpu_model_number = '5750G' or cpu_model_number = '5750GE' or cpu_model_number = '6650H' or cpu_model_number = '6650HS' or cpu_model_number = '6650U' or cpu_model_number = '7530U' or cpu_model_number = '7535U' or cpu_model_number = '7540U' or cpu_model_number = '7640U' or cpu_model_number = '8500G' or cpu_model_number = '8600G' or cpu_model_number = '8600GE' or cpu_model_number = '8640HS' or cpu_model_number = '8640U' or cpu_model_number = '8645HS' ) then 'Y' when cpu_sub_brand_modifier = '7' and (cpu_model_number = '2700' or cpu_model_number = '5800' or cpu_model_number = '7700' or cpu_model_number = '2700E' or cpu_model_number = '2700X' or cpu_model_number = '3700C' or cpu_model_number = '3700U' or cpu_model_number = '3700X' or cpu_model_number = '3750H' or cpu_model_number = '3780U' or cpu_model_number = '3800X' or cpu_model_number = '3800XT' or cpu_model_number = '4700G' or cpu_model_number = '4700GE' or cpu_model_number = '4700U' or cpu_model_number = '4800H' or cpu_model_number = '4800HS' or cpu_model_number = '4800U' or cpu_model_number = '5700G' or cpu_model_number = '5700GE' or cpu_model_number = '5700U' or cpu_model_number = '5700X' or cpu_model_number = '5800H' or cpu_model_number = '5800HS' or cpu_model_number = '5800U' or cpu_model_number = '5800X' or cpu_model_number = '5800X3D' or cpu_model_number = '5825C' or cpu_model_number = '5825U' or cpu_model_number = '6800H' or cpu_model_number = '6800HS' or cpu_model_number = '6800U' or cpu_model_number = '6810U' or cpu_model_number = '7700' or cpu_model_number = '7700X' or cpu_model_number = '7730U' or cpu_model_number = '7735HS' or cpu_model_number = '7735U' or cpu_model_number = '7736U' or cpu_model_number = '7745HX' or cpu_model_number = '7800X3D' or cpu_model_number = '7840H' or cpu_model_number = '7840HS' or cpu_model_number = '7840S' or cpu_model_number = '7840U' or cpu_model_number = '8700G') then 'Y' when cpu_sub_brand_modifier = '7 PRO' and (cpu_model_number = '2700' or cpu_model_number = '2700X' or cpu_model_number = '3700' or cpu_model_number = '3700U' or cpu_model_number = '4750G' or cpu_model_number = '4750GE' or cpu_model_number = '4750U' or cpu_model_number = '5845' or cpu_model_number = '5850HS' or cpu_model_number = '5850HX' or cpu_model_number = '5850U' or cpu_model_number = '5875U' or cpu_model_number = '6850H' or cpu_model_number = '6850H' or cpu_model_number = '6850HS' or cpu_model_number = '6850U' or cpu_model_number = '6860Z' or cpu_model_number = '7730U' or cpu_model_number = '7840HS' or cpu_model_number = '7840U' or cpu_model_number = '8700G' or cpu_model_number = '8840HS' or cpu_model_number = '8840U' or cpu_model_number = '8845HS' or cpu_model_number = '8945HS') then 'Y' when cpu_sub_brand_modifier = '9' and (cpu_model_number = '3900' or cpu_model_number = '3900X' or cpu_model_number = '3900XT' or cpu_model_number = '3950X' or cpu_model_number = '4900H' or cpu_model_number = '4900HS' or cpu_model_number = '5900' or cpu_model_number = '5900HS' or cpu_model_number = '5900HX' or cpu_model_number = '5900X' or cpu_model_number = '5950X' or cpu_model_number = '5980HS' or cpu_model_number = '5980HX' or cpu_model_number = '6900HS' or cpu_model_number = '6980HS' or cpu_model_number = '6980HX' or cpu_model_number = '7900' or cpu_model_number = '7900X' or cpu_model_number = '7900X3D' or cpu_model_number = '7940H' or cpu_model_number = '7940HS' or cpu_model_number = '7945HX' or cpu_model_number = '7950X' or cpu_model_number = '7950X3D' ) then 'Y' when cpu_sub_brand_modifier = '9 PRO' and (cpu_model_number = '3900' or cpu_model_number = '5945' or cpu_model_number = '6950H' or cpu_model_number = '6950HS') then 'Y' when cpu_sub_brand_modifier = 'Embedded' and (cpu_model_number = 'V2516' or cpu_model_number = 'V2546' or cpu_model_number = 'V2718' or cpu_model_number = 'V2748') then 'Y' when cpu_sub_brand_modifier = 'Threadripper' and (cpu_model_number = '2920X' or cpu_model_number = '2950X' or cpu_model_number = '2970WX' or cpu_model_number = '2990WX' or cpu_model_number = '3960X' or cpu_model_number = '3970X' or cpu_model_number = '3990X') then 'Y' when cpu_sub_brand_modifier = 'Threadripper PRO' and (cpu_model_number = '3945WX' or cpu_model_number = '3955WZ' or cpu_model_number = '3975WX' or cpu_model_number = '3995WX' or cpu_model_number = '5945WX' or cpu_model_number = '5955WZ' or cpu_model_number = '5965WZ' or cpu_model_number = '5975WX' or cpu_model_number = '5995WX' ) then 'Y' else 'N' end -- AMD Ryzen's cpu_sub_brand_modifier else -- Unsupported AMD cpu_sub_brand 'N' end else -- Unsupported cpu_brand 'N' end as cpu_support_status from base_sql s ), status_sql as ( select s.*, case -- First check for incompatible hardware/software when (node_cpu_speed_ghz < 1.0) or (node_per_cpu_cores < 2) or (ram_alloc_gb < 4.0) or (node_cpu_bitwidth is not null and node_cpu_bitwidth < 64.0) or (node_disk0_c_free_gb < 20.0) -- or (node_gpu_color_depth is not null and node_gpu_color_depth < 8) or (os_dx12orwddm2 is not null and os_dx12orwddm2 is false) -- or (max_display_res_y is not null and max_display_res_y < 720) -- or (max_display_size_in_inches is not null and max_display_size_in_inches < 9) or (machine_bios_uefi_capable is not null and machine_bios_uefi_capable is false) or (machine_secure_boot is not null and machine_secure_boot = 'Not supported') or (machine_tpm_specification is not null and machine_tpm_specification is false) or (cpu_support_status = 'N') then 'Unsupported' -- Then check for partial/maybe support (when values are NULL) when node_cpu_bitwidth is null or (node_disk0_c_free_gb is null) -- or node_gpu_color_depth is null or os_dx12orwddm2 is null -- or max_display_res_y is null -- or max_display_size_in_inches is null or machine_bios_uefi_capable is null or machine_secure_boot is null or machine_tpm_specification is null or (cpu_support_status is null) then 'Partial' -- Otherwise it's supported else 'Supported' end as win11_inplace_upgrade_label, case -- First check for incompatible hardware/software when (node_cpu_speed_ghz < 1.0) or (node_per_cpu_cores < 2) or (ram_alloc_gb < 4.0) or (node_cpu_bitwidth is not null and node_cpu_bitwidth < 64.0) or (node_disk0_c_size_gb < 64.0) -- or (node_gpu_color_depth is not null and node_gpu_color_depth < 8) or (os_dx12orwddm2 is not null and os_dx12orwddm2 is false) -- or (max_display_res_y is not null and max_display_res_y < 720) -- or (max_display_size_in_inches is not null and max_display_size_in_inches < 9) or (machine_bios_uefi_capable is not null and machine_bios_uefi_capable is false) or (machine_secure_boot is not null and machine_secure_boot = 'Not supported') or (machine_tpm_specification is not null and machine_tpm_specification is false) or (cpu_support_status = 'N') then 'Unsupported' -- Then check for partial/maybe support (when values are NULL) when node_cpu_bitwidth is null or (node_disk0_c_size_gb is null) -- or node_gpu_color_depth is null or os_dx12orwddm2 is null -- or max_display_res_y is null -- or max_display_size_in_inches is null or machine_bios_uefi_capable is null or machine_secure_boot is null or machine_tpm_specification is null or (cpu_support_status is null) then 'Partial' -- Otherwise it's supported else 'Supported' end as win11_image_upgrade_label from base_with_cpu_support_sql s ) select * from status_sql;]]>

2.0 In 1 12 0 0 Unknown In 2 12 0 0 Unknown In 3 12 0 0 Unknown In 4 8 0 0 Unknown ]]>

free_hdd_gb var freehdd = 0.0; if (row["node_max_disk_size_gb"] - row["node_max_disk_used_gb"] > 0.0) { freehdd = row["node_max_disk_size_gb"] - row["node_max_disk_used_gb"]; } freehdd; float win11_inplace_upgrade_label var label = "Unsupported"; var incompLabel = "Unsupported"; var compLabel = "Supported"; var maybeLabel = "Partial"; var installedLabel = "Installed"; var strOsPlatform = row["node_os_desc"]; var strOsVersion = row["node_os_version"]; //if (strOsPlatform != null && strOsPlatform.indexOf("Windows") > 0 && strOsVersion != null && strOsVersion.indexOf("10.0.22") == 0) { // label = installedLabel; //} if ((row["node_cpu_speed_ghz"] < 1.0) || (row["node_per_cpu_cores"] < 2) || (row["ram_alloc_gb"] < 4.0) || (row["node_cpu_bitwidth"] != null && row["node_cpu_bitwidth"] < 64.0) || (row["free_hdd_gb"] < 20.0) || (row["node_gpu_color_depth"] != null && row["node_gpu_color_depth"] < 8) || (row["os_dx12orwddm2"] != null && row["os_dx12orwddm2"] === 0) || (row["max_display_res_y"] != null && row["max_display_res_y"] < 720) || (row["max_display_size_in_inches"] != null && row["max_display_size_in_inches"] < 9) || (row["machine_bios_uefi_capable"] != null && row["machine_bios_uefi_capable"] === false) || (row["machine_secure_boot"] != null && row["machine_secure_boot"] === 'Not supported') || (row["machine_tpm_specification"] != null && row["machine_tpm_specification"] === 0) ) { label = incompLabel; } else if (row["node_cpu_bitwidth"] === null || row["node_gpu_color_depth"] === null || row["os_dx12orwddm2"] === null || row["max_display_res_y"] === null || row["max_display_size_in_inches"] === null || row["machine_bios_uefi_capable"] === null || row["machine_secure_boot"] === null || row["machine_tpm_specification"] === null) { label = maybeLabel; } else { label = compLabel; } label; string win11_image_upgrade_label var label = "Unsupported"; var incompLabel = "Unsupported"; var compLabel = "Supported"; var maybeLabel = "Partial"; var installedLabel = "Installed"; var strOsPlatform = row["node_os_desc"]; var strOsVersion = row["node_os_version"]; //if (strOsPlatform != null && strOsPlatform.indexOf("Windows") > 0 && strOsVersion != null && strOsVersion.indexOf("10.0.22") == 0) { // label = installedLabel; //} if ((row["node_cpu_speed_ghz"] < 1.0) || (row["node_per_cpu_cores"] < 2) || (row["ram_alloc_gb"] < 4.0) || (row["node_cpu_bitwidth"] != null && row["node_cpu_bitwidth"] < 64.0) || (row["node_max_disk_size_gb"] < 64.0) || (row["node_gpu_color_depth"] != null && row["node_gpu_color_depth"] < 8) || (row["os_dx12orwddm2"] != null && row["os_dx12orwddm2"] === 0) || (row["max_display_res_y"] != null && row["max_display_res_y"] < 720) || (row["max_display_size_in_inches"] != null && row["max_display_size_in_inches"] < 9) || (row["machine_bios_uefi_capable"] != null && row["machine_bios_uefi_capable"] === false) || (row["machine_secure_boot"] != null && row["machine_secure_boot"] === 'Not supported') || (row["machine_tpm_specification"] != null && row["machine_tpm_specification"] === 0) ) { label = incompLabel; } else if (row["node_cpu_bitwidth"] === null || row["node_gpu_color_depth"] === null || row["os_dx12orwddm2"] === null || row["max_display_res_y"] === null || row["max_display_size_in_inches"] === null || row["machine_bios_uefi_capable"] === null || row["machine_secure_boot"] === null || row["machine_tpm_specification"] === null) { label = maybeLabel; } else { label = compLabel; } label; string cpu_support_status var statusStr = "N"; var model = row["cpu_model_number"]; var brand = row["cpu_brand"]; var subBrand = row["cpu_sub_brand"]; var subBrandMod = row["cpu_sub_brand_modifier"]; var gen = row["cpu_generation"]; var sku = row["cpu_sku"]; if (brand === 'Intel') { if ((subBrand === 'Atom') && (model === 'x6200FE' || model === 'x6211E' || model === 'x6212RE' || model === 'x6413E' || model === 'x6414RE' || model === 'x6425E' || model === 'x6425RE' || model === 'x6427FE')) { statusStr = "Y"; } else if (subBrand === 'Celeron') { if ((subBrandMod === 'G') && (sku === '4900' || sku === '4920' || sku === '4930' || sku === '4932' || sku === '4950' || sku === '5900' || sku === '5905' || sku === '5920' || sku === '5925')) { statusStr = "Y"; } else if ((subBrandMod === 'J') && (sku === '4005' || sku === '4025' || sku === '4105' || sku === '4115' || sku === '4125' || sku === '6412' || sku === '6413')) { statusStr = "Y"; } else if ((subBrandMod === 'N') && (sku === '4000' || sku === '4020' || sku === '4100' || sku === '4120' || sku === '4500' || sku === '4505' || sku === '5100' || sku === '5105' || sku === '6210' || sku === '6211')) { statusStr = "Y"; } else if ((subBrandMod === null) && (sku === '6305' || sku === '3867' || sku === '4205' || sku === '4305' || sku === '5205' || sku === '5305' || sku === '6305')) { statusStr = "Y"; } else { statusStr = "N"; } } else if (subBrand === 'Core') { if (gen >= 8) { statusStr = "Y"; } else { statusStr = "N"; } } else if (subBrand === 'Pentium') { if ((subBrandMod === 'Gold') && (sku === '4417' || sku === '4425' || sku === '5405' || sku === '6405' || sku === '6500' || sku === '7505' || sku === 'G5400' || sku === 'G5400T' || sku === 'G5420' || sku === 'G5420T' || sku === 'G5500' || sku === 'G5500T' || sku === 'G5600' || sku === 'G5600T' || sku === 'G5620' || sku === 'G6400' || sku === 'G6400E' || sku === 'G6400T' || sku === 'G6400TE' || sku === 'G6405' || sku === 'G6405T' || sku === 'G6500' || sku === 'G6500T' || sku === 'G6505' || sku === 'G6505T' || sku === 'G6600' || sku === 'G6605')) { statusStr = "Y"; } else if ((subBrandMod === 'Silver') && (sku === 'J5005' || sku === 'J5040' || sku === 'N5000' || sku === 'N5030' || sku === 'N6000' || sku === 'N6005')) { statusStr = "Y"; } else if ((subBrandMod === null) && (sku === '6805' || sku === 'J6426' || sku === 'N6415')) { statusStr = "Y"; } else { statusStr = "N"; } } else if (subBrand === 'Xeon') { if ((subBrandMod === 'Bronze') && (sku === '04' || sku === '06')) { statusStr = "Y"; } else if (subBrand === 'Silver') { if ((gen === 1) && (sku === '08' || sku === '09' || sku === '10' || sku === '12' || sku === '14' || sku === '16')) { statusStr = "Y"; } else if ((gen === 2) && (sku === '08' || sku === '09' || sku === '10' || sku === '14' || sku === '15' || sku === '16')) { statusStr = "Y"; } else if ((gen === 3) && (sku === '09' || sku === '10' || sku === '14' || sku === '16')) { statusStr = "Y"; } else { statusStr = "N"; } } else if (subBrand === 'Gold') { if (model < 6000) { if ((gen === 1) && (sku === '15' || sku === '18' || sku === '19' || sku === '20' || sku === '22')) { statusStr = "Y"; } else if ((gen === 2) && (sku === '15' || sku === '17' || sku === '18' || sku === '20' || sku === '22')) { statusStr = "Y"; } else if ((gen === 3) && (sku === '15' || sku === '17' || sku === '18' || sku === '20' || sku === '22')) { statusStr = "Y"; } else { statusStr = "N"; } } else { if ((gen === 1) && (sku === '26' || sku === '28' || sku === '30' || sku === '32' || sku === '34' || sku === '36' || sku === '38' || sku === '40' || sku === '42' || sku === '44' || sku === '46' || sku === '48' || sku === '50' || sku === '52' || sku === '54')) { statusStr = "Y"; } else if ((gen === 2) && (sku === '08' || sku === '09' || sku === '10' || sku === '12' || sku === '22' || sku === '26' || sku === '30' || sku === '34' || sku === '38' || sku === '40' || sku === '42' || sku === '44' || sku === '46' || sku === '48' || sku === '50' || sku === '52' || sku === '54' || sku === '56' || sku === '58' || sku === '62')) { statusStr = "Y"; } else if ((gen === 3) && (sku === '12' || sku === '14' || sku === '26' || sku === '30' || sku === '34' || sku === '36' || sku === '38' || sku === '42' || sku === '46' || sku === '48' || sku === '54')) { statusStr = "Y"; } else { statusStr = "N"; } } } else if (subBrand === 'Platinum') { if (model < 9000) { if ((gen === 1) && (sku === '53' || sku === '56' || sku === '58' || sku === '60' || sku === '64' || sku === '68' || sku === '70' || sku === '76' || sku === '80')) { statusStr = "Y"; } else if ((gen === 2) && (sku === '53' || sku === '56' || sku === '60' || sku === '68' || sku === '70' || sku === '76' || sku === '80')) { statusStr = "Y"; } else if ((gen === 3) && (sku === '51' || sku === '52' || sku === '58' || sku === '60' || sku === '62' || sku === '68' || sku === '80')) { statusStr = "Y"; } else { statusStr = "N"; } } else if (model >= 9000) { if ((gen === 2) && (sku === '21' || sku === '22' || sku === '42' || sku === '82')) { statusStr = "Y"; } else { statusStr = "N"; } } else { statusStr = "N"; } } else if (subBrand === 'E') { if (model === 'E-2176M' || model === 'E-2124' || model === 'E-2124G' || model === 'E-2126G' || model === 'E-2134' || model === 'E-2136' || model === 'E-2144G' || model === 'E-2146G' || model === 'E-2174G' || model === 'E-2176G' || model === 'E-2176M' || model === 'E-2186G' || model === 'E-2186M' || model === 'E-2224' || model === 'E-2224G' || model === 'E-2226G' || model === 'E-2226GE' || model === 'E-2234' || model === 'E-2236' || model === 'E-2244G' || model === 'E-2246G' || model === 'E-2254ME' || model === 'E-2254ML' || model === 'E-2274G' || model === 'E-2276G' || model === 'E-2276M' || model === 'E-2276ME' || model === 'E-2276ML' || model === 'E-2278G' || model === 'E-2278GE' || model === 'E-2278GEL' || model === 'E-2286G' || model === 'E-2286M' || model === 'E-2288G') { statusStr = "Y"; } else { statusStr = "N"; } } else if (subBrand === 'W') { if (model === 'W-10855M' || model === 'W-10885M' || model === 'W-11855M' || model === 'W-11955M' || model === 'W-1250' || model === 'W-1250E' || model === 'W-1250P' || model === 'W-1250TE' || model === 'W-1270' || model === 'W-1270E' || model === 'W-1270P' || model === 'W-1270TE' || model === 'W-1290' || model === 'W-1290E' || model === 'W-1290P' || model === 'W-1290T' || model === 'W-1290TE' || model === 'W-2102' || model === 'W-2104' || model === 'W-2123' || model === 'W-2125' || model === 'W-2133' || model === 'W-2135' || model === 'W-2145' || model === 'W-2155' || model === 'W-2175' || model === 'W-2195' || model === 'W-2223' || model === 'W-2225' || model === 'W-2235' || model === 'W-2245' || model === 'W-2255' || model === 'W-2265' || model === 'W-2275' || model === 'W-2295' || model === 'W-3175X' || model === 'W-3223' || model === 'W-3225' || model === 'W-3235' || model === 'W-3245' || model === 'W-3245M' || model === 'W-3265' || model === 'W-3265M' || model === 'W-3275' || model === 'W-3275M') { statusStr = "Y"; } else { statusStr = "N"; } } else { statusStr = "N"; } } else { statusStr = "N"; } } else if (brand === 'AMD') { if ((subBrand === 'EPYC') && (model === '7252' || model === '7262' || model === '7272' || model === '7282' || model === '7302' || model === '7313' || model === '7343' || model === '7352' || model === '7402' || model === '7413' || model === '7443' || model === '7452' || model === '7453' || model === '7502' || model === '7513' || model === '7532' || model === '7542' || model === '7543' || model === '7552' || model === '7642' || model === '7643' || model === '7662' || model === '7663' || model === '7702' || model === '7713' || model === '7742' || model === '7763' || model === '7232P' || model === '7302P' || model === '72F3' || model === '7302P' || model === '7313P' || model === '73F3' || model === '7402P' || model === '7443P' || model === '74F3' || model === '7502P' || model === '7543P' || model === '75F3' || model === '7702P' || model === '7713P' || model === '7F32' || model === '7F52' || model === '7F72' || model === '7H12')) { statusStr = "Y"; } else if (subBrand === 'Ryzen') { if ((subBrandMod === '3') && (model === '3100' || model === '2300X' || model === '3200G' || model === '3200GE' || model === '3200U' || model === '3250C' || model === '3250U' || model === '3300U' || model === '3350U' || model === '4300G' || model === '4300GE' || model === '4300U' || model === '5300U' || model === '5400U')) { statusStr = "Y"; } else if ((subBrandMod === '3 PRO') && (model === '3200G' || model === '3200GE' || model === '3300U' || model === '4350G' || model == '4350GE' || model === '4450U' || model === '5350G' || model === '5350GE' || model === '5450U')) { statusStr = "Y"; } else if ((subBrandMod === '5') && (model === '2600' || model === '3600' || model === '2500X' || model === '2600E' || model === '2600X' || model === '3400G' || model === '3400GE' || model === '3450U' || model === '3500' || model === '3500C' || model === '3500U' || model === '3550H' || model === '3580U' || model === '3600X' || model === '3600XT' || model === '4500U' || model === '4600U' || model === '4600GE' || model === '4600H' || model === '4600U' || model === '5300G' || model === '5300GE' || model === '5500U' || model === '5600G' || model === '5600GE' || model === '5600H' || model === '5600HS' || model === '5600U' || model === '5600X')) { statusStr = "Y"; } else if ((subBrandMod === '5 PRO') && (model === '2600' || model === '3600' || model === '3400G' || model === '3400GE' || model === '3500U' || model === '4650G' || model === '4650GE' || model === '4650U' || model === '5650G' || model === '5650GE' || model === '5650U' || model === '5750G' || model === '5750GE')) { statusStr = "Y"; } else if ((subBrandMod === '7') && (model === '2700' || model === '5800' || model === '2700E' || model === '2700X' || model === '3700C' || model === '3700U' || model === '3700X' || model === '3750H' || model === '3780U' || model === '3800X' || model === '3800XT' || model === '4700G' || model === '4700GE' || model === '4700U' || model === '4800H' || model === '4800HS' || model === '4800U' || model === '5700G' || model === '5700GE' || model === '5700U' || model === '5800H' || model === '5800HS' || model === '5800U' || model === '5800X')) { statusStr = "Y"; } else if ((subBrandMod === '7 PRO') && (model === '2700' || model === '2700X' || model === '3700U' || model === '4750G' || model === '4750GE' || model === '4750U' || model === '5850U')) { statusStr = "Y"; } else if ((subBrandMod === '9') && (model === '3900' || model === '3900X' || model === '3900XT' || model === '3950X' || model === '4900H' || model === '4900HS' || model === '5900HS' || model === '5900HX' || model === '5900X' || model === '5950X' || model === '5980HS' || model === '5980HX')) { statusStr = "Y"; } else if ((subBrandMod === '9 PRO') && (model === '3900')) { statusStr = "Y"; } else if ((subBrandMod === 'Threadripper') && (model === '2920X' || model === '2950X' || model === '2970WX' || model === '2990WX' || model === '3960X' || model === '3970X' || model === '3990X')) { statusStr = "Y"; } else if ((subBrandMod === 'Threadripper PRO') && (model === '3945WX' || model === '3955WZ' || model === '3975WX' || model === '3995WX')) { statusStr = "Y"; } else { statusStr = "N"; } } else { statusStr = "N"; } } else { statusStr = "N"; } statusStr; string

node_id measure

node_id

machine_name dimension

machine_name

machine_fqmn dimension

machine_fqmn

machine_make dimension

machine_make

machine_model dimension

machine_model

machine_chassis_type dimension

machine_chassis_type

node_os_version dimension

node_os_version

node_os_desc dimension

node_os_desc

os_build_version dimension

os_build_version

node_cpu_model dimension

node_cpu_model

node_cpu_short_models dimension

node_cpu_short_models

node_cpu_speed_ghz measure

node_cpu_speed_ghz

cpu_brand dimension

cpu_brand

cpu_sub_brand dimension

cpu_sub_brand

cpu_sub_brand_modifier dimension

cpu_sub_brand_modifier

cpu_model_number dimension

cpu_model_number

cpu_generation measure

cpu_generation

cpu_sku dimension

cpu_sku

node_per_cpu_cores measure

node_per_cpu_cores

node_cpu_cores measure

node_cpu_cores

node_cpu_bitwidth measure

node_cpu_bitwidth

node_ram_allocated_gb measure

node_ram_allocated_gb

ram_alloc_gb measure

ram_alloc_gb

node_max_disk_size_gb measure

node_max_disk_size_gb

node_max_disk_used_gb measure

node_max_disk_used_gb

node_total_disk_size_gb measure

node_total_disk_size_gb

node_total_disk_used_gb measure

node_total_disk_used_gb

node_gpu_model dimension

node_gpu_model

node_discrete_gpu_models dimension

node_discrete_gpu_models

node_gpu_count measure

node_gpu_count

node_discrete_gpu_count measure

node_discrete_gpu_count

node_gpu_color_depth measure

node_gpu_color_depth

os_dx12orwddm2 measure

os_dx12orwddm2

node_display_dimensions dimension

node_display_dimensions

max_display_res_y measure

max_display_res_y

node_display_size_in_inches dimension

node_display_size_in_inches

max_display_size_in_inches measure

max_display_size_in_inches

node_display_count measure

node_display_count

machine_bios_uefi_capable measure

machine_bios_uefi_capable

machine_bios_uefi_enabled measure

machine_bios_uefi_enabled

machine_secure_boot dimension

machine_secure_boot

machine_tpm_specifications dimension

machine_tpm_specifications

machine_tpm_specification measure

machine_tpm_specification

machine_location_city_state_country dimension

machine_location_city_state_country

machine_location_country dimension

machine_location_country

machine_location_state dimension

machine_location_state

machine_location_city dimension

machine_location_city

param_1 MachineGroup string 12 1 false true false param_2 MachineGroup string 12 2 false true false

1 node_id integer 2 machine_name string 3 machine_fqmn string 4 machine_make string 5 machine_model string 6 machine_chassis_type string 7 node_os_version string 8 node_os_desc string 9 os_build_version string 10 node_cpu_model string 11 node_cpu_short_models string 12 node_cpu_speed_ghz decimal 13 cpu_brand string 14 cpu_sub_brand string 15 cpu_sub_brand_modifier string 16 cpu_model_number string 17 cpu_generation integer 18 cpu_sku string 19 node_per_cpu_cores decimal 20 node_cpu_cores decimal 21 node_cpu_bitwidth integer 22 node_ram_allocated_gb decimal 23 ram_alloc_gb decimal 24 node_max_disk_size_gb decimal 25 node_max_disk_used_gb decimal 26 node_total_disk_size_gb decimal 27 node_total_disk_used_gb decimal 28 node_gpu_model string 29 node_discrete_gpu_models string 30 node_gpu_count decimal 31 node_discrete_gpu_count decimal 32 node_gpu_color_depth integer 33 os_dx12orwddm2 integer 34 node_display_dimensions string 35 max_display_res_y integer 36 node_display_size_in_inches string 37 max_display_size_in_inches integer 38 node_display_count decimal 39 machine_bios_uefi_capable integer 40 machine_bios_uefi_enabled integer 41 machine_secure_boot string 42 machine_tpm_specifications string 43 machine_tpm_specification integer 44 machine_location_city_state_country string 45 machine_location_country string 46 machine_location_state string 47 machine_location_city string 48 free_hdd_gb float 49 win11_inplace_upgrade_label string 50 win11_image_upgrade_label string 51 cpu_support_status string

Portal

1 node_id node_id integer 4 2 machine_name machine_name string 12 3 machine_fqmn machine_fqmn string 12 4 machine_make machine_make string 12 5 machine_model machine_model string 12 6 machine_chassis_type machine_chassis_type string 12 7 node_os_version node_os_version string 12 8 node_os_desc node_os_desc string 12 9 os_build_version os_build_version string 12 10 node_cpu_model node_cpu_model string 12 11 node_cpu_short_models node_cpu_short_models string 12 12 node_cpu_speed_ghz node_cpu_speed_ghz decimal 2 13 cpu_brand cpu_brand string 12 14 cpu_sub_brand cpu_sub_brand string 12 15 cpu_sub_brand_modifier cpu_sub_brand_modifier string 12 16 cpu_model_number cpu_model_number string 12 17 cpu_generation cpu_generation integer 4 18 cpu_sku cpu_sku string 12 19 node_per_cpu_cores node_per_cpu_cores decimal 2 20 node_cpu_cores node_cpu_cores decimal -5 21 node_cpu_bitwidth node_cpu_bitwidth integer 5 22 node_ram_allocated_gb node_ram_allocated_gb decimal 2 23 ram_alloc_gb ram_alloc_gb decimal 2 24 node_max_disk_size_gb node_max_disk_size_gb decimal 2 25 node_max_disk_used_gb node_max_disk_used_gb decimal 2 26 node_total_disk_size_gb node_total_disk_size_gb decimal 2 27 node_total_disk_used_gb node_total_disk_used_gb decimal 2 28 node_gpu_model node_gpu_model string 12 29 node_discrete_gpu_models node_discrete_gpu_models string 12 30 node_gpu_count node_gpu_count decimal -5 31 node_discrete_gpu_count node_discrete_gpu_count decimal -5 32 node_gpu_color_depth node_gpu_color_depth integer 5 33 os_dx12orwddm2 os_dx12orwddm2 integer -7 34 node_display_dimensions node_display_dimensions string 12 35 max_display_res_y max_display_res_y integer 4 36 node_display_size_in_inches node_display_size_in_inches string 12 37 max_display_size_in_inches max_display_size_in_inches integer 4 38 node_display_count node_display_count decimal -5 39 machine_bios_uefi_capable machine_bios_uefi_capable integer -7 40 machine_bios_uefi_enabled machine_bios_uefi_enabled integer -7 41 machine_secure_boot machine_secure_boot string 12 42 machine_tpm_specifications machine_tpm_specifications string 12 43 machine_tpm_specification machine_tpm_specification integer -7 44 machine_location_city_state_country machine_location_city_state_country string 12 45 machine_location_country machine_location_country string 12 46 machine_location_state machine_location_state string 12 47 machine_location_city machine_location_city string 12

2.0 In 1 12 0 0 Unknown In 2 12 0 0 Unknown ]]>

node_id measure

node_id

machine_name dimension

machine_name

machine_fqmn dimension

machine_fqmn

machine_make dimension

machine_make

machine_model dimension

machine_model

machine_chassis_type dimension

machine_chassis_type

node_os_version dimension

node_os_version

node_os_desc dimension

node_os_desc

os_build_version dimension

os_build_version

node_cpu_model dimension

node_cpu_model

node_cpu_short_models dimension

node_cpu_short_models

node_cpu_speed_ghz measure

node_cpu_speed_ghz

cpu_brand dimension

cpu_brand

cpu_sub_brand dimension

cpu_sub_brand

cpu_sub_brand_modifier dimension

cpu_sub_brand_modifier

cpu_model_number dimension

cpu_model_number

cpu_generation measure

cpu_generation

cpu_sku dimension

cpu_sku

node_per_cpu_cores measure

node_per_cpu_cores

node_cpu_cores measure

node_cpu_cores

node_cpu_bitwidth measure

node_cpu_bitwidth

node_ram_allocated_gb measure

node_ram_allocated_gb

ram_alloc_gb measure

ram_alloc_gb

node_max_disk_size_gb measure

node_max_disk_size_gb

node_max_disk_used_gb measure

node_max_disk_used_gb

node_total_disk_size_gb measure

node_total_disk_size_gb

node_total_disk_used_gb measure

node_total_disk_used_gb

node_gpu_model dimension

node_gpu_model

node_discrete_gpu_models dimension

node_discrete_gpu_models

node_gpu_count measure

node_gpu_count

node_discrete_gpu_count measure

node_discrete_gpu_count

node_gpu_color_depth measure

node_gpu_color_depth

os_dx12orwddm2 measure

os_dx12orwddm2

node_display_dimensions dimension

node_display_dimensions

max_display_res_y measure

max_display_res_y

node_display_size_in_inches dimension

node_display_size_in_inches

max_display_size_in_inches measure

max_display_size_in_inches

node_display_count measure

node_display_count

machine_bios_uefi_capable measure

machine_bios_uefi_capable

machine_bios_uefi_enabled measure

machine_bios_uefi_enabled

machine_secure_boot dimension

machine_secure_boot

machine_tpm_specifications dimension

machine_tpm_specifications

machine_tpm_specification measure

machine_tpm_specification

machine_location_city_state_country dimension

machine_location_city_state_country

machine_location_country dimension

machine_location_country

machine_location_state dimension

machine_location_state

machine_location_city dimension

machine_location_city

param_1 MachineGroup string 12 1 false true false param_2 MachineGroup string 12 2 false true false

Portal

2.0 In 1 12 0 0 Unknown In 2 12 0 0 Unknown ]]>

node_os_desc dimension

node_os_desc

inplace_upg_unsupported_machine_count measure

inplace_upg_unsupported_machine_count

inplace_upg_partial_machine_count measure

inplace_upg_partial_machine_count

inplace_upg_supported_machine_count measure

inplace_upg_supported_machine_count

img_upg_unsupported_machine_count measure

img_upg_unsupported_machine_count

img_upg_partial_machine_count measure

img_upg_partial_machine_count

img_upg_supported_machine_count measure

img_upg_supported_machine_count

count measure

count

param_1 MachineGroup string 12 1 false true false param_2 MachineGroup string 12 2 false true false

1 node_os_desc string 2 inplace_upg_unsupported_machine_count decimal 3 inplace_upg_partial_machine_count decimal 4 inplace_upg_supported_machine_count decimal 5 img_upg_unsupported_machine_count decimal 6 img_upg_partial_machine_count decimal 7 img_upg_supported_machine_count decimal 8 count decimal

Portal

1 node_os_desc node_os_desc string 12 2 inplace_upg_unsupported_machine_count inplace_upg_unsupported_machine_count decimal -5 3 inplace_upg_partial_machine_count inplace_upg_partial_machine_count decimal -5 4 inplace_upg_supported_machine_count inplace_upg_supported_machine_count decimal -5 5 img_upg_unsupported_machine_count img_upg_unsupported_machine_count decimal -5 6 img_upg_partial_machine_count img_upg_partial_machine_count decimal -5 7 img_upg_supported_machine_count img_upg_supported_machine_count decimal -5 8 count count decimal -5

'vendor' as bios_vendor, -- bios_info->'smbBios' as bios_smbBios, -- bios_info->'version' as bios_version, -- bios_info->'revision' as bios_revision, -- date_trunc('day', cast(bios_info->'releaseDate' as timestamptz)) as bios_release_date, case when length(bios_info->'uefiCapable'::text) is null then null else case when bios_info->'uefiCapable' = 'false' then 'N' else 'Y' end end as bios_uefi_capable, case when length(bios_info->'uefiEnabled'::text) is null then null else case when bios_info->'uefiEnabled' = 'false' then 'N' else 'Y' end end as bios_uefi_enabled, -- tpm_info->'manufacturer' as tpm_manufacturer, -- tpm_info->'version' as tpm_version, -- (case when length(tpm_info->'owned'::text) is null then null else (case when tpm_info->'owned' = 'false' then 'N' else 'Y' end) end) as tpm_owned, -- (case when length(tpm_info->'active'::text) is null then null else (case when tpm_info->'active' = 'false' then 'N' else 'Y' end) end) as tpm_active, -- (case when length(tpm_info->'enabled'::text) is null then null else (case when tpm_info->'enabled' = 'false' then 'N' else 'Y' end) end) as tpm_enabled, tpm_info->'specification' as tpm_specification from tnt_config.node_hardware -- where -- id = 361955 -- id = 1219 ), -- node_cpus1 as ( -- select -- hardware_id, -- string_agg(distinct model, ', ') as node_cpu_model, -- string_agg(distinct rtrim(split_part(split_part(split_part(model, 'processor', 1), 'Processor', 1), 'CPU', 1)), ',') as node_cpu_short_models, -- array_agg(distinct bitwidth) as node_cpu_3264_bit, -- cpu_manufacturer, -- case -- when (cpu_manufacturer = 'AMD') then (trim(both ' ' from split_part(split_part(model, 'AMD ', 2), ' ', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then 'Pentium' -- trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then 'Atom' -- trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Core ') > 1)) then 'Core' -- (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), ' ', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then 'Xeon' -- (trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1))) -- end as cpu_class, -- case -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Opteron ') > 1)) then (trim(both ' ' from split_part(model, 'AMD Opteron Processor ', 2))) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Turion ') > 1)) then (replace(trim(both ' ' from split_part(model, 'AMD Turion ', 2)), 'Dual-Core ', '')) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then (replace(trim(both ' ' from split_part(model, 'AMD Ryzen ', 2)), 'Eight-Core Processor', '')) -- when (cpu_manufacturer = 'AMD') then (trim(both ' ' from split_part(split_part(model, 'AMD ', 2), ' ', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Core ') > 1)) then (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), ' ', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then (trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1))) -- end as cpu_model_number, -- case -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Opteron ') > 1)) then (trim(both ' ' from split_part(model, 'AMD Opteron Processor ', 2))) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Turion ') > 1)) then (replace(trim(both ' ' from split_part(model, 'AMD Turion ', 2)), 'Dual-Core ', '')) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then (replace(trim(both ' ' from split_part(model, 'AMD Ryzen ', 2)), 'Eight-Core Processor', '')) -- when (cpu_manufacturer = 'AMD') then (trim(both ' ' from split_part(split_part(model, 'AMD ', 2), ' ', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Core ') > 1) and (strpos(model, '-') > 1)) -- then -- (case -- when (cast(left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) as int) <= 11 ) -- then left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) -- when ((cast(left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) as int) >= 20)) -- then left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),1) -- end) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then (trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1))) -- end as cpu_generation, -- case -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Opteron ') > 1)) then 'AMD Opteron ' || (trim(both ' ' from split_part(model, 'AMD Opteron Processor ', 2))) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Turion ') > 1)) then 'AMD Turion ' || replace(trim(both ' ' from split_part(model, 'AMD Turion ', 2)), 'Dual-Core ', '') -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then 'AMD Ryzen ' || replace(trim(both ' ' from split_part(model, 'AMD Ryzen ', 2)), 'Eight-Core Processor', '') -- when (cpu_manufacturer = 'AMD') then (trim(both ' ' from 'AMD ' || split_part(split_part(model, 'AMD ', 2), ' ', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then 'Intel Pentium ' || trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then 'Intel Atom ' || trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Core ') > 1)) then (trim(both ' ' from split_part(model, ' CPU ', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then 'Intel Xeon ' || (trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1))) -- end as cpu_manu_class_model_number, -- count(*) as node_cpu_count, -- round(avg(speed_mhz)::numeric,0) as node_per_cpu_mhz, -- round(avg(cores)::numeric,0) as node_per_cpu_cores, -- sum(cores) as node_cpu_cores, -- round(sum(cores*speed_mhz)::numeric,0) as total_cpu_mhz -- from -- tnt_config.node_hardware_cpus -- group by -- hardware_id -- ), node_cpus as ( select hardware_id, string_agg(distinct model, ', ') as node_cpu_model, string_agg(distinct trim(regexp_replace(replace(replace(replace(replace(replace(split_part(model, ' @', 1), ' processor', ''), ' Processor', ''), ' CPU', ''), ' Eight-Core', ''), ' 8-Core', ''), '\s+', ' ', 'g')), ',') as node_cpu_short_models, string_agg(distinct case when (cpu_manufacturer = 'AMD' and (strpos(model, 'Opteron ') > 1)) then (trim(both ' ' from split_part(model, 'AMD Opteron Processor ', 2))) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Turion ') > 1)) then (replace(trim(both ' ' from split_part(model, 'AMD Turion ', 2)), 'Dual-Core ', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen 3 PRO ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen 3 PRO ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen 3 ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen 3 ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen 5 PRO ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen 5 PRO ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen 5 ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen 5 ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen 7 PRO ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen 7 PRO ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen 7 ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen 7 ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen 9 PRO ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen 9 PRO ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen 9 ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen 9 ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ThreadRipper PRO ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen ThreadRipper PRO ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ThreadRipper ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen ThreadRipper ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen Embedded ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen Embedded ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), 'AMD Ryzen ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD') then (trim(both ' ' from split_part(split_part(model, 'AMD ', 2), ' ', 1))) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium Gold ') >= 1)) then trim(both ' ' from split_part(split_part(model, ' CPU', 1), 'Pentium ', 2)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium Silver ') >= 1)) then trim(both ' ' from split_part(split_part(model, ' CPU', 1), 'Pentium ', 2)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then trim(both ' ' from split_part(split_part(model, 'Intel Atom ', 2), ' CPU', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Celeron CPU ') > 1)) then trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Celeron ') > 1) and (strpos(model, 'CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, 'Intel Celeron ', 2), ' CPU', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Celeron ') > 1) and (strpos(model, ' @ ') > 1)) then trim(both ' ' from split_part(model, ' ', 3)) when (cpu_manufacturer = 'Intel' and (strpos(model, ' Core Ultra ') > 1)) then (trim(both ' ' from split_part(model, ' ', 5))) when (cpu_manufacturer = 'Intel' and (strpos(model, ' Core ') > 1)) then (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), ' ', 1))) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Core2 Duo') > 1)) then split_part(model, ' ', 5) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Core2') > 1)) then split_part(model, ' ', 6) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Platinum') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 4)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Platinum') > 1) and (strpos(model, ' CPU @ ') <= 1)) then trim(both ' ' from split_part(model, ' ', 4)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Gold') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 4)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Gold') > 1) and (strpos(model, ' CPU @ ') <= 1)) then trim(both ' ' from split_part(model, ' ', 4)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Silver') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 4)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Silver') > 1) and (strpos(model, ' CPU @ ') <= 1)) then trim(both ' ' from split_part(model, ' ', 4)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Bronze') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 4)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 3)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1) and (strpos(model, ' @ ') <= 1)) then trim(both ' ' from split_part(model, ' ', 3)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then (trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1))) end, ',') as cpu_model_number, max(bitwidth) as node_cpu_bitwidth, string_agg(distinct cpu_manufacturer, ',') as cpu_brand, string_agg(distinct case when (cpu_manufacturer = 'AMD') then (trim(both ' ' from split_part(split_part(model, 'AMD ', 2), ' ', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium Gold ') >= 1)) then trim(both ' ' from split_part(split_part(model, 'Pentium ', 2), ' ', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium Silver ') >= 1)) then trim(both ' ' from split_part(split_part(model, 'Pentium ', 2), ' ', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then 'Pentium' -- trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then 'Atom' -- trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Celeron ') > 1)) then 'Celeron' -- trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, ' Core ') > 1)) then 'Core' -- (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), ' ', 1))) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Core2') > 1)) then 'Core2' -- (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), ' ', 1))) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then 'Xeon' -- (trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1))) end, ',') as cpu_sub_brand, -- string_agg(distinct case -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'EPYC ') > 1)) then null -- -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen Embedded ') > 1)) then left(trim(both ' ' from split_part(model, 'Embedded', 2)), 1) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1) and (strpos(model, ' PRO ') > 1)) then left(trim(both ' ' from split_part(split_part(model, 'Ryzen ', 2), ' PRO ', 1)), 1) || ' PRO' -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then left(trim(both ' ' from split_part(model, 'Ryzen ', 2)), 1) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium Gold ') >= 1)) then trim(both ' ' from split_part(split_part(model, 'Pentium ', 2), ' ', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium Silver ') >= 1)) then trim(both ' ' from split_part(split_part(model, 'Pentium ', 2), ' ', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then 'Pentium' -- trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then 'Atom' -- trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Celeron CPU ') > 1)) -- then ( -- case -- when ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) >= 48 and ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) <= 57 -- then null -- else left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1) -- end) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Celeron ') > 1) and (strpos(model, 'CPU @ ') > 1)) then left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron ', 2), ' CPU', 1)), 1) -- when (cpu_manufacturer = 'Intel' and (strpos(model, ' Core ') > 1) and (strpos(model, '-') > 1)) then (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), '-', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, ' Core ') > 1) and (strpos(model, ' Core Ultra ') > 1)) then (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), ' ', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Core2') > 1) and (strpos(model, '-') > 1)) then (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), '-', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Platinum ') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 3)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Gold ') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 3)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Silver ') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 3)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Bronze ') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 3)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon CPU ') > 1) and (strpos(model, ' @ ') > 1)) then left(trim(both ' ' from split_part(split_part(model, ' @ ', 1), 'Intel Xeon CPU ', 2)), 1) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1) and (strpos(model, ' CPU @ ') > 1)) then (trim(both ' ' from split_part(split_part(model, ' ', 3), '-', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then (trim(both ' ' from split_part(split_part(model, ' CPU ', 2), '-', 1))) -- end, ',') as cpu_sub_brand_modifier, string_agg(distinct (case when (cpu_manufacturer = 'AMD') then (case when (strpos(model, 'EPYC ') > 1) then null when (strpos(model, ' Ryzen ') > 1) then (case when (strpos(model, ' Embedded ') > 1) then left(trim(both ' ' from split_part(model, 'Embedded', 2)), 1) when (strpos(model, ' PRO ') > 1) then left(trim(both ' ' from split_part(split_part(model, 'Ryzen ', 2), ' PRO ', 1)), 1) || ' PRO' else left(trim(both ' ' from split_part(model, ' Ryzen ', 2)), 1) end) else null end) when (cpu_manufacturer = 'Qualcomm') then null when (cpu_manufacturer = 'Intel') then (case when (strpos(model, ' Atom ') > 1) then 'Atom' when (strpos(model, ' Celeron ') > 1) then (case when ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) >= 48 and ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) <= 57 then null when (strpos(model, ' CPU @ ') > 1) then left(trim(both ' ' from split_part(split_part(model, ' Celeron ', 2), ' CPU', 1)), 1) when (strpos(model, ' @ ') > 1) then left(trim(both ' ' from split_part(split_part(model, ' Celeron ', 2), ' @ ', 1)), 1) -- else left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1) else null end) when (strpos(model, ' Core ') > 1) then (case when (strpos(model, '-') > 1) then (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), '-', 1))) when (strpos(model, ' Ultra ') > 1) then (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), ' ', 1))) else null end) when (strpos(model, ' Core2 ') > 1) then (case when (strpos(model, ' Duo ') > 1 or strpos(model, ' Quad ') > 1) then trim(both ' ' from split_part(split_part(model, ' Core2 ', 2), ' ', 1)) else null end) when (strpos(model, ' Pentium ') > 1) then (case when (strpos(model, ' Gold ') > 1 or strpos(model, ' Silver ') > 1) then trim(both ' ' from split_part(split_part(model, ' Pentium ', 2), ' ', 1)) else null end) when (strpos(model, ' Xeon ') > 1) then (case when ((strpos(model, ' Platinum ') > 1 or strpos(model, ' Gold ') > 1 or strpos(model, ' Silver ') > 1 or strpos(model, ' Bronze ') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 3)) when ((strpos(model, ' Platinum ') > 1 or strpos(model, ' Gold ') > 1 or strpos(model, ' Silver ') > 1 or strpos(model, ' Bronze ') > 1) and (strpos(model, ' CPU @ ') <= 1)) then trim(both ' ' from split_part(model, ' ', 3)) when ((strpos(model, ' CPU ') > 1) and (strpos(model, ' @ ') > 1)) then left(trim(both ' ' from split_part(split_part(model, ' @ ', 1), 'Intel Xeon CPU ', 2)), 1) when ((strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' ', 3), '-', 1)) when ((strpos(model, '-') > 1)) then trim(both ' ' from split_part(split_part(model, ' Xeon ', 2), '-', 1)) else null end) when (strpos(model, ' Processor ') > 1) then null else null end) else null end), ',') as cpu_sub_brand_modifier, max( case when (cpu_manufacturer = 'AMD') then null when (cpu_manufacturer = 'Qualcomm') then null when (cpu_manufacturer = 'Intel') then ( case -- when (strpos(model, ' Atom ') > 1) -- then null -- when (strpos(model, ' Celeron ') > 1) -- then null -- when (strpos(model, ' Core Ultra ') > 1) -- then cast(left(trim(both ' ' from split_part(model, ' ', 5)), 1) as integer) -- when (strpos(model, ' Core ') > 1) -- then ( -- case -- when (strpos(model, 'th Gen ') > 1) and (strpos(model, '-') > 1) -- then cast(left(trim(both ' ' from split_part(model, '-', 2)), 2) as integer) -- when (strpos(model, 'th Gen ') <= 1) and (strpos(model, '-') > 1) and (length(split_part(split_part(model, '-', 2), ' ', 1)) >= 6) -- then cast(left(trim(both ' ' from split_part(model, '-', 2)), 2) as integer) -- when (strpos(model, 'th Gen ') <= 1) and (strpos(model, '-') > 1) -- then cast(left(trim(both ' ' from split_part(model, '-', 2)), 1) as integer) -- else null -- end) -- when (strpos(model, ' Pentium ') > 1) -- then null -- when (strpos(model, ' Processor ') > 1) -- then null when (strpos(model, ' Xeon ') > 1) then ( case when (strpos(model, ' Platinum ') > 1) or (strpos(model, ' Gold ') > 1) or (strpos(model, ' Silver ') > 1) or (strpos(model, ' Bronze ') > 1) then cast(left(trim(both ' ' from split_part(model, ' ', 4)), 1) as integer) else null end) else null end) else null end)::integer as cpu_sku_level, max( case when (cpu_manufacturer = 'AMD') then null when (cpu_manufacturer = 'Qualcomm') then null when (cpu_manufacturer = 'Intel') then ( case when (strpos(model, ' Atom ') > 1) then null when (strpos(model, ' Celeron ') > 1) then null when (strpos(model, ' Core Ultra ') > 1) then cast(left(trim(both ' ' from split_part(model, ' ', 5)), 1) as integer) when (strpos(model, ' Core ') > 1) then ( case when (strpos(model, 'th Gen ') > 1) and (strpos(model, '-') > 1) then cast(left(trim(both ' ' from split_part(model, '-', 2)), 2) as integer) when (strpos(model, 'th Gen ') <= 1) and (strpos(model, '-') > 1) and (length(split_part(split_part(model, '-', 2), ' ', 1)) >= 6) then cast(left(trim(both ' ' from split_part(model, '-', 2)), 2) as integer) when (strpos(model, 'th Gen ') <= 1) and (strpos(model, '-') > 1) then cast(left(trim(both ' ' from split_part(model, '-', 2)), 1) as integer) else null end) when (strpos(model, ' Pentium ') > 1) then null when (strpos(model, ' Processor ') > 1) then null when (strpos(model, ' Xeon ') > 1) then ( case when (strpos(model, ' Platinum ') > 1) or (strpos(model, ' Gold ') > 1) or (strpos(model, ' Silver ') > 1) or (strpos(model, ' Bronze ') > 1) then cast(right(left(trim(both ' ' from split_part(model, ' ', 4)), 2), 1) as integer) else null end) else null end) else null end)::integer as cpu_generation, -- string_agg(distinct case -- -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Opteron ') > 1)) then (trim(both ' ' from split_part(model, 'AMD Opteron Processor ', 2))) -- -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Turion ') > 1)) then (replace(trim(both ' ' from split_part(model, 'AMD Turion ', 2)), 'Dual-Core ', '')) -- -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then (replace(trim(both ' ' from split_part(model, 'AMD Ryzen ', 2)), 'Eight-Core Processor', '')) -- -- when (cpu_manufacturer = 'AMD') then (trim(both ' ' from split_part(split_part(model, 'AMD ', 2), ' ', 1))) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen Embedded ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, ' Embedded ', 2), ' ', 1)), 4, 2) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1) and (strpos(model, ' PRO ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, 'Ryzen ', 2), ' PRO ', 2)), 2, 4) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, 'AMD Ryzen ', 2), ' ', 2)), 3, 2) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium Gold ') >= 1)) then trim(both ' ' from split_part(split_part(model, 'Pentium Gold ', 2), ' CPU ', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium Silver ') >= 1)) then trim(both ' ' from split_part(split_part(model, 'Pentium Silver ', 2), ' CPU ', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1)) -- -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Celeron CPU ') > 1)) -- then (case when ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) >= 48 and ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) <= 57 -- then left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 4) -- else right(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 4) -- end) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Celeron ') > 1) and (strpos(model, 'CPU @ ') > 1)) then right(trim(both ' ' from split_part(split_part(model, 'Intel Celeron ', 2), ' CPU', 1)), 4) -- when (cpu_manufacturer = 'Intel' and (strpos(model, ' Core ') > 1) and (strpos(model, '-') > 1)) -- then -- (case -- -- Check if Intel, Core, and m3, m5, m7, then the first number after the - is supposed to be the SKU -- when ((strpos(lower(model), ' m3-') > 1) and (left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),1) ~ '^\d+(\.\d+)?$')) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) -- when ((strpos(lower(model), ' m5-') > 1) and (left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),1) ~ '^\d+(\.\d+)?$')) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) -- when ((strpos(lower(model), ' m7-') > 1) and (left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),1) ~ '^\d+(\.\d+)?$')) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) -- -- Check if Intel, Core, and i3, i5, i7, i9, then the first number after the - is supposed to be the SKU -- when ((strpos(lower(model), ' i3-') > 1) and (left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),1) ~ '^\d+(\.\d+)?$')) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) -- when ((strpos(lower(model), ' i5-') > 1) and (left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),1) ~ '^\d+(\.\d+)?$')) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) -- when ((strpos(lower(model), ' i7-') > 1) and (left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),1) ~ '^\d+(\.\d+)?$')) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) -- when ((strpos(lower(model), ' i9-') > 1) and (left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),1) ~ '^\d+(\.\d+)?$')) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) -- -- Check if Intel, Core and contains 'th Gen' to figure out generation -- when (strpos(lower(model), 'th gen ') > 1) -- then right(trim(both ' ' from split_part(model, '-', 2)), 3) -- when (cast(left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) as int) <= 11 and (strpos(model, 'G') > 1)) -- -- when (cast(left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) as int) <= 11 ) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),3, 2) -- when (cast(left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) as int) <= 11 and (strpos(model, 'G') <= 0)) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),3, 3) -- when ((cast(left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) as int) >= 20)) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2, 3) -- end) -- when (cpu_manufacturer = 'Intel' and (strpos(model, ' Core ') > 1) and (strpos(model, 'Ultra') > 1)) -- then trim(both ' ' from split_part(model, ' ', 5)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1) and (strpos(model, ' CPU @ ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 4)), 3, 2) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon CPU ') > 1) and (strpos(model, ' @ ') > 1)) then right(trim(both ' ' from split_part(split_part(model, ' @ ', 1), 'Intel Xeon CPU ', 2)), 2) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, ' CPU ', 2), '-', 2)), 3, 2) -- end, ',') as cpu_sku, string_agg(distinct case when (cpu_manufacturer = 'AMD') then (case when ((strpos(model, 'Ryzen Embedded ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, ' Embedded ', 2), ' ', 1)), 4, 2) when ((strpos(model, 'Ryzen ') > 1) and (strpos(model, ' PRO ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, 'Ryzen ', 2), ' PRO ', 2)), 2, 4) when ((strpos(model, 'Ryzen ') > 1) and (strpos(model, ' PRO ') <= 1)) then substr(trim(both ' ' from split_part(split_part(model, 'AMD Ryzen ', 2), ' ', 2)), 3, 2) when ((strpos(model, 'Athlon II ') > 1)) then trim(both ' ' from split_part(split_part(model, ' Athlon II ', 2), ' ', 2)) when ((strpos(model, 'Athlon ') > 1) and (strpos(model, 'Athlon II ') <= 1)) then trim(both ' ' from split_part(split_part(model, ' Athlon ', 2), ' ', 2)) else null end) when (cpu_manufacturer = 'Qualcomm') then null when (cpu_manufacturer = 'Intel') then (case when (strpos(model, ' Atom ') > 1) then null when (strpos(model, ' Celeron ') > 1) then (case when (strpos(model, 'Celeron CPU ') > 1) then (case when ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) >= 48 and ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) <= 57 then left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 4) else right(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 4) end) when ((strpos(model, ' Celeron ') > 1) and (strpos(model, 'CPU @ ') > 1)) then split_part(model, ' ', 3) when ((strpos(model, ' Celeron ') > 1) and (strpos(model, ' @ ') > 1)) then split_part(model, ' ', 3) else null end) when (strpos(model, ' Core ') > 1) then (case when (strpos(model, ' Ultra ') > 1) then split_part(model, ' ', 5) when (strpos(model, 'th Gen ') > 1) and (strpos(model, '-') > 1) then split_part(split_part(model, '-', 2), ' ', 1) when (strpos(model, 'th Gen ') <= 1) and (strpos(model, '-') > 1) then split_part(split_part(model, '-', 2), ' ', 1) else null end) when (strpos(model, ' Core2 ') > 1) then (case when (strpos(model, ' Duo ') > 1) then split_part(model, ' ', 5) else null end) when (strpos(model, ' Pentium ') > 1) then (case when ((strpos(model, ' Gold ') > 1)) then trim(both ' ' from split_part(split_part(model, ' Gold ', 2), ' CPU ', 1)) when ((strpos(model, ' Silver ') > 1)) then trim(both ' ' from split_part(split_part(model, ' Silver ', 2), ' CPU ', 1)) when ((strpos(model, 'Pentium ') >= 1)) then trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1)) else null end) when (strpos(model, ' Xeon ') > 1) then (case when (strpos(model, ' Platinum ') > 1) or (strpos(model, ' Gold ') > 1) or (strpos(model, ' Silver ') > 1) or (strpos(model, ' Bronze ') > 1) then substr(split_part(model, ' ', 4), 3, 2) when ((strpos(model, 'Xeon CPU ') > 1) and (strpos(model, ' @ ') > 1)) then right(trim(both ' ' from split_part(split_part(model, ' @ ', 1), 'Intel Xeon CPU ', 2)), 2) -- when (strpos(model, ' CPU @ ') > 1) -- then substring(split_part(split_part(model, ' CPU @ ', 1), ' ', 4), 3, 2) when (strpos(model, ' CPU @ ') > 1) then split_part(split_part(model, ' CPU @ ', 1), '-', 2) when ((strpos(model, 'Xeon ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, ' CPU ', 2), '-', 2)), 3, 2) else null end) when (strpos(model, ' Processor ') > 1) then null else null end) else null end, ',') as cpu_sku, -- string_agg(distinct case -- -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Opteron ') > 1)) then (trim(both ' ' from split_part(model, 'AMD Opteron Processor ', 2))) -- -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Turion ') > 1)) then (replace(trim(both ' ' from split_part(model, 'AMD Turion ', 2)), 'Dual-Core ', '')) -- -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then (replace(trim(both ' ' from split_part(model, 'AMD Ryzen ', 2)), 'Eight-Core Processor', '')) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen Embedded ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, ' Embedded ', 2), ' ', 1)), 6, 1) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, 'AMD Ryzen ', 2), ' ', 2)), 5, 1) -- -- when (cpu_manufacturer = 'AMD') then (trim(both ' ' from split_part(split_part(model, 'AMD ', 2), ' ', 1))) -- -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Celeron CPU ') > 1)) -- then (case when ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) >= 48 and ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) <= 57 -- then right(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1) -- -- else right(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 4) -- end) -- when (cpu_manufacturer = 'Intel' and (strpos(model, ' Core ') > 1) and (strpos(model, '-') > 1)) -- then -- (case -- when (cast(left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) as int) <= 11 and (strpos(model, 'G') > 1)) -- then right(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)), 2) -- when (cast(left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) as int) <= 11 and (strpos(model, 'G') <= 0)) -- then right(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)), 1) -- when ((cast(left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) as int) >= 20)) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)), 5, 2) -- end) -- -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then (trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1))) -- end, ',') as cpu_suffix, string_agg(distinct case when (cpu_manufacturer = 'AMD' and (strpos(model, 'Opteron ') > 1)) then 'AMD Opteron ' || (trim(both ' ' from split_part(model, 'AMD Opteron Processor ', 2))) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Turion ') > 1)) then 'AMD Turion ' || replace(trim(both ' ' from split_part(model, 'AMD Turion ', 2)), 'Dual-Core ', '') when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then 'AMD Ryzen ' || replace(trim(both ' ' from split_part(model, 'AMD Ryzen ', 2)), 'Eight-Core Processor', '') when (cpu_manufacturer = 'AMD') then (trim(both ' ' from 'AMD ' || split_part(split_part(model, 'AMD ', 2), ' ', 1))) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then 'Intel Pentium ' || trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then 'Intel Atom ' || trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, ' Core ') > 1)) then (trim(both ' ' from split_part(model, ' CPU ', 1))) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then 'Intel Xeon ' || (trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1))) end, ',') as cpu_manu_class_model_number, count(*) as node_cpu_count, round(avg(speed_mhz)::numeric,0) as node_per_cpu_mhz, round(avg(cores)::numeric,0) as node_per_cpu_cores, sum(cores) as node_cpu_cores, round(sum(cores*speed_mhz)::numeric,0) as total_cpu_mhz from ( select h.hardware_id, replace(replace(replace(h.model, '(R)', ''), '(TM)', ''), '(tm)', '') as model, case when split_part(replace(replace(replace(h.model, '(R)', ''), '(TM)', ''), '(tm)', ''), ' ', 1) ilike 'Pentium' then 'Intel' when strpos(model, 'Intel') > 1 then 'Intel' when strpos(model, 'AMD') > 1 then 'AMD' else split_part(replace(replace(replace(h.model, '(R)', ''), '(TM)', ''), '(tm)', ''), ' ', 1) end as cpu_manufacturer, h.bitwidth, h.cores as cores, h.speed_mhz from tnt_config.node_hardware_cpus h ) h group by hardware_id ), -- node_ram1 as ( -- with -- latest_sum_report as ( -- select -- sumrpt.node_id as node_id, -- max(sumrpt.start_date) as start_date, -- max(sumrpt.end_date) as end_date -- from -- tnt_audit.summaryreports sumrpt -- group by -- sumrpt.node_id -- ) -- select -- sumrpts.node_id as node_id, -- round((avg(sumrpts.mem_alloc)/1048576)::numeric, 3) as node_ram_allocated_gb -- from -- tnt_audit.summaryreports sumrpts, latest_sum_report lsr -- where -- sumrpts.node_id = lsr.node_id -- and sumrpts.start_date = lsr.start_date -- and sumrpts.end_date = lsr.end_date -- and sumrpts.end_date between lsr.start_date and lsr.end_date -- group by -- sumrpts.node_id -- ), -- node_ram2 as ( -- select -- sumrpts.node_id as node_id, -- round((avg(sumrpts.mem_alloc)/1048576)::numeric, 3) as node_ram_allocated_gb -- from -- tnt_audit.summaryreports sumrpts -- join tnt_config.node nde on (nde.id = sumrpts.node_id and nde.delete_time is null) -- where -- -- sumrpts.node_id = nde.id -- -- and sumrpts.start_date = nde.last_report_seen_start_date -- -- and sumrpts.end_date = nde.last_report_seen_end_date -- -- and sumrpts.end_date between nde.last_report_seen_start_date and nde.last_report_seen_end_date -- (sumrpts.end_date >= nde.last_report_seen_end_date) -- group by -- sumrpts.node_id -- ), node_ram as ( select sumrpts.node_id as node_id, round((avg(sumrpts.mem_alloc)/1048576)::numeric, 3) as node_ram_allocated_gb from tnt_audit.summaryreports sumrpts, ( select sumrpt.node_id as node_id, max(sumrpt.start_date) as start_date, max(sumrpt.end_date) as end_date from tnt_audit.summaryreports sumrpt group by sumrpt.node_id ) lsr where sumrpts.node_id = lsr.node_id and sumrpts.start_date = lsr.start_date and sumrpts.end_date = lsr.end_date and sumrpts.end_date between lsr.start_date and lsr.end_date group by sumrpts.node_id ), -- node_disk1 as ( -- with -- last_node_disk as ( -- select -- part_stats.node_id as node_id, -- max(part_stats.start_date) as start_date, -- max(part_stats.end_date) as end_date -- from -- tnt_audit.summaryreport_partition_stats part_stats -- group by -- part_stats.node_id -- ), -- part_stats as ( -- select -- part_stats.node_id as node_id, -- part_stats.disk_id as node_physical_disk_id, -- string_agg(distinct part_stats.name, ',') as node_disk_names, -- sum(part_stats.size) as node_per_disk_size_kb, -- sum(part_stats.avg_used) as node_per_disk_used_kb -- from -- tnt_audit.summaryreport_partition_stats part_stats, last_node_disk -- where -- part_stats.node_id = last_node_disk.node_id -- and part_stats.start_date = last_node_disk.start_date -- and part_stats.end_date = last_node_disk.end_date -- and part_stats.end_date between last_node_disk.start_date and last_node_disk.end_date -- and part_stats.local_type ilike 'local' -- group by -- part_stats.node_id, part_stats.disk_id -- ) -- select -- part_stats.node_id as node_id, -- round(max(part_stats.node_per_disk_size_kb)::numeric/1048576.0, 0) as node_max_disk_size_gb, -- round(max(part_stats.node_per_disk_used_kb)::numeric/1048576.0, 0) as node_max_disk_used_gb, -- round(sum(part_stats.node_per_disk_size_kb)::numeric/1048576, 0) as node_total_disk_size_gb, -- round(sum(part_stats.node_per_disk_used_kb)::numeric/1048576, 0) as node_total_disk_used_gb -- from -- part_stats -- group by -- part_stats.node_id -- ), -- node_disk2 as ( -- select -- part_stats.node_id as node_id, -- round(max(part_stats.node_per_disk_size_kb)::numeric/1048576.0, 0) as node_max_disk_size_gb, -- round(max(part_stats.node_per_disk_used_kb)::numeric/1048576.0, 0) as node_max_disk_used_gb, -- round(sum(part_stats.node_per_disk_size_kb)::numeric/1048576, 0) as node_total_disk_size_gb, -- round(sum(part_stats.node_per_disk_used_kb)::numeric/1048576, 0) as node_total_disk_used_gb -- from ( -- select -- part_stats.node_id as node_id, -- part_stats.disk_id as node_physical_disk_id, -- string_agg(distinct part_stats.name, ',') as node_disk_names, -- sum(part_stats.size) as node_per_disk_size_kb, -- sum(part_stats.avg_used) as node_per_disk_used_kb -- from -- tnt_audit.summaryreport_partition_stats part_stats -- join tnt_config.node nde on (nde.id = part_stats.node_id and nde.delete_time is null) -- where -- part_stats.node_id = nde.id -- and part_stats.start_date = nde.last_report_seen_start_date -- and part_stats.end_date = nde.last_report_seen_end_date -- and part_stats.end_date between nde.last_report_seen_start_date and nde.last_report_seen_end_date -- and part_stats.local_type ilike 'local' -- group by -- part_stats.node_id, part_stats.disk_id -- ) part_stats -- group by -- part_stats.node_id -- ), -- node_disk1 as ( -- select -- part_stats.node_id as node_id, -- round(max(part_stats.node_per_disk_size_kb)::numeric/1048576.0, 0) as node_max_disk_size_gb, -- round(max(part_stats.node_per_disk_used_kb)::numeric/1048576.0, 0) as node_max_disk_used_gb, -- round(sum(part_stats.node_per_disk_size_kb)::numeric/1048576, 0) as node_total_disk_size_gb, -- round(sum(part_stats.node_per_disk_used_kb)::numeric/1048576, 0) as node_total_disk_used_gb -- from ( -- select -- part_stats.node_id as node_id, -- part_stats.disk_id as node_physical_disk_id, -- string_agg(distinct part_stats.name, ',') as node_disk_names, -- sum(part_stats.size) as node_per_disk_size_kb, -- sum(part_stats.avg_used) as node_per_disk_used_kb -- from -- tnt_audit.summaryreport_partition_stats part_stats, -- ( select -- part_stats.node_id as node_id, -- max(part_stats.start_date) as start_date, -- max(part_stats.end_date) as end_date -- from -- tnt_audit.summaryreport_partition_stats part_stats -- -- where -- -- part_stats.node_id = 13047 -- group by -- part_stats.node_id -- ) last_part_stats -- where -- part_stats.node_id = last_part_stats.node_id -- and part_stats.start_date = last_part_stats.start_date -- and part_stats.end_date = last_part_stats.end_date -- and part_stats.end_date between last_part_stats.start_date and last_part_stats.end_date -- and part_stats.local_type ilike 'local' -- -- and part_stats.node_id = 13047 -- group by -- part_stats.node_id, part_stats.disk_id -- ) part_stats -- group by -- part_stats.node_id -- ), node_disk as ( select disk_stats.node_id as node_id, -- round(max(disk_stats.node_per_disk_size_kb)::numeric/1048576.0, 0) as node_max_disk_size_gb, -- round(max(disk_stats.node_per_disk_used_kb)::numeric/1048576.0, 0) as node_max_disk_used_gb, -- round(sum(disk_stats.node_per_disk_size_kb)::numeric/1048576.0, 0) as node_total_disk_size_gb, -- round(sum(disk_stats.node_per_disk_used_kb)::numeric/1048576.0, 0) as node_total_disk_used_gb round(disk_stats.node_total_disk_size_kb::numeric/1048576.0, 0) as node_total_disk_size_gb, round(disk_stats.node_total_disk_used_kb::numeric/1048576.0, 0) as node_total_disk_used_gb, round((disk_stats.node_total_disk_size_kb - disk_stats.node_total_disk_used_kb)::numeric/1048576.0, 0) as node_total_disk_free_gb, round(disk_stats.node_disk0_c_size_kb::numeric/1048576.0, 0) as node_disk0_c_size_gb, round(disk_stats.node_disk0_c_used_kb::numeric/1048576.0, 0) as node_disk0_c_used_gb, round((disk_stats.node_disk0_c_size_kb - disk_stats.node_disk0_c_used_kb)::numeric/1048576.0, 0) as node_disk0_c_free_gb from ( select disk_stats.node_id as node_id, -- disk_stats.disk_id as node_physical_disk_id, string_agg(distinct disk_stats.name, ',') as node_disk_names, sum(disk_stats.size) as node_total_disk_size_kb, sum(disk_stats.avg_used) as node_total_disk_used_kb, sum(case when disk_stats.name ilike '%disk0 ( C:%' then disk_stats.size end) as node_disk0_c_size_kb, sum(case when disk_stats.name ilike '%disk0 ( C:%' then disk_stats.avg_used end) as node_disk0_c_used_kb from -- tnt_audit.summaryreport_partition_stats part_stats, tnt_audit.summaryreport_disk_stats disk_stats, ( select disk_stats.node_id as node_id, max(disk_stats.start_date) as start_date, max(disk_stats.end_date) as end_date from -- tnt_audit.summaryreport_partition_stats disk_stats tnt_audit.summaryreport_disk_stats disk_stats -- where -- disk_stats.node_id = 13047 group by disk_stats.node_id ) last_disk_stats where disk_stats.node_id = last_disk_stats.node_id and disk_stats.start_date = last_disk_stats.start_date and disk_stats.end_date = last_disk_stats.end_date and disk_stats.end_date between last_disk_stats.start_date and last_disk_stats.end_date and disk_stats.type ilike 'LOCAL' -- and disk_stats.node_id = 13047 group by disk_stats.node_id--, disk_stats.disk_id ) disk_stats -- group by -- disk_stats.node_id ), node_health_stats as ( select hstats.node_id, hstats.sec_secure_boot from tnt_audit.summaryreport_machine_health_stats hstats, -- lwl_rollup.sr_machine_health_stats_da hstats, ( select node_id as node_id, max(start_date) as start_date, max(end_date) as end_date from tnt_audit.summaryreport_machine_health_stats -- lwl_rollup.sr_machine_health_stats_da hstats group by node_id ) last_health_stats where hstats.node_id = last_health_stats.node_id and hstats.start_date = last_health_stats.start_date and hstats.end_date = last_health_stats.end_date and hstats.end_date between last_health_stats.start_date and last_health_stats.end_date ), node_gpus as ( select hardware_id, string_agg(model, ', ') as node_gpu_model, string_agg(model, ',') as node_discrete_gpu_models, count(*) as node_discrete_gpu_count, string_agg(format('%s', speedmhz), ', ') as node_gpu_speed_mhz, -- string_agg(format('%s', colordepth), ', ') as node_gpu_color_depth, max(colordepth) as node_gpu_color_depth, count(*) as node_gpu_count from tnt_config.node_hardware_gpus where is_real = true group by hardware_id ), node_displays as ( select hardware_id, string_agg(dimensions, ', ') as node_display_dimensions, max(cast(split_part(dimensions, 'x', 2) as int)) as max_display_res_y, string_agg(coalesce(cast(details->'sizeInches' as text), 'N/A'), ',') as node_display_size_in_inches, max((cast(details->'sizeInches' as int))) as max_display_size_in_inches, count(*) as node_display_count from tnt_config.node_hardware_displays group by hardware_id ), base_sql as ( select pn.id as node_id, pn.name as machine_name, nde.fqmn as machine_fqmn, nde.lastcontact::timestamptz at time zone 'America/New_York' as machine_last_contact, -- Machine hardware make, model, and chassis type nh.machine_make as machine_make, nh.machine_model as machine_model, nde.hwtype as machine_chassis_type, -- OS os.version as node_os_version, replace(replace(replace(replace(replace(replace(replace(replace(os.description, ' , ', ', '), 'Service Pack ', 'SP'), '(R)', ''), '(TM)', ''), '®', ''), '™', ''), '®', ''), '', '') as node_os_desc, os.buildversion as os_build_version, -- CPU nodecpu.node_cpu_model as node_cpu_model, nodecpu.node_cpu_short_models as node_cpu_short_models, round((nodecpu.node_per_cpu_mhz/1000.0)::numeric, 3) as node_cpu_speed_ghz, trim(both ' ' from nodecpu.cpu_brand) as cpu_brand, trim(both ' ' from nodecpu.cpu_sub_brand) as cpu_sub_brand, trim(both ' ' from nodecpu.cpu_sub_brand_modifier) as cpu_sub_brand_modifier, trim(both ' ' from nodecpu.cpu_model_number) as cpu_model_number, nodecpu.cpu_sku_level as cpu_sku_level, -- trim(both ' ' from nodecpu.cpu_generation) as cpu_generation, nodecpu.cpu_generation as cpu_generation, trim(both ' ' from nodecpu.cpu_sku) as cpu_sku, nodecpu.node_per_cpu_cores, nodecpu.node_cpu_cores, nodecpu.node_cpu_bitwidth, -- RAM noderam.node_ram_allocated_gb as node_ram_allocated_gb, nh.ram_alloc_gb, -- Disk storage nodedisk.node_disk0_c_size_gb as node_disk0_c_size_gb, nodedisk.node_disk0_c_used_gb as node_disk0_c_used_gb, nodedisk.node_disk0_c_free_gb as node_disk0_c_free_gb, nodedisk.node_total_disk_size_gb as node_total_disk_size_gb, nodedisk.node_total_disk_used_gb as node_total_disk_used_gb, nodedisk.node_total_disk_free_gb as node_total_disk_free_gb, -- GPU nodegpu.node_gpu_model as node_gpu_model, nodegpu.node_discrete_gpu_models as node_discrete_gpu_models, -- nodegpu.node_gpu_speed_mhz as node_gpu_speed_mhz, nodegpu.node_gpu_count as node_gpu_count, nodegpu.node_discrete_gpu_count as node_discrete_gpu_count, nodegpu.node_gpu_color_depth, os.dx12orwddm2 as os_dx12orwddm2, -- Display nodedis.node_display_dimensions as node_display_dimensions, nodedis.max_display_res_y as max_display_res_y, nodedis.node_display_size_in_inches, nodedis.max_display_size_in_inches, nodedis.node_display_count as node_display_count, -- BIOS & TPM case when nh.bios_uefi_capable is null then null else case when nh.bios_uefi_capable = 'Y' then true else false end end as machine_bios_uefi_capable, case when nh.bios_uefi_enabled is null then null else case when nh.bios_uefi_enabled = 'Y' then true else false end end as machine_bios_uefi_enabled, case when nodehealth.sec_secure_boot is null then null else nodehealth.sec_secure_boot end as machine_secure_boot, nh.tpm_specification as machine_tpm_specifications, case when nh.tpm_specification is null then null else case when strpos(nh.tpm_specification, '2.') > 0 then true else false end end as machine_tpm_specification, -- Windows 11 compatibility -- initcap(nde.win11_inplace_upgrade_compatibility) as win11_inplace_upgrade_compatibility, -- initcap(nde.win11_image_upgrade_compatibility) as win11_image_upgrade_compatibility -- Machine location loc_stats.city || ', ' || loc_stats.state || ', ' || loc_stats.country as machine_location_city_state_country, loc_stats.country as machine_location_country, loc_stats.state as machine_location_state, loc_stats.city as machine_location_city from tnt_config.policynode pn join tnt_config.node nde on (nde.id = pn.id) left outer join tnt_config.os os on (os.id = nde.os_id) left outer join node_hardware nh on (node_hardware_id = nde.hardware_id) left outer join node_cpus nodecpu on (nodecpu.hardware_id = nde.hardware_id) left outer join node_ram noderam on (noderam.node_id = pn.id) left outer join node_disk nodedisk on (nodedisk.node_id = pn.id) left outer join node_gpus nodegpu on (nodegpu.hardware_id = nde.hardware_id) left outer join node_displays nodedis on (nodedis.hardware_id = nde.hardware_id) left outer join node_health_stats nodehealth on (nodehealth.node_id = pn.id) left outer join ( select loc_stats.node_id as node_id, first(loc_stats.country) as country, first(loc_stats.state) as state, first(loc_stats.city) as city from tnt_audit.summaryreport_machine_location_stats loc_stats, -- lwl_rollup.sr_machine_location_stats_da loc_stats, ( select loc_stats.node_id as node_id, max(loc_stats.start_date) as start_date, max(loc_stats.end_date) as end_date from tnt_audit.summaryreport_machine_location_stats loc_stats -- lwl_rollup.sr_machine_location_stats_da loc_stats group by loc_stats.node_id ) latest_loc_stats where loc_stats.node_id = latest_loc_stats.node_id and loc_stats.start_date = latest_loc_stats.start_date and loc_stats.end_date = latest_loc_stats.end_date and loc_stats.end_date between latest_loc_stats.start_date and latest_loc_stats.end_date group by loc_stats.node_id ) loc_stats on (loc_stats.node_id = pn.id) where (pn.delete_time is null) -- Machine has not been deleted and (nde.delete_time is null) -- Machine has not been deleted and (nde.ihostversion is not null) -- Machine has a CID Key installed and (nde.certificate is not null) -- Machine has a valid certificate and (pn.system_object is false) -- Machine is not a system object like Stratusphere Hub, DB or Station and (pn.dirtystatusid is null or pn.dirtystatusid <> 3) -- Machine does not have a dirty status and (pn.type <= 2) -- Machines are either servers (1) or desktops (2) and (os.name = 'Windows') -- Machines that currently run Microsoft Windows -- and (os.description not ilike '%Windows 11%' -- Machine is already running Windows 11 -- and os.description not ilike '%Windows Server %') -- Machine is not already running Windows Server -- and (nde.vmtype is null) -- Machine is a physical machine to be considered for upgrade to Win10 -- Machine group filter and ('%' = '%' or pn.id in (select ngn.nodeid from tnt_config.policynode pn, tnt_config.nodegroup_node ngn where (pn.type = 5) and (pn.id = ngn.nodegroupid) and (pn.name like '%'))) order by lower(pn.name) asc nulls last ), status_sql as ( select s.*, case -- First check for incompatible hardware/software when (node_cpu_speed_ghz < 1.0) or (node_per_cpu_cores < 2) or (ram_alloc_gb < 4.0) or (node_cpu_bitwidth is not null and node_cpu_bitwidth < 64.0) or (node_disk0_c_free_gb < 20.0) or (node_gpu_color_depth is not null and node_gpu_color_depth < 8) or (os_dx12orwddm2 is not null and os_dx12orwddm2 is false) or (max_display_res_y is not null and max_display_res_y < 720) or (max_display_size_in_inches is not null and max_display_size_in_inches < 9) or (machine_bios_uefi_capable is not null and machine_bios_uefi_capable is false) or (machine_secure_boot is not null and machine_secure_boot = 'Not supported') or (machine_tpm_specification is not null and machine_tpm_specification is false) then 'Unsupported' -- Then check for partial/maybe support (when values are NULL) when node_cpu_bitwidth is null or node_gpu_color_depth is null or os_dx12orwddm2 is null or max_display_res_y is null or max_display_size_in_inches is null or machine_bios_uefi_capable is null or machine_secure_boot is null or machine_tpm_specification is null then 'Partial' -- Otherwise it's supported else 'Supported' end as win11_inplace_upgrade_label, case -- First check for incompatible hardware/software when (node_cpu_speed_ghz < 1.0) or (node_per_cpu_cores < 2) or (ram_alloc_gb < 4.0) or (node_cpu_bitwidth is not null and node_cpu_bitwidth < 64.0) or (node_disk0_c_free_gb < 64.0) or (node_gpu_color_depth is not null and node_gpu_color_depth < 8) or (os_dx12orwddm2 is not null and os_dx12orwddm2 is false) or (max_display_res_y is not null and max_display_res_y < 720) or (max_display_size_in_inches is not null and max_display_size_in_inches < 9) or (machine_bios_uefi_capable is not null and machine_bios_uefi_capable is false) or (machine_secure_boot is not null and machine_secure_boot = 'Not supported') or (machine_tpm_specification is not null and machine_tpm_specification is false) then 'Unsupported' -- Then check for partial/maybe support (when values are NULL) when node_cpu_bitwidth is null or node_gpu_color_depth is null or os_dx12orwddm2 is null or max_display_res_y is null or max_display_size_in_inches is null or machine_bios_uefi_capable is null or machine_secure_boot is null or machine_tpm_specification is null then 'Partial' -- Otherwise it's supported else 'Supported' end as win11_image_upgrade_label, case when cpu_brand = 'Intel' then case -- Intel Atom processors when cpu_sub_brand = 'Atom' and (cpu_model_number = 'x6200FE' or cpu_model_number = 'x6211E' or cpu_model_number = 'x6212RE' or cpu_model_number = 'x6413E' or cpu_model_number = 'x6414RE' or cpu_model_number = 'x6425E' or cpu_model_number = 'x6425RE' or cpu_model_number = 'x6427FE') then 'Y' -- Intel Celeron processors when cpu_sub_brand = 'Celeron' then case when cpu_sub_brand_modifier = 'G' and (cpu_sku = '4900' or cpu_sku = '4920' or cpu_sku = '4930' or cpu_sku = '4932' or cpu_sku = '4950' or cpu_sku = '5900' or cpu_sku = '5905' or cpu_sku = '5920' or cpu_sku = '5925') then 'Y' when cpu_sub_brand_modifier = 'J' and (cpu_sku = '4005' or cpu_sku = '4025' or cpu_sku = '4105' or cpu_sku = '4115' or cpu_sku = '4125' or cpu_sku = '6412' or cpu_sku = '6413') then 'Y' when cpu_sub_brand_modifier = 'N' and (cpu_sku = '4000' or cpu_sku = '4020' or cpu_sku = '4100' or cpu_sku = '4120' or cpu_sku = '4500' or cpu_sku = '4505' or cpu_sku = '5100' or cpu_sku = '5105' or cpu_sku = '6210' or cpu_sku = '6211') then 'Y' when cpu_sub_brand_modifier is null and (cpu_sku = '6305' or cpu_sku = '3867' or cpu_sku = '4205' or cpu_sku = '4305' or cpu_sku = '5205' or cpu_sku = '5305' or cpu_sku = '6305') then 'Y' else 'N' end -- Intel Core processors when cpu_sub_brand = 'Core' then case when cpu_sub_brand_modifier ilike 'Ultra%' then 'Y' when cpu_generation >= 8 then 'Y' else 'N' end -- Intel Pentium processors when cpu_sub_brand = 'Pentium' then case when cpu_sub_brand_modifier = 'Gold' and (cpu_sku = '4417' or cpu_sku = '4425' or cpu_sku = '5405' or cpu_sku = '6405' or cpu_sku = '6500' or cpu_sku = '7505' or cpu_sku = 'G5400' or cpu_sku = 'G5400T' or cpu_sku = 'G5420' or cpu_sku = 'G5420T' or cpu_sku = 'G5500' or cpu_sku = 'G5500T' or cpu_sku = 'G5600' or cpu_sku = 'G5600T' or cpu_sku = 'G5620' or cpu_sku = 'G6400' or cpu_sku = 'G6400E' or cpu_sku = 'G6400T' or cpu_sku = 'G6400TE' or cpu_sku = 'G6405' or cpu_sku = 'G6405T' or cpu_sku = 'G6500' or cpu_sku = 'G6500T' or cpu_sku = 'G6505' or cpu_sku = 'G6505T' or cpu_sku = 'G6600' or cpu_sku = 'G6605') then 'Y' when cpu_sub_brand_modifier = 'Silver' and (cpu_sku = 'J5005' or cpu_sku = 'J5040' or cpu_sku = 'N5000' or cpu_sku = 'N5030' or cpu_sku = 'N6000' or cpu_sku = 'N6005') then 'Y' when cpu_sub_brand_modifier is null and (cpu_sku = '6805' or cpu_sku = 'J6426' or cpu_sku = 'N6415') then 'Y' else 'N' end -- Intel Xeon processors when cpu_sub_brand = 'Xeon' then case when cpu_sub_brand_modifier = 'Bronze' and (cpu_model_number = '3104' or cpu_model_number = '3106' or cpu_model_number = '3204' or cpu_model_number = '3206R') then 'Y' when cpu_sub_brand_modifier = 'Silver' then -- Fixed the condition case when cpu_sku_level = 4 then case when cpu_generation = 1 and (cpu_sku = '08' or cpu_sku = '09' or cpu_sku = '10' or cpu_sku = '12' or cpu_sku = '14' or cpu_sku = '16') then 'Y' when cpu_generation = 2 and (cpu_sku = '08' or cpu_sku = '09' or cpu_sku = '10' or cpu_sku = '14' or cpu_sku = '15' or cpu_sku = '16') then 'Y' when cpu_generation = 3 and (cpu_sku = '09' or cpu_sku = '10' or cpu_sku = '14' or cpu_sku = '16') then 'Y' when cpu_generation = 4 and (cpu_sku = '10' or cpu_sku = '16') then 'Y' else 'N' end else 'N' end when cpu_sub_brand_modifier = 'Gold' then -- Fixed the condition case when cpu_sku_level = 5 then case when cpu_generation = 1 and (cpu_sku = '15' or cpu_sku = '18' or cpu_sku = '19' or cpu_sku = '20' or cpu_sku = '22') then 'Y' when cpu_generation = 2 and (cpu_sku = '15' or cpu_sku = '17' or cpu_sku = '18' or cpu_sku = '20' or cpu_sku = '22') then 'Y' when cpu_generation = 3 and (cpu_sku = '15' or cpu_sku = '17' or cpu_sku = '18' or cpu_sku = '20' or cpu_sku = '22') then 'Y' when cpu_generation = 4 and (cpu_sku = '15' or cpu_sku = '16' or cpu_sku = '18' or cpu_sku = '20') then 'Y' else 'N' end when cpu_sku_level = 6 then case when cpu_generation = 1 and (cpu_sku = '26' or cpu_sku = '28' or cpu_sku = '30' or cpu_sku = '32' or cpu_sku = '34' or cpu_sku = '36' or cpu_sku = '38' or cpu_sku = '40' or cpu_sku = '42' or cpu_sku = '44' or cpu_sku = '46' or cpu_sku = '48' or cpu_sku = '50' or cpu_sku = '52' or cpu_sku = '54') then 'Y' when cpu_generation = 2 and (cpu_sku = '08' or cpu_sku = '09' or cpu_sku = '10' or cpu_sku = '12' or cpu_sku = '22' or cpu_sku = '26' or cpu_sku = '30' or cpu_sku = '34' or cpu_sku = '38' or cpu_sku = '40' or cpu_sku = '42' or cpu_sku = '44' or cpu_sku = '46' or cpu_sku = '48' or cpu_sku = '50' or cpu_sku = '52' or cpu_sku = '54' or cpu_sku = '56' or cpu_sku = '58' or cpu_sku = '62') then 'Y' when cpu_generation = 3 and (cpu_sku = '12' or cpu_sku = '14' or cpu_sku = '26' or cpu_sku = '30' or cpu_sku = '34' or cpu_sku = '36' or cpu_sku = '38' or cpu_sku = '42' or cpu_sku = '46' or cpu_sku = '48' or cpu_sku = '54') then 'Y' when cpu_generation = 4 and (cpu_sku = '16' or cpu_sku = '18' or cpu_sku = '30' or cpu_sku = '38' or cpu_sku = '42') then 'Y' else 'N' end else 'N' end when cpu_sub_brand_modifier = 'Platinum' then case when cpu_sku_level = 8 then case when cpu_generation = 1 and (cpu_sku = '53' or cpu_sku = '56' or cpu_sku = '58' or cpu_sku = '60' or cpu_sku = '64' or cpu_sku = '68' or cpu_sku = '70' or cpu_sku = '71' or cpu_sku = '76' or cpu_sku = '80') then 'Y' when cpu_generation = 2 and (cpu_sku = '53' or cpu_sku = '56' or cpu_sku = '60' or cpu_sku = '68' or cpu_sku = '70' or cpu_sku = '72' or cpu_sku = '76' or cpu_sku = '80') then 'Y' when cpu_generation = 3 and (cpu_sku = '51' or cpu_sku = '52' or cpu_sku = '58' or cpu_sku = '60' or cpu_sku = '62' or cpu_sku = '68' or cpu_sku = '80') then 'Y' when cpu_generation = 4 and (cpu_sku = '52' or cpu_sku = '60' or cpu_sku = '68' or cpu_sku = '70' or cpu_sku = '80' or cpu_sku = '90') then 'Y' else 'N' end when cpu_sku_level = 9 then case when cpu_generation = 2 and (cpu_sku = '21' or cpu_sku = '22' or cpu_sku = '42' or cpu_sku = '82') then 'Y' else 'N' end else 'N' end when cpu_sub_brand_modifier = 'D' and (cpu_model_number = 'D-1702' or cpu_model_number = 'D-1712TR' or cpu_model_number = 'D-1713NT' or cpu_model_number = 'D-1713NTE' or cpu_model_number = 'D-1714' or cpu_model_number = 'D-1715TER' or cpu_model_number = 'D-1718T' or cpu_model_number = 'D-1722NE' or cpu_model_number = 'D-1726' or cpu_model_number = 'D-1732TE' or cpu_model_number = 'D-1733NT' or cpu_model_number = 'D-1735TR' or cpu_model_number = 'D-1736' or cpu_model_number = 'D-1736NT' or cpu_model_number = 'D-1739' or cpu_model_number = 'D-1746TER' or cpu_model_number = 'D-1747NTE' or cpu_model_number = 'D-1748TE' or cpu_model_number = 'D-1749NT' or cpu_model_number = 'D-2712T' or cpu_model_number = 'D-2733NT' or cpu_model_number = 'D-2738' or cpu_model_number = 'D-2752NTE' or cpu_model_number = 'D-2752TER' or cpu_model_number = 'D-2753NT' or cpu_model_number = 'D-2766NT' or cpu_model_number = 'D-2775TE' or cpu_model_number = 'D-2776NT' or cpu_model_number = 'D-2779' or cpu_model_number = 'D-2786NTE' or cpu_model_number = 'D-2795NT' or cpu_model_number = 'D-2796NT' or cpu_model_number = 'D-2796TE' or cpu_model_number = 'D-2798NT' or cpu_model_number = 'D-2799') then 'Y' when cpu_sub_brand_modifier = 'E' and (cpu_model_number = 'E-2104G' or cpu_model_number = 'E-2124' or cpu_model_number = 'E-2124G' or cpu_model_number = 'E-2126G' or cpu_model_number = 'E-2134' or cpu_model_number = 'E-2136' or cpu_model_number = 'E-2144G' or cpu_model_number = 'E-2146G' or cpu_model_number = 'E-2174G' or cpu_model_number = 'E-2176G' or cpu_model_number = 'E-2176M' or cpu_model_number = 'E-2186G' or cpu_model_number = 'E-2186M' or cpu_model_number = 'E-2224' or cpu_model_number = 'E-2224G' or cpu_model_number = 'E-2226G' or cpu_model_number = 'E-2226GE' or cpu_model_number = 'E-2234' or cpu_model_number = 'E-2236' or cpu_model_number = 'E-2244G' or cpu_model_number = 'E-2246G' or cpu_model_number = 'E-2254ME' or cpu_model_number = 'E-2254ML' or cpu_model_number = 'E-2274G' or cpu_model_number = 'E-2276G' or cpu_model_number = 'E-2276M' or cpu_model_number = 'E-2276ME' or cpu_model_number = 'E-2276ML' or cpu_model_number = 'E-2278G' or cpu_model_number = 'E-2278GE' or cpu_model_number = 'E-2278GEL' or cpu_model_number = 'E-2286G' or cpu_model_number = 'E-2286M' or cpu_model_number = 'E-2288G') then 'Y' when cpu_sub_brand_modifier = 'W' and (cpu_model_number = 'W-10855M' or cpu_model_number = 'W-10885M' or cpu_model_number = 'W-11855M' or cpu_model_number = 'W-11955M' or cpu_model_number = 'W-1250' or cpu_model_number = 'W-1250E' or cpu_model_number = 'W-1250P' or cpu_model_number = 'W-1250TE' or cpu_model_number = 'W-1270' or cpu_model_number = 'W-1270E' or cpu_model_number = 'W-1270P' or cpu_model_number = 'W-1270TE' or cpu_model_number = 'W-1290' or cpu_model_number = 'W-1290E' or cpu_model_number = 'W-1290P' or cpu_model_number = 'W-1290T' or cpu_model_number = 'W-1290TE' or cpu_model_number = 'W-2102' or cpu_model_number = 'W-2104' or cpu_model_number = 'W-2123' or cpu_model_number = 'W-2125' or cpu_model_number = 'W-2133' or cpu_model_number = 'W-2135' or cpu_model_number = 'W-2145' or cpu_model_number = 'W-2155' or cpu_model_number = 'W-2175' or cpu_model_number = 'W-2195' or cpu_model_number = 'W-2223' or cpu_model_number = 'W-2225' or cpu_model_number = 'W-2235' or cpu_model_number = 'W-2245' or cpu_model_number = 'W-2255' or cpu_model_number = 'W-2265' or cpu_model_number = 'W-2275' or cpu_model_number = 'W-2295' or cpu_model_number = 'W-3175X' or cpu_model_number = 'W-3223' or cpu_model_number = 'W-3225' or cpu_model_number = 'W-3235' or cpu_model_number = 'W-3245' or cpu_model_number = 'W-3245M' or cpu_model_number = 'W-3265' or cpu_model_number = 'W-3265M' or cpu_model_number = 'W-3275' or cpu_model_number = 'W-3275M' or cpu_model_number = 'W-3323' or cpu_model_number = 'W-3335' or cpu_model_number = 'W-3345' or cpu_model_number = 'W-3365' or cpu_model_number = 'W-3375') then 'Y' when cpu_sub_brand_modifier = 'W3' and (cpu_model_number = 'W3-2423' or cpu_model_number = 'W3-2425' or cpu_model_number = 'W3-2435') then 'Y' when cpu_sub_brand_modifier = 'W5' and (cpu_model_number = 'W5-2445' or cpu_model_number = 'W5-2455X' or cpu_model_number = 'W5-2465X' or cpu_model_number = 'W5-3423' or cpu_model_number = 'W5-3425' or cpu_model_number = 'W5-3433' or cpu_model_number = 'W5-3435X') then 'Y' when cpu_sub_brand_modifier = 'W7' and (cpu_model_number = ' W7-2475X' or cpu_model_number = 'W7-2495X' or cpu_model_number = 'W7-3445' or cpu_model_number = 'W7-3465X') then 'Y' when cpu_sub_brand_modifier = 'W9' and (cpu_model_number = 'W9-3475X' or cpu_model_number = 'W9-3495X') then 'Y' else 'N' end -- Xeon's cpu_sub_brand_modifier else 'N' end -- Intel's cpu_sub_brand -- AMD processors when cpu_brand = 'AMD' then case -- -- AMD EPYC processors -- when cpu_sub_brand = 'EPYC' and -- (cpu_model_number = '7252' or cpu_model_number = '7262' or cpu_model_number = '7272' or -- cpu_model_number = '7282' or cpu_model_number = '7302' or cpu_model_number = '7313' or -- cpu_model_number = '7343' or cpu_model_number = '7352' or cpu_model_number = '7402' or -- cpu_model_number = '7413' or cpu_model_number = '7443' or cpu_model_number = '7452' or -- cpu_model_number = '7453' or cpu_model_number = '7502' or cpu_model_number = '7513' or -- cpu_model_number = '7532' or cpu_model_number = '7542' or cpu_model_number = '7543' or -- cpu_model_number = '7552' or cpu_model_number = '7642' or cpu_model_number = '7643' or -- cpu_model_number = '7662' or cpu_model_number = '7663' or cpu_model_number = '7702' or -- cpu_model_number = '7713' or cpu_model_number = '7742' or cpu_model_number = '7763' or -- cpu_model_number = '7232P' or cpu_model_number = '7302P' or cpu_model_number = '72F3' or -- cpu_model_number = '7302P' or cpu_model_number = '7313P' or cpu_model_number = '73F3' or -- cpu_model_number = '7402P' or cpu_model_number = '7443P' or cpu_model_number = '74F3' or -- cpu_model_number = '7502P' or cpu_model_number = '7543P' or cpu_model_number = '75F3' or -- cpu_model_number = '7702P' or cpu_model_number = '7713P' or cpu_model_number = '7F32' or -- cpu_model_number = '7F52' or cpu_model_number = '7F72' or cpu_model_number = '7H12') -- then 'Y' -- AMD Ryzen processors when cpu_sub_brand = 'Ryzen' then case when cpu_sub_brand_modifier = '3' and (cpu_model_number = '3100' or cpu_model_number = '2300X' or cpu_model_number = '3200G' or cpu_model_number = '3200GE' or cpu_model_number = '3200U' or cpu_model_number = '3250C' or cpu_model_number = '3250U' or cpu_model_number = '3300U' or cpu_model_number = '3350U' or cpu_model_number = '4300G' or cpu_model_number = '4300GE' or cpu_model_number = '4300U' or cpu_model_number = '5300U' or cpu_model_number = '5400U') then 'Y' when cpu_sub_brand_modifier = '3 PRO' and (cpu_model_number = '3200G' or cpu_model_number = '3200GE' or cpu_model_number = '3300U' or cpu_model_number = '4350G' or cpu_model_number = '4350GE' or cpu_model_number = '4450U' or cpu_model_number = '5350G' or cpu_model_number = '5350GE' or cpu_model_number = '5450U') then 'Y' when cpu_sub_brand_modifier = '5' and (cpu_model_number = '2600' or cpu_model_number = '3600' or cpu_model_number = '2500X' or cpu_model_number = '2600E' or cpu_model_number = '2600X' or cpu_model_number = '3400G' or cpu_model_number = '3400GE' or cpu_model_number = '3450U' or cpu_model_number = '3500' or cpu_model_number = '3500C' or cpu_model_number = '3500U' or cpu_model_number = '3550H' or cpu_model_number = '3580U' or cpu_model_number = '3600X' or cpu_model_number = '3600XT' or cpu_model_number = '4500U' or cpu_model_number = '4600U' or cpu_model_number = '4600GE' or cpu_model_number = '4600H' or cpu_model_number = '4600U' or cpu_model_number = '5300G' or cpu_model_number = '5300GE' or cpu_model_number = '5500U' or cpu_model_number = '5600G' or cpu_model_number = '5600GE' or cpu_model_number = '5600H' or cpu_model_number = '5600HS' or cpu_model_number = '5600U' or cpu_model_number = '5600X') then 'Y' when cpu_sub_brand_modifier = '5 PRO' and (cpu_model_number = '2600' or cpu_model_number = '3600' or cpu_model_number = '3400G' or cpu_model_number = '3400GE' or cpu_model_number = '3500U' or cpu_model_number = '4650G' or cpu_model_number = '4650GE' or cpu_model_number = '4650U' or cpu_model_number = '5650G' or cpu_model_number = '5650GE' or cpu_model_number = '5650U' or cpu_model_number = '5750G' or cpu_model_number = '5750GE') then 'Y' when cpu_sub_brand_modifier = '7' and (cpu_model_number = '2700' or cpu_model_number = '5800' or cpu_model_number = '2700E' or cpu_model_number = '2700X' or cpu_model_number = '3700C' or cpu_model_number = '3700U' or cpu_model_number = '3700X' or cpu_model_number = '3750H' or cpu_model_number = '3780U' or cpu_model_number = '3800X' or cpu_model_number = '3800XT' or cpu_model_number = '4700G' or cpu_model_number = '4700GE' or cpu_model_number = '4700U' or cpu_model_number = '4800H' or cpu_model_number = '4800HS' or cpu_model_number = '4800U' or cpu_model_number = '5700G' or cpu_model_number = '5700GE' or cpu_model_number = '5700U' or cpu_model_number = '5700X' or cpu_model_number = '5800H' or cpu_model_number = '5800HS' or cpu_model_number = '5800U' or cpu_model_number = '5800X' or cpu_model_number = '5800X3D' or cpu_model_number = '5825C' or cpu_model_number = '5825U' or cpu_model_number = '6800H' or cpu_model_number = '6800HS' or cpu_model_number = '6800U' or cpu_model_number = '6810U' or cpu_model_number = '7700' or cpu_model_number = '7700X' or cpu_model_number = '7730U' or cpu_model_number = '7735HS' or cpu_model_number = '7735U' or cpu_model_number = '7736U' or cpu_model_number = '7745HX' or cpu_model_number = '7800X3D' or cpu_model_number = '7840H' or cpu_model_number = '7840HS' or cpu_model_number = '7840S' or cpu_model_number = '7840U') then 'Y' when cpu_sub_brand_modifier = '7 PRO' and (cpu_model_number = '2700' or cpu_model_number = '2700X' or cpu_model_number = '3700' or cpu_model_number = '3700U' or cpu_model_number = '4750G' or cpu_model_number = '4750GE' or cpu_model_number = '4750U' or cpu_model_number = '5845' or cpu_model_number = '5850HS' or cpu_model_number = '5850HX' or cpu_model_number = '5850U' or cpu_model_number = '5875U' or cpu_model_number = '6850H' or cpu_model_number = '6850H' or cpu_model_number = '6850HS' or cpu_model_number = '6850U' or cpu_model_number = '6860Z' or cpu_model_number = '7730U' or cpu_model_number = '7840U') then 'Y' when cpu_sub_brand_modifier = '9' and (cpu_model_number = '3900' or cpu_model_number = '3900X' or cpu_model_number = '3900XT' or cpu_model_number = '3950X' or cpu_model_number = '4900H' or cpu_model_number = '4900HS' or cpu_model_number = '5900HS' or cpu_model_number = '5900HX' or cpu_model_number = '5900X' or cpu_model_number = '5950X' or cpu_model_number = '5980HS' or cpu_model_number = '5980HX') then 'Y' when cpu_sub_brand_modifier = '9 PRO' and (cpu_model_number = '3900') then 'Y' when cpu_sub_brand_modifier = 'Threadripper' and (cpu_model_number = '2920X' or cpu_model_number = '2950X' or cpu_model_number = '2970WX' or cpu_model_number = '2990WX' or cpu_model_number = '3960X' or cpu_model_number = '3970X' or cpu_model_number = '3990X') then 'Y' when cpu_sub_brand_modifier = 'Threadripper PRO' and (cpu_model_number = '3945WX' or cpu_model_number = '3955WZ' or cpu_model_number = '3975WX' or cpu_model_number = '3995WX') then 'Y' else 'N' end -- AMD Ryzen's cpu_sub_brand_modifier else -- Unsupported AMD cpu_sub_brand 'N' end else -- Unsupported cpu_brand 'N' end as cpu_support_status from base_sql s ), inplace_upgrade_status as ( select s.*, case when win11_inplace_upgrade_label = 'Unsupported' then 'No' when win11_inplace_upgrade_label = 'Partial' then 'Maybe' when win11_inplace_upgrade_label = 'Supported' then 'Yes' else null end as inplace_upgrade_status from status_sql s ), by_os_edition as ( select split_part(s.node_os_desc, 'Windows ', 2) as node_os_desc, count(distinct case when win11_inplace_upgrade_label = 'Unsupported' then s.node_id end) as unsupported_machine_count, count(distinct case when win11_inplace_upgrade_label = 'Partial' then s.node_id end) as partial_machine_count, count(distinct case when win11_inplace_upgrade_label = 'Supported' then s.node_id end) as supported_machine_count, count(distinct s.node_id) from status_sql s group by s.node_os_desc order by count(distinct s.node_id) desc limit 5 ) select split_part(s.node_os_desc, 'Microsoft ', 2) as node_os_desc, count(distinct case when win11_inplace_upgrade_label = 'Unsupported' then s.node_id end) as inplace_upg_unsupported_machine_count, count(distinct case when win11_inplace_upgrade_label = 'Partial' then s.node_id end) as inplace_upg_partial_machine_count, count(distinct case when win11_inplace_upgrade_label = 'Supported' then s.node_id end) as inplace_upg_supported_machine_count, count(distinct case when win11_image_upgrade_label = 'Unsupported' then s.node_id end) as img_upg_unsupported_machine_count, count(distinct case when win11_image_upgrade_label = 'Partial' then s.node_id end) as img_upg_partial_machine_count, count(distinct case when win11_image_upgrade_label = 'Supported' then s.node_id end) as img_upg_supported_machine_count, count(distinct s.node_id) from ( select s.*, case -- First check for incompatible hardware/software when (node_cpu_speed_ghz < 1.0) or (node_per_cpu_cores < 2) or (ram_alloc_gb < 4.0) or (node_cpu_bitwidth is not null and node_cpu_bitwidth < 64.0) or (coalesce(node_disk0_c_free_gb, node_total_disk_free_gb) < 20.0) or (node_gpu_color_depth is not null and node_gpu_color_depth < 8) or (os_dx12orwddm2 is not null and os_dx12orwddm2 is false) or (max_display_res_y is not null and max_display_res_y < 720) or (max_display_size_in_inches is not null and max_display_size_in_inches < 9) or (machine_bios_uefi_capable is not null and machine_bios_uefi_capable is false) or (machine_secure_boot is not null and machine_secure_boot = 'Not supported') or (machine_tpm_specification is not null and machine_tpm_specification is false) then 'Unsupported' -- Then check for partial/maybe support (when values are NULL) when node_cpu_bitwidth is null or node_gpu_color_depth is null or os_dx12orwddm2 is null or max_display_res_y is null or max_display_size_in_inches is null or machine_bios_uefi_capable is null or machine_secure_boot is null or machine_tpm_specification is null then 'Partial' -- Otherwise it's supported else 'Supported' end as win11_inplace_upgrade_label, case -- First check for incompatible hardware/software when (node_cpu_speed_ghz < 1.0) or (node_per_cpu_cores < 2) or (ram_alloc_gb < 4.0) or (node_cpu_bitwidth is not null and node_cpu_bitwidth < 64.0) or (node_disk0_c_free_gb < 64.0) or (node_gpu_color_depth is not null and node_gpu_color_depth < 8) or (os_dx12orwddm2 is not null and os_dx12orwddm2 is false) or (max_display_res_y is not null and max_display_res_y < 720) or (max_display_size_in_inches is not null and max_display_size_in_inches < 9) or (machine_bios_uefi_capable is not null and machine_bios_uefi_capable is false) or (machine_secure_boot is not null and machine_secure_boot = 'Not supported') or (machine_tpm_specification is not null and machine_tpm_specification is false) then 'Unsupported' -- Then check for partial/maybe support (when values are NULL) when node_cpu_bitwidth is null or node_gpu_color_depth is null or os_dx12orwddm2 is null or max_display_res_y is null or max_display_size_in_inches is null or machine_bios_uefi_capable is null or machine_secure_boot is null or machine_tpm_specification is null then 'Partial' -- Otherwise it's supported else 'Supported' end as win11_image_upgrade_label, case when cpu_brand = 'Intel' then case -- Intel Atom processors when cpu_sub_brand = 'Atom' and (cpu_model_number = 'x6200FE' or cpu_model_number = 'x6211E' or cpu_model_number = 'x6212RE' or cpu_model_number = 'x6413E' or cpu_model_number = 'x6414RE' or cpu_model_number = 'x6425E' or cpu_model_number = 'x6425RE' or cpu_model_number = 'x6427FE') then 'Y' -- Intel Celeron processors when cpu_sub_brand = 'Celeron' then case when cpu_sub_brand_modifier = 'G' and (cpu_sku = '4900' or cpu_sku = '4920' or cpu_sku = '4930' or cpu_sku = '4932' or cpu_sku = '4950' or cpu_sku = '5900' or cpu_sku = '5905' or cpu_sku = '5920' or cpu_sku = '5925') then 'Y' when cpu_sub_brand_modifier = 'J' and (cpu_sku = '4005' or cpu_sku = '4025' or cpu_sku = '4105' or cpu_sku = '4115' or cpu_sku = '4125' or cpu_sku = '6412' or cpu_sku = '6413') then 'Y' when cpu_sub_brand_modifier = 'N' and (cpu_sku = '4000' or cpu_sku = '4020' or cpu_sku = '4100' or cpu_sku = '4120' or cpu_sku = '4500' or cpu_sku = '4505' or cpu_sku = '5100' or cpu_sku = '5105' or cpu_sku = '6210' or cpu_sku = '6211') then 'Y' when cpu_sub_brand_modifier is null and (cpu_sku = '6305' or cpu_sku = '3867' or cpu_sku = '4205' or cpu_sku = '4305' or cpu_sku = '5205' or cpu_sku = '5305' or cpu_sku = '6305') then 'Y' else 'N' end -- Intel Core processors when cpu_sub_brand = 'Core' then case when cpu_sub_brand_modifier ilike 'Ultra%' then 'Y' when cpu_generation >= 8 then 'Y' else 'N' end -- Intel Pentium processors when cpu_sub_brand = 'Pentium' then case when cpu_sub_brand_modifier = 'Gold' and (cpu_sku = '4417' or cpu_sku = '4425' or cpu_sku = '5405' or cpu_sku = '6405' or cpu_sku = '6500' or cpu_sku = '7505' or cpu_sku = 'G5400' or cpu_sku = 'G5400T' or cpu_sku = 'G5420' or cpu_sku = 'G5420T' or cpu_sku = 'G5500' or cpu_sku = 'G5500T' or cpu_sku = 'G5600' or cpu_sku = 'G5600T' or cpu_sku = 'G5620' or cpu_sku = 'G6400' or cpu_sku = 'G6400E' or cpu_sku = 'G6400T' or cpu_sku = 'G6400TE' or cpu_sku = 'G6405' or cpu_sku = 'G6405T' or cpu_sku = 'G6500' or cpu_sku = 'G6500T' or cpu_sku = 'G6505' or cpu_sku = 'G6505T' or cpu_sku = 'G6600' or cpu_sku = 'G6605') then 'Y' when cpu_sub_brand_modifier = 'Silver' and (cpu_sku = 'J5005' or cpu_sku = 'J5040' or cpu_sku = 'N5000' or cpu_sku = 'N5030' or cpu_sku = 'N6000' or cpu_sku = 'N6005') then 'Y' when cpu_sub_brand_modifier is null and (cpu_sku = '6805' or cpu_sku = 'J6426' or cpu_sku = 'N6415') then 'Y' else 'N' end -- Intel Xeon processors when cpu_sub_brand = 'Xeon' then case when cpu_sub_brand_modifier = 'Bronze' and (cpu_model_number = '3104' or cpu_model_number = '3106' or cpu_model_number = '3204' or cpu_model_number = '3206R') then 'Y' when cpu_sub_brand_modifier = 'Silver' then -- Fixed the condition case when cpu_sku_level = 4 then case when cpu_generation = 1 and (cpu_sku = '08' or cpu_sku = '09' or cpu_sku = '10' or cpu_sku = '12' or cpu_sku = '14' or cpu_sku = '16') then 'Y' when cpu_generation = 2 and (cpu_sku = '08' or cpu_sku = '09' or cpu_sku = '10' or cpu_sku = '14' or cpu_sku = '15' or cpu_sku = '16') then 'Y' when cpu_generation = 3 and (cpu_sku = '09' or cpu_sku = '10' or cpu_sku = '14' or cpu_sku = '16') then 'Y' when cpu_generation = 4 and (cpu_sku = '10' or cpu_sku = '16') then 'Y' else 'N' end else 'N' end when cpu_sub_brand_modifier = 'Gold' then -- Fixed the condition case when cpu_sku_level = 5 then case when cpu_generation = 1 and (cpu_sku = '15' or cpu_sku = '18' or cpu_sku = '19' or cpu_sku = '20' or cpu_sku = '22') then 'Y' when cpu_generation = 2 and (cpu_sku = '15' or cpu_sku = '17' or cpu_sku = '18' or cpu_sku = '20' or cpu_sku = '22') then 'Y' when cpu_generation = 3 and (cpu_sku = '15' or cpu_sku = '17' or cpu_sku = '18' or cpu_sku = '20' or cpu_sku = '22') then 'Y' when cpu_generation = 4 and (cpu_sku = '15' or cpu_sku = '16' or cpu_sku = '18' or cpu_sku = '20') then 'Y' else 'N' end when cpu_sku_level = 6 then case when cpu_generation = 1 and (cpu_sku = '26' or cpu_sku = '28' or cpu_sku = '30' or cpu_sku = '32' or cpu_sku = '34' or cpu_sku = '36' or cpu_sku = '38' or cpu_sku = '40' or cpu_sku = '42' or cpu_sku = '44' or cpu_sku = '46' or cpu_sku = '48' or cpu_sku = '50' or cpu_sku = '52' or cpu_sku = '54') then 'Y' when cpu_generation = 2 and (cpu_sku = '08' or cpu_sku = '09' or cpu_sku = '10' or cpu_sku = '12' or cpu_sku = '22' or cpu_sku = '26' or cpu_sku = '30' or cpu_sku = '34' or cpu_sku = '38' or cpu_sku = '40' or cpu_sku = '42' or cpu_sku = '44' or cpu_sku = '46' or cpu_sku = '48' or cpu_sku = '50' or cpu_sku = '52' or cpu_sku = '54' or cpu_sku = '56' or cpu_sku = '58' or cpu_sku = '62') then 'Y' when cpu_generation = 3 and (cpu_sku = '12' or cpu_sku = '14' or cpu_sku = '26' or cpu_sku = '30' or cpu_sku = '34' or cpu_sku = '36' or cpu_sku = '38' or cpu_sku = '42' or cpu_sku = '46' or cpu_sku = '48' or cpu_sku = '54') then 'Y' when cpu_generation = 4 and (cpu_sku = '16' or cpu_sku = '18' or cpu_sku = '30' or cpu_sku = '38' or cpu_sku = '42') then 'Y' else 'N' end else 'N' end when cpu_sub_brand_modifier = 'Platinum' then case when cpu_sku_level = 8 then case when cpu_generation = 1 and (cpu_sku = '53' or cpu_sku = '56' or cpu_sku = '58' or cpu_sku = '60' or cpu_sku = '64' or cpu_sku = '68' or cpu_sku = '70' or cpu_sku = '71' or cpu_sku = '76' or cpu_sku = '80') then 'Y' when cpu_generation = 2 and (cpu_sku = '53' or cpu_sku = '56' or cpu_sku = '60' or cpu_sku = '68' or cpu_sku = '70' or cpu_sku = '72' or cpu_sku = '76' or cpu_sku = '80') then 'Y' when cpu_generation = 3 and (cpu_sku = '51' or cpu_sku = '52' or cpu_sku = '58' or cpu_sku = '60' or cpu_sku = '62' or cpu_sku = '68' or cpu_sku = '80') then 'Y' when cpu_generation = 4 and (cpu_sku = '52' or cpu_sku = '60' or cpu_sku = '68' or cpu_sku = '70' or cpu_sku = '80' or cpu_sku = '90') then 'Y' else 'N' end when cpu_sku_level = 9 then case when cpu_generation = 2 and (cpu_sku = '21' or cpu_sku = '22' or cpu_sku = '42' or cpu_sku = '82') then 'Y' else 'N' end else 'N' end when cpu_sub_brand_modifier = 'D' and (cpu_model_number = 'D-1702' or cpu_model_number = 'D-1712TR' or cpu_model_number = 'D-1713NT' or cpu_model_number = 'D-1713NTE' or cpu_model_number = 'D-1714' or cpu_model_number = 'D-1715TER' or cpu_model_number = 'D-1718T' or cpu_model_number = 'D-1722NE' or cpu_model_number = 'D-1726' or cpu_model_number = 'D-1732TE' or cpu_model_number = 'D-1733NT' or cpu_model_number = 'D-1735TR' or cpu_model_number = 'D-1736' or cpu_model_number = 'D-1736NT' or cpu_model_number = 'D-1739' or cpu_model_number = 'D-1746TER' or cpu_model_number = 'D-1747NTE' or cpu_model_number = 'D-1748TE' or cpu_model_number = 'D-1749NT' or cpu_model_number = 'D-2712T' or cpu_model_number = 'D-2733NT' or cpu_model_number = 'D-2738' or cpu_model_number = 'D-2752NTE' or cpu_model_number = 'D-2752TER' or cpu_model_number = 'D-2753NT' or cpu_model_number = 'D-2766NT' or cpu_model_number = 'D-2775TE' or cpu_model_number = 'D-2776NT' or cpu_model_number = 'D-2779' or cpu_model_number = 'D-2786NTE' or cpu_model_number = 'D-2795NT' or cpu_model_number = 'D-2796NT' or cpu_model_number = 'D-2796TE' or cpu_model_number = 'D-2798NT' or cpu_model_number = 'D-2799') then 'Y' when cpu_sub_brand_modifier = 'E' and (cpu_model_number = 'E-2104G' or cpu_model_number = 'E-2124' or cpu_model_number = 'E-2124G' or cpu_model_number = 'E-2126G' or cpu_model_number = 'E-2134' or cpu_model_number = 'E-2136' or cpu_model_number = 'E-2144G' or cpu_model_number = 'E-2146G' or cpu_model_number = 'E-2174G' or cpu_model_number = 'E-2176G' or cpu_model_number = 'E-2176M' or cpu_model_number = 'E-2186G' or cpu_model_number = 'E-2186M' or cpu_model_number = 'E-2224' or cpu_model_number = 'E-2224G' or cpu_model_number = 'E-2226G' or cpu_model_number = 'E-2226GE' or cpu_model_number = 'E-2234' or cpu_model_number = 'E-2236' or cpu_model_number = 'E-2244G' or cpu_model_number = 'E-2246G' or cpu_model_number = 'E-2254ME' or cpu_model_number = 'E-2254ML' or cpu_model_number = 'E-2274G' or cpu_model_number = 'E-2276G' or cpu_model_number = 'E-2276M' or cpu_model_number = 'E-2276ME' or cpu_model_number = 'E-2276ML' or cpu_model_number = 'E-2278G' or cpu_model_number = 'E-2278GE' or cpu_model_number = 'E-2278GEL' or cpu_model_number = 'E-2286G' or cpu_model_number = 'E-2286M' or cpu_model_number = 'E-2288G') then 'Y' when cpu_sub_brand_modifier = 'W' and (cpu_model_number = 'W-10855M' or cpu_model_number = 'W-10885M' or cpu_model_number = 'W-11855M' or cpu_model_number = 'W-11955M' or cpu_model_number = 'W-1250' or cpu_model_number = 'W-1250E' or cpu_model_number = 'W-1250P' or cpu_model_number = 'W-1250TE' or cpu_model_number = 'W-1270' or cpu_model_number = 'W-1270E' or cpu_model_number = 'W-1270P' or cpu_model_number = 'W-1270TE' or cpu_model_number = 'W-1290' or cpu_model_number = 'W-1290E' or cpu_model_number = 'W-1290P' or cpu_model_number = 'W-1290T' or cpu_model_number = 'W-1290TE' or cpu_model_number = 'W-2102' or cpu_model_number = 'W-2104' or cpu_model_number = 'W-2123' or cpu_model_number = 'W-2125' or cpu_model_number = 'W-2133' or cpu_model_number = 'W-2135' or cpu_model_number = 'W-2145' or cpu_model_number = 'W-2155' or cpu_model_number = 'W-2175' or cpu_model_number = 'W-2195' or cpu_model_number = 'W-2223' or cpu_model_number = 'W-2225' or cpu_model_number = 'W-2235' or cpu_model_number = 'W-2245' or cpu_model_number = 'W-2255' or cpu_model_number = 'W-2265' or cpu_model_number = 'W-2275' or cpu_model_number = 'W-2295' or cpu_model_number = 'W-3175X' or cpu_model_number = 'W-3223' or cpu_model_number = 'W-3225' or cpu_model_number = 'W-3235' or cpu_model_number = 'W-3245' or cpu_model_number = 'W-3245M' or cpu_model_number = 'W-3265' or cpu_model_number = 'W-3265M' or cpu_model_number = 'W-3275' or cpu_model_number = 'W-3275M' or cpu_model_number = 'W-3323' or cpu_model_number = 'W-3335' or cpu_model_number = 'W-3345' or cpu_model_number = 'W-3365' or cpu_model_number = 'W-3375') then 'Y' when cpu_sub_brand_modifier = 'W3' and (cpu_model_number = 'W3-2423' or cpu_model_number = 'W3-2425' or cpu_model_number = 'W3-2435') then 'Y' when cpu_sub_brand_modifier = 'W5' and (cpu_model_number = 'W5-2445' or cpu_model_number = 'W5-2455X' or cpu_model_number = 'W5-2465X' or cpu_model_number = 'W5-3423' or cpu_model_number = 'W5-3425' or cpu_model_number = 'W5-3433' or cpu_model_number = 'W5-3435X') then 'Y' when cpu_sub_brand_modifier = 'W7' and (cpu_model_number = ' W7-2475X' or cpu_model_number = 'W7-2495X' or cpu_model_number = 'W7-3445' or cpu_model_number = 'W7-3465X') then 'Y' when cpu_sub_brand_modifier = 'W9' and (cpu_model_number = 'W9-3475X' or cpu_model_number = 'W9-3495X') then 'Y' else 'N' end -- Xeon's cpu_sub_brand_modifier else 'N' end -- Intel's cpu_sub_brand -- AMD processors when cpu_brand = 'AMD' then case -- -- AMD EPYC processors -- when cpu_sub_brand = 'EPYC' and -- (cpu_model_number = '7252' or cpu_model_number = '7262' or cpu_model_number = '7272' or -- cpu_model_number = '7282' or cpu_model_number = '7302' or cpu_model_number = '7313' or -- cpu_model_number = '7343' or cpu_model_number = '7352' or cpu_model_number = '7402' or -- cpu_model_number = '7413' or cpu_model_number = '7443' or cpu_model_number = '7452' or -- cpu_model_number = '7453' or cpu_model_number = '7502' or cpu_model_number = '7513' or -- cpu_model_number = '7532' or cpu_model_number = '7542' or cpu_model_number = '7543' or -- cpu_model_number = '7552' or cpu_model_number = '7642' or cpu_model_number = '7643' or -- cpu_model_number = '7662' or cpu_model_number = '7663' or cpu_model_number = '7702' or -- cpu_model_number = '7713' or cpu_model_number = '7742' or cpu_model_number = '7763' or -- cpu_model_number = '7232P' or cpu_model_number = '7302P' or cpu_model_number = '72F3' or -- cpu_model_number = '7302P' or cpu_model_number = '7313P' or cpu_model_number = '73F3' or -- cpu_model_number = '7402P' or cpu_model_number = '7443P' or cpu_model_number = '74F3' or -- cpu_model_number = '7502P' or cpu_model_number = '7543P' or cpu_model_number = '75F3' or -- cpu_model_number = '7702P' or cpu_model_number = '7713P' or cpu_model_number = '7F32' or -- cpu_model_number = '7F52' or cpu_model_number = '7F72' or cpu_model_number = '7H12') -- then 'Y' -- AMD Ryzen processors when cpu_sub_brand = 'Ryzen' then case when cpu_sub_brand_modifier = '3' and (cpu_model_number = '3100' or cpu_model_number = '2300X' or cpu_model_number = '3200G' or cpu_model_number = '3200GE' or cpu_model_number = '3200U' or cpu_model_number = '3250C' or cpu_model_number = '3250U' or cpu_model_number = '3300U' or cpu_model_number = '3350U' or cpu_model_number = '4300G' or cpu_model_number = '4300GE' or cpu_model_number = '4300U' or cpu_model_number = '5300U' or cpu_model_number = '5400U') then 'Y' when cpu_sub_brand_modifier = '3 PRO' and (cpu_model_number = '3200G' or cpu_model_number = '3200GE' or cpu_model_number = '3300U' or cpu_model_number = '4350G' or cpu_model_number = '4350GE' or cpu_model_number = '4450U' or cpu_model_number = '5350G' or cpu_model_number = '5350GE' or cpu_model_number = '5450U') then 'Y' when cpu_sub_brand_modifier = '5' and (cpu_model_number = '2600' or cpu_model_number = '3600' or cpu_model_number = '2500X' or cpu_model_number = '2600E' or cpu_model_number = '2600X' or cpu_model_number = '3400G' or cpu_model_number = '3400GE' or cpu_model_number = '3450U' or cpu_model_number = '3500' or cpu_model_number = '3500C' or cpu_model_number = '3500U' or cpu_model_number = '3550H' or cpu_model_number = '3580U' or cpu_model_number = '3600X' or cpu_model_number = '3600XT' or cpu_model_number = '4500U' or cpu_model_number = '4600U' or cpu_model_number = '4600GE' or cpu_model_number = '4600H' or cpu_model_number = '4600U' or cpu_model_number = '5300G' or cpu_model_number = '5300GE' or cpu_model_number = '5500U' or cpu_model_number = '5600G' or cpu_model_number = '5600GE' or cpu_model_number = '5600H' or cpu_model_number = '5600HS' or cpu_model_number = '5600U' or cpu_model_number = '5600X') then 'Y' when cpu_sub_brand_modifier = '5 PRO' and (cpu_model_number = '2600' or cpu_model_number = '3600' or cpu_model_number = '3400G' or cpu_model_number = '3400GE' or cpu_model_number = '3500U' or cpu_model_number = '4650G' or cpu_model_number = '4650GE' or cpu_model_number = '4650U' or cpu_model_number = '5650G' or cpu_model_number = '5650GE' or cpu_model_number = '5650U' or cpu_model_number = '5750G' or cpu_model_number = '5750GE') then 'Y' when cpu_sub_brand_modifier = '7' and (cpu_model_number = '2700' or cpu_model_number = '5800' or cpu_model_number = '2700E' or cpu_model_number = '2700X' or cpu_model_number = '3700C' or cpu_model_number = '3700U' or cpu_model_number = '3700X' or cpu_model_number = '3750H' or cpu_model_number = '3780U' or cpu_model_number = '3800X' or cpu_model_number = '3800XT' or cpu_model_number = '4700G' or cpu_model_number = '4700GE' or cpu_model_number = '4700U' or cpu_model_number = '4800H' or cpu_model_number = '4800HS' or cpu_model_number = '4800U' or cpu_model_number = '5700G' or cpu_model_number = '5700GE' or cpu_model_number = '5700U' or cpu_model_number = '5700X' or cpu_model_number = '5800H' or cpu_model_number = '5800HS' or cpu_model_number = '5800U' or cpu_model_number = '5800X' or cpu_model_number = '5800X3D' or cpu_model_number = '5825C' or cpu_model_number = '5825U' or cpu_model_number = '6800H' or cpu_model_number = '6800HS' or cpu_model_number = '6800U' or cpu_model_number = '6810U' or cpu_model_number = '7700' or cpu_model_number = '7700X' or cpu_model_number = '7730U' or cpu_model_number = '7735HS' or cpu_model_number = '7735U' or cpu_model_number = '7736U' or cpu_model_number = '7745HX' or cpu_model_number = '7800X3D' or cpu_model_number = '7840H' or cpu_model_number = '7840HS' or cpu_model_number = '7840S' or cpu_model_number = '7840U') then 'Y' when cpu_sub_brand_modifier = '7 PRO' and (cpu_model_number = '2700' or cpu_model_number = '2700X' or cpu_model_number = '3700' or cpu_model_number = '3700U' or cpu_model_number = '4750G' or cpu_model_number = '4750GE' or cpu_model_number = '4750U' or cpu_model_number = '5845' or cpu_model_number = '5850HS' or cpu_model_number = '5850HX' or cpu_model_number = '5850U' or cpu_model_number = '5875U' or cpu_model_number = '6850H' or cpu_model_number = '6850H' or cpu_model_number = '6850HS' or cpu_model_number = '6850U' or cpu_model_number = '6860Z' or cpu_model_number = '7730U' or cpu_model_number = '7840U') then 'Y' when cpu_sub_brand_modifier = '9' and (cpu_model_number = '3900' or cpu_model_number = '3900X' or cpu_model_number = '3900XT' or cpu_model_number = '3950X' or cpu_model_number = '4900H' or cpu_model_number = '4900HS' or cpu_model_number = '5900HS' or cpu_model_number = '5900HX' or cpu_model_number = '5900X' or cpu_model_number = '5950X' or cpu_model_number = '5980HS' or cpu_model_number = '5980HX') then 'Y' when cpu_sub_brand_modifier = '9 PRO' and (cpu_model_number = '3900') then 'Y' when cpu_sub_brand_modifier = 'Threadripper' and (cpu_model_number = '2920X' or cpu_model_number = '2950X' or cpu_model_number = '2970WX' or cpu_model_number = '2990WX' or cpu_model_number = '3960X' or cpu_model_number = '3970X' or cpu_model_number = '3990X') then 'Y' when cpu_sub_brand_modifier = 'Threadripper PRO' and (cpu_model_number = '3945WX' or cpu_model_number = '3955WZ' or cpu_model_number = '3975WX' or cpu_model_number = '3995WX') then 'Y' else 'N' end -- AMD Ryzen's cpu_sub_brand_modifier else -- Unsupported AMD cpu_sub_brand 'N' end else -- Unsupported cpu_brand 'N' end as cpu_support_status from ( select pn.id as node_id, pn.name as machine_name, nde.fqmn as machine_fqmn, nde.lastcontact::timestamptz at time zone 'America/New_York' as machine_last_contact, -- Machine hardware make, model, and chassis type nh.machine_make as machine_make, nh.machine_model as machine_model, nde.hwtype as machine_chassis_type, -- OS os.version as node_os_version, replace(replace(replace(replace(replace(replace(replace(replace(os.description, ' , ', ', '), 'Service Pack ', 'SP'), '(R)', ''), '(TM)', ''), '®', ''), '™', ''), '®', ''), '', '') as node_os_desc, os.buildversion as os_build_version, -- CPU nodecpu.node_cpu_model as node_cpu_model, nodecpu.node_cpu_short_models as node_cpu_short_models, round((nodecpu.node_per_cpu_mhz/1000.0)::numeric, 3) as node_cpu_speed_ghz, trim(both ' ' from nodecpu.cpu_brand) as cpu_brand, trim(both ' ' from nodecpu.cpu_sub_brand) as cpu_sub_brand, trim(both ' ' from nodecpu.cpu_sub_brand_modifier) as cpu_sub_brand_modifier, trim(both ' ' from nodecpu.cpu_model_number) as cpu_model_number, nodecpu.cpu_sku_level as cpu_sku_level, -- trim(both ' ' from nodecpu.cpu_generation) as cpu_generation, nodecpu.cpu_generation as cpu_generation, trim(both ' ' from nodecpu.cpu_sku) as cpu_sku, nodecpu.node_per_cpu_cores, nodecpu.node_cpu_cores, nodecpu.node_cpu_bitwidth, -- RAM noderam.node_ram_allocated_gb as node_ram_allocated_gb, nh.ram_alloc_gb, -- Disk storage nodedisk.node_disk0_c_size_gb as node_disk0_c_size_gb, nodedisk.node_disk0_c_used_gb as node_disk0_c_used_gb, nodedisk.node_disk0_c_free_gb as node_disk0_c_free_gb, nodedisk.node_total_disk_size_gb as node_total_disk_size_gb, nodedisk.node_total_disk_used_gb as node_total_disk_used_gb, nodedisk.node_total_disk_free_gb as node_total_disk_free_gb, -- GPU nodegpu.node_gpu_model as node_gpu_model, nodegpu.node_discrete_gpu_models as node_discrete_gpu_models, -- nodegpu.node_gpu_speed_mhz as node_gpu_speed_mhz, nodegpu.node_gpu_count as node_gpu_count, nodegpu.node_discrete_gpu_count as node_discrete_gpu_count, nodegpu.node_gpu_color_depth, os.dx12orwddm2 as os_dx12orwddm2, -- Display nodedis.node_display_dimensions as node_display_dimensions, nodedis.max_display_res_y as max_display_res_y, nodedis.node_display_size_in_inches, nodedis.max_display_size_in_inches, nodedis.node_display_count as node_display_count, -- BIOS & TPM case when nh.bios_uefi_capable is null then null else case when nh.bios_uefi_capable = 'Y' then true else false end end as machine_bios_uefi_capable, case when nh.bios_uefi_enabled is null then null else case when nh.bios_uefi_enabled = 'Y' then true else false end end as machine_bios_uefi_enabled, case when nodehealth.sec_secure_boot is null then null else nodehealth.sec_secure_boot end as machine_secure_boot, nh.tpm_specification as machine_tpm_specifications, case when nh.tpm_specification is null then null else case when strpos(nh.tpm_specification, '2.') > 0 then true else false end end as machine_tpm_specification, -- Windows 11 compatibility -- initcap(nde.win11_inplace_upgrade_compatibility) as win11_inplace_upgrade_compatibility, -- initcap(nde.win11_image_upgrade_compatibility) as win11_image_upgrade_compatibility -- Machine location loc_stats.city || ', ' || loc_stats.state || ', ' || loc_stats.country as machine_location_city_state_country, loc_stats.country as machine_location_country, loc_stats.state as machine_location_state, loc_stats.city as machine_location_city from tnt_config.policynode pn join tnt_config.node nde on (nde.id = pn.id) left outer join tnt_config.os os on (os.id = nde.os_id) left outer join node_hardware nh on (node_hardware_id = nde.hardware_id) left outer join node_cpus nodecpu on (nodecpu.hardware_id = nde.hardware_id) left outer join node_ram noderam on (noderam.node_id = pn.id) left outer join node_disk nodedisk on (nodedisk.node_id = pn.id) left outer join node_gpus nodegpu on (nodegpu.hardware_id = nde.hardware_id) left outer join node_displays nodedis on (nodedis.hardware_id = nde.hardware_id) left outer join node_health_stats nodehealth on (nodehealth.node_id = pn.id) left outer join ( select loc_stats.node_id as node_id, first(loc_stats.country) as country, first(loc_stats.state) as state, first(loc_stats.city) as city from tnt_audit.summaryreport_machine_location_stats loc_stats, -- lwl_rollup.sr_machine_location_stats_da loc_stats, ( select loc_stats.node_id as node_id, max(loc_stats.start_date) as start_date, max(loc_stats.end_date) as end_date from tnt_audit.summaryreport_machine_location_stats loc_stats -- lwl_rollup.sr_machine_location_stats_da loc_stats group by loc_stats.node_id ) latest_loc_stats where loc_stats.node_id = latest_loc_stats.node_id and loc_stats.start_date = latest_loc_stats.start_date and loc_stats.end_date = latest_loc_stats.end_date and loc_stats.end_date between latest_loc_stats.start_date and latest_loc_stats.end_date group by loc_stats.node_id ) loc_stats on (loc_stats.node_id = pn.id) where (pn.delete_time is null) -- Machine has not been deleted and (nde.delete_time is null) -- Machine has not been deleted and (nde.ihostversion is not null) -- Machine has a CID Key installed and (nde.certificate is not null) -- Machine has a valid certificate and (pn.system_object is false) -- Machine is not a system object like Stratusphere Hub, DB or Station and (pn.dirtystatusid is null or pn.dirtystatusid <> 3) -- Machine does not have a dirty status and (pn.type <= 2) -- Machines are either servers (1) or desktops (2) and (os.name = 'Windows') -- Machines that currently run Microsoft Windows and (os.description not ilike '%Windows 11%' -- Machine is already running Windows 11 and os.description not ilike '%Windows Server %') -- Machine is not already running Windows Server and (nde.vmtype is null) -- Machine is a physical machine to be considered for upgrade to Win10 -- Machine group filter and ('%' = ? or pn.id in (select ngn.nodeid from tnt_config.policynode pn, tnt_config.nodegroup_node ngn where (pn.type = 5) and (pn.id = ngn.nodegroupid) and (pn.name like ?))) order by lower(pn.name) asc nulls last ) s ) s group by s.node_os_desc order by count(distinct s.node_id) desc limit 5 ;]]>

2.0 In 1 12 0 0 Unknown In 2 12 0 0 Unknown ]]>

machine_tpm_specifications dimension

machine_tpm_specifications

unsupported_machine_count measure

unsupported_machine_count

supported_machine_count measure

supported_machine_count

machine_count measure

machine_count

param_1 MachineGroup string 12 1 false true false param_2 MachineGroup string 12 2 false true false

1 machine_tpm_specifications string 2 unsupported_machine_count decimal 3 supported_machine_count decimal 4 machine_count decimal

Portal

1 machine_tpm_specifications machine_tpm_specifications string 12 2 unsupported_machine_count unsupported_machine_count decimal -5 3 supported_machine_count supported_machine_count decimal -5 4 machine_count machine_count decimal -5

'vendor' as bios_vendor, -- bios_info->'smbBios' as bios_smbBios, -- bios_info->'version' as bios_version, -- bios_info->'revision' as bios_revision, -- date_trunc('day', cast(bios_info->'releaseDate' as timestamptz)) as bios_release_date, case when length(bios_info->'uefiCapable'::text) is null then null else case when bios_info->'uefiCapable' = 'false' then 'N' else 'Y' end end as bios_uefi_capable, case when length(bios_info->'uefiEnabled'::text) is null then null else case when bios_info->'uefiEnabled' = 'false' then 'N' else 'Y' end end as bios_uefi_enabled, -- tpm_info->'manufacturer' as tpm_manufacturer, -- tpm_info->'version' as tpm_version, -- (case when length(tpm_info->'owned'::text) is null then null else (case when tpm_info->'owned' = 'false' then 'N' else 'Y' end) end) as tpm_owned, -- (case when length(tpm_info->'active'::text) is null then null else (case when tpm_info->'active' = 'false' then 'N' else 'Y' end) end) as tpm_active, -- (case when length(tpm_info->'enabled'::text) is null then null else (case when tpm_info->'enabled' = 'false' then 'N' else 'Y' end) end) as tpm_enabled, tpm_info->'specification' as tpm_specification from tnt_config.node_hardware -- where -- id = 361955 -- id = 1219 ), -- node_cpus1 as ( -- select -- hardware_id, -- string_agg(distinct model, ', ') as node_cpu_model, -- string_agg(distinct rtrim(split_part(split_part(split_part(model, 'processor', 1), 'Processor', 1), 'CPU', 1)), ',') as node_cpu_short_models, -- array_agg(distinct bitwidth) as node_cpu_3264_bit, -- cpu_manufacturer, -- case -- when (cpu_manufacturer = 'AMD') then (trim(both ' ' from split_part(split_part(model, 'AMD ', 2), ' ', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then 'Pentium' -- trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then 'Atom' -- trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Core ') > 1)) then 'Core' -- (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), ' ', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then 'Xeon' -- (trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1))) -- end as cpu_class, -- case -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Opteron ') > 1)) then (trim(both ' ' from split_part(model, 'AMD Opteron Processor ', 2))) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Turion ') > 1)) then (replace(trim(both ' ' from split_part(model, 'AMD Turion ', 2)), 'Dual-Core ', '')) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then (replace(trim(both ' ' from split_part(model, 'AMD Ryzen ', 2)), 'Eight-Core Processor', '')) -- when (cpu_manufacturer = 'AMD') then (trim(both ' ' from split_part(split_part(model, 'AMD ', 2), ' ', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Core ') > 1)) then (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), ' ', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then (trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1))) -- end as cpu_model_number, -- case -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Opteron ') > 1)) then (trim(both ' ' from split_part(model, 'AMD Opteron Processor ', 2))) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Turion ') > 1)) then (replace(trim(both ' ' from split_part(model, 'AMD Turion ', 2)), 'Dual-Core ', '')) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then (replace(trim(both ' ' from split_part(model, 'AMD Ryzen ', 2)), 'Eight-Core Processor', '')) -- when (cpu_manufacturer = 'AMD') then (trim(both ' ' from split_part(split_part(model, 'AMD ', 2), ' ', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Core ') > 1) and (strpos(model, '-') > 1)) -- then -- (case -- when (cast(left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) as int) <= 11 ) -- then left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) -- when ((cast(left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) as int) >= 20)) -- then left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),1) -- end) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then (trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1))) -- end as cpu_generation, -- case -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Opteron ') > 1)) then 'AMD Opteron ' || (trim(both ' ' from split_part(model, 'AMD Opteron Processor ', 2))) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Turion ') > 1)) then 'AMD Turion ' || replace(trim(both ' ' from split_part(model, 'AMD Turion ', 2)), 'Dual-Core ', '') -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then 'AMD Ryzen ' || replace(trim(both ' ' from split_part(model, 'AMD Ryzen ', 2)), 'Eight-Core Processor', '') -- when (cpu_manufacturer = 'AMD') then (trim(both ' ' from 'AMD ' || split_part(split_part(model, 'AMD ', 2), ' ', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then 'Intel Pentium ' || trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then 'Intel Atom ' || trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Core ') > 1)) then (trim(both ' ' from split_part(model, ' CPU ', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then 'Intel Xeon ' || (trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1))) -- end as cpu_manu_class_model_number, -- count(*) as node_cpu_count, -- round(avg(speed_mhz)::numeric,0) as node_per_cpu_mhz, -- round(avg(cores)::numeric,0) as node_per_cpu_cores, -- sum(cores) as node_cpu_cores, -- round(sum(cores*speed_mhz)::numeric,0) as total_cpu_mhz -- from -- tnt_config.node_hardware_cpus -- group by -- hardware_id -- ), node_cpus as ( select hardware_id, string_agg(distinct model, ', ') as node_cpu_model, string_agg(distinct trim(regexp_replace(replace(replace(replace(replace(replace(split_part(model, ' @', 1), ' processor', ''), ' Processor', ''), ' CPU', ''), ' Eight-Core', ''), ' 8-Core', ''), '\s+', ' ', 'g')), ',') as node_cpu_short_models, string_agg(distinct case when (cpu_manufacturer = 'AMD' and (strpos(model, 'Opteron ') > 1)) then (trim(both ' ' from split_part(model, 'AMD Opteron Processor ', 2))) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Turion ') > 1)) then (replace(trim(both ' ' from split_part(model, 'AMD Turion ', 2)), 'Dual-Core ', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen 3 PRO ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen 3 PRO ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen 3 ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen 3 ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen 5 PRO ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen 5 PRO ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen 5 ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen 5 ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen 7 PRO ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen 7 PRO ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen 7 ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen 7 ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen 9 PRO ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen 9 PRO ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen 9 ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen 9 ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ThreadRipper PRO ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen ThreadRipper PRO ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ThreadRipper ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen ThreadRipper ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen Embedded ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen Embedded ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), 'AMD Ryzen ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD') then (trim(both ' ' from split_part(split_part(model, 'AMD ', 2), ' ', 1))) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium Gold ') >= 1)) then trim(both ' ' from split_part(split_part(model, ' CPU', 1), 'Pentium ', 2)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium Silver ') >= 1)) then trim(both ' ' from split_part(split_part(model, ' CPU', 1), 'Pentium ', 2)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then trim(both ' ' from split_part(split_part(model, 'Intel Atom ', 2), ' CPU', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Celeron CPU ') > 1)) then trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Celeron ') > 1) and (strpos(model, 'CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, 'Intel Celeron ', 2), ' CPU', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Celeron ') > 1) and (strpos(model, ' @ ') > 1)) then trim(both ' ' from split_part(model, ' ', 3)) when (cpu_manufacturer = 'Intel' and (strpos(model, ' Core Ultra ') > 1)) then (trim(both ' ' from split_part(model, ' ', 5))) when (cpu_manufacturer = 'Intel' and (strpos(model, ' Core ') > 1)) then (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), ' ', 1))) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Core2 Duo') > 1)) then split_part(model, ' ', 5) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Core2') > 1)) then split_part(model, ' ', 6) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Platinum') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 4)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Platinum') > 1) and (strpos(model, ' CPU @ ') <= 1)) then trim(both ' ' from split_part(model, ' ', 4)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Gold') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 4)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Gold') > 1) and (strpos(model, ' CPU @ ') <= 1)) then trim(both ' ' from split_part(model, ' ', 4)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Silver') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 4)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Silver') > 1) and (strpos(model, ' CPU @ ') <= 1)) then trim(both ' ' from split_part(model, ' ', 4)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Bronze') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 4)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 3)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1) and (strpos(model, ' @ ') <= 1)) then trim(both ' ' from split_part(model, ' ', 3)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then (trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1))) end, ',') as cpu_model_number, max(bitwidth) as node_cpu_bitwidth, string_agg(distinct cpu_manufacturer, ',') as cpu_brand, string_agg(distinct case when (cpu_manufacturer = 'AMD') then (trim(both ' ' from split_part(split_part(model, 'AMD ', 2), ' ', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium Gold ') >= 1)) then trim(both ' ' from split_part(split_part(model, 'Pentium ', 2), ' ', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium Silver ') >= 1)) then trim(both ' ' from split_part(split_part(model, 'Pentium ', 2), ' ', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then 'Pentium' -- trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then 'Atom' -- trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Celeron ') > 1)) then 'Celeron' -- trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, ' Core ') > 1)) then 'Core' -- (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), ' ', 1))) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Core2') > 1)) then 'Core2' -- (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), ' ', 1))) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then 'Xeon' -- (trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1))) end, ',') as cpu_sub_brand, -- string_agg(distinct case -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'EPYC ') > 1)) then null -- -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen Embedded ') > 1)) then left(trim(both ' ' from split_part(model, 'Embedded', 2)), 1) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1) and (strpos(model, ' PRO ') > 1)) then left(trim(both ' ' from split_part(split_part(model, 'Ryzen ', 2), ' PRO ', 1)), 1) || ' PRO' -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then left(trim(both ' ' from split_part(model, 'Ryzen ', 2)), 1) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium Gold ') >= 1)) then trim(both ' ' from split_part(split_part(model, 'Pentium ', 2), ' ', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium Silver ') >= 1)) then trim(both ' ' from split_part(split_part(model, 'Pentium ', 2), ' ', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then 'Pentium' -- trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then 'Atom' -- trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Celeron CPU ') > 1)) -- then ( -- case -- when ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) >= 48 and ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) <= 57 -- then null -- else left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1) -- end) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Celeron ') > 1) and (strpos(model, 'CPU @ ') > 1)) then left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron ', 2), ' CPU', 1)), 1) -- when (cpu_manufacturer = 'Intel' and (strpos(model, ' Core ') > 1) and (strpos(model, '-') > 1)) then (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), '-', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, ' Core ') > 1) and (strpos(model, ' Core Ultra ') > 1)) then (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), ' ', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Core2') > 1) and (strpos(model, '-') > 1)) then (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), '-', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Platinum ') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 3)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Gold ') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 3)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Silver ') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 3)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Bronze ') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 3)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon CPU ') > 1) and (strpos(model, ' @ ') > 1)) then left(trim(both ' ' from split_part(split_part(model, ' @ ', 1), 'Intel Xeon CPU ', 2)), 1) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1) and (strpos(model, ' CPU @ ') > 1)) then (trim(both ' ' from split_part(split_part(model, ' ', 3), '-', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then (trim(both ' ' from split_part(split_part(model, ' CPU ', 2), '-', 1))) -- end, ',') as cpu_sub_brand_modifier, string_agg(distinct (case when (cpu_manufacturer = 'AMD') then (case when (strpos(model, 'EPYC ') > 1) then null when (strpos(model, ' Ryzen ') > 1) then (case when (strpos(model, ' Embedded ') > 1) then left(trim(both ' ' from split_part(model, 'Embedded', 2)), 1) when (strpos(model, ' PRO ') > 1) then left(trim(both ' ' from split_part(split_part(model, 'Ryzen ', 2), ' PRO ', 1)), 1) || ' PRO' else left(trim(both ' ' from split_part(model, ' Ryzen ', 2)), 1) end) else null end) when (cpu_manufacturer = 'Qualcomm') then null when (cpu_manufacturer = 'Intel') then (case when (strpos(model, ' Atom ') > 1) then 'Atom' when (strpos(model, ' Celeron ') > 1) then (case when ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) >= 48 and ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) <= 57 then null when (strpos(model, ' CPU @ ') > 1) then left(trim(both ' ' from split_part(split_part(model, ' Celeron ', 2), ' CPU', 1)), 1) when (strpos(model, ' @ ') > 1) then left(trim(both ' ' from split_part(split_part(model, ' Celeron ', 2), ' @ ', 1)), 1) -- else left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1) else null end) when (strpos(model, ' Core ') > 1) then (case when (strpos(model, '-') > 1) then (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), '-', 1))) when (strpos(model, ' Ultra ') > 1) then (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), ' ', 1))) else null end) when (strpos(model, ' Core2 ') > 1) then (case when (strpos(model, ' Duo ') > 1 or strpos(model, ' Quad ') > 1) then trim(both ' ' from split_part(split_part(model, ' Core2 ', 2), ' ', 1)) else null end) when (strpos(model, ' Pentium ') > 1) then (case when (strpos(model, ' Gold ') > 1 or strpos(model, ' Silver ') > 1) then trim(both ' ' from split_part(split_part(model, ' Pentium ', 2), ' ', 1)) else null end) when (strpos(model, ' Xeon ') > 1) then (case when ((strpos(model, ' Platinum ') > 1 or strpos(model, ' Gold ') > 1 or strpos(model, ' Silver ') > 1 or strpos(model, ' Bronze ') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 3)) when ((strpos(model, ' Platinum ') > 1 or strpos(model, ' Gold ') > 1 or strpos(model, ' Silver ') > 1 or strpos(model, ' Bronze ') > 1) and (strpos(model, ' CPU @ ') <= 1)) then trim(both ' ' from split_part(model, ' ', 3)) when ((strpos(model, ' CPU ') > 1) and (strpos(model, ' @ ') > 1)) then left(trim(both ' ' from split_part(split_part(model, ' @ ', 1), 'Intel Xeon CPU ', 2)), 1) when ((strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' ', 3), '-', 1)) when ((strpos(model, '-') > 1)) then trim(both ' ' from split_part(split_part(model, ' Xeon ', 2), '-', 1)) else null end) when (strpos(model, ' Processor ') > 1) then null else null end) else null end), ',') as cpu_sub_brand_modifier, max( case when (cpu_manufacturer = 'AMD') then null when (cpu_manufacturer = 'Qualcomm') then null when (cpu_manufacturer = 'Intel') then ( case -- when (strpos(model, ' Atom ') > 1) -- then null -- when (strpos(model, ' Celeron ') > 1) -- then null -- when (strpos(model, ' Core Ultra ') > 1) -- then cast(left(trim(both ' ' from split_part(model, ' ', 5)), 1) as integer) -- when (strpos(model, ' Core ') > 1) -- then ( -- case -- when (strpos(model, 'th Gen ') > 1) and (strpos(model, '-') > 1) -- then cast(left(trim(both ' ' from split_part(model, '-', 2)), 2) as integer) -- when (strpos(model, 'th Gen ') <= 1) and (strpos(model, '-') > 1) and (length(split_part(split_part(model, '-', 2), ' ', 1)) >= 6) -- then cast(left(trim(both ' ' from split_part(model, '-', 2)), 2) as integer) -- when (strpos(model, 'th Gen ') <= 1) and (strpos(model, '-') > 1) -- then cast(left(trim(both ' ' from split_part(model, '-', 2)), 1) as integer) -- else null -- end) -- when (strpos(model, ' Pentium ') > 1) -- then null -- when (strpos(model, ' Processor ') > 1) -- then null when (strpos(model, ' Xeon ') > 1) then ( case when (strpos(model, ' Platinum ') > 1) or (strpos(model, ' Gold ') > 1) or (strpos(model, ' Silver ') > 1) or (strpos(model, ' Bronze ') > 1) then cast(left(trim(both ' ' from split_part(model, ' ', 4)), 1) as integer) else null end) else null end) else null end)::integer as cpu_sku_level, max( case when (cpu_manufacturer = 'AMD') then null when (cpu_manufacturer = 'Qualcomm') then null when (cpu_manufacturer = 'Intel') then ( case when (strpos(model, ' Atom ') > 1) then null when (strpos(model, ' Celeron ') > 1) then null when (strpos(model, ' Core Ultra ') > 1) then cast(left(trim(both ' ' from split_part(model, ' ', 5)), 1) as integer) when (strpos(model, ' Core ') > 1) then ( case when (strpos(model, 'th Gen ') > 1) and (strpos(model, '-') > 1) then cast(left(trim(both ' ' from split_part(model, '-', 2)), 2) as integer) when (strpos(model, 'th Gen ') <= 1) and (strpos(model, '-') > 1) and (length(split_part(split_part(model, '-', 2), ' ', 1)) >= 6) then cast(left(trim(both ' ' from split_part(model, '-', 2)), 2) as integer) when (strpos(model, 'th Gen ') <= 1) and (strpos(model, '-') > 1) then cast(left(trim(both ' ' from split_part(model, '-', 2)), 1) as integer) else null end) when (strpos(model, ' Pentium ') > 1) then null when (strpos(model, ' Processor ') > 1) then null when (strpos(model, ' Xeon ') > 1) then ( case when (strpos(model, ' Platinum ') > 1) or (strpos(model, ' Gold ') > 1) or (strpos(model, ' Silver ') > 1) or (strpos(model, ' Bronze ') > 1) then cast(right(left(trim(both ' ' from split_part(model, ' ', 4)), 2), 1) as integer) else null end) else null end) else null end)::integer as cpu_generation, -- string_agg(distinct case -- -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Opteron ') > 1)) then (trim(both ' ' from split_part(model, 'AMD Opteron Processor ', 2))) -- -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Turion ') > 1)) then (replace(trim(both ' ' from split_part(model, 'AMD Turion ', 2)), 'Dual-Core ', '')) -- -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then (replace(trim(both ' ' from split_part(model, 'AMD Ryzen ', 2)), 'Eight-Core Processor', '')) -- -- when (cpu_manufacturer = 'AMD') then (trim(both ' ' from split_part(split_part(model, 'AMD ', 2), ' ', 1))) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen Embedded ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, ' Embedded ', 2), ' ', 1)), 4, 2) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1) and (strpos(model, ' PRO ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, 'Ryzen ', 2), ' PRO ', 2)), 2, 4) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, 'AMD Ryzen ', 2), ' ', 2)), 3, 2) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium Gold ') >= 1)) then trim(both ' ' from split_part(split_part(model, 'Pentium Gold ', 2), ' CPU ', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium Silver ') >= 1)) then trim(both ' ' from split_part(split_part(model, 'Pentium Silver ', 2), ' CPU ', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1)) -- -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Celeron CPU ') > 1)) -- then (case when ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) >= 48 and ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) <= 57 -- then left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 4) -- else right(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 4) -- end) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Celeron ') > 1) and (strpos(model, 'CPU @ ') > 1)) then right(trim(both ' ' from split_part(split_part(model, 'Intel Celeron ', 2), ' CPU', 1)), 4) -- when (cpu_manufacturer = 'Intel' and (strpos(model, ' Core ') > 1) and (strpos(model, '-') > 1)) -- then -- (case -- -- Check if Intel, Core, and m3, m5, m7, then the first number after the - is supposed to be the SKU -- when ((strpos(lower(model), ' m3-') > 1) and (left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),1) ~ '^\d+(\.\d+)?$')) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) -- when ((strpos(lower(model), ' m5-') > 1) and (left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),1) ~ '^\d+(\.\d+)?$')) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) -- when ((strpos(lower(model), ' m7-') > 1) and (left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),1) ~ '^\d+(\.\d+)?$')) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) -- -- Check if Intel, Core, and i3, i5, i7, i9, then the first number after the - is supposed to be the SKU -- when ((strpos(lower(model), ' i3-') > 1) and (left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),1) ~ '^\d+(\.\d+)?$')) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) -- when ((strpos(lower(model), ' i5-') > 1) and (left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),1) ~ '^\d+(\.\d+)?$')) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) -- when ((strpos(lower(model), ' i7-') > 1) and (left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),1) ~ '^\d+(\.\d+)?$')) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) -- when ((strpos(lower(model), ' i9-') > 1) and (left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),1) ~ '^\d+(\.\d+)?$')) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) -- -- Check if Intel, Core and contains 'th Gen' to figure out generation -- when (strpos(lower(model), 'th gen ') > 1) -- then right(trim(both ' ' from split_part(model, '-', 2)), 3) -- when (cast(left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) as int) <= 11 and (strpos(model, 'G') > 1)) -- -- when (cast(left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) as int) <= 11 ) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),3, 2) -- when (cast(left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) as int) <= 11 and (strpos(model, 'G') <= 0)) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),3, 3) -- when ((cast(left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) as int) >= 20)) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2, 3) -- end) -- when (cpu_manufacturer = 'Intel' and (strpos(model, ' Core ') > 1) and (strpos(model, 'Ultra') > 1)) -- then trim(both ' ' from split_part(model, ' ', 5)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1) and (strpos(model, ' CPU @ ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 4)), 3, 2) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon CPU ') > 1) and (strpos(model, ' @ ') > 1)) then right(trim(both ' ' from split_part(split_part(model, ' @ ', 1), 'Intel Xeon CPU ', 2)), 2) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, ' CPU ', 2), '-', 2)), 3, 2) -- end, ',') as cpu_sku, string_agg(distinct case when (cpu_manufacturer = 'AMD') then (case when ((strpos(model, 'Ryzen Embedded ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, ' Embedded ', 2), ' ', 1)), 4, 2) when ((strpos(model, 'Ryzen ') > 1) and (strpos(model, ' PRO ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, 'Ryzen ', 2), ' PRO ', 2)), 2, 4) when ((strpos(model, 'Ryzen ') > 1) and (strpos(model, ' PRO ') <= 1)) then substr(trim(both ' ' from split_part(split_part(model, 'AMD Ryzen ', 2), ' ', 2)), 3, 2) when ((strpos(model, 'Athlon II ') > 1)) then trim(both ' ' from split_part(split_part(model, ' Athlon II ', 2), ' ', 2)) when ((strpos(model, 'Athlon ') > 1) and (strpos(model, 'Athlon II ') <= 1)) then trim(both ' ' from split_part(split_part(model, ' Athlon ', 2), ' ', 2)) else null end) when (cpu_manufacturer = 'Qualcomm') then null when (cpu_manufacturer = 'Intel') then (case when (strpos(model, ' Atom ') > 1) then null when (strpos(model, ' Celeron ') > 1) then (case when (strpos(model, 'Celeron CPU ') > 1) then (case when ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) >= 48 and ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) <= 57 then left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 4) else right(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 4) end) when ((strpos(model, ' Celeron ') > 1) and (strpos(model, 'CPU @ ') > 1)) then split_part(model, ' ', 3) when ((strpos(model, ' Celeron ') > 1) and (strpos(model, ' @ ') > 1)) then split_part(model, ' ', 3) else null end) when (strpos(model, ' Core ') > 1) then (case when (strpos(model, ' Ultra ') > 1) then split_part(model, ' ', 5) when (strpos(model, 'th Gen ') > 1) and (strpos(model, '-') > 1) then split_part(split_part(model, '-', 2), ' ', 1) when (strpos(model, 'th Gen ') <= 1) and (strpos(model, '-') > 1) then split_part(split_part(model, '-', 2), ' ', 1) else null end) when (strpos(model, ' Core2 ') > 1) then (case when (strpos(model, ' Duo ') > 1) then split_part(model, ' ', 5) else null end) when (strpos(model, ' Pentium ') > 1) then (case when ((strpos(model, ' Gold ') > 1)) then trim(both ' ' from split_part(split_part(model, ' Gold ', 2), ' CPU ', 1)) when ((strpos(model, ' Silver ') > 1)) then trim(both ' ' from split_part(split_part(model, ' Silver ', 2), ' CPU ', 1)) when ((strpos(model, 'Pentium ') >= 1)) then trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1)) else null end) when (strpos(model, ' Xeon ') > 1) then (case when (strpos(model, ' Platinum ') > 1) or (strpos(model, ' Gold ') > 1) or (strpos(model, ' Silver ') > 1) or (strpos(model, ' Bronze ') > 1) then substr(split_part(model, ' ', 4), 3, 2) when ((strpos(model, 'Xeon CPU ') > 1) and (strpos(model, ' @ ') > 1)) then right(trim(both ' ' from split_part(split_part(model, ' @ ', 1), 'Intel Xeon CPU ', 2)), 2) -- when (strpos(model, ' CPU @ ') > 1) -- then substring(split_part(split_part(model, ' CPU @ ', 1), ' ', 4), 3, 2) when (strpos(model, ' CPU @ ') > 1) then split_part(split_part(model, ' CPU @ ', 1), '-', 2) when ((strpos(model, 'Xeon ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, ' CPU ', 2), '-', 2)), 3, 2) else null end) when (strpos(model, ' Processor ') > 1) then null else null end) else null end, ',') as cpu_sku, -- string_agg(distinct case -- -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Opteron ') > 1)) then (trim(both ' ' from split_part(model, 'AMD Opteron Processor ', 2))) -- -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Turion ') > 1)) then (replace(trim(both ' ' from split_part(model, 'AMD Turion ', 2)), 'Dual-Core ', '')) -- -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then (replace(trim(both ' ' from split_part(model, 'AMD Ryzen ', 2)), 'Eight-Core Processor', '')) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen Embedded ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, ' Embedded ', 2), ' ', 1)), 6, 1) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, 'AMD Ryzen ', 2), ' ', 2)), 5, 1) -- -- when (cpu_manufacturer = 'AMD') then (trim(both ' ' from split_part(split_part(model, 'AMD ', 2), ' ', 1))) -- -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Celeron CPU ') > 1)) -- then (case when ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) >= 48 and ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) <= 57 -- then right(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1) -- -- else right(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 4) -- end) -- when (cpu_manufacturer = 'Intel' and (strpos(model, ' Core ') > 1) and (strpos(model, '-') > 1)) -- then -- (case -- when (cast(left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) as int) <= 11 and (strpos(model, 'G') > 1)) -- then right(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)), 2) -- when (cast(left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) as int) <= 11 and (strpos(model, 'G') <= 0)) -- then right(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)), 1) -- when ((cast(left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) as int) >= 20)) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)), 5, 2) -- end) -- -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then (trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1))) -- end, ',') as cpu_suffix, string_agg(distinct case when (cpu_manufacturer = 'AMD' and (strpos(model, 'Opteron ') > 1)) then 'AMD Opteron ' || (trim(both ' ' from split_part(model, 'AMD Opteron Processor ', 2))) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Turion ') > 1)) then 'AMD Turion ' || replace(trim(both ' ' from split_part(model, 'AMD Turion ', 2)), 'Dual-Core ', '') when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then 'AMD Ryzen ' || replace(trim(both ' ' from split_part(model, 'AMD Ryzen ', 2)), 'Eight-Core Processor', '') when (cpu_manufacturer = 'AMD') then (trim(both ' ' from 'AMD ' || split_part(split_part(model, 'AMD ', 2), ' ', 1))) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then 'Intel Pentium ' || trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then 'Intel Atom ' || trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, ' Core ') > 1)) then (trim(both ' ' from split_part(model, ' CPU ', 1))) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then 'Intel Xeon ' || (trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1))) end, ',') as cpu_manu_class_model_number, count(*) as node_cpu_count, round(avg(speed_mhz)::numeric,0) as node_per_cpu_mhz, round(avg(cores)::numeric,0) as node_per_cpu_cores, sum(cores) as node_cpu_cores, round(sum(cores*speed_mhz)::numeric,0) as total_cpu_mhz from ( select h.hardware_id, replace(replace(replace(h.model, '(R)', ''), '(TM)', ''), '(tm)', '') as model, case when split_part(replace(replace(replace(h.model, '(R)', ''), '(TM)', ''), '(tm)', ''), ' ', 1) ilike 'Pentium' then 'Intel' when strpos(model, 'Intel') > 1 then 'Intel' when strpos(model, 'AMD') > 1 then 'AMD' else split_part(replace(replace(replace(h.model, '(R)', ''), '(TM)', ''), '(tm)', ''), ' ', 1) end as cpu_manufacturer, h.bitwidth, h.cores as cores, h.speed_mhz from tnt_config.node_hardware_cpus h ) h group by hardware_id ), -- node_ram1 as ( -- with -- latest_sum_report as ( -- select -- sumrpt.node_id as node_id, -- max(sumrpt.start_date) as start_date, -- max(sumrpt.end_date) as end_date -- from -- tnt_audit.summaryreports sumrpt -- group by -- sumrpt.node_id -- ) -- select -- sumrpts.node_id as node_id, -- round((avg(sumrpts.mem_alloc)/1048576)::numeric, 3) as node_ram_allocated_gb -- from -- tnt_audit.summaryreports sumrpts, latest_sum_report lsr -- where -- sumrpts.node_id = lsr.node_id -- and sumrpts.start_date = lsr.start_date -- and sumrpts.end_date = lsr.end_date -- and sumrpts.end_date between lsr.start_date and lsr.end_date -- group by -- sumrpts.node_id -- ), -- node_ram2 as ( -- select -- sumrpts.node_id as node_id, -- round((avg(sumrpts.mem_alloc)/1048576)::numeric, 3) as node_ram_allocated_gb -- from -- tnt_audit.summaryreports sumrpts -- join tnt_config.node nde on (nde.id = sumrpts.node_id and nde.delete_time is null) -- where -- -- sumrpts.node_id = nde.id -- -- and sumrpts.start_date = nde.last_report_seen_start_date -- -- and sumrpts.end_date = nde.last_report_seen_end_date -- -- and sumrpts.end_date between nde.last_report_seen_start_date and nde.last_report_seen_end_date -- (sumrpts.end_date >= nde.last_report_seen_end_date) -- group by -- sumrpts.node_id -- ), node_ram as ( select sumrpts.node_id as node_id, round((avg(sumrpts.mem_alloc)/1048576)::numeric, 3) as node_ram_allocated_gb from tnt_audit.summaryreports sumrpts, ( select sumrpt.node_id as node_id, max(sumrpt.start_date) as start_date, max(sumrpt.end_date) as end_date from tnt_audit.summaryreports sumrpt group by sumrpt.node_id ) lsr where sumrpts.node_id = lsr.node_id and sumrpts.start_date = lsr.start_date and sumrpts.end_date = lsr.end_date and sumrpts.end_date between lsr.start_date and lsr.end_date group by sumrpts.node_id ), -- node_disk1 as ( -- with -- last_node_disk as ( -- select -- part_stats.node_id as node_id, -- max(part_stats.start_date) as start_date, -- max(part_stats.end_date) as end_date -- from -- tnt_audit.summaryreport_partition_stats part_stats -- group by -- part_stats.node_id -- ), -- part_stats as ( -- select -- part_stats.node_id as node_id, -- part_stats.disk_id as node_physical_disk_id, -- string_agg(distinct part_stats.name, ',') as node_disk_names, -- sum(part_stats.size) as node_per_disk_size_kb, -- sum(part_stats.avg_used) as node_per_disk_used_kb -- from -- tnt_audit.summaryreport_partition_stats part_stats, last_node_disk -- where -- part_stats.node_id = last_node_disk.node_id -- and part_stats.start_date = last_node_disk.start_date -- and part_stats.end_date = last_node_disk.end_date -- and part_stats.end_date between last_node_disk.start_date and last_node_disk.end_date -- and part_stats.local_type ilike 'local' -- group by -- part_stats.node_id, part_stats.disk_id -- ) -- select -- part_stats.node_id as node_id, -- round(max(part_stats.node_per_disk_size_kb)::numeric/1048576.0, 0) as node_max_disk_size_gb, -- round(max(part_stats.node_per_disk_used_kb)::numeric/1048576.0, 0) as node_max_disk_used_gb, -- round(sum(part_stats.node_per_disk_size_kb)::numeric/1048576, 0) as node_total_disk_size_gb, -- round(sum(part_stats.node_per_disk_used_kb)::numeric/1048576, 0) as node_total_disk_used_gb -- from -- part_stats -- group by -- part_stats.node_id -- ), -- node_disk2 as ( -- select -- part_stats.node_id as node_id, -- round(max(part_stats.node_per_disk_size_kb)::numeric/1048576.0, 0) as node_max_disk_size_gb, -- round(max(part_stats.node_per_disk_used_kb)::numeric/1048576.0, 0) as node_max_disk_used_gb, -- round(sum(part_stats.node_per_disk_size_kb)::numeric/1048576, 0) as node_total_disk_size_gb, -- round(sum(part_stats.node_per_disk_used_kb)::numeric/1048576, 0) as node_total_disk_used_gb -- from ( -- select -- part_stats.node_id as node_id, -- part_stats.disk_id as node_physical_disk_id, -- string_agg(distinct part_stats.name, ',') as node_disk_names, -- sum(part_stats.size) as node_per_disk_size_kb, -- sum(part_stats.avg_used) as node_per_disk_used_kb -- from -- tnt_audit.summaryreport_partition_stats part_stats -- join tnt_config.node nde on (nde.id = part_stats.node_id and nde.delete_time is null) -- where -- part_stats.node_id = nde.id -- and part_stats.start_date = nde.last_report_seen_start_date -- and part_stats.end_date = nde.last_report_seen_end_date -- and part_stats.end_date between nde.last_report_seen_start_date and nde.last_report_seen_end_date -- and part_stats.local_type ilike 'local' -- group by -- part_stats.node_id, part_stats.disk_id -- ) part_stats -- group by -- part_stats.node_id -- ), -- node_disk1 as ( -- select -- part_stats.node_id as node_id, -- round(max(part_stats.node_per_disk_size_kb)::numeric/1048576.0, 0) as node_max_disk_size_gb, -- round(max(part_stats.node_per_disk_used_kb)::numeric/1048576.0, 0) as node_max_disk_used_gb, -- round(sum(part_stats.node_per_disk_size_kb)::numeric/1048576, 0) as node_total_disk_size_gb, -- round(sum(part_stats.node_per_disk_used_kb)::numeric/1048576, 0) as node_total_disk_used_gb -- from ( -- select -- part_stats.node_id as node_id, -- part_stats.disk_id as node_physical_disk_id, -- string_agg(distinct part_stats.name, ',') as node_disk_names, -- sum(part_stats.size) as node_per_disk_size_kb, -- sum(part_stats.avg_used) as node_per_disk_used_kb -- from -- tnt_audit.summaryreport_partition_stats part_stats, -- ( select -- part_stats.node_id as node_id, -- max(part_stats.start_date) as start_date, -- max(part_stats.end_date) as end_date -- from -- tnt_audit.summaryreport_partition_stats part_stats -- -- where -- -- part_stats.node_id = 13047 -- group by -- part_stats.node_id -- ) last_part_stats -- where -- part_stats.node_id = last_part_stats.node_id -- and part_stats.start_date = last_part_stats.start_date -- and part_stats.end_date = last_part_stats.end_date -- and part_stats.end_date between last_part_stats.start_date and last_part_stats.end_date -- and part_stats.local_type ilike 'local' -- -- and part_stats.node_id = 13047 -- group by -- part_stats.node_id, part_stats.disk_id -- ) part_stats -- group by -- part_stats.node_id -- ), node_disk as ( select disk_stats.node_id as node_id, -- round(max(disk_stats.node_per_disk_size_kb)::numeric/1048576.0, 0) as node_max_disk_size_gb, -- round(max(disk_stats.node_per_disk_used_kb)::numeric/1048576.0, 0) as node_max_disk_used_gb, -- round(sum(disk_stats.node_per_disk_size_kb)::numeric/1048576.0, 0) as node_total_disk_size_gb, -- round(sum(disk_stats.node_per_disk_used_kb)::numeric/1048576.0, 0) as node_total_disk_used_gb round(disk_stats.node_total_disk_size_kb::numeric/1048576.0, 0) as node_total_disk_size_gb, round(disk_stats.node_total_disk_used_kb::numeric/1048576.0, 0) as node_total_disk_used_gb, round((disk_stats.node_total_disk_size_kb - disk_stats.node_total_disk_used_kb)::numeric/1048576.0, 0) as node_total_disk_free_gb, round(disk_stats.node_disk0_c_size_kb::numeric/1048576.0, 0) as node_disk0_c_size_gb, round(disk_stats.node_disk0_c_used_kb::numeric/1048576.0, 0) as node_disk0_c_used_gb, round((disk_stats.node_disk0_c_size_kb - disk_stats.node_disk0_c_used_kb)::numeric/1048576.0, 0) as node_disk0_c_free_gb from ( select disk_stats.node_id as node_id, -- disk_stats.disk_id as node_physical_disk_id, string_agg(distinct disk_stats.name, ',') as node_disk_names, sum(disk_stats.size) as node_total_disk_size_kb, sum(disk_stats.avg_used) as node_total_disk_used_kb, sum(case when disk_stats.name ilike '%disk0 ( C:%' then disk_stats.size end) as node_disk0_c_size_kb, sum(case when disk_stats.name ilike '%disk0 ( C:%' then disk_stats.avg_used end) as node_disk0_c_used_kb from -- tnt_audit.summaryreport_partition_stats part_stats, tnt_audit.summaryreport_disk_stats disk_stats, ( select disk_stats.node_id as node_id, max(disk_stats.start_date) as start_date, max(disk_stats.end_date) as end_date from -- tnt_audit.summaryreport_partition_stats disk_stats tnt_audit.summaryreport_disk_stats disk_stats -- where -- disk_stats.node_id = 13047 group by disk_stats.node_id ) last_disk_stats where disk_stats.node_id = last_disk_stats.node_id and disk_stats.start_date = last_disk_stats.start_date and disk_stats.end_date = last_disk_stats.end_date and disk_stats.end_date between last_disk_stats.start_date and last_disk_stats.end_date and disk_stats.type ilike 'LOCAL' -- and disk_stats.node_id = 13047 group by disk_stats.node_id--, disk_stats.disk_id ) disk_stats -- group by -- disk_stats.node_id ), node_health_stats as ( select hstats.node_id, hstats.sec_secure_boot from tnt_audit.summaryreport_machine_health_stats hstats, -- lwl_rollup.sr_machine_health_stats_da hstats, ( select node_id as node_id, max(start_date) as start_date, max(end_date) as end_date from tnt_audit.summaryreport_machine_health_stats -- lwl_rollup.sr_machine_health_stats_da hstats group by node_id ) last_health_stats where hstats.node_id = last_health_stats.node_id and hstats.start_date = last_health_stats.start_date and hstats.end_date = last_health_stats.end_date and hstats.end_date between last_health_stats.start_date and last_health_stats.end_date ), node_gpus as ( select hardware_id, string_agg(model, ', ') as node_gpu_model, string_agg(model, ',') as node_discrete_gpu_models, count(*) as node_discrete_gpu_count, string_agg(format('%s', speedmhz), ', ') as node_gpu_speed_mhz, -- string_agg(format('%s', colordepth), ', ') as node_gpu_color_depth, max(colordepth) as node_gpu_color_depth, count(*) as node_gpu_count from tnt_config.node_hardware_gpus where is_real = true group by hardware_id ), node_displays as ( select hardware_id, string_agg(dimensions, ', ') as node_display_dimensions, max(cast(split_part(dimensions, 'x', 2) as int)) as max_display_res_y, string_agg(coalesce(cast(details->'sizeInches' as text), 'N/A'), ',') as node_display_size_in_inches, max((cast(details->'sizeInches' as int))) as max_display_size_in_inches, count(*) as node_display_count from tnt_config.node_hardware_displays group by hardware_id ), base_sql as ( select pn.id as node_id, pn.name as machine_name, nde.fqmn as machine_fqmn, nde.lastcontact::timestamptz at time zone 'America/New_York' as machine_last_contact, -- Machine hardware make, model, and chassis type nh.machine_make as machine_make, nh.machine_model as machine_model, nde.hwtype as machine_chassis_type, -- OS os.version as node_os_version, replace(replace(replace(replace(replace(replace(replace(replace(os.description, ' , ', ', '), 'Service Pack ', 'SP'), '(R)', ''), '(TM)', ''), '®', ''), '™', ''), '®', ''), '', '') as node_os_desc, os.buildversion as os_build_version, -- CPU nodecpu.node_cpu_model as node_cpu_model, nodecpu.node_cpu_short_models as node_cpu_short_models, round((nodecpu.node_per_cpu_mhz/1000.0)::numeric, 3) as node_cpu_speed_ghz, trim(both ' ' from nodecpu.cpu_brand) as cpu_brand, trim(both ' ' from nodecpu.cpu_sub_brand) as cpu_sub_brand, trim(both ' ' from nodecpu.cpu_sub_brand_modifier) as cpu_sub_brand_modifier, trim(both ' ' from nodecpu.cpu_model_number) as cpu_model_number, nodecpu.cpu_sku_level as cpu_sku_level, -- trim(both ' ' from nodecpu.cpu_generation) as cpu_generation, nodecpu.cpu_generation as cpu_generation, trim(both ' ' from nodecpu.cpu_sku) as cpu_sku, nodecpu.node_per_cpu_cores, nodecpu.node_cpu_cores, nodecpu.node_cpu_bitwidth, -- RAM noderam.node_ram_allocated_gb as node_ram_allocated_gb, nh.ram_alloc_gb, -- Disk storage nodedisk.node_disk0_c_size_gb as node_disk0_c_size_gb, nodedisk.node_disk0_c_used_gb as node_disk0_c_used_gb, nodedisk.node_disk0_c_free_gb as node_disk0_c_free_gb, nodedisk.node_total_disk_size_gb as node_total_disk_size_gb, nodedisk.node_total_disk_used_gb as node_total_disk_used_gb, nodedisk.node_total_disk_free_gb as node_total_disk_free_gb, -- GPU nodegpu.node_gpu_model as node_gpu_model, nodegpu.node_discrete_gpu_models as node_discrete_gpu_models, -- nodegpu.node_gpu_speed_mhz as node_gpu_speed_mhz, nodegpu.node_gpu_count as node_gpu_count, nodegpu.node_discrete_gpu_count as node_discrete_gpu_count, nodegpu.node_gpu_color_depth, os.dx12orwddm2 as os_dx12orwddm2, -- Display nodedis.node_display_dimensions as node_display_dimensions, nodedis.max_display_res_y as max_display_res_y, nodedis.node_display_size_in_inches, nodedis.max_display_size_in_inches, nodedis.node_display_count as node_display_count, -- BIOS & TPM case when nh.bios_uefi_capable is null then null else case when nh.bios_uefi_capable = 'Y' then true else false end end as machine_bios_uefi_capable, case when nh.bios_uefi_enabled is null then null else case when nh.bios_uefi_enabled = 'Y' then true else false end end as machine_bios_uefi_enabled, case when nodehealth.sec_secure_boot is null then null else nodehealth.sec_secure_boot end as machine_secure_boot, nh.tpm_specification as machine_tpm_specifications, case when nh.tpm_specification is null then null else case when strpos(nh.tpm_specification, '2.') > 0 then true else false end end as machine_tpm_specification, -- Windows 11 compatibility -- initcap(nde.win11_inplace_upgrade_compatibility) as win11_inplace_upgrade_compatibility, -- initcap(nde.win11_image_upgrade_compatibility) as win11_image_upgrade_compatibility -- Machine location loc_stats.city || ', ' || loc_stats.state || ', ' || loc_stats.country as machine_location_city_state_country, loc_stats.country as machine_location_country, loc_stats.state as machine_location_state, loc_stats.city as machine_location_city from tnt_config.policynode pn join tnt_config.node nde on (nde.id = pn.id) left outer join tnt_config.os os on (os.id = nde.os_id) left outer join node_hardware nh on (node_hardware_id = nde.hardware_id) left outer join node_cpus nodecpu on (nodecpu.hardware_id = nde.hardware_id) left outer join node_ram noderam on (noderam.node_id = pn.id) left outer join node_disk nodedisk on (nodedisk.node_id = pn.id) left outer join node_gpus nodegpu on (nodegpu.hardware_id = nde.hardware_id) left outer join node_displays nodedis on (nodedis.hardware_id = nde.hardware_id) left outer join node_health_stats nodehealth on (nodehealth.node_id = pn.id) left outer join ( select loc_stats.node_id as node_id, first(loc_stats.country) as country, first(loc_stats.state) as state, first(loc_stats.city) as city from tnt_audit.summaryreport_machine_location_stats loc_stats, -- lwl_rollup.sr_machine_location_stats_da loc_stats, ( select loc_stats.node_id as node_id, max(loc_stats.start_date) as start_date, max(loc_stats.end_date) as end_date from tnt_audit.summaryreport_machine_location_stats loc_stats -- lwl_rollup.sr_machine_location_stats_da loc_stats group by loc_stats.node_id ) latest_loc_stats where loc_stats.node_id = latest_loc_stats.node_id and loc_stats.start_date = latest_loc_stats.start_date and loc_stats.end_date = latest_loc_stats.end_date and loc_stats.end_date between latest_loc_stats.start_date and latest_loc_stats.end_date group by loc_stats.node_id ) loc_stats on (loc_stats.node_id = pn.id) where (pn.delete_time is null) -- Machine has not been deleted and (nde.delete_time is null) -- Machine has not been deleted and (nde.ihostversion is not null) -- Machine has a CID Key installed and (nde.certificate is not null) -- Machine has a valid certificate and (pn.system_object is false) -- Machine is not a system object like Stratusphere Hub, DB or Station and (pn.dirtystatusid is null or pn.dirtystatusid <> 3) -- Machine does not have a dirty status and (pn.type <= 2) -- Machines are either servers (1) or desktops (2) and (os.name = 'Windows') -- Machines that currently run Microsoft Windows -- and (os.description not ilike '%Windows 11%' -- Machine is already running Windows 11 -- and os.description not ilike '%Windows Server %') -- Machine is not already running Windows Server -- and (nde.vmtype is null) -- Machine is a physical machine to be considered for upgrade to Win10 -- Machine group filter and ('%' = '%' or pn.id in (select ngn.nodeid from tnt_config.policynode pn, tnt_config.nodegroup_node ngn where (pn.type = 5) and (pn.id = ngn.nodegroupid) and (pn.name like '%'))) order by lower(pn.name) asc nulls last ), status_sql as ( select s.*, case -- First check for incompatible hardware/software when (node_cpu_speed_ghz < 1.0) or (node_per_cpu_cores < 2) or (ram_alloc_gb < 4.0) or (node_cpu_bitwidth is not null and node_cpu_bitwidth < 64.0) or (node_disk0_c_free_gb < 20.0) or (node_gpu_color_depth is not null and node_gpu_color_depth < 8) or (os_dx12orwddm2 is not null and os_dx12orwddm2 is false) or (max_display_res_y is not null and max_display_res_y < 720) or (max_display_size_in_inches is not null and max_display_size_in_inches < 9) or (machine_bios_uefi_capable is not null and machine_bios_uefi_capable is false) or (machine_secure_boot is not null and machine_secure_boot = 'Not supported') or (machine_tpm_specification is not null and machine_tpm_specification is false) then 'Unsupported' -- Then check for partial/maybe support (when values are NULL) when node_cpu_bitwidth is null or node_gpu_color_depth is null or os_dx12orwddm2 is null or max_display_res_y is null or max_display_size_in_inches is null or machine_bios_uefi_capable is null or machine_secure_boot is null or machine_tpm_specification is null then 'Partial' -- Otherwise it's supported else 'Supported' end as win11_inplace_upgrade_label, case -- First check for incompatible hardware/software when (node_cpu_speed_ghz < 1.0) or (node_per_cpu_cores < 2) or (ram_alloc_gb < 4.0) or (node_cpu_bitwidth is not null and node_cpu_bitwidth < 64.0) or (node_disk0_c_free_gb < 64.0) or (node_gpu_color_depth is not null and node_gpu_color_depth < 8) or (os_dx12orwddm2 is not null and os_dx12orwddm2 is false) or (max_display_res_y is not null and max_display_res_y < 720) or (max_display_size_in_inches is not null and max_display_size_in_inches < 9) or (machine_bios_uefi_capable is not null and machine_bios_uefi_capable is false) or (machine_secure_boot is not null and machine_secure_boot = 'Not supported') or (machine_tpm_specification is not null and machine_tpm_specification is false) then 'Unsupported' -- Then check for partial/maybe support (when values are NULL) when node_cpu_bitwidth is null or node_gpu_color_depth is null or os_dx12orwddm2 is null or max_display_res_y is null or max_display_size_in_inches is null or machine_bios_uefi_capable is null or machine_secure_boot is null or machine_tpm_specification is null then 'Partial' -- Otherwise it's supported else 'Supported' end as win11_image_upgrade_label, case when cpu_brand = 'Intel' then case -- Intel Atom processors when cpu_sub_brand = 'Atom' and (cpu_model_number = 'x6200FE' or cpu_model_number = 'x6211E' or cpu_model_number = 'x6212RE' or cpu_model_number = 'x6413E' or cpu_model_number = 'x6414RE' or cpu_model_number = 'x6425E' or cpu_model_number = 'x6425RE' or cpu_model_number = 'x6427FE') then 'Y' -- Intel Celeron processors when cpu_sub_brand = 'Celeron' then case when cpu_sub_brand_modifier = 'G' and (cpu_sku = '4900' or cpu_sku = '4920' or cpu_sku = '4930' or cpu_sku = '4932' or cpu_sku = '4950' or cpu_sku = '5900' or cpu_sku = '5905' or cpu_sku = '5920' or cpu_sku = '5925') then 'Y' when cpu_sub_brand_modifier = 'J' and (cpu_sku = '4005' or cpu_sku = '4025' or cpu_sku = '4105' or cpu_sku = '4115' or cpu_sku = '4125' or cpu_sku = '6412' or cpu_sku = '6413') then 'Y' when cpu_sub_brand_modifier = 'N' and (cpu_sku = '4000' or cpu_sku = '4020' or cpu_sku = '4100' or cpu_sku = '4120' or cpu_sku = '4500' or cpu_sku = '4505' or cpu_sku = '5100' or cpu_sku = '5105' or cpu_sku = '6210' or cpu_sku = '6211') then 'Y' when cpu_sub_brand_modifier is null and (cpu_sku = '6305' or cpu_sku = '3867' or cpu_sku = '4205' or cpu_sku = '4305' or cpu_sku = '5205' or cpu_sku = '5305' or cpu_sku = '6305') then 'Y' else 'N' end -- Intel Core processors when cpu_sub_brand = 'Core' then case when cpu_sub_brand_modifier ilike 'Ultra%' then 'Y' when cpu_generation >= 8 then 'Y' else 'N' end -- Intel Pentium processors when cpu_sub_brand = 'Pentium' then case when cpu_sub_brand_modifier = 'Gold' and (cpu_sku = '4417' or cpu_sku = '4425' or cpu_sku = '5405' or cpu_sku = '6405' or cpu_sku = '6500' or cpu_sku = '7505' or cpu_sku = 'G5400' or cpu_sku = 'G5400T' or cpu_sku = 'G5420' or cpu_sku = 'G5420T' or cpu_sku = 'G5500' or cpu_sku = 'G5500T' or cpu_sku = 'G5600' or cpu_sku = 'G5600T' or cpu_sku = 'G5620' or cpu_sku = 'G6400' or cpu_sku = 'G6400E' or cpu_sku = 'G6400T' or cpu_sku = 'G6400TE' or cpu_sku = 'G6405' or cpu_sku = 'G6405T' or cpu_sku = 'G6500' or cpu_sku = 'G6500T' or cpu_sku = 'G6505' or cpu_sku = 'G6505T' or cpu_sku = 'G6600' or cpu_sku = 'G6605') then 'Y' when cpu_sub_brand_modifier = 'Silver' and (cpu_sku = 'J5005' or cpu_sku = 'J5040' or cpu_sku = 'N5000' or cpu_sku = 'N5030' or cpu_sku = 'N6000' or cpu_sku = 'N6005') then 'Y' when cpu_sub_brand_modifier is null and (cpu_sku = '6805' or cpu_sku = 'J6426' or cpu_sku = 'N6415') then 'Y' else 'N' end -- Intel Xeon processors when cpu_sub_brand = 'Xeon' then case when cpu_sub_brand_modifier = 'Bronze' and (cpu_model_number = '3104' or cpu_model_number = '3106' or cpu_model_number = '3204' or cpu_model_number = '3206R') then 'Y' when cpu_sub_brand_modifier = 'Silver' then -- Fixed the condition case when cpu_sku_level = 4 then case when cpu_generation = 1 and (cpu_sku = '08' or cpu_sku = '09' or cpu_sku = '10' or cpu_sku = '12' or cpu_sku = '14' or cpu_sku = '16') then 'Y' when cpu_generation = 2 and (cpu_sku = '08' or cpu_sku = '09' or cpu_sku = '10' or cpu_sku = '14' or cpu_sku = '15' or cpu_sku = '16') then 'Y' when cpu_generation = 3 and (cpu_sku = '09' or cpu_sku = '10' or cpu_sku = '14' or cpu_sku = '16') then 'Y' when cpu_generation = 4 and (cpu_sku = '10' or cpu_sku = '16') then 'Y' else 'N' end else 'N' end when cpu_sub_brand_modifier = 'Gold' then -- Fixed the condition case when cpu_sku_level = 5 then case when cpu_generation = 1 and (cpu_sku = '15' or cpu_sku = '18' or cpu_sku = '19' or cpu_sku = '20' or cpu_sku = '22') then 'Y' when cpu_generation = 2 and (cpu_sku = '15' or cpu_sku = '17' or cpu_sku = '18' or cpu_sku = '20' or cpu_sku = '22') then 'Y' when cpu_generation = 3 and (cpu_sku = '15' or cpu_sku = '17' or cpu_sku = '18' or cpu_sku = '20' or cpu_sku = '22') then 'Y' when cpu_generation = 4 and (cpu_sku = '15' or cpu_sku = '16' or cpu_sku = '18' or cpu_sku = '20') then 'Y' else 'N' end when cpu_sku_level = 6 then case when cpu_generation = 1 and (cpu_sku = '26' or cpu_sku = '28' or cpu_sku = '30' or cpu_sku = '32' or cpu_sku = '34' or cpu_sku = '36' or cpu_sku = '38' or cpu_sku = '40' or cpu_sku = '42' or cpu_sku = '44' or cpu_sku = '46' or cpu_sku = '48' or cpu_sku = '50' or cpu_sku = '52' or cpu_sku = '54') then 'Y' when cpu_generation = 2 and (cpu_sku = '08' or cpu_sku = '09' or cpu_sku = '10' or cpu_sku = '12' or cpu_sku = '22' or cpu_sku = '26' or cpu_sku = '30' or cpu_sku = '34' or cpu_sku = '38' or cpu_sku = '40' or cpu_sku = '42' or cpu_sku = '44' or cpu_sku = '46' or cpu_sku = '48' or cpu_sku = '50' or cpu_sku = '52' or cpu_sku = '54' or cpu_sku = '56' or cpu_sku = '58' or cpu_sku = '62') then 'Y' when cpu_generation = 3 and (cpu_sku = '12' or cpu_sku = '14' or cpu_sku = '26' or cpu_sku = '30' or cpu_sku = '34' or cpu_sku = '36' or cpu_sku = '38' or cpu_sku = '42' or cpu_sku = '46' or cpu_sku = '48' or cpu_sku = '54') then 'Y' when cpu_generation = 4 and (cpu_sku = '16' or cpu_sku = '18' or cpu_sku = '30' or cpu_sku = '38' or cpu_sku = '42') then 'Y' else 'N' end else 'N' end when cpu_sub_brand_modifier = 'Platinum' then case when cpu_sku_level = 8 then case when cpu_generation = 1 and (cpu_sku = '53' or cpu_sku = '56' or cpu_sku = '58' or cpu_sku = '60' or cpu_sku = '64' or cpu_sku = '68' or cpu_sku = '70' or cpu_sku = '71' or cpu_sku = '76' or cpu_sku = '80') then 'Y' when cpu_generation = 2 and (cpu_sku = '53' or cpu_sku = '56' or cpu_sku = '60' or cpu_sku = '68' or cpu_sku = '70' or cpu_sku = '72' or cpu_sku = '76' or cpu_sku = '80') then 'Y' when cpu_generation = 3 and (cpu_sku = '51' or cpu_sku = '52' or cpu_sku = '58' or cpu_sku = '60' or cpu_sku = '62' or cpu_sku = '68' or cpu_sku = '80') then 'Y' when cpu_generation = 4 and (cpu_sku = '52' or cpu_sku = '60' or cpu_sku = '68' or cpu_sku = '70' or cpu_sku = '80' or cpu_sku = '90') then 'Y' else 'N' end when cpu_sku_level = 9 then case when cpu_generation = 2 and (cpu_sku = '21' or cpu_sku = '22' or cpu_sku = '42' or cpu_sku = '82') then 'Y' else 'N' end else 'N' end when cpu_sub_brand_modifier = 'D' and (cpu_model_number = 'D-1702' or cpu_model_number = 'D-1712TR' or cpu_model_number = 'D-1713NT' or cpu_model_number = 'D-1713NTE' or cpu_model_number = 'D-1714' or cpu_model_number = 'D-1715TER' or cpu_model_number = 'D-1718T' or cpu_model_number = 'D-1722NE' or cpu_model_number = 'D-1726' or cpu_model_number = 'D-1732TE' or cpu_model_number = 'D-1733NT' or cpu_model_number = 'D-1735TR' or cpu_model_number = 'D-1736' or cpu_model_number = 'D-1736NT' or cpu_model_number = 'D-1739' or cpu_model_number = 'D-1746TER' or cpu_model_number = 'D-1747NTE' or cpu_model_number = 'D-1748TE' or cpu_model_number = 'D-1749NT' or cpu_model_number = 'D-2712T' or cpu_model_number = 'D-2733NT' or cpu_model_number = 'D-2738' or cpu_model_number = 'D-2752NTE' or cpu_model_number = 'D-2752TER' or cpu_model_number = 'D-2753NT' or cpu_model_number = 'D-2766NT' or cpu_model_number = 'D-2775TE' or cpu_model_number = 'D-2776NT' or cpu_model_number = 'D-2779' or cpu_model_number = 'D-2786NTE' or cpu_model_number = 'D-2795NT' or cpu_model_number = 'D-2796NT' or cpu_model_number = 'D-2796TE' or cpu_model_number = 'D-2798NT' or cpu_model_number = 'D-2799') then 'Y' when cpu_sub_brand_modifier = 'E' and (cpu_model_number = 'E-2104G' or cpu_model_number = 'E-2124' or cpu_model_number = 'E-2124G' or cpu_model_number = 'E-2126G' or cpu_model_number = 'E-2134' or cpu_model_number = 'E-2136' or cpu_model_number = 'E-2144G' or cpu_model_number = 'E-2146G' or cpu_model_number = 'E-2174G' or cpu_model_number = 'E-2176G' or cpu_model_number = 'E-2176M' or cpu_model_number = 'E-2186G' or cpu_model_number = 'E-2186M' or cpu_model_number = 'E-2224' or cpu_model_number = 'E-2224G' or cpu_model_number = 'E-2226G' or cpu_model_number = 'E-2226GE' or cpu_model_number = 'E-2234' or cpu_model_number = 'E-2236' or cpu_model_number = 'E-2244G' or cpu_model_number = 'E-2246G' or cpu_model_number = 'E-2254ME' or cpu_model_number = 'E-2254ML' or cpu_model_number = 'E-2274G' or cpu_model_number = 'E-2276G' or cpu_model_number = 'E-2276M' or cpu_model_number = 'E-2276ME' or cpu_model_number = 'E-2276ML' or cpu_model_number = 'E-2278G' or cpu_model_number = 'E-2278GE' or cpu_model_number = 'E-2278GEL' or cpu_model_number = 'E-2286G' or cpu_model_number = 'E-2286M' or cpu_model_number = 'E-2288G') then 'Y' when cpu_sub_brand_modifier = 'W' and (cpu_model_number = 'W-10855M' or cpu_model_number = 'W-10885M' or cpu_model_number = 'W-11855M' or cpu_model_number = 'W-11955M' or cpu_model_number = 'W-1250' or cpu_model_number = 'W-1250E' or cpu_model_number = 'W-1250P' or cpu_model_number = 'W-1250TE' or cpu_model_number = 'W-1270' or cpu_model_number = 'W-1270E' or cpu_model_number = 'W-1270P' or cpu_model_number = 'W-1270TE' or cpu_model_number = 'W-1290' or cpu_model_number = 'W-1290E' or cpu_model_number = 'W-1290P' or cpu_model_number = 'W-1290T' or cpu_model_number = 'W-1290TE' or cpu_model_number = 'W-2102' or cpu_model_number = 'W-2104' or cpu_model_number = 'W-2123' or cpu_model_number = 'W-2125' or cpu_model_number = 'W-2133' or cpu_model_number = 'W-2135' or cpu_model_number = 'W-2145' or cpu_model_number = 'W-2155' or cpu_model_number = 'W-2175' or cpu_model_number = 'W-2195' or cpu_model_number = 'W-2223' or cpu_model_number = 'W-2225' or cpu_model_number = 'W-2235' or cpu_model_number = 'W-2245' or cpu_model_number = 'W-2255' or cpu_model_number = 'W-2265' or cpu_model_number = 'W-2275' or cpu_model_number = 'W-2295' or cpu_model_number = 'W-3175X' or cpu_model_number = 'W-3223' or cpu_model_number = 'W-3225' or cpu_model_number = 'W-3235' or cpu_model_number = 'W-3245' or cpu_model_number = 'W-3245M' or cpu_model_number = 'W-3265' or cpu_model_number = 'W-3265M' or cpu_model_number = 'W-3275' or cpu_model_number = 'W-3275M' or cpu_model_number = 'W-3323' or cpu_model_number = 'W-3335' or cpu_model_number = 'W-3345' or cpu_model_number = 'W-3365' or cpu_model_number = 'W-3375') then 'Y' when cpu_sub_brand_modifier = 'W3' and (cpu_model_number = 'W3-2423' or cpu_model_number = 'W3-2425' or cpu_model_number = 'W3-2435') then 'Y' when cpu_sub_brand_modifier = 'W5' and (cpu_model_number = 'W5-2445' or cpu_model_number = 'W5-2455X' or cpu_model_number = 'W5-2465X' or cpu_model_number = 'W5-3423' or cpu_model_number = 'W5-3425' or cpu_model_number = 'W5-3433' or cpu_model_number = 'W5-3435X') then 'Y' when cpu_sub_brand_modifier = 'W7' and (cpu_model_number = ' W7-2475X' or cpu_model_number = 'W7-2495X' or cpu_model_number = 'W7-3445' or cpu_model_number = 'W7-3465X') then 'Y' when cpu_sub_brand_modifier = 'W9' and (cpu_model_number = 'W9-3475X' or cpu_model_number = 'W9-3495X') then 'Y' else 'N' end -- Xeon's cpu_sub_brand_modifier else 'N' end -- Intel's cpu_sub_brand -- AMD processors when cpu_brand = 'AMD' then case -- -- AMD EPYC processors -- when cpu_sub_brand = 'EPYC' and -- (cpu_model_number = '7252' or cpu_model_number = '7262' or cpu_model_number = '7272' or -- cpu_model_number = '7282' or cpu_model_number = '7302' or cpu_model_number = '7313' or -- cpu_model_number = '7343' or cpu_model_number = '7352' or cpu_model_number = '7402' or -- cpu_model_number = '7413' or cpu_model_number = '7443' or cpu_model_number = '7452' or -- cpu_model_number = '7453' or cpu_model_number = '7502' or cpu_model_number = '7513' or -- cpu_model_number = '7532' or cpu_model_number = '7542' or cpu_model_number = '7543' or -- cpu_model_number = '7552' or cpu_model_number = '7642' or cpu_model_number = '7643' or -- cpu_model_number = '7662' or cpu_model_number = '7663' or cpu_model_number = '7702' or -- cpu_model_number = '7713' or cpu_model_number = '7742' or cpu_model_number = '7763' or -- cpu_model_number = '7232P' or cpu_model_number = '7302P' or cpu_model_number = '72F3' or -- cpu_model_number = '7302P' or cpu_model_number = '7313P' or cpu_model_number = '73F3' or -- cpu_model_number = '7402P' or cpu_model_number = '7443P' or cpu_model_number = '74F3' or -- cpu_model_number = '7502P' or cpu_model_number = '7543P' or cpu_model_number = '75F3' or -- cpu_model_number = '7702P' or cpu_model_number = '7713P' or cpu_model_number = '7F32' or -- cpu_model_number = '7F52' or cpu_model_number = '7F72' or cpu_model_number = '7H12') -- then 'Y' -- AMD Ryzen processors when cpu_sub_brand = 'Ryzen' then case when cpu_sub_brand_modifier = '3' and (cpu_model_number = '3100' or cpu_model_number = '2300X' or cpu_model_number = '3200G' or cpu_model_number = '3200GE' or cpu_model_number = '3200U' or cpu_model_number = '3250C' or cpu_model_number = '3250U' or cpu_model_number = '3300U' or cpu_model_number = '3350U' or cpu_model_number = '4300G' or cpu_model_number = '4300GE' or cpu_model_number = '4300U' or cpu_model_number = '5300U' or cpu_model_number = '5400U') then 'Y' when cpu_sub_brand_modifier = '3 PRO' and (cpu_model_number = '3200G' or cpu_model_number = '3200GE' or cpu_model_number = '3300U' or cpu_model_number = '4350G' or cpu_model_number = '4350GE' or cpu_model_number = '4450U' or cpu_model_number = '5350G' or cpu_model_number = '5350GE' or cpu_model_number = '5450U') then 'Y' when cpu_sub_brand_modifier = '5' and (cpu_model_number = '2600' or cpu_model_number = '3600' or cpu_model_number = '2500X' or cpu_model_number = '2600E' or cpu_model_number = '2600X' or cpu_model_number = '3400G' or cpu_model_number = '3400GE' or cpu_model_number = '3450U' or cpu_model_number = '3500' or cpu_model_number = '3500C' or cpu_model_number = '3500U' or cpu_model_number = '3550H' or cpu_model_number = '3580U' or cpu_model_number = '3600X' or cpu_model_number = '3600XT' or cpu_model_number = '4500U' or cpu_model_number = '4600U' or cpu_model_number = '4600GE' or cpu_model_number = '4600H' or cpu_model_number = '4600U' or cpu_model_number = '5300G' or cpu_model_number = '5300GE' or cpu_model_number = '5500U' or cpu_model_number = '5600G' or cpu_model_number = '5600GE' or cpu_model_number = '5600H' or cpu_model_number = '5600HS' or cpu_model_number = '5600U' or cpu_model_number = '5600X') then 'Y' when cpu_sub_brand_modifier = '5 PRO' and (cpu_model_number = '2600' or cpu_model_number = '3600' or cpu_model_number = '3400G' or cpu_model_number = '3400GE' or cpu_model_number = '3500U' or cpu_model_number = '4650G' or cpu_model_number = '4650GE' or cpu_model_number = '4650U' or cpu_model_number = '5650G' or cpu_model_number = '5650GE' or cpu_model_number = '5650U' or cpu_model_number = '5750G' or cpu_model_number = '5750GE') then 'Y' when cpu_sub_brand_modifier = '7' and (cpu_model_number = '2700' or cpu_model_number = '5800' or cpu_model_number = '2700E' or cpu_model_number = '2700X' or cpu_model_number = '3700C' or cpu_model_number = '3700U' or cpu_model_number = '3700X' or cpu_model_number = '3750H' or cpu_model_number = '3780U' or cpu_model_number = '3800X' or cpu_model_number = '3800XT' or cpu_model_number = '4700G' or cpu_model_number = '4700GE' or cpu_model_number = '4700U' or cpu_model_number = '4800H' or cpu_model_number = '4800HS' or cpu_model_number = '4800U' or cpu_model_number = '5700G' or cpu_model_number = '5700GE' or cpu_model_number = '5700U' or cpu_model_number = '5700X' or cpu_model_number = '5800H' or cpu_model_number = '5800HS' or cpu_model_number = '5800U' or cpu_model_number = '5800X' or cpu_model_number = '5800X3D' or cpu_model_number = '5825C' or cpu_model_number = '5825U' or cpu_model_number = '6800H' or cpu_model_number = '6800HS' or cpu_model_number = '6800U' or cpu_model_number = '6810U' or cpu_model_number = '7700' or cpu_model_number = '7700X' or cpu_model_number = '7730U' or cpu_model_number = '7735HS' or cpu_model_number = '7735U' or cpu_model_number = '7736U' or cpu_model_number = '7745HX' or cpu_model_number = '7800X3D' or cpu_model_number = '7840H' or cpu_model_number = '7840HS' or cpu_model_number = '7840S' or cpu_model_number = '7840U') then 'Y' when cpu_sub_brand_modifier = '7 PRO' and (cpu_model_number = '2700' or cpu_model_number = '2700X' or cpu_model_number = '3700' or cpu_model_number = '3700U' or cpu_model_number = '4750G' or cpu_model_number = '4750GE' or cpu_model_number = '4750U' or cpu_model_number = '5845' or cpu_model_number = '5850HS' or cpu_model_number = '5850HX' or cpu_model_number = '5850U' or cpu_model_number = '5875U' or cpu_model_number = '6850H' or cpu_model_number = '6850H' or cpu_model_number = '6850HS' or cpu_model_number = '6850U' or cpu_model_number = '6860Z' or cpu_model_number = '7730U' or cpu_model_number = '7840U') then 'Y' when cpu_sub_brand_modifier = '9' and (cpu_model_number = '3900' or cpu_model_number = '3900X' or cpu_model_number = '3900XT' or cpu_model_number = '3950X' or cpu_model_number = '4900H' or cpu_model_number = '4900HS' or cpu_model_number = '5900HS' or cpu_model_number = '5900HX' or cpu_model_number = '5900X' or cpu_model_number = '5950X' or cpu_model_number = '5980HS' or cpu_model_number = '5980HX') then 'Y' when cpu_sub_brand_modifier = '9 PRO' and (cpu_model_number = '3900') then 'Y' when cpu_sub_brand_modifier = 'Threadripper' and (cpu_model_number = '2920X' or cpu_model_number = '2950X' or cpu_model_number = '2970WX' or cpu_model_number = '2990WX' or cpu_model_number = '3960X' or cpu_model_number = '3970X' or cpu_model_number = '3990X') then 'Y' when cpu_sub_brand_modifier = 'Threadripper PRO' and (cpu_model_number = '3945WX' or cpu_model_number = '3955WZ' or cpu_model_number = '3975WX' or cpu_model_number = '3995WX') then 'Y' else 'N' end -- AMD Ryzen's cpu_sub_brand_modifier else -- Unsupported AMD cpu_sub_brand 'N' end else -- Unsupported cpu_brand 'N' end as cpu_support_status from base_sql s ) select s.machine_tpm_specifications, count(distinct case when s.machine_tpm_specifications not ilike '2.%' then s.node_id end) as unsupported_machine_count, count(distinct case when s.machine_tpm_specifications ilike '2.%' then s.node_id end) as supported_machine_count, count(distinct s.node_id) as machine_count from ( select s.*, case -- First check for incompatible hardware/software when (node_cpu_speed_ghz < 1.0) or (node_per_cpu_cores < 2) or (ram_alloc_gb < 4.0) or (node_cpu_bitwidth is not null and node_cpu_bitwidth < 64.0) or (coalesce(node_disk0_c_free_gb, node_total_disk_free_gb) < 20.0) or (node_gpu_color_depth is not null and node_gpu_color_depth < 8) or (os_dx12orwddm2 is not null and os_dx12orwddm2 is false) or (max_display_res_y is not null and max_display_res_y < 720) or (max_display_size_in_inches is not null and max_display_size_in_inches < 9) or (machine_bios_uefi_capable is not null and machine_bios_uefi_capable is false) or (machine_secure_boot is not null and machine_secure_boot = 'Not supported') or (machine_tpm_specification is not null and machine_tpm_specification is false) then 'Unsupported' -- Then check for partial/maybe support (when values are NULL) when node_cpu_bitwidth is null or node_gpu_color_depth is null or os_dx12orwddm2 is null or max_display_res_y is null or max_display_size_in_inches is null or machine_bios_uefi_capable is null or machine_secure_boot is null or machine_tpm_specification is null then 'Partial' -- Otherwise it's supported else 'Supported' end as win11_inplace_upgrade_label, case -- First check for incompatible hardware/software when (node_cpu_speed_ghz < 1.0) or (node_per_cpu_cores < 2) or (ram_alloc_gb < 4.0) or (node_cpu_bitwidth is not null and node_cpu_bitwidth < 64.0) or (node_disk0_c_free_gb < 64.0) or (node_gpu_color_depth is not null and node_gpu_color_depth < 8) or (os_dx12orwddm2 is not null and os_dx12orwddm2 is false) or (max_display_res_y is not null and max_display_res_y < 720) or (max_display_size_in_inches is not null and max_display_size_in_inches < 9) or (machine_bios_uefi_capable is not null and machine_bios_uefi_capable is false) or (machine_secure_boot is not null and machine_secure_boot = 'Not supported') or (machine_tpm_specification is not null and machine_tpm_specification is false) then 'Unsupported' -- Then check for partial/maybe support (when values are NULL) when node_cpu_bitwidth is null or node_gpu_color_depth is null or os_dx12orwddm2 is null or max_display_res_y is null or max_display_size_in_inches is null or machine_bios_uefi_capable is null or machine_secure_boot is null or machine_tpm_specification is null then 'Partial' -- Otherwise it's supported else 'Supported' end as win11_image_upgrade_label, case when cpu_brand = 'Intel' then case -- Intel Atom processors when cpu_sub_brand = 'Atom' and (cpu_model_number = 'x6200FE' or cpu_model_number = 'x6211E' or cpu_model_number = 'x6212RE' or cpu_model_number = 'x6413E' or cpu_model_number = 'x6414RE' or cpu_model_number = 'x6425E' or cpu_model_number = 'x6425RE' or cpu_model_number = 'x6427FE') then 'Y' -- Intel Celeron processors when cpu_sub_brand = 'Celeron' then case when cpu_sub_brand_modifier = 'G' and (cpu_sku = '4900' or cpu_sku = '4920' or cpu_sku = '4930' or cpu_sku = '4932' or cpu_sku = '4950' or cpu_sku = '5900' or cpu_sku = '5905' or cpu_sku = '5920' or cpu_sku = '5925') then 'Y' when cpu_sub_brand_modifier = 'J' and (cpu_sku = '4005' or cpu_sku = '4025' or cpu_sku = '4105' or cpu_sku = '4115' or cpu_sku = '4125' or cpu_sku = '6412' or cpu_sku = '6413') then 'Y' when cpu_sub_brand_modifier = 'N' and (cpu_sku = '4000' or cpu_sku = '4020' or cpu_sku = '4100' or cpu_sku = '4120' or cpu_sku = '4500' or cpu_sku = '4505' or cpu_sku = '5100' or cpu_sku = '5105' or cpu_sku = '6210' or cpu_sku = '6211') then 'Y' when cpu_sub_brand_modifier is null and (cpu_sku = '6305' or cpu_sku = '3867' or cpu_sku = '4205' or cpu_sku = '4305' or cpu_sku = '5205' or cpu_sku = '5305' or cpu_sku = '6305') then 'Y' else 'N' end -- Intel Core processors when cpu_sub_brand = 'Core' then case when cpu_sub_brand_modifier ilike 'Ultra%' then 'Y' when cpu_generation >= 8 then 'Y' else 'N' end -- Intel Pentium processors when cpu_sub_brand = 'Pentium' then case when cpu_sub_brand_modifier = 'Gold' and (cpu_sku = '4417' or cpu_sku = '4425' or cpu_sku = '5405' or cpu_sku = '6405' or cpu_sku = '6500' or cpu_sku = '7505' or cpu_sku = 'G5400' or cpu_sku = 'G5400T' or cpu_sku = 'G5420' or cpu_sku = 'G5420T' or cpu_sku = 'G5500' or cpu_sku = 'G5500T' or cpu_sku = 'G5600' or cpu_sku = 'G5600T' or cpu_sku = 'G5620' or cpu_sku = 'G6400' or cpu_sku = 'G6400E' or cpu_sku = 'G6400T' or cpu_sku = 'G6400TE' or cpu_sku = 'G6405' or cpu_sku = 'G6405T' or cpu_sku = 'G6500' or cpu_sku = 'G6500T' or cpu_sku = 'G6505' or cpu_sku = 'G6505T' or cpu_sku = 'G6600' or cpu_sku = 'G6605') then 'Y' when cpu_sub_brand_modifier = 'Silver' and (cpu_sku = 'J5005' or cpu_sku = 'J5040' or cpu_sku = 'N5000' or cpu_sku = 'N5030' or cpu_sku = 'N6000' or cpu_sku = 'N6005') then 'Y' when cpu_sub_brand_modifier is null and (cpu_sku = '6805' or cpu_sku = 'J6426' or cpu_sku = 'N6415') then 'Y' else 'N' end -- Intel Xeon processors when cpu_sub_brand = 'Xeon' then case when cpu_sub_brand_modifier = 'Bronze' and (cpu_model_number = '3104' or cpu_model_number = '3106' or cpu_model_number = '3204' or cpu_model_number = '3206R') then 'Y' when cpu_sub_brand_modifier = 'Silver' then -- Fixed the condition case when cpu_sku_level = 4 then case when cpu_generation = 1 and (cpu_sku = '08' or cpu_sku = '09' or cpu_sku = '10' or cpu_sku = '12' or cpu_sku = '14' or cpu_sku = '16') then 'Y' when cpu_generation = 2 and (cpu_sku = '08' or cpu_sku = '09' or cpu_sku = '10' or cpu_sku = '14' or cpu_sku = '15' or cpu_sku = '16') then 'Y' when cpu_generation = 3 and (cpu_sku = '09' or cpu_sku = '10' or cpu_sku = '14' or cpu_sku = '16') then 'Y' when cpu_generation = 4 and (cpu_sku = '10' or cpu_sku = '16') then 'Y' else 'N' end else 'N' end when cpu_sub_brand_modifier = 'Gold' then -- Fixed the condition case when cpu_sku_level = 5 then case when cpu_generation = 1 and (cpu_sku = '15' or cpu_sku = '18' or cpu_sku = '19' or cpu_sku = '20' or cpu_sku = '22') then 'Y' when cpu_generation = 2 and (cpu_sku = '15' or cpu_sku = '17' or cpu_sku = '18' or cpu_sku = '20' or cpu_sku = '22') then 'Y' when cpu_generation = 3 and (cpu_sku = '15' or cpu_sku = '17' or cpu_sku = '18' or cpu_sku = '20' or cpu_sku = '22') then 'Y' when cpu_generation = 4 and (cpu_sku = '15' or cpu_sku = '16' or cpu_sku = '18' or cpu_sku = '20') then 'Y' else 'N' end when cpu_sku_level = 6 then case when cpu_generation = 1 and (cpu_sku = '26' or cpu_sku = '28' or cpu_sku = '30' or cpu_sku = '32' or cpu_sku = '34' or cpu_sku = '36' or cpu_sku = '38' or cpu_sku = '40' or cpu_sku = '42' or cpu_sku = '44' or cpu_sku = '46' or cpu_sku = '48' or cpu_sku = '50' or cpu_sku = '52' or cpu_sku = '54') then 'Y' when cpu_generation = 2 and (cpu_sku = '08' or cpu_sku = '09' or cpu_sku = '10' or cpu_sku = '12' or cpu_sku = '22' or cpu_sku = '26' or cpu_sku = '30' or cpu_sku = '34' or cpu_sku = '38' or cpu_sku = '40' or cpu_sku = '42' or cpu_sku = '44' or cpu_sku = '46' or cpu_sku = '48' or cpu_sku = '50' or cpu_sku = '52' or cpu_sku = '54' or cpu_sku = '56' or cpu_sku = '58' or cpu_sku = '62') then 'Y' when cpu_generation = 3 and (cpu_sku = '12' or cpu_sku = '14' or cpu_sku = '26' or cpu_sku = '30' or cpu_sku = '34' or cpu_sku = '36' or cpu_sku = '38' or cpu_sku = '42' or cpu_sku = '46' or cpu_sku = '48' or cpu_sku = '54') then 'Y' when cpu_generation = 4 and (cpu_sku = '16' or cpu_sku = '18' or cpu_sku = '30' or cpu_sku = '38' or cpu_sku = '42') then 'Y' else 'N' end else 'N' end when cpu_sub_brand_modifier = 'Platinum' then case when cpu_sku_level = 8 then case when cpu_generation = 1 and (cpu_sku = '53' or cpu_sku = '56' or cpu_sku = '58' or cpu_sku = '60' or cpu_sku = '64' or cpu_sku = '68' or cpu_sku = '70' or cpu_sku = '71' or cpu_sku = '76' or cpu_sku = '80') then 'Y' when cpu_generation = 2 and (cpu_sku = '53' or cpu_sku = '56' or cpu_sku = '60' or cpu_sku = '68' or cpu_sku = '70' or cpu_sku = '72' or cpu_sku = '76' or cpu_sku = '80') then 'Y' when cpu_generation = 3 and (cpu_sku = '51' or cpu_sku = '52' or cpu_sku = '58' or cpu_sku = '60' or cpu_sku = '62' or cpu_sku = '68' or cpu_sku = '80') then 'Y' when cpu_generation = 4 and (cpu_sku = '52' or cpu_sku = '60' or cpu_sku = '68' or cpu_sku = '70' or cpu_sku = '80' or cpu_sku = '90') then 'Y' else 'N' end when cpu_sku_level = 9 then case when cpu_generation = 2 and (cpu_sku = '21' or cpu_sku = '22' or cpu_sku = '42' or cpu_sku = '82') then 'Y' else 'N' end else 'N' end when cpu_sub_brand_modifier = 'D' and (cpu_model_number = 'D-1702' or cpu_model_number = 'D-1712TR' or cpu_model_number = 'D-1713NT' or cpu_model_number = 'D-1713NTE' or cpu_model_number = 'D-1714' or cpu_model_number = 'D-1715TER' or cpu_model_number = 'D-1718T' or cpu_model_number = 'D-1722NE' or cpu_model_number = 'D-1726' or cpu_model_number = 'D-1732TE' or cpu_model_number = 'D-1733NT' or cpu_model_number = 'D-1735TR' or cpu_model_number = 'D-1736' or cpu_model_number = 'D-1736NT' or cpu_model_number = 'D-1739' or cpu_model_number = 'D-1746TER' or cpu_model_number = 'D-1747NTE' or cpu_model_number = 'D-1748TE' or cpu_model_number = 'D-1749NT' or cpu_model_number = 'D-2712T' or cpu_model_number = 'D-2733NT' or cpu_model_number = 'D-2738' or cpu_model_number = 'D-2752NTE' or cpu_model_number = 'D-2752TER' or cpu_model_number = 'D-2753NT' or cpu_model_number = 'D-2766NT' or cpu_model_number = 'D-2775TE' or cpu_model_number = 'D-2776NT' or cpu_model_number = 'D-2779' or cpu_model_number = 'D-2786NTE' or cpu_model_number = 'D-2795NT' or cpu_model_number = 'D-2796NT' or cpu_model_number = 'D-2796TE' or cpu_model_number = 'D-2798NT' or cpu_model_number = 'D-2799') then 'Y' when cpu_sub_brand_modifier = 'E' and (cpu_model_number = 'E-2104G' or cpu_model_number = 'E-2124' or cpu_model_number = 'E-2124G' or cpu_model_number = 'E-2126G' or cpu_model_number = 'E-2134' or cpu_model_number = 'E-2136' or cpu_model_number = 'E-2144G' or cpu_model_number = 'E-2146G' or cpu_model_number = 'E-2174G' or cpu_model_number = 'E-2176G' or cpu_model_number = 'E-2176M' or cpu_model_number = 'E-2186G' or cpu_model_number = 'E-2186M' or cpu_model_number = 'E-2224' or cpu_model_number = 'E-2224G' or cpu_model_number = 'E-2226G' or cpu_model_number = 'E-2226GE' or cpu_model_number = 'E-2234' or cpu_model_number = 'E-2236' or cpu_model_number = 'E-2244G' or cpu_model_number = 'E-2246G' or cpu_model_number = 'E-2254ME' or cpu_model_number = 'E-2254ML' or cpu_model_number = 'E-2274G' or cpu_model_number = 'E-2276G' or cpu_model_number = 'E-2276M' or cpu_model_number = 'E-2276ME' or cpu_model_number = 'E-2276ML' or cpu_model_number = 'E-2278G' or cpu_model_number = 'E-2278GE' or cpu_model_number = 'E-2278GEL' or cpu_model_number = 'E-2286G' or cpu_model_number = 'E-2286M' or cpu_model_number = 'E-2288G') then 'Y' when cpu_sub_brand_modifier = 'W' and (cpu_model_number = 'W-10855M' or cpu_model_number = 'W-10885M' or cpu_model_number = 'W-11855M' or cpu_model_number = 'W-11955M' or cpu_model_number = 'W-1250' or cpu_model_number = 'W-1250E' or cpu_model_number = 'W-1250P' or cpu_model_number = 'W-1250TE' or cpu_model_number = 'W-1270' or cpu_model_number = 'W-1270E' or cpu_model_number = 'W-1270P' or cpu_model_number = 'W-1270TE' or cpu_model_number = 'W-1290' or cpu_model_number = 'W-1290E' or cpu_model_number = 'W-1290P' or cpu_model_number = 'W-1290T' or cpu_model_number = 'W-1290TE' or cpu_model_number = 'W-2102' or cpu_model_number = 'W-2104' or cpu_model_number = 'W-2123' or cpu_model_number = 'W-2125' or cpu_model_number = 'W-2133' or cpu_model_number = 'W-2135' or cpu_model_number = 'W-2145' or cpu_model_number = 'W-2155' or cpu_model_number = 'W-2175' or cpu_model_number = 'W-2195' or cpu_model_number = 'W-2223' or cpu_model_number = 'W-2225' or cpu_model_number = 'W-2235' or cpu_model_number = 'W-2245' or cpu_model_number = 'W-2255' or cpu_model_number = 'W-2265' or cpu_model_number = 'W-2275' or cpu_model_number = 'W-2295' or cpu_model_number = 'W-3175X' or cpu_model_number = 'W-3223' or cpu_model_number = 'W-3225' or cpu_model_number = 'W-3235' or cpu_model_number = 'W-3245' or cpu_model_number = 'W-3245M' or cpu_model_number = 'W-3265' or cpu_model_number = 'W-3265M' or cpu_model_number = 'W-3275' or cpu_model_number = 'W-3275M' or cpu_model_number = 'W-3323' or cpu_model_number = 'W-3335' or cpu_model_number = 'W-3345' or cpu_model_number = 'W-3365' or cpu_model_number = 'W-3375') then 'Y' when cpu_sub_brand_modifier = 'W3' and (cpu_model_number = 'W3-2423' or cpu_model_number = 'W3-2425' or cpu_model_number = 'W3-2435') then 'Y' when cpu_sub_brand_modifier = 'W5' and (cpu_model_number = 'W5-2445' or cpu_model_number = 'W5-2455X' or cpu_model_number = 'W5-2465X' or cpu_model_number = 'W5-3423' or cpu_model_number = 'W5-3425' or cpu_model_number = 'W5-3433' or cpu_model_number = 'W5-3435X') then 'Y' when cpu_sub_brand_modifier = 'W7' and (cpu_model_number = ' W7-2475X' or cpu_model_number = 'W7-2495X' or cpu_model_number = 'W7-3445' or cpu_model_number = 'W7-3465X') then 'Y' when cpu_sub_brand_modifier = 'W9' and (cpu_model_number = 'W9-3475X' or cpu_model_number = 'W9-3495X') then 'Y' else 'N' end -- Xeon's cpu_sub_brand_modifier else 'N' end -- Intel's cpu_sub_brand -- AMD processors when cpu_brand = 'AMD' then case -- -- AMD EPYC processors -- when cpu_sub_brand = 'EPYC' and -- (cpu_model_number = '7252' or cpu_model_number = '7262' or cpu_model_number = '7272' or -- cpu_model_number = '7282' or cpu_model_number = '7302' or cpu_model_number = '7313' or -- cpu_model_number = '7343' or cpu_model_number = '7352' or cpu_model_number = '7402' or -- cpu_model_number = '7413' or cpu_model_number = '7443' or cpu_model_number = '7452' or -- cpu_model_number = '7453' or cpu_model_number = '7502' or cpu_model_number = '7513' or -- cpu_model_number = '7532' or cpu_model_number = '7542' or cpu_model_number = '7543' or -- cpu_model_number = '7552' or cpu_model_number = '7642' or cpu_model_number = '7643' or -- cpu_model_number = '7662' or cpu_model_number = '7663' or cpu_model_number = '7702' or -- cpu_model_number = '7713' or cpu_model_number = '7742' or cpu_model_number = '7763' or -- cpu_model_number = '7232P' or cpu_model_number = '7302P' or cpu_model_number = '72F3' or -- cpu_model_number = '7302P' or cpu_model_number = '7313P' or cpu_model_number = '73F3' or -- cpu_model_number = '7402P' or cpu_model_number = '7443P' or cpu_model_number = '74F3' or -- cpu_model_number = '7502P' or cpu_model_number = '7543P' or cpu_model_number = '75F3' or -- cpu_model_number = '7702P' or cpu_model_number = '7713P' or cpu_model_number = '7F32' or -- cpu_model_number = '7F52' or cpu_model_number = '7F72' or cpu_model_number = '7H12') -- then 'Y' -- AMD Ryzen processors when cpu_sub_brand = 'Ryzen' then case when cpu_sub_brand_modifier = '3' and (cpu_model_number = '3100' or cpu_model_number = '2300X' or cpu_model_number = '3200G' or cpu_model_number = '3200GE' or cpu_model_number = '3200U' or cpu_model_number = '3250C' or cpu_model_number = '3250U' or cpu_model_number = '3300U' or cpu_model_number = '3350U' or cpu_model_number = '4300G' or cpu_model_number = '4300GE' or cpu_model_number = '4300U' or cpu_model_number = '5300U' or cpu_model_number = '5400U') then 'Y' when cpu_sub_brand_modifier = '3 PRO' and (cpu_model_number = '3200G' or cpu_model_number = '3200GE' or cpu_model_number = '3300U' or cpu_model_number = '4350G' or cpu_model_number = '4350GE' or cpu_model_number = '4450U' or cpu_model_number = '5350G' or cpu_model_number = '5350GE' or cpu_model_number = '5450U') then 'Y' when cpu_sub_brand_modifier = '5' and (cpu_model_number = '2600' or cpu_model_number = '3600' or cpu_model_number = '2500X' or cpu_model_number = '2600E' or cpu_model_number = '2600X' or cpu_model_number = '3400G' or cpu_model_number = '3400GE' or cpu_model_number = '3450U' or cpu_model_number = '3500' or cpu_model_number = '3500C' or cpu_model_number = '3500U' or cpu_model_number = '3550H' or cpu_model_number = '3580U' or cpu_model_number = '3600X' or cpu_model_number = '3600XT' or cpu_model_number = '4500U' or cpu_model_number = '4600U' or cpu_model_number = '4600GE' or cpu_model_number = '4600H' or cpu_model_number = '4600U' or cpu_model_number = '5300G' or cpu_model_number = '5300GE' or cpu_model_number = '5500U' or cpu_model_number = '5600G' or cpu_model_number = '5600GE' or cpu_model_number = '5600H' or cpu_model_number = '5600HS' or cpu_model_number = '5600U' or cpu_model_number = '5600X') then 'Y' when cpu_sub_brand_modifier = '5 PRO' and (cpu_model_number = '2600' or cpu_model_number = '3600' or cpu_model_number = '3400G' or cpu_model_number = '3400GE' or cpu_model_number = '3500U' or cpu_model_number = '4650G' or cpu_model_number = '4650GE' or cpu_model_number = '4650U' or cpu_model_number = '5650G' or cpu_model_number = '5650GE' or cpu_model_number = '5650U' or cpu_model_number = '5750G' or cpu_model_number = '5750GE') then 'Y' when cpu_sub_brand_modifier = '7' and (cpu_model_number = '2700' or cpu_model_number = '5800' or cpu_model_number = '2700E' or cpu_model_number = '2700X' or cpu_model_number = '3700C' or cpu_model_number = '3700U' or cpu_model_number = '3700X' or cpu_model_number = '3750H' or cpu_model_number = '3780U' or cpu_model_number = '3800X' or cpu_model_number = '3800XT' or cpu_model_number = '4700G' or cpu_model_number = '4700GE' or cpu_model_number = '4700U' or cpu_model_number = '4800H' or cpu_model_number = '4800HS' or cpu_model_number = '4800U' or cpu_model_number = '5700G' or cpu_model_number = '5700GE' or cpu_model_number = '5700U' or cpu_model_number = '5700X' or cpu_model_number = '5800H' or cpu_model_number = '5800HS' or cpu_model_number = '5800U' or cpu_model_number = '5800X' or cpu_model_number = '5800X3D' or cpu_model_number = '5825C' or cpu_model_number = '5825U' or cpu_model_number = '6800H' or cpu_model_number = '6800HS' or cpu_model_number = '6800U' or cpu_model_number = '6810U' or cpu_model_number = '7700' or cpu_model_number = '7700X' or cpu_model_number = '7730U' or cpu_model_number = '7735HS' or cpu_model_number = '7735U' or cpu_model_number = '7736U' or cpu_model_number = '7745HX' or cpu_model_number = '7800X3D' or cpu_model_number = '7840H' or cpu_model_number = '7840HS' or cpu_model_number = '7840S' or cpu_model_number = '7840U') then 'Y' when cpu_sub_brand_modifier = '7 PRO' and (cpu_model_number = '2700' or cpu_model_number = '2700X' or cpu_model_number = '3700' or cpu_model_number = '3700U' or cpu_model_number = '4750G' or cpu_model_number = '4750GE' or cpu_model_number = '4750U' or cpu_model_number = '5845' or cpu_model_number = '5850HS' or cpu_model_number = '5850HX' or cpu_model_number = '5850U' or cpu_model_number = '5875U' or cpu_model_number = '6850H' or cpu_model_number = '6850H' or cpu_model_number = '6850HS' or cpu_model_number = '6850U' or cpu_model_number = '6860Z' or cpu_model_number = '7730U' or cpu_model_number = '7840U') then 'Y' when cpu_sub_brand_modifier = '9' and (cpu_model_number = '3900' or cpu_model_number = '3900X' or cpu_model_number = '3900XT' or cpu_model_number = '3950X' or cpu_model_number = '4900H' or cpu_model_number = '4900HS' or cpu_model_number = '5900HS' or cpu_model_number = '5900HX' or cpu_model_number = '5900X' or cpu_model_number = '5950X' or cpu_model_number = '5980HS' or cpu_model_number = '5980HX') then 'Y' when cpu_sub_brand_modifier = '9 PRO' and (cpu_model_number = '3900') then 'Y' when cpu_sub_brand_modifier = 'Threadripper' and (cpu_model_number = '2920X' or cpu_model_number = '2950X' or cpu_model_number = '2970WX' or cpu_model_number = '2990WX' or cpu_model_number = '3960X' or cpu_model_number = '3970X' or cpu_model_number = '3990X') then 'Y' when cpu_sub_brand_modifier = 'Threadripper PRO' and (cpu_model_number = '3945WX' or cpu_model_number = '3955WZ' or cpu_model_number = '3975WX' or cpu_model_number = '3995WX') then 'Y' else 'N' end -- AMD Ryzen's cpu_sub_brand_modifier else -- Unsupported AMD cpu_sub_brand 'N' end else -- Unsupported cpu_brand 'N' end as cpu_support_status from ( select pn.id as node_id, pn.name as machine_name, nde.fqmn as machine_fqmn, nde.lastcontact::timestamptz at time zone 'America/New_York' as machine_last_contact, -- Machine hardware make, model, and chassis type nh.machine_make as machine_make, nh.machine_model as machine_model, nde.hwtype as machine_chassis_type, -- OS os.version as node_os_version, replace(replace(replace(replace(replace(replace(replace(replace(os.description, ' , ', ', '), 'Service Pack ', 'SP'), '(R)', ''), '(TM)', ''), '®', ''), '™', ''), '®', ''), '', '') as node_os_desc, os.buildversion as os_build_version, -- CPU nodecpu.node_cpu_model as node_cpu_model, nodecpu.node_cpu_short_models as node_cpu_short_models, round((nodecpu.node_per_cpu_mhz/1000.0)::numeric, 3) as node_cpu_speed_ghz, trim(both ' ' from nodecpu.cpu_brand) as cpu_brand, trim(both ' ' from nodecpu.cpu_sub_brand) as cpu_sub_brand, trim(both ' ' from nodecpu.cpu_sub_brand_modifier) as cpu_sub_brand_modifier, trim(both ' ' from nodecpu.cpu_model_number) as cpu_model_number, nodecpu.cpu_sku_level as cpu_sku_level, -- trim(both ' ' from nodecpu.cpu_generation) as cpu_generation, nodecpu.cpu_generation as cpu_generation, trim(both ' ' from nodecpu.cpu_sku) as cpu_sku, nodecpu.node_per_cpu_cores, nodecpu.node_cpu_cores, nodecpu.node_cpu_bitwidth, -- RAM noderam.node_ram_allocated_gb as node_ram_allocated_gb, nh.ram_alloc_gb, -- Disk storage nodedisk.node_disk0_c_size_gb as node_disk0_c_size_gb, nodedisk.node_disk0_c_used_gb as node_disk0_c_used_gb, nodedisk.node_disk0_c_free_gb as node_disk0_c_free_gb, nodedisk.node_total_disk_size_gb as node_total_disk_size_gb, nodedisk.node_total_disk_used_gb as node_total_disk_used_gb, nodedisk.node_total_disk_free_gb as node_total_disk_free_gb, -- GPU nodegpu.node_gpu_model as node_gpu_model, nodegpu.node_discrete_gpu_models as node_discrete_gpu_models, -- nodegpu.node_gpu_speed_mhz as node_gpu_speed_mhz, nodegpu.node_gpu_count as node_gpu_count, nodegpu.node_discrete_gpu_count as node_discrete_gpu_count, nodegpu.node_gpu_color_depth, os.dx12orwddm2 as os_dx12orwddm2, -- Display nodedis.node_display_dimensions as node_display_dimensions, nodedis.max_display_res_y as max_display_res_y, nodedis.node_display_size_in_inches, nodedis.max_display_size_in_inches, nodedis.node_display_count as node_display_count, -- BIOS & TPM case when nh.bios_uefi_capable is null then null else case when nh.bios_uefi_capable = 'Y' then true else false end end as machine_bios_uefi_capable, case when nh.bios_uefi_enabled is null then null else case when nh.bios_uefi_enabled = 'Y' then true else false end end as machine_bios_uefi_enabled, case when nodehealth.sec_secure_boot is null then null else nodehealth.sec_secure_boot end as machine_secure_boot, nh.tpm_specification as machine_tpm_specifications, case when nh.tpm_specification is null then null else case when strpos(nh.tpm_specification, '2.') > 0 then true else false end end as machine_tpm_specification, -- Windows 11 compatibility -- initcap(nde.win11_inplace_upgrade_compatibility) as win11_inplace_upgrade_compatibility, -- initcap(nde.win11_image_upgrade_compatibility) as win11_image_upgrade_compatibility -- Machine location loc_stats.city || ', ' || loc_stats.state || ', ' || loc_stats.country as machine_location_city_state_country, loc_stats.country as machine_location_country, loc_stats.state as machine_location_state, loc_stats.city as machine_location_city from tnt_config.policynode pn join tnt_config.node nde on (nde.id = pn.id) left outer join tnt_config.os os on (os.id = nde.os_id) left outer join node_hardware nh on (node_hardware_id = nde.hardware_id) left outer join node_cpus nodecpu on (nodecpu.hardware_id = nde.hardware_id) left outer join node_ram noderam on (noderam.node_id = pn.id) left outer join node_disk nodedisk on (nodedisk.node_id = pn.id) left outer join node_gpus nodegpu on (nodegpu.hardware_id = nde.hardware_id) left outer join node_displays nodedis on (nodedis.hardware_id = nde.hardware_id) left outer join node_health_stats nodehealth on (nodehealth.node_id = pn.id) left outer join ( select loc_stats.node_id as node_id, first(loc_stats.country) as country, first(loc_stats.state) as state, first(loc_stats.city) as city from tnt_audit.summaryreport_machine_location_stats loc_stats, -- lwl_rollup.sr_machine_location_stats_da loc_stats, ( select loc_stats.node_id as node_id, max(loc_stats.start_date) as start_date, max(loc_stats.end_date) as end_date from tnt_audit.summaryreport_machine_location_stats loc_stats -- lwl_rollup.sr_machine_location_stats_da loc_stats group by loc_stats.node_id ) latest_loc_stats where loc_stats.node_id = latest_loc_stats.node_id and loc_stats.start_date = latest_loc_stats.start_date and loc_stats.end_date = latest_loc_stats.end_date and loc_stats.end_date between latest_loc_stats.start_date and latest_loc_stats.end_date group by loc_stats.node_id ) loc_stats on (loc_stats.node_id = pn.id) where (pn.delete_time is null) -- Machine has not been deleted and (nde.delete_time is null) -- Machine has not been deleted and (nde.ihostversion is not null) -- Machine has a CID Key installed and (nde.certificate is not null) -- Machine has a valid certificate and (pn.system_object is false) -- Machine is not a system object like Stratusphere Hub, DB or Station and (pn.dirtystatusid is null or pn.dirtystatusid <> 3) -- Machine does not have a dirty status and (pn.type <= 2) -- Machines are either servers (1) or desktops (2) and (os.name = 'Windows') -- Machines that currently run Microsoft Windows and (os.description not ilike '%Windows 11%' -- Machine is already running Windows 11 and os.description not ilike '%Windows Server %') -- Machine is not already running Windows Server and (nde.vmtype is null) -- Machine is a physical machine to be considered for upgrade to Win10 -- Machine group filter and ('%' = ? or pn.id in (select ngn.nodeid from tnt_config.policynode pn, tnt_config.nodegroup_node ngn where (pn.type = 5) and (pn.id = ngn.nodegroupid) and (pn.name like ?))) order by lower(pn.name) asc nulls last ) s ) s group by s.machine_tpm_specifications order by machine_count desc limit 5 ; ]]>

2.0 In 1 12 0 0 Unknown In 2 12 0 0 Unknown ]]>

machine_tpm_specifications dimension

machine_tpm_specifications

unsupported_machine_count measure

unsupported_machine_count

supported_machine_count measure

supported_machine_count

machine_count measure

machine_count

param_1 MachineGroup string 12 1 false true false param_2 MachineGroup string 12 2 false true false

1 machine_tpm_specifications string 2 unsupported_machine_count decimal 3 supported_machine_count decimal 4 machine_count decimal

Portal

'vendor' as bios_vendor, -- bios_info->'smbBios' as bios_smbBios, -- bios_info->'version' as bios_version, -- bios_info->'revision' as bios_revision, -- date_trunc('day', cast(bios_info->'releaseDate' as timestamptz)) as bios_release_date, case when length(bios_info->'uefiCapable'::text) is null then null else case when bios_info->'uefiCapable' = 'false' then 'N' else 'Y' end end as bios_uefi_capable, case when length(bios_info->'uefiEnabled'::text) is null then null else case when bios_info->'uefiEnabled' = 'false' then 'N' else 'Y' end end as bios_uefi_enabled, -- tpm_info->'manufacturer' as tpm_manufacturer, -- tpm_info->'version' as tpm_version, -- (case when length(tpm_info->'owned'::text) is null then null else (case when tpm_info->'owned' = 'false' then 'N' else 'Y' end) end) as tpm_owned, -- (case when length(tpm_info->'active'::text) is null then null else (case when tpm_info->'active' = 'false' then 'N' else 'Y' end) end) as tpm_active, -- (case when length(tpm_info->'enabled'::text) is null then null else (case when tpm_info->'enabled' = 'false' then 'N' else 'Y' end) end) as tpm_enabled, tpm_info->'specification' as tpm_specification from tnt_config.node_hardware -- where -- id = 361955 -- id = 1219 ), -- node_cpus1 as ( -- select -- hardware_id, -- string_agg(distinct model, ', ') as node_cpu_model, -- string_agg(distinct rtrim(split_part(split_part(split_part(model, 'processor', 1), 'Processor', 1), 'CPU', 1)), ',') as node_cpu_short_models, -- array_agg(distinct bitwidth) as node_cpu_3264_bit, -- cpu_manufacturer, -- case -- when (cpu_manufacturer = 'AMD') then (trim(both ' ' from split_part(split_part(model, 'AMD ', 2), ' ', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then 'Pentium' -- trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then 'Atom' -- trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Core ') > 1)) then 'Core' -- (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), ' ', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then 'Xeon' -- (trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1))) -- end as cpu_class, -- case -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Opteron ') > 1)) then (trim(both ' ' from split_part(model, 'AMD Opteron Processor ', 2))) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Turion ') > 1)) then (replace(trim(both ' ' from split_part(model, 'AMD Turion ', 2)), 'Dual-Core ', '')) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then (replace(trim(both ' ' from split_part(model, 'AMD Ryzen ', 2)), 'Eight-Core Processor', '')) -- when (cpu_manufacturer = 'AMD') then (trim(both ' ' from split_part(split_part(model, 'AMD ', 2), ' ', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Core ') > 1)) then (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), ' ', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then (trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1))) -- end as cpu_model_number, -- case -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Opteron ') > 1)) then (trim(both ' ' from split_part(model, 'AMD Opteron Processor ', 2))) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Turion ') > 1)) then (replace(trim(both ' ' from split_part(model, 'AMD Turion ', 2)), 'Dual-Core ', '')) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then (replace(trim(both ' ' from split_part(model, 'AMD Ryzen ', 2)), 'Eight-Core Processor', '')) -- when (cpu_manufacturer = 'AMD') then (trim(both ' ' from split_part(split_part(model, 'AMD ', 2), ' ', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Core ') > 1) and (strpos(model, '-') > 1)) -- then -- (case -- when (cast(left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) as int) <= 11 ) -- then left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) -- when ((cast(left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) as int) >= 20)) -- then left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),1) -- end) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then (trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1))) -- end as cpu_generation, -- case -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Opteron ') > 1)) then 'AMD Opteron ' || (trim(both ' ' from split_part(model, 'AMD Opteron Processor ', 2))) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Turion ') > 1)) then 'AMD Turion ' || replace(trim(both ' ' from split_part(model, 'AMD Turion ', 2)), 'Dual-Core ', '') -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then 'AMD Ryzen ' || replace(trim(both ' ' from split_part(model, 'AMD Ryzen ', 2)), 'Eight-Core Processor', '') -- when (cpu_manufacturer = 'AMD') then (trim(both ' ' from 'AMD ' || split_part(split_part(model, 'AMD ', 2), ' ', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then 'Intel Pentium ' || trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then 'Intel Atom ' || trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Core ') > 1)) then (trim(both ' ' from split_part(model, ' CPU ', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then 'Intel Xeon ' || (trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1))) -- end as cpu_manu_class_model_number, -- count(*) as node_cpu_count, -- round(avg(speed_mhz)::numeric,0) as node_per_cpu_mhz, -- round(avg(cores)::numeric,0) as node_per_cpu_cores, -- sum(cores) as node_cpu_cores, -- round(sum(cores*speed_mhz)::numeric,0) as total_cpu_mhz -- from -- tnt_config.node_hardware_cpus -- group by -- hardware_id -- ), node_cpus as ( select hardware_id, string_agg(distinct model, ', ') as node_cpu_model, string_agg(distinct trim(regexp_replace(replace(replace(replace(replace(replace(split_part(model, ' @', 1), ' processor', ''), ' Processor', ''), ' CPU', ''), ' Eight-Core', ''), ' 8-Core', ''), '\s+', ' ', 'g')), ',') as node_cpu_short_models, string_agg(distinct case when (cpu_manufacturer = 'AMD' and (strpos(model, 'Opteron ') > 1)) then (trim(both ' ' from split_part(model, 'AMD Opteron Processor ', 2))) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Turion ') > 1)) then (replace(trim(both ' ' from split_part(model, 'AMD Turion ', 2)), 'Dual-Core ', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen 3 PRO ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen 3 PRO ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen 3 ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen 3 ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen 5 PRO ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen 5 PRO ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen 5 ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen 5 ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen 7 PRO ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen 7 PRO ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen 7 ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen 7 ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen 9 PRO ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen 9 PRO ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen 9 ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen 9 ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ThreadRipper PRO ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen ThreadRipper PRO ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ThreadRipper ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen ThreadRipper ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen Embedded ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen Embedded ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), 'AMD Ryzen ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD') then (trim(both ' ' from split_part(split_part(model, 'AMD ', 2), ' ', 1))) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium Gold ') >= 1)) then trim(both ' ' from split_part(split_part(model, ' CPU', 1), 'Pentium ', 2)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium Silver ') >= 1)) then trim(both ' ' from split_part(split_part(model, ' CPU', 1), 'Pentium ', 2)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then trim(both ' ' from split_part(split_part(model, 'Intel Atom ', 2), ' CPU', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Celeron CPU ') > 1)) then trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Celeron ') > 1) and (strpos(model, 'CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, 'Intel Celeron ', 2), ' CPU', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Celeron ') > 1) and (strpos(model, ' @ ') > 1)) then trim(both ' ' from split_part(model, ' ', 3)) when (cpu_manufacturer = 'Intel' and (strpos(model, ' Core Ultra ') > 1)) then (trim(both ' ' from split_part(model, ' ', 5))) when (cpu_manufacturer = 'Intel' and (strpos(model, ' Core ') > 1)) then (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), ' ', 1))) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Core2 Duo') > 1)) then split_part(model, ' ', 5) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Core2') > 1)) then split_part(model, ' ', 6) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Platinum') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 4)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Platinum') > 1) and (strpos(model, ' CPU @ ') <= 1)) then trim(both ' ' from split_part(model, ' ', 4)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Gold') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 4)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Gold') > 1) and (strpos(model, ' CPU @ ') <= 1)) then trim(both ' ' from split_part(model, ' ', 4)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Silver') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 4)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Silver') > 1) and (strpos(model, ' CPU @ ') <= 1)) then trim(both ' ' from split_part(model, ' ', 4)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Bronze') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 4)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 3)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1) and (strpos(model, ' @ ') <= 1)) then trim(both ' ' from split_part(model, ' ', 3)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then (trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1))) end, ',') as cpu_model_number, max(bitwidth) as node_cpu_bitwidth, string_agg(distinct cpu_manufacturer, ',') as cpu_brand, string_agg(distinct case when (cpu_manufacturer = 'AMD') then (trim(both ' ' from split_part(split_part(model, 'AMD ', 2), ' ', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium Gold ') >= 1)) then trim(both ' ' from split_part(split_part(model, 'Pentium ', 2), ' ', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium Silver ') >= 1)) then trim(both ' ' from split_part(split_part(model, 'Pentium ', 2), ' ', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then 'Pentium' -- trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then 'Atom' -- trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Celeron ') > 1)) then 'Celeron' -- trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, ' Core ') > 1)) then 'Core' -- (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), ' ', 1))) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Core2') > 1)) then 'Core2' -- (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), ' ', 1))) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then 'Xeon' -- (trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1))) end, ',') as cpu_sub_brand, -- string_agg(distinct case -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'EPYC ') > 1)) then null -- -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen Embedded ') > 1)) then left(trim(both ' ' from split_part(model, 'Embedded', 2)), 1) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1) and (strpos(model, ' PRO ') > 1)) then left(trim(both ' ' from split_part(split_part(model, 'Ryzen ', 2), ' PRO ', 1)), 1) || ' PRO' -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then left(trim(both ' ' from split_part(model, 'Ryzen ', 2)), 1) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium Gold ') >= 1)) then trim(both ' ' from split_part(split_part(model, 'Pentium ', 2), ' ', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium Silver ') >= 1)) then trim(both ' ' from split_part(split_part(model, 'Pentium ', 2), ' ', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then 'Pentium' -- trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then 'Atom' -- trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Celeron CPU ') > 1)) -- then ( -- case -- when ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) >= 48 and ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) <= 57 -- then null -- else left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1) -- end) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Celeron ') > 1) and (strpos(model, 'CPU @ ') > 1)) then left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron ', 2), ' CPU', 1)), 1) -- when (cpu_manufacturer = 'Intel' and (strpos(model, ' Core ') > 1) and (strpos(model, '-') > 1)) then (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), '-', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, ' Core ') > 1) and (strpos(model, ' Core Ultra ') > 1)) then (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), ' ', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Core2') > 1) and (strpos(model, '-') > 1)) then (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), '-', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Platinum ') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 3)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Gold ') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 3)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Silver ') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 3)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Bronze ') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 3)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon CPU ') > 1) and (strpos(model, ' @ ') > 1)) then left(trim(both ' ' from split_part(split_part(model, ' @ ', 1), 'Intel Xeon CPU ', 2)), 1) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1) and (strpos(model, ' CPU @ ') > 1)) then (trim(both ' ' from split_part(split_part(model, ' ', 3), '-', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then (trim(both ' ' from split_part(split_part(model, ' CPU ', 2), '-', 1))) -- end, ',') as cpu_sub_brand_modifier, string_agg(distinct (case when (cpu_manufacturer = 'AMD') then (case when (strpos(model, 'EPYC ') > 1) then null when (strpos(model, ' Ryzen ') > 1) then (case when (strpos(model, ' Embedded ') > 1) then left(trim(both ' ' from split_part(model, 'Embedded', 2)), 1) when (strpos(model, ' PRO ') > 1) then left(trim(both ' ' from split_part(split_part(model, 'Ryzen ', 2), ' PRO ', 1)), 1) || ' PRO' else left(trim(both ' ' from split_part(model, ' Ryzen ', 2)), 1) end) else null end) when (cpu_manufacturer = 'Qualcomm') then null when (cpu_manufacturer = 'Intel') then (case when (strpos(model, ' Atom ') > 1) then 'Atom' when (strpos(model, ' Celeron ') > 1) then (case when ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) >= 48 and ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) <= 57 then null when (strpos(model, ' CPU @ ') > 1) then left(trim(both ' ' from split_part(split_part(model, ' Celeron ', 2), ' CPU', 1)), 1) when (strpos(model, ' @ ') > 1) then left(trim(both ' ' from split_part(split_part(model, ' Celeron ', 2), ' @ ', 1)), 1) -- else left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1) else null end) when (strpos(model, ' Core ') > 1) then (case when (strpos(model, '-') > 1) then (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), '-', 1))) when (strpos(model, ' Ultra ') > 1) then (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), ' ', 1))) else null end) when (strpos(model, ' Core2 ') > 1) then (case when (strpos(model, ' Duo ') > 1 or strpos(model, ' Quad ') > 1) then trim(both ' ' from split_part(split_part(model, ' Core2 ', 2), ' ', 1)) else null end) when (strpos(model, ' Pentium ') > 1) then (case when (strpos(model, ' Gold ') > 1 or strpos(model, ' Silver ') > 1) then trim(both ' ' from split_part(split_part(model, ' Pentium ', 2), ' ', 1)) else null end) when (strpos(model, ' Xeon ') > 1) then (case when ((strpos(model, ' Platinum ') > 1 or strpos(model, ' Gold ') > 1 or strpos(model, ' Silver ') > 1 or strpos(model, ' Bronze ') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 3)) when ((strpos(model, ' Platinum ') > 1 or strpos(model, ' Gold ') > 1 or strpos(model, ' Silver ') > 1 or strpos(model, ' Bronze ') > 1) and (strpos(model, ' CPU @ ') <= 1)) then trim(both ' ' from split_part(model, ' ', 3)) when ((strpos(model, ' CPU ') > 1) and (strpos(model, ' @ ') > 1)) then left(trim(both ' ' from split_part(split_part(model, ' @ ', 1), 'Intel Xeon CPU ', 2)), 1) when ((strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' ', 3), '-', 1)) when ((strpos(model, '-') > 1)) then trim(both ' ' from split_part(split_part(model, ' Xeon ', 2), '-', 1)) else null end) when (strpos(model, ' Processor ') > 1) then null else null end) else null end), ',') as cpu_sub_brand_modifier, max( case when (cpu_manufacturer = 'AMD') then null when (cpu_manufacturer = 'Qualcomm') then null when (cpu_manufacturer = 'Intel') then ( case -- when (strpos(model, ' Atom ') > 1) -- then null -- when (strpos(model, ' Celeron ') > 1) -- then null -- when (strpos(model, ' Core Ultra ') > 1) -- then cast(left(trim(both ' ' from split_part(model, ' ', 5)), 1) as integer) -- when (strpos(model, ' Core ') > 1) -- then ( -- case -- when (strpos(model, 'th Gen ') > 1) and (strpos(model, '-') > 1) -- then cast(left(trim(both ' ' from split_part(model, '-', 2)), 2) as integer) -- when (strpos(model, 'th Gen ') <= 1) and (strpos(model, '-') > 1) and (length(split_part(split_part(model, '-', 2), ' ', 1)) >= 6) -- then cast(left(trim(both ' ' from split_part(model, '-', 2)), 2) as integer) -- when (strpos(model, 'th Gen ') <= 1) and (strpos(model, '-') > 1) -- then cast(left(trim(both ' ' from split_part(model, '-', 2)), 1) as integer) -- else null -- end) -- when (strpos(model, ' Pentium ') > 1) -- then null -- when (strpos(model, ' Processor ') > 1) -- then null when (strpos(model, ' Xeon ') > 1) then ( case when (strpos(model, ' Platinum ') > 1) or (strpos(model, ' Gold ') > 1) or (strpos(model, ' Silver ') > 1) or (strpos(model, ' Bronze ') > 1) then cast(left(trim(both ' ' from split_part(model, ' ', 4)), 1) as integer) else null end) else null end) else null end)::integer as cpu_sku_level, max( case when (cpu_manufacturer = 'AMD') then null when (cpu_manufacturer = 'Qualcomm') then null when (cpu_manufacturer = 'Intel') then ( case when (strpos(model, ' Atom ') > 1) then null when (strpos(model, ' Celeron ') > 1) then null when (strpos(model, ' Core Ultra ') > 1) then cast(left(trim(both ' ' from split_part(model, ' ', 5)), 1) as integer) when (strpos(model, ' Core ') > 1) then ( case when (strpos(model, 'th Gen ') > 1) and (strpos(model, '-') > 1) then cast(left(trim(both ' ' from split_part(model, '-', 2)), 2) as integer) when (strpos(model, 'th Gen ') <= 1) and (strpos(model, '-') > 1) and (length(split_part(split_part(model, '-', 2), ' ', 1)) >= 6) then cast(left(trim(both ' ' from split_part(model, '-', 2)), 2) as integer) when (strpos(model, 'th Gen ') <= 1) and (strpos(model, '-') > 1) then cast(left(trim(both ' ' from split_part(model, '-', 2)), 1) as integer) else null end) when (strpos(model, ' Pentium ') > 1) then null when (strpos(model, ' Processor ') > 1) then null when (strpos(model, ' Xeon ') > 1) then ( case when (strpos(model, ' Platinum ') > 1) or (strpos(model, ' Gold ') > 1) or (strpos(model, ' Silver ') > 1) or (strpos(model, ' Bronze ') > 1) then cast(right(left(trim(both ' ' from split_part(model, ' ', 4)), 2), 1) as integer) else null end) else null end) else null end)::integer as cpu_generation, -- string_agg(distinct case -- -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Opteron ') > 1)) then (trim(both ' ' from split_part(model, 'AMD Opteron Processor ', 2))) -- -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Turion ') > 1)) then (replace(trim(both ' ' from split_part(model, 'AMD Turion ', 2)), 'Dual-Core ', '')) -- -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then (replace(trim(both ' ' from split_part(model, 'AMD Ryzen ', 2)), 'Eight-Core Processor', '')) -- -- when (cpu_manufacturer = 'AMD') then (trim(both ' ' from split_part(split_part(model, 'AMD ', 2), ' ', 1))) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen Embedded ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, ' Embedded ', 2), ' ', 1)), 4, 2) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1) and (strpos(model, ' PRO ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, 'Ryzen ', 2), ' PRO ', 2)), 2, 4) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, 'AMD Ryzen ', 2), ' ', 2)), 3, 2) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium Gold ') >= 1)) then trim(both ' ' from split_part(split_part(model, 'Pentium Gold ', 2), ' CPU ', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium Silver ') >= 1)) then trim(both ' ' from split_part(split_part(model, 'Pentium Silver ', 2), ' CPU ', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1)) -- -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Celeron CPU ') > 1)) -- then (case when ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) >= 48 and ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) <= 57 -- then left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 4) -- else right(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 4) -- end) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Celeron ') > 1) and (strpos(model, 'CPU @ ') > 1)) then right(trim(both ' ' from split_part(split_part(model, 'Intel Celeron ', 2), ' CPU', 1)), 4) -- when (cpu_manufacturer = 'Intel' and (strpos(model, ' Core ') > 1) and (strpos(model, '-') > 1)) -- then -- (case -- -- Check if Intel, Core, and m3, m5, m7, then the first number after the - is supposed to be the SKU -- when ((strpos(lower(model), ' m3-') > 1) and (left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),1) ~ '^\d+(\.\d+)?$')) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) -- when ((strpos(lower(model), ' m5-') > 1) and (left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),1) ~ '^\d+(\.\d+)?$')) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) -- when ((strpos(lower(model), ' m7-') > 1) and (left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),1) ~ '^\d+(\.\d+)?$')) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) -- -- Check if Intel, Core, and i3, i5, i7, i9, then the first number after the - is supposed to be the SKU -- when ((strpos(lower(model), ' i3-') > 1) and (left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),1) ~ '^\d+(\.\d+)?$')) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) -- when ((strpos(lower(model), ' i5-') > 1) and (left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),1) ~ '^\d+(\.\d+)?$')) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) -- when ((strpos(lower(model), ' i7-') > 1) and (left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),1) ~ '^\d+(\.\d+)?$')) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) -- when ((strpos(lower(model), ' i9-') > 1) and (left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),1) ~ '^\d+(\.\d+)?$')) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) -- -- Check if Intel, Core and contains 'th Gen' to figure out generation -- when (strpos(lower(model), 'th gen ') > 1) -- then right(trim(both ' ' from split_part(model, '-', 2)), 3) -- when (cast(left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) as int) <= 11 and (strpos(model, 'G') > 1)) -- -- when (cast(left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) as int) <= 11 ) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),3, 2) -- when (cast(left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) as int) <= 11 and (strpos(model, 'G') <= 0)) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),3, 3) -- when ((cast(left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) as int) >= 20)) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2, 3) -- end) -- when (cpu_manufacturer = 'Intel' and (strpos(model, ' Core ') > 1) and (strpos(model, 'Ultra') > 1)) -- then trim(both ' ' from split_part(model, ' ', 5)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1) and (strpos(model, ' CPU @ ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 4)), 3, 2) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon CPU ') > 1) and (strpos(model, ' @ ') > 1)) then right(trim(both ' ' from split_part(split_part(model, ' @ ', 1), 'Intel Xeon CPU ', 2)), 2) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, ' CPU ', 2), '-', 2)), 3, 2) -- end, ',') as cpu_sku, string_agg(distinct case when (cpu_manufacturer = 'AMD') then (case when ((strpos(model, 'Ryzen Embedded ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, ' Embedded ', 2), ' ', 1)), 4, 2) when ((strpos(model, 'Ryzen ') > 1) and (strpos(model, ' PRO ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, 'Ryzen ', 2), ' PRO ', 2)), 2, 4) when ((strpos(model, 'Ryzen ') > 1) and (strpos(model, ' PRO ') <= 1)) then substr(trim(both ' ' from split_part(split_part(model, 'AMD Ryzen ', 2), ' ', 2)), 3, 2) when ((strpos(model, 'Athlon II ') > 1)) then trim(both ' ' from split_part(split_part(model, ' Athlon II ', 2), ' ', 2)) when ((strpos(model, 'Athlon ') > 1) and (strpos(model, 'Athlon II ') <= 1)) then trim(both ' ' from split_part(split_part(model, ' Athlon ', 2), ' ', 2)) else null end) when (cpu_manufacturer = 'Qualcomm') then null when (cpu_manufacturer = 'Intel') then (case when (strpos(model, ' Atom ') > 1) then null when (strpos(model, ' Celeron ') > 1) then (case when (strpos(model, 'Celeron CPU ') > 1) then (case when ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) >= 48 and ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) <= 57 then left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 4) else right(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 4) end) when ((strpos(model, ' Celeron ') > 1) and (strpos(model, 'CPU @ ') > 1)) then split_part(model, ' ', 3) when ((strpos(model, ' Celeron ') > 1) and (strpos(model, ' @ ') > 1)) then split_part(model, ' ', 3) else null end) when (strpos(model, ' Core ') > 1) then (case when (strpos(model, ' Ultra ') > 1) then split_part(model, ' ', 5) when (strpos(model, 'th Gen ') > 1) and (strpos(model, '-') > 1) then split_part(split_part(model, '-', 2), ' ', 1) when (strpos(model, 'th Gen ') <= 1) and (strpos(model, '-') > 1) then split_part(split_part(model, '-', 2), ' ', 1) else null end) when (strpos(model, ' Core2 ') > 1) then (case when (strpos(model, ' Duo ') > 1) then split_part(model, ' ', 5) else null end) when (strpos(model, ' Pentium ') > 1) then (case when ((strpos(model, ' Gold ') > 1)) then trim(both ' ' from split_part(split_part(model, ' Gold ', 2), ' CPU ', 1)) when ((strpos(model, ' Silver ') > 1)) then trim(both ' ' from split_part(split_part(model, ' Silver ', 2), ' CPU ', 1)) when ((strpos(model, 'Pentium ') >= 1)) then trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1)) else null end) when (strpos(model, ' Xeon ') > 1) then (case when (strpos(model, ' Platinum ') > 1) or (strpos(model, ' Gold ') > 1) or (strpos(model, ' Silver ') > 1) or (strpos(model, ' Bronze ') > 1) then substr(split_part(model, ' ', 4), 3, 2) when ((strpos(model, 'Xeon CPU ') > 1) and (strpos(model, ' @ ') > 1)) then right(trim(both ' ' from split_part(split_part(model, ' @ ', 1), 'Intel Xeon CPU ', 2)), 2) -- when (strpos(model, ' CPU @ ') > 1) -- then substring(split_part(split_part(model, ' CPU @ ', 1), ' ', 4), 3, 2) when (strpos(model, ' CPU @ ') > 1) then split_part(split_part(model, ' CPU @ ', 1), '-', 2) when ((strpos(model, 'Xeon ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, ' CPU ', 2), '-', 2)), 3, 2) else null end) when (strpos(model, ' Processor ') > 1) then null else null end) else null end, ',') as cpu_sku, -- string_agg(distinct case -- -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Opteron ') > 1)) then (trim(both ' ' from split_part(model, 'AMD Opteron Processor ', 2))) -- -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Turion ') > 1)) then (replace(trim(both ' ' from split_part(model, 'AMD Turion ', 2)), 'Dual-Core ', '')) -- -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then (replace(trim(both ' ' from split_part(model, 'AMD Ryzen ', 2)), 'Eight-Core Processor', '')) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen Embedded ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, ' Embedded ', 2), ' ', 1)), 6, 1) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, 'AMD Ryzen ', 2), ' ', 2)), 5, 1) -- -- when (cpu_manufacturer = 'AMD') then (trim(both ' ' from split_part(split_part(model, 'AMD ', 2), ' ', 1))) -- -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Celeron CPU ') > 1)) -- then (case when ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) >= 48 and ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) <= 57 -- then right(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1) -- -- else right(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 4) -- end) -- when (cpu_manufacturer = 'Intel' and (strpos(model, ' Core ') > 1) and (strpos(model, '-') > 1)) -- then -- (case -- when (cast(left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) as int) <= 11 and (strpos(model, 'G') > 1)) -- then right(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)), 2) -- when (cast(left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) as int) <= 11 and (strpos(model, 'G') <= 0)) -- then right(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)), 1) -- when ((cast(left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) as int) >= 20)) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)), 5, 2) -- end) -- -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then (trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1))) -- end, ',') as cpu_suffix, string_agg(distinct case when (cpu_manufacturer = 'AMD' and (strpos(model, 'Opteron ') > 1)) then 'AMD Opteron ' || (trim(both ' ' from split_part(model, 'AMD Opteron Processor ', 2))) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Turion ') > 1)) then 'AMD Turion ' || replace(trim(both ' ' from split_part(model, 'AMD Turion ', 2)), 'Dual-Core ', '') when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then 'AMD Ryzen ' || replace(trim(both ' ' from split_part(model, 'AMD Ryzen ', 2)), 'Eight-Core Processor', '') when (cpu_manufacturer = 'AMD') then (trim(both ' ' from 'AMD ' || split_part(split_part(model, 'AMD ', 2), ' ', 1))) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then 'Intel Pentium ' || trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then 'Intel Atom ' || trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, ' Core ') > 1)) then (trim(both ' ' from split_part(model, ' CPU ', 1))) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then 'Intel Xeon ' || (trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1))) end, ',') as cpu_manu_class_model_number, count(*) as node_cpu_count, round(avg(speed_mhz)::numeric,0) as node_per_cpu_mhz, round(avg(cores)::numeric,0) as node_per_cpu_cores, sum(cores) as node_cpu_cores, round(sum(cores*speed_mhz)::numeric,0) as total_cpu_mhz from ( select h.hardware_id, replace(replace(replace(h.model, '(R)', ''), '(TM)', ''), '(tm)', '') as model, case when split_part(replace(replace(replace(h.model, '(R)', ''), '(TM)', ''), '(tm)', ''), ' ', 1) ilike 'Pentium' then 'Intel' when strpos(model, 'Intel') > 1 then 'Intel' when strpos(model, 'AMD') > 1 then 'AMD' else split_part(replace(replace(replace(h.model, '(R)', ''), '(TM)', ''), '(tm)', ''), ' ', 1) end as cpu_manufacturer, h.bitwidth, h.cores as cores, h.speed_mhz from tnt_config.node_hardware_cpus h ) h group by hardware_id ), -- node_ram1 as ( -- with -- latest_sum_report as ( -- select -- sumrpt.node_id as node_id, -- max(sumrpt.start_date) as start_date, -- max(sumrpt.end_date) as end_date -- from -- tnt_audit.summaryreports sumrpt -- group by -- sumrpt.node_id -- ) -- select -- sumrpts.node_id as node_id, -- round((avg(sumrpts.mem_alloc)/1048576)::numeric, 3) as node_ram_allocated_gb -- from -- tnt_audit.summaryreports sumrpts, latest_sum_report lsr -- where -- sumrpts.node_id = lsr.node_id -- and sumrpts.start_date = lsr.start_date -- and sumrpts.end_date = lsr.end_date -- and sumrpts.end_date between lsr.start_date and lsr.end_date -- group by -- sumrpts.node_id -- ), -- node_ram2 as ( -- select -- sumrpts.node_id as node_id, -- round((avg(sumrpts.mem_alloc)/1048576)::numeric, 3) as node_ram_allocated_gb -- from -- tnt_audit.summaryreports sumrpts -- join tnt_config.node nde on (nde.id = sumrpts.node_id and nde.delete_time is null) -- where -- -- sumrpts.node_id = nde.id -- -- and sumrpts.start_date = nde.last_report_seen_start_date -- -- and sumrpts.end_date = nde.last_report_seen_end_date -- -- and sumrpts.end_date between nde.last_report_seen_start_date and nde.last_report_seen_end_date -- (sumrpts.end_date >= nde.last_report_seen_end_date) -- group by -- sumrpts.node_id -- ), node_ram as ( select sumrpts.node_id as node_id, round((avg(sumrpts.mem_alloc)/1048576)::numeric, 3) as node_ram_allocated_gb from tnt_audit.summaryreports sumrpts, ( select sumrpt.node_id as node_id, max(sumrpt.start_date) as start_date, max(sumrpt.end_date) as end_date from tnt_audit.summaryreports sumrpt group by sumrpt.node_id ) lsr where sumrpts.node_id = lsr.node_id and sumrpts.start_date = lsr.start_date and sumrpts.end_date = lsr.end_date and sumrpts.end_date between lsr.start_date and lsr.end_date group by sumrpts.node_id ), -- node_disk1 as ( -- with -- last_node_disk as ( -- select -- part_stats.node_id as node_id, -- max(part_stats.start_date) as start_date, -- max(part_stats.end_date) as end_date -- from -- tnt_audit.summaryreport_partition_stats part_stats -- group by -- part_stats.node_id -- ), -- part_stats as ( -- select -- part_stats.node_id as node_id, -- part_stats.disk_id as node_physical_disk_id, -- string_agg(distinct part_stats.name, ',') as node_disk_names, -- sum(part_stats.size) as node_per_disk_size_kb, -- sum(part_stats.avg_used) as node_per_disk_used_kb -- from -- tnt_audit.summaryreport_partition_stats part_stats, last_node_disk -- where -- part_stats.node_id = last_node_disk.node_id -- and part_stats.start_date = last_node_disk.start_date -- and part_stats.end_date = last_node_disk.end_date -- and part_stats.end_date between last_node_disk.start_date and last_node_disk.end_date -- and part_stats.local_type ilike 'local' -- group by -- part_stats.node_id, part_stats.disk_id -- ) -- select -- part_stats.node_id as node_id, -- round(max(part_stats.node_per_disk_size_kb)::numeric/1048576.0, 0) as node_max_disk_size_gb, -- round(max(part_stats.node_per_disk_used_kb)::numeric/1048576.0, 0) as node_max_disk_used_gb, -- round(sum(part_stats.node_per_disk_size_kb)::numeric/1048576, 0) as node_total_disk_size_gb, -- round(sum(part_stats.node_per_disk_used_kb)::numeric/1048576, 0) as node_total_disk_used_gb -- from -- part_stats -- group by -- part_stats.node_id -- ), -- node_disk2 as ( -- select -- part_stats.node_id as node_id, -- round(max(part_stats.node_per_disk_size_kb)::numeric/1048576.0, 0) as node_max_disk_size_gb, -- round(max(part_stats.node_per_disk_used_kb)::numeric/1048576.0, 0) as node_max_disk_used_gb, -- round(sum(part_stats.node_per_disk_size_kb)::numeric/1048576, 0) as node_total_disk_size_gb, -- round(sum(part_stats.node_per_disk_used_kb)::numeric/1048576, 0) as node_total_disk_used_gb -- from ( -- select -- part_stats.node_id as node_id, -- part_stats.disk_id as node_physical_disk_id, -- string_agg(distinct part_stats.name, ',') as node_disk_names, -- sum(part_stats.size) as node_per_disk_size_kb, -- sum(part_stats.avg_used) as node_per_disk_used_kb -- from -- tnt_audit.summaryreport_partition_stats part_stats -- join tnt_config.node nde on (nde.id = part_stats.node_id and nde.delete_time is null) -- where -- part_stats.node_id = nde.id -- and part_stats.start_date = nde.last_report_seen_start_date -- and part_stats.end_date = nde.last_report_seen_end_date -- and part_stats.end_date between nde.last_report_seen_start_date and nde.last_report_seen_end_date -- and part_stats.local_type ilike 'local' -- group by -- part_stats.node_id, part_stats.disk_id -- ) part_stats -- group by -- part_stats.node_id -- ), -- node_disk1 as ( -- select -- part_stats.node_id as node_id, -- round(max(part_stats.node_per_disk_size_kb)::numeric/1048576.0, 0) as node_max_disk_size_gb, -- round(max(part_stats.node_per_disk_used_kb)::numeric/1048576.0, 0) as node_max_disk_used_gb, -- round(sum(part_stats.node_per_disk_size_kb)::numeric/1048576, 0) as node_total_disk_size_gb, -- round(sum(part_stats.node_per_disk_used_kb)::numeric/1048576, 0) as node_total_disk_used_gb -- from ( -- select -- part_stats.node_id as node_id, -- part_stats.disk_id as node_physical_disk_id, -- string_agg(distinct part_stats.name, ',') as node_disk_names, -- sum(part_stats.size) as node_per_disk_size_kb, -- sum(part_stats.avg_used) as node_per_disk_used_kb -- from -- tnt_audit.summaryreport_partition_stats part_stats, -- ( select -- part_stats.node_id as node_id, -- max(part_stats.start_date) as start_date, -- max(part_stats.end_date) as end_date -- from -- tnt_audit.summaryreport_partition_stats part_stats -- -- where -- -- part_stats.node_id = 13047 -- group by -- part_stats.node_id -- ) last_part_stats -- where -- part_stats.node_id = last_part_stats.node_id -- and part_stats.start_date = last_part_stats.start_date -- and part_stats.end_date = last_part_stats.end_date -- and part_stats.end_date between last_part_stats.start_date and last_part_stats.end_date -- and part_stats.local_type ilike 'local' -- -- and part_stats.node_id = 13047 -- group by -- part_stats.node_id, part_stats.disk_id -- ) part_stats -- group by -- part_stats.node_id -- ), node_disk as ( select disk_stats.node_id as node_id, -- round(max(disk_stats.node_per_disk_size_kb)::numeric/1048576.0, 0) as node_max_disk_size_gb, -- round(max(disk_stats.node_per_disk_used_kb)::numeric/1048576.0, 0) as node_max_disk_used_gb, -- round(sum(disk_stats.node_per_disk_size_kb)::numeric/1048576.0, 0) as node_total_disk_size_gb, -- round(sum(disk_stats.node_per_disk_used_kb)::numeric/1048576.0, 0) as node_total_disk_used_gb round(disk_stats.node_total_disk_size_kb::numeric/1048576.0, 0) as node_total_disk_size_gb, round(disk_stats.node_total_disk_used_kb::numeric/1048576.0, 0) as node_total_disk_used_gb, round((disk_stats.node_total_disk_size_kb - disk_stats.node_total_disk_used_kb)::numeric/1048576.0, 0) as node_total_disk_free_gb, round(disk_stats.node_disk0_c_size_kb::numeric/1048576.0, 0) as node_disk0_c_size_gb, round(disk_stats.node_disk0_c_used_kb::numeric/1048576.0, 0) as node_disk0_c_used_gb, round((disk_stats.node_disk0_c_size_kb - disk_stats.node_disk0_c_used_kb)::numeric/1048576.0, 0) as node_disk0_c_free_gb from ( select disk_stats.node_id as node_id, -- disk_stats.disk_id as node_physical_disk_id, string_agg(distinct disk_stats.name, ',') as node_disk_names, sum(disk_stats.size) as node_total_disk_size_kb, sum(disk_stats.avg_used) as node_total_disk_used_kb, sum(case when disk_stats.name ilike '%disk0 ( C:%' then disk_stats.size end) as node_disk0_c_size_kb, sum(case when disk_stats.name ilike '%disk0 ( C:%' then disk_stats.avg_used end) as node_disk0_c_used_kb from -- tnt_audit.summaryreport_partition_stats part_stats, tnt_audit.summaryreport_disk_stats disk_stats, ( select disk_stats.node_id as node_id, max(disk_stats.start_date) as start_date, max(disk_stats.end_date) as end_date from -- tnt_audit.summaryreport_partition_stats disk_stats tnt_audit.summaryreport_disk_stats disk_stats -- where -- disk_stats.node_id = 13047 group by disk_stats.node_id ) last_disk_stats where disk_stats.node_id = last_disk_stats.node_id and disk_stats.start_date = last_disk_stats.start_date and disk_stats.end_date = last_disk_stats.end_date and disk_stats.end_date between last_disk_stats.start_date and last_disk_stats.end_date and disk_stats.type ilike 'LOCAL' -- and disk_stats.node_id = 13047 group by disk_stats.node_id--, disk_stats.disk_id ) disk_stats -- group by -- disk_stats.node_id ), node_health_stats as ( select hstats.node_id, hstats.sec_secure_boot from tnt_audit.summaryreport_machine_health_stats hstats, -- lwl_rollup.sr_machine_health_stats_da hstats, ( select node_id as node_id, max(start_date) as start_date, max(end_date) as end_date from tnt_audit.summaryreport_machine_health_stats -- lwl_rollup.sr_machine_health_stats_da hstats group by node_id ) last_health_stats where hstats.node_id = last_health_stats.node_id and hstats.start_date = last_health_stats.start_date and hstats.end_date = last_health_stats.end_date and hstats.end_date between last_health_stats.start_date and last_health_stats.end_date ), node_gpus as ( select hardware_id, string_agg(model, ', ') as node_gpu_model, string_agg(model, ',') as node_discrete_gpu_models, count(*) as node_discrete_gpu_count, string_agg(format('%s', speedmhz), ', ') as node_gpu_speed_mhz, -- string_agg(format('%s', colordepth), ', ') as node_gpu_color_depth, max(colordepth) as node_gpu_color_depth, count(*) as node_gpu_count from tnt_config.node_hardware_gpus where is_real = true group by hardware_id ), node_displays as ( select hardware_id, string_agg(dimensions, ', ') as node_display_dimensions, max(cast(split_part(dimensions, 'x', 2) as int)) as max_display_res_y, string_agg(coalesce(cast(details->'sizeInches' as text), 'N/A'), ',') as node_display_size_in_inches, max((cast(details->'sizeInches' as int))) as max_display_size_in_inches, count(*) as node_display_count from tnt_config.node_hardware_displays group by hardware_id ), base_sql as ( select pn.id as node_id, pn.name as machine_name, nde.fqmn as machine_fqmn, nde.lastcontact::timestamptz at time zone 'America/New_York' as machine_last_contact, -- Machine hardware make, model, and chassis type nh.machine_make as machine_make, nh.machine_model as machine_model, nde.hwtype as machine_chassis_type, -- OS os.version as node_os_version, replace(replace(replace(replace(replace(replace(replace(replace(os.description, ' , ', ', '), 'Service Pack ', 'SP'), '(R)', ''), '(TM)', ''), '®', ''), '™', ''), '®', ''), '', '') as node_os_desc, os.buildversion as os_build_version, -- CPU nodecpu.node_cpu_model as node_cpu_model, nodecpu.node_cpu_short_models as node_cpu_short_models, round((nodecpu.node_per_cpu_mhz/1000.0)::numeric, 3) as node_cpu_speed_ghz, trim(both ' ' from nodecpu.cpu_brand) as cpu_brand, trim(both ' ' from nodecpu.cpu_sub_brand) as cpu_sub_brand, trim(both ' ' from nodecpu.cpu_sub_brand_modifier) as cpu_sub_brand_modifier, trim(both ' ' from nodecpu.cpu_model_number) as cpu_model_number, nodecpu.cpu_sku_level as cpu_sku_level, -- trim(both ' ' from nodecpu.cpu_generation) as cpu_generation, nodecpu.cpu_generation as cpu_generation, trim(both ' ' from nodecpu.cpu_sku) as cpu_sku, nodecpu.node_per_cpu_cores, nodecpu.node_cpu_cores, nodecpu.node_cpu_bitwidth, -- RAM noderam.node_ram_allocated_gb as node_ram_allocated_gb, nh.ram_alloc_gb, -- Disk storage nodedisk.node_disk0_c_size_gb as node_disk0_c_size_gb, nodedisk.node_disk0_c_used_gb as node_disk0_c_used_gb, nodedisk.node_disk0_c_free_gb as node_disk0_c_free_gb, nodedisk.node_total_disk_size_gb as node_total_disk_size_gb, nodedisk.node_total_disk_used_gb as node_total_disk_used_gb, nodedisk.node_total_disk_free_gb as node_total_disk_free_gb, -- GPU nodegpu.node_gpu_model as node_gpu_model, nodegpu.node_discrete_gpu_models as node_discrete_gpu_models, -- nodegpu.node_gpu_speed_mhz as node_gpu_speed_mhz, nodegpu.node_gpu_count as node_gpu_count, nodegpu.node_discrete_gpu_count as node_discrete_gpu_count, nodegpu.node_gpu_color_depth, os.dx12orwddm2 as os_dx12orwddm2, -- Display nodedis.node_display_dimensions as node_display_dimensions, nodedis.max_display_res_y as max_display_res_y, nodedis.node_display_size_in_inches, nodedis.max_display_size_in_inches, nodedis.node_display_count as node_display_count, -- BIOS & TPM case when nh.bios_uefi_capable is null then null else case when nh.bios_uefi_capable = 'Y' then true else false end end as machine_bios_uefi_capable, case when nh.bios_uefi_enabled is null then null else case when nh.bios_uefi_enabled = 'Y' then true else false end end as machine_bios_uefi_enabled, case when nodehealth.sec_secure_boot is null then null else nodehealth.sec_secure_boot end as machine_secure_boot, nh.tpm_specification as machine_tpm_specifications, case when nh.tpm_specification is null then null else case when strpos(nh.tpm_specification, '2.') > 0 then true else false end end as machine_tpm_specification, -- Windows 11 compatibility -- initcap(nde.win11_inplace_upgrade_compatibility) as win11_inplace_upgrade_compatibility, -- initcap(nde.win11_image_upgrade_compatibility) as win11_image_upgrade_compatibility -- Machine location loc_stats.city || ', ' || loc_stats.state || ', ' || loc_stats.country as machine_location_city_state_country, loc_stats.country as machine_location_country, loc_stats.state as machine_location_state, loc_stats.city as machine_location_city from tnt_config.policynode pn join tnt_config.node nde on (nde.id = pn.id) left outer join tnt_config.os os on (os.id = nde.os_id) left outer join node_hardware nh on (node_hardware_id = nde.hardware_id) left outer join node_cpus nodecpu on (nodecpu.hardware_id = nde.hardware_id) left outer join node_ram noderam on (noderam.node_id = pn.id) left outer join node_disk nodedisk on (nodedisk.node_id = pn.id) left outer join node_gpus nodegpu on (nodegpu.hardware_id = nde.hardware_id) left outer join node_displays nodedis on (nodedis.hardware_id = nde.hardware_id) left outer join node_health_stats nodehealth on (nodehealth.node_id = pn.id) left outer join ( select loc_stats.node_id as node_id, first(loc_stats.country) as country, first(loc_stats.state) as state, first(loc_stats.city) as city from tnt_audit.summaryreport_machine_location_stats loc_stats, -- lwl_rollup.sr_machine_location_stats_da loc_stats, ( select loc_stats.node_id as node_id, max(loc_stats.start_date) as start_date, max(loc_stats.end_date) as end_date from tnt_audit.summaryreport_machine_location_stats loc_stats -- lwl_rollup.sr_machine_location_stats_da loc_stats group by loc_stats.node_id ) latest_loc_stats where loc_stats.node_id = latest_loc_stats.node_id and loc_stats.start_date = latest_loc_stats.start_date and loc_stats.end_date = latest_loc_stats.end_date and loc_stats.end_date between latest_loc_stats.start_date and latest_loc_stats.end_date group by loc_stats.node_id ) loc_stats on (loc_stats.node_id = pn.id) where (pn.delete_time is null) -- Machine has not been deleted and (nde.delete_time is null) -- Machine has not been deleted and (nde.ihostversion is not null) -- Machine has a CID Key installed and (nde.certificate is not null) -- Machine has a valid certificate and (pn.system_object is false) -- Machine is not a system object like Stratusphere Hub, DB or Station and (pn.dirtystatusid is null or pn.dirtystatusid <> 3) -- Machine does not have a dirty status and (pn.type <= 2) -- Machines are either servers (1) or desktops (2) and (os.name = 'Windows') -- Machines that currently run Microsoft Windows -- and (os.description not ilike '%Windows 11%' -- Machine is already running Windows 11 -- and os.description not ilike '%Windows Server %') -- Machine is not already running Windows Server -- and (nde.vmtype is null) -- Machine is a physical machine to be considered for upgrade to Win10 -- Machine group filter and ('%' = '%' or pn.id in (select ngn.nodeid from tnt_config.policynode pn, tnt_config.nodegroup_node ngn where (pn.type = 5) and (pn.id = ngn.nodegroupid) and (pn.name like '%'))) order by lower(pn.name) asc nulls last ), status_sql as ( select s.*, case -- First check for incompatible hardware/software when (node_cpu_speed_ghz < 1.0) or (node_per_cpu_cores < 2) or (ram_alloc_gb < 4.0) or (node_cpu_bitwidth is not null and node_cpu_bitwidth < 64.0) or (node_disk0_c_free_gb < 20.0) or (node_gpu_color_depth is not null and node_gpu_color_depth < 8) or (os_dx12orwddm2 is not null and os_dx12orwddm2 is false) or (max_display_res_y is not null and max_display_res_y < 720) or (max_display_size_in_inches is not null and max_display_size_in_inches < 9) or (machine_bios_uefi_capable is not null and machine_bios_uefi_capable is false) or (machine_secure_boot is not null and machine_secure_boot = 'Not supported') or (machine_tpm_specification is not null and machine_tpm_specification is false) then 'Unsupported' -- Then check for partial/maybe support (when values are NULL) when node_cpu_bitwidth is null or node_gpu_color_depth is null or os_dx12orwddm2 is null or max_display_res_y is null or max_display_size_in_inches is null or machine_bios_uefi_capable is null or machine_secure_boot is null or machine_tpm_specification is null then 'Partial' -- Otherwise it's supported else 'Supported' end as win11_inplace_upgrade_label, case -- First check for incompatible hardware/software when (node_cpu_speed_ghz < 1.0) or (node_per_cpu_cores < 2) or (ram_alloc_gb < 4.0) or (node_cpu_bitwidth is not null and node_cpu_bitwidth < 64.0) or (node_disk0_c_free_gb < 64.0) or (node_gpu_color_depth is not null and node_gpu_color_depth < 8) or (os_dx12orwddm2 is not null and os_dx12orwddm2 is false) or (max_display_res_y is not null and max_display_res_y < 720) or (max_display_size_in_inches is not null and max_display_size_in_inches < 9) or (machine_bios_uefi_capable is not null and machine_bios_uefi_capable is false) or (machine_secure_boot is not null and machine_secure_boot = 'Not supported') or (machine_tpm_specification is not null and machine_tpm_specification is false) then 'Unsupported' -- Then check for partial/maybe support (when values are NULL) when node_cpu_bitwidth is null or node_gpu_color_depth is null or os_dx12orwddm2 is null or max_display_res_y is null or max_display_size_in_inches is null or machine_bios_uefi_capable is null or machine_secure_boot is null or machine_tpm_specification is null then 'Partial' -- Otherwise it's supported else 'Supported' end as win11_image_upgrade_label, case when cpu_brand = 'Intel' then case -- Intel Atom processors when cpu_sub_brand = 'Atom' and (cpu_model_number = 'x6200FE' or cpu_model_number = 'x6211E' or cpu_model_number = 'x6212RE' or cpu_model_number = 'x6413E' or cpu_model_number = 'x6414RE' or cpu_model_number = 'x6425E' or cpu_model_number = 'x6425RE' or cpu_model_number = 'x6427FE') then 'Y' -- Intel Celeron processors when cpu_sub_brand = 'Celeron' then case when cpu_sub_brand_modifier = 'G' and (cpu_sku = '4900' or cpu_sku = '4920' or cpu_sku = '4930' or cpu_sku = '4932' or cpu_sku = '4950' or cpu_sku = '5900' or cpu_sku = '5905' or cpu_sku = '5920' or cpu_sku = '5925') then 'Y' when cpu_sub_brand_modifier = 'J' and (cpu_sku = '4005' or cpu_sku = '4025' or cpu_sku = '4105' or cpu_sku = '4115' or cpu_sku = '4125' or cpu_sku = '6412' or cpu_sku = '6413') then 'Y' when cpu_sub_brand_modifier = 'N' and (cpu_sku = '4000' or cpu_sku = '4020' or cpu_sku = '4100' or cpu_sku = '4120' or cpu_sku = '4500' or cpu_sku = '4505' or cpu_sku = '5100' or cpu_sku = '5105' or cpu_sku = '6210' or cpu_sku = '6211') then 'Y' when cpu_sub_brand_modifier is null and (cpu_sku = '6305' or cpu_sku = '3867' or cpu_sku = '4205' or cpu_sku = '4305' or cpu_sku = '5205' or cpu_sku = '5305' or cpu_sku = '6305') then 'Y' else 'N' end -- Intel Core processors when cpu_sub_brand = 'Core' then case when cpu_sub_brand_modifier ilike 'Ultra%' then 'Y' when cpu_generation >= 8 then 'Y' else 'N' end -- Intel Pentium processors when cpu_sub_brand = 'Pentium' then case when cpu_sub_brand_modifier = 'Gold' and (cpu_sku = '4417' or cpu_sku = '4425' or cpu_sku = '5405' or cpu_sku = '6405' or cpu_sku = '6500' or cpu_sku = '7505' or cpu_sku = 'G5400' or cpu_sku = 'G5400T' or cpu_sku = 'G5420' or cpu_sku = 'G5420T' or cpu_sku = 'G5500' or cpu_sku = 'G5500T' or cpu_sku = 'G5600' or cpu_sku = 'G5600T' or cpu_sku = 'G5620' or cpu_sku = 'G6400' or cpu_sku = 'G6400E' or cpu_sku = 'G6400T' or cpu_sku = 'G6400TE' or cpu_sku = 'G6405' or cpu_sku = 'G6405T' or cpu_sku = 'G6500' or cpu_sku = 'G6500T' or cpu_sku = 'G6505' or cpu_sku = 'G6505T' or cpu_sku = 'G6600' or cpu_sku = 'G6605') then 'Y' when cpu_sub_brand_modifier = 'Silver' and (cpu_sku = 'J5005' or cpu_sku = 'J5040' or cpu_sku = 'N5000' or cpu_sku = 'N5030' or cpu_sku = 'N6000' or cpu_sku = 'N6005') then 'Y' when cpu_sub_brand_modifier is null and (cpu_sku = '6805' or cpu_sku = 'J6426' or cpu_sku = 'N6415') then 'Y' else 'N' end -- Intel Xeon processors when cpu_sub_brand = 'Xeon' then case when cpu_sub_brand_modifier = 'Bronze' and (cpu_model_number = '3104' or cpu_model_number = '3106' or cpu_model_number = '3204' or cpu_model_number = '3206R') then 'Y' when cpu_sub_brand_modifier = 'Silver' then -- Fixed the condition case when cpu_sku_level = 4 then case when cpu_generation = 1 and (cpu_sku = '08' or cpu_sku = '09' or cpu_sku = '10' or cpu_sku = '12' or cpu_sku = '14' or cpu_sku = '16') then 'Y' when cpu_generation = 2 and (cpu_sku = '08' or cpu_sku = '09' or cpu_sku = '10' or cpu_sku = '14' or cpu_sku = '15' or cpu_sku = '16') then 'Y' when cpu_generation = 3 and (cpu_sku = '09' or cpu_sku = '10' or cpu_sku = '14' or cpu_sku = '16') then 'Y' when cpu_generation = 4 and (cpu_sku = '10' or cpu_sku = '16') then 'Y' else 'N' end else 'N' end when cpu_sub_brand_modifier = 'Gold' then -- Fixed the condition case when cpu_sku_level = 5 then case when cpu_generation = 1 and (cpu_sku = '15' or cpu_sku = '18' or cpu_sku = '19' or cpu_sku = '20' or cpu_sku = '22') then 'Y' when cpu_generation = 2 and (cpu_sku = '15' or cpu_sku = '17' or cpu_sku = '18' or cpu_sku = '20' or cpu_sku = '22') then 'Y' when cpu_generation = 3 and (cpu_sku = '15' or cpu_sku = '17' or cpu_sku = '18' or cpu_sku = '20' or cpu_sku = '22') then 'Y' when cpu_generation = 4 and (cpu_sku = '15' or cpu_sku = '16' or cpu_sku = '18' or cpu_sku = '20') then 'Y' else 'N' end when cpu_sku_level = 6 then case when cpu_generation = 1 and (cpu_sku = '26' or cpu_sku = '28' or cpu_sku = '30' or cpu_sku = '32' or cpu_sku = '34' or cpu_sku = '36' or cpu_sku = '38' or cpu_sku = '40' or cpu_sku = '42' or cpu_sku = '44' or cpu_sku = '46' or cpu_sku = '48' or cpu_sku = '50' or cpu_sku = '52' or cpu_sku = '54') then 'Y' when cpu_generation = 2 and (cpu_sku = '08' or cpu_sku = '09' or cpu_sku = '10' or cpu_sku = '12' or cpu_sku = '22' or cpu_sku = '26' or cpu_sku = '30' or cpu_sku = '34' or cpu_sku = '38' or cpu_sku = '40' or cpu_sku = '42' or cpu_sku = '44' or cpu_sku = '46' or cpu_sku = '48' or cpu_sku = '50' or cpu_sku = '52' or cpu_sku = '54' or cpu_sku = '56' or cpu_sku = '58' or cpu_sku = '62') then 'Y' when cpu_generation = 3 and (cpu_sku = '12' or cpu_sku = '14' or cpu_sku = '26' or cpu_sku = '30' or cpu_sku = '34' or cpu_sku = '36' or cpu_sku = '38' or cpu_sku = '42' or cpu_sku = '46' or cpu_sku = '48' or cpu_sku = '54') then 'Y' when cpu_generation = 4 and (cpu_sku = '16' or cpu_sku = '18' or cpu_sku = '30' or cpu_sku = '38' or cpu_sku = '42') then 'Y' else 'N' end else 'N' end when cpu_sub_brand_modifier = 'Platinum' then case when cpu_sku_level = 8 then case when cpu_generation = 1 and (cpu_sku = '53' or cpu_sku = '56' or cpu_sku = '58' or cpu_sku = '60' or cpu_sku = '64' or cpu_sku = '68' or cpu_sku = '70' or cpu_sku = '71' or cpu_sku = '76' or cpu_sku = '80') then 'Y' when cpu_generation = 2 and (cpu_sku = '53' or cpu_sku = '56' or cpu_sku = '60' or cpu_sku = '68' or cpu_sku = '70' or cpu_sku = '72' or cpu_sku = '76' or cpu_sku = '80') then 'Y' when cpu_generation = 3 and (cpu_sku = '51' or cpu_sku = '52' or cpu_sku = '58' or cpu_sku = '60' or cpu_sku = '62' or cpu_sku = '68' or cpu_sku = '80') then 'Y' when cpu_generation = 4 and (cpu_sku = '52' or cpu_sku = '60' or cpu_sku = '68' or cpu_sku = '70' or cpu_sku = '80' or cpu_sku = '90') then 'Y' else 'N' end when cpu_sku_level = 9 then case when cpu_generation = 2 and (cpu_sku = '21' or cpu_sku = '22' or cpu_sku = '42' or cpu_sku = '82') then 'Y' else 'N' end else 'N' end when cpu_sub_brand_modifier = 'D' and (cpu_model_number = 'D-1702' or cpu_model_number = 'D-1712TR' or cpu_model_number = 'D-1713NT' or cpu_model_number = 'D-1713NTE' or cpu_model_number = 'D-1714' or cpu_model_number = 'D-1715TER' or cpu_model_number = 'D-1718T' or cpu_model_number = 'D-1722NE' or cpu_model_number = 'D-1726' or cpu_model_number = 'D-1732TE' or cpu_model_number = 'D-1733NT' or cpu_model_number = 'D-1735TR' or cpu_model_number = 'D-1736' or cpu_model_number = 'D-1736NT' or cpu_model_number = 'D-1739' or cpu_model_number = 'D-1746TER' or cpu_model_number = 'D-1747NTE' or cpu_model_number = 'D-1748TE' or cpu_model_number = 'D-1749NT' or cpu_model_number = 'D-2712T' or cpu_model_number = 'D-2733NT' or cpu_model_number = 'D-2738' or cpu_model_number = 'D-2752NTE' or cpu_model_number = 'D-2752TER' or cpu_model_number = 'D-2753NT' or cpu_model_number = 'D-2766NT' or cpu_model_number = 'D-2775TE' or cpu_model_number = 'D-2776NT' or cpu_model_number = 'D-2779' or cpu_model_number = 'D-2786NTE' or cpu_model_number = 'D-2795NT' or cpu_model_number = 'D-2796NT' or cpu_model_number = 'D-2796TE' or cpu_model_number = 'D-2798NT' or cpu_model_number = 'D-2799') then 'Y' when cpu_sub_brand_modifier = 'E' and (cpu_model_number = 'E-2104G' or cpu_model_number = 'E-2124' or cpu_model_number = 'E-2124G' or cpu_model_number = 'E-2126G' or cpu_model_number = 'E-2134' or cpu_model_number = 'E-2136' or cpu_model_number = 'E-2144G' or cpu_model_number = 'E-2146G' or cpu_model_number = 'E-2174G' or cpu_model_number = 'E-2176G' or cpu_model_number = 'E-2176M' or cpu_model_number = 'E-2186G' or cpu_model_number = 'E-2186M' or cpu_model_number = 'E-2224' or cpu_model_number = 'E-2224G' or cpu_model_number = 'E-2226G' or cpu_model_number = 'E-2226GE' or cpu_model_number = 'E-2234' or cpu_model_number = 'E-2236' or cpu_model_number = 'E-2244G' or cpu_model_number = 'E-2246G' or cpu_model_number = 'E-2254ME' or cpu_model_number = 'E-2254ML' or cpu_model_number = 'E-2274G' or cpu_model_number = 'E-2276G' or cpu_model_number = 'E-2276M' or cpu_model_number = 'E-2276ME' or cpu_model_number = 'E-2276ML' or cpu_model_number = 'E-2278G' or cpu_model_number = 'E-2278GE' or cpu_model_number = 'E-2278GEL' or cpu_model_number = 'E-2286G' or cpu_model_number = 'E-2286M' or cpu_model_number = 'E-2288G') then 'Y' when cpu_sub_brand_modifier = 'W' and (cpu_model_number = 'W-10855M' or cpu_model_number = 'W-10885M' or cpu_model_number = 'W-11855M' or cpu_model_number = 'W-11955M' or cpu_model_number = 'W-1250' or cpu_model_number = 'W-1250E' or cpu_model_number = 'W-1250P' or cpu_model_number = 'W-1250TE' or cpu_model_number = 'W-1270' or cpu_model_number = 'W-1270E' or cpu_model_number = 'W-1270P' or cpu_model_number = 'W-1270TE' or cpu_model_number = 'W-1290' or cpu_model_number = 'W-1290E' or cpu_model_number = 'W-1290P' or cpu_model_number = 'W-1290T' or cpu_model_number = 'W-1290TE' or cpu_model_number = 'W-2102' or cpu_model_number = 'W-2104' or cpu_model_number = 'W-2123' or cpu_model_number = 'W-2125' or cpu_model_number = 'W-2133' or cpu_model_number = 'W-2135' or cpu_model_number = 'W-2145' or cpu_model_number = 'W-2155' or cpu_model_number = 'W-2175' or cpu_model_number = 'W-2195' or cpu_model_number = 'W-2223' or cpu_model_number = 'W-2225' or cpu_model_number = 'W-2235' or cpu_model_number = 'W-2245' or cpu_model_number = 'W-2255' or cpu_model_number = 'W-2265' or cpu_model_number = 'W-2275' or cpu_model_number = 'W-2295' or cpu_model_number = 'W-3175X' or cpu_model_number = 'W-3223' or cpu_model_number = 'W-3225' or cpu_model_number = 'W-3235' or cpu_model_number = 'W-3245' or cpu_model_number = 'W-3245M' or cpu_model_number = 'W-3265' or cpu_model_number = 'W-3265M' or cpu_model_number = 'W-3275' or cpu_model_number = 'W-3275M' or cpu_model_number = 'W-3323' or cpu_model_number = 'W-3335' or cpu_model_number = 'W-3345' or cpu_model_number = 'W-3365' or cpu_model_number = 'W-3375') then 'Y' when cpu_sub_brand_modifier = 'W3' and (cpu_model_number = 'W3-2423' or cpu_model_number = 'W3-2425' or cpu_model_number = 'W3-2435') then 'Y' when cpu_sub_brand_modifier = 'W5' and (cpu_model_number = 'W5-2445' or cpu_model_number = 'W5-2455X' or cpu_model_number = 'W5-2465X' or cpu_model_number = 'W5-3423' or cpu_model_number = 'W5-3425' or cpu_model_number = 'W5-3433' or cpu_model_number = 'W5-3435X') then 'Y' when cpu_sub_brand_modifier = 'W7' and (cpu_model_number = ' W7-2475X' or cpu_model_number = 'W7-2495X' or cpu_model_number = 'W7-3445' or cpu_model_number = 'W7-3465X') then 'Y' when cpu_sub_brand_modifier = 'W9' and (cpu_model_number = 'W9-3475X' or cpu_model_number = 'W9-3495X') then 'Y' else 'N' end -- Xeon's cpu_sub_brand_modifier else 'N' end -- Intel's cpu_sub_brand -- AMD processors when cpu_brand = 'AMD' then case -- -- AMD EPYC processors -- when cpu_sub_brand = 'EPYC' and -- (cpu_model_number = '7252' or cpu_model_number = '7262' or cpu_model_number = '7272' or -- cpu_model_number = '7282' or cpu_model_number = '7302' or cpu_model_number = '7313' or -- cpu_model_number = '7343' or cpu_model_number = '7352' or cpu_model_number = '7402' or -- cpu_model_number = '7413' or cpu_model_number = '7443' or cpu_model_number = '7452' or -- cpu_model_number = '7453' or cpu_model_number = '7502' or cpu_model_number = '7513' or -- cpu_model_number = '7532' or cpu_model_number = '7542' or cpu_model_number = '7543' or -- cpu_model_number = '7552' or cpu_model_number = '7642' or cpu_model_number = '7643' or -- cpu_model_number = '7662' or cpu_model_number = '7663' or cpu_model_number = '7702' or -- cpu_model_number = '7713' or cpu_model_number = '7742' or cpu_model_number = '7763' or -- cpu_model_number = '7232P' or cpu_model_number = '7302P' or cpu_model_number = '72F3' or -- cpu_model_number = '7302P' or cpu_model_number = '7313P' or cpu_model_number = '73F3' or -- cpu_model_number = '7402P' or cpu_model_number = '7443P' or cpu_model_number = '74F3' or -- cpu_model_number = '7502P' or cpu_model_number = '7543P' or cpu_model_number = '75F3' or -- cpu_model_number = '7702P' or cpu_model_number = '7713P' or cpu_model_number = '7F32' or -- cpu_model_number = '7F52' or cpu_model_number = '7F72' or cpu_model_number = '7H12') -- then 'Y' -- AMD Ryzen processors when cpu_sub_brand = 'Ryzen' then case when cpu_sub_brand_modifier = '3' and (cpu_model_number = '3100' or cpu_model_number = '2300X' or cpu_model_number = '3200G' or cpu_model_number = '3200GE' or cpu_model_number = '3200U' or cpu_model_number = '3250C' or cpu_model_number = '3250U' or cpu_model_number = '3300U' or cpu_model_number = '3350U' or cpu_model_number = '4300G' or cpu_model_number = '4300GE' or cpu_model_number = '4300U' or cpu_model_number = '5300U' or cpu_model_number = '5400U') then 'Y' when cpu_sub_brand_modifier = '3 PRO' and (cpu_model_number = '3200G' or cpu_model_number = '3200GE' or cpu_model_number = '3300U' or cpu_model_number = '4350G' or cpu_model_number = '4350GE' or cpu_model_number = '4450U' or cpu_model_number = '5350G' or cpu_model_number = '5350GE' or cpu_model_number = '5450U') then 'Y' when cpu_sub_brand_modifier = '5' and (cpu_model_number = '2600' or cpu_model_number = '3600' or cpu_model_number = '2500X' or cpu_model_number = '2600E' or cpu_model_number = '2600X' or cpu_model_number = '3400G' or cpu_model_number = '3400GE' or cpu_model_number = '3450U' or cpu_model_number = '3500' or cpu_model_number = '3500C' or cpu_model_number = '3500U' or cpu_model_number = '3550H' or cpu_model_number = '3580U' or cpu_model_number = '3600X' or cpu_model_number = '3600XT' or cpu_model_number = '4500U' or cpu_model_number = '4600U' or cpu_model_number = '4600GE' or cpu_model_number = '4600H' or cpu_model_number = '4600U' or cpu_model_number = '5300G' or cpu_model_number = '5300GE' or cpu_model_number = '5500U' or cpu_model_number = '5600G' or cpu_model_number = '5600GE' or cpu_model_number = '5600H' or cpu_model_number = '5600HS' or cpu_model_number = '5600U' or cpu_model_number = '5600X') then 'Y' when cpu_sub_brand_modifier = '5 PRO' and (cpu_model_number = '2600' or cpu_model_number = '3600' or cpu_model_number = '3400G' or cpu_model_number = '3400GE' or cpu_model_number = '3500U' or cpu_model_number = '4650G' or cpu_model_number = '4650GE' or cpu_model_number = '4650U' or cpu_model_number = '5650G' or cpu_model_number = '5650GE' or cpu_model_number = '5650U' or cpu_model_number = '5750G' or cpu_model_number = '5750GE') then 'Y' when cpu_sub_brand_modifier = '7' and (cpu_model_number = '2700' or cpu_model_number = '5800' or cpu_model_number = '2700E' or cpu_model_number = '2700X' or cpu_model_number = '3700C' or cpu_model_number = '3700U' or cpu_model_number = '3700X' or cpu_model_number = '3750H' or cpu_model_number = '3780U' or cpu_model_number = '3800X' or cpu_model_number = '3800XT' or cpu_model_number = '4700G' or cpu_model_number = '4700GE' or cpu_model_number = '4700U' or cpu_model_number = '4800H' or cpu_model_number = '4800HS' or cpu_model_number = '4800U' or cpu_model_number = '5700G' or cpu_model_number = '5700GE' or cpu_model_number = '5700U' or cpu_model_number = '5700X' or cpu_model_number = '5800H' or cpu_model_number = '5800HS' or cpu_model_number = '5800U' or cpu_model_number = '5800X' or cpu_model_number = '5800X3D' or cpu_model_number = '5825C' or cpu_model_number = '5825U' or cpu_model_number = '6800H' or cpu_model_number = '6800HS' or cpu_model_number = '6800U' or cpu_model_number = '6810U' or cpu_model_number = '7700' or cpu_model_number = '7700X' or cpu_model_number = '7730U' or cpu_model_number = '7735HS' or cpu_model_number = '7735U' or cpu_model_number = '7736U' or cpu_model_number = '7745HX' or cpu_model_number = '7800X3D' or cpu_model_number = '7840H' or cpu_model_number = '7840HS' or cpu_model_number = '7840S' or cpu_model_number = '7840U') then 'Y' when cpu_sub_brand_modifier = '7 PRO' and (cpu_model_number = '2700' or cpu_model_number = '2700X' or cpu_model_number = '3700' or cpu_model_number = '3700U' or cpu_model_number = '4750G' or cpu_model_number = '4750GE' or cpu_model_number = '4750U' or cpu_model_number = '5845' or cpu_model_number = '5850HS' or cpu_model_number = '5850HX' or cpu_model_number = '5850U' or cpu_model_number = '5875U' or cpu_model_number = '6850H' or cpu_model_number = '6850H' or cpu_model_number = '6850HS' or cpu_model_number = '6850U' or cpu_model_number = '6860Z' or cpu_model_number = '7730U' or cpu_model_number = '7840U') then 'Y' when cpu_sub_brand_modifier = '9' and (cpu_model_number = '3900' or cpu_model_number = '3900X' or cpu_model_number = '3900XT' or cpu_model_number = '3950X' or cpu_model_number = '4900H' or cpu_model_number = '4900HS' or cpu_model_number = '5900HS' or cpu_model_number = '5900HX' or cpu_model_number = '5900X' or cpu_model_number = '5950X' or cpu_model_number = '5980HS' or cpu_model_number = '5980HX') then 'Y' when cpu_sub_brand_modifier = '9 PRO' and (cpu_model_number = '3900') then 'Y' when cpu_sub_brand_modifier = 'Threadripper' and (cpu_model_number = '2920X' or cpu_model_number = '2950X' or cpu_model_number = '2970WX' or cpu_model_number = '2990WX' or cpu_model_number = '3960X' or cpu_model_number = '3970X' or cpu_model_number = '3990X') then 'Y' when cpu_sub_brand_modifier = 'Threadripper PRO' and (cpu_model_number = '3945WX' or cpu_model_number = '3955WZ' or cpu_model_number = '3975WX' or cpu_model_number = '3995WX') then 'Y' else 'N' end -- AMD Ryzen's cpu_sub_brand_modifier else -- Unsupported AMD cpu_sub_brand 'N' end else -- Unsupported cpu_brand 'N' end as cpu_support_status from base_sql s ) select s.machine_tpm_specifications, count(distinct case when s.machine_tpm_specifications not ilike '2.%' then s.node_id end) as unsupported_machine_count, count(distinct case when s.machine_tpm_specifications ilike '2.%' then s.node_id end) as supported_machine_count, count(distinct s.node_id) as machine_count from ( select s.*, case -- First check for incompatible hardware/software when (node_cpu_speed_ghz < 1.0) or (node_per_cpu_cores < 2) or (ram_alloc_gb < 4.0) or (node_cpu_bitwidth is not null and node_cpu_bitwidth < 64.0) or (coalesce(node_disk0_c_free_gb, node_total_disk_free_gb) < 20.0) or (node_gpu_color_depth is not null and node_gpu_color_depth < 8) or (os_dx12orwddm2 is not null and os_dx12orwddm2 is false) or (max_display_res_y is not null and max_display_res_y < 720) or (max_display_size_in_inches is not null and max_display_size_in_inches < 9) or (machine_bios_uefi_capable is not null and machine_bios_uefi_capable is false) or (machine_secure_boot is not null and machine_secure_boot = 'Not supported') or (machine_tpm_specification is not null and machine_tpm_specification is false) then 'Unsupported' -- Then check for partial/maybe support (when values are NULL) when node_cpu_bitwidth is null or node_gpu_color_depth is null or os_dx12orwddm2 is null or max_display_res_y is null or max_display_size_in_inches is null or machine_bios_uefi_capable is null or machine_secure_boot is null or machine_tpm_specification is null then 'Partial' -- Otherwise it's supported else 'Supported' end as win11_inplace_upgrade_label, case -- First check for incompatible hardware/software when (node_cpu_speed_ghz < 1.0) or (node_per_cpu_cores < 2) or (ram_alloc_gb < 4.0) or (node_cpu_bitwidth is not null and node_cpu_bitwidth < 64.0) or (node_disk0_c_free_gb < 64.0) or (node_gpu_color_depth is not null and node_gpu_color_depth < 8) or (os_dx12orwddm2 is not null and os_dx12orwddm2 is false) or (max_display_res_y is not null and max_display_res_y < 720) or (max_display_size_in_inches is not null and max_display_size_in_inches < 9) or (machine_bios_uefi_capable is not null and machine_bios_uefi_capable is false) or (machine_secure_boot is not null and machine_secure_boot = 'Not supported') or (machine_tpm_specification is not null and machine_tpm_specification is false) then 'Unsupported' -- Then check for partial/maybe support (when values are NULL) when node_cpu_bitwidth is null or node_gpu_color_depth is null or os_dx12orwddm2 is null or max_display_res_y is null or max_display_size_in_inches is null or machine_bios_uefi_capable is null or machine_secure_boot is null or machine_tpm_specification is null then 'Partial' -- Otherwise it's supported else 'Supported' end as win11_image_upgrade_label, case when cpu_brand = 'Intel' then case -- Intel Atom processors when cpu_sub_brand = 'Atom' and (cpu_model_number = 'x6200FE' or cpu_model_number = 'x6211E' or cpu_model_number = 'x6212RE' or cpu_model_number = 'x6413E' or cpu_model_number = 'x6414RE' or cpu_model_number = 'x6425E' or cpu_model_number = 'x6425RE' or cpu_model_number = 'x6427FE') then 'Y' -- Intel Celeron processors when cpu_sub_brand = 'Celeron' then case when cpu_sub_brand_modifier = 'G' and (cpu_sku = '4900' or cpu_sku = '4920' or cpu_sku = '4930' or cpu_sku = '4932' or cpu_sku = '4950' or cpu_sku = '5900' or cpu_sku = '5905' or cpu_sku = '5920' or cpu_sku = '5925') then 'Y' when cpu_sub_brand_modifier = 'J' and (cpu_sku = '4005' or cpu_sku = '4025' or cpu_sku = '4105' or cpu_sku = '4115' or cpu_sku = '4125' or cpu_sku = '6412' or cpu_sku = '6413') then 'Y' when cpu_sub_brand_modifier = 'N' and (cpu_sku = '4000' or cpu_sku = '4020' or cpu_sku = '4100' or cpu_sku = '4120' or cpu_sku = '4500' or cpu_sku = '4505' or cpu_sku = '5100' or cpu_sku = '5105' or cpu_sku = '6210' or cpu_sku = '6211') then 'Y' when cpu_sub_brand_modifier is null and (cpu_sku = '6305' or cpu_sku = '3867' or cpu_sku = '4205' or cpu_sku = '4305' or cpu_sku = '5205' or cpu_sku = '5305' or cpu_sku = '6305') then 'Y' else 'N' end -- Intel Core processors when cpu_sub_brand = 'Core' then case when cpu_sub_brand_modifier ilike 'Ultra%' then 'Y' when cpu_generation >= 8 then 'Y' else 'N' end -- Intel Pentium processors when cpu_sub_brand = 'Pentium' then case when cpu_sub_brand_modifier = 'Gold' and (cpu_sku = '4417' or cpu_sku = '4425' or cpu_sku = '5405' or cpu_sku = '6405' or cpu_sku = '6500' or cpu_sku = '7505' or cpu_sku = 'G5400' or cpu_sku = 'G5400T' or cpu_sku = 'G5420' or cpu_sku = 'G5420T' or cpu_sku = 'G5500' or cpu_sku = 'G5500T' or cpu_sku = 'G5600' or cpu_sku = 'G5600T' or cpu_sku = 'G5620' or cpu_sku = 'G6400' or cpu_sku = 'G6400E' or cpu_sku = 'G6400T' or cpu_sku = 'G6400TE' or cpu_sku = 'G6405' or cpu_sku = 'G6405T' or cpu_sku = 'G6500' or cpu_sku = 'G6500T' or cpu_sku = 'G6505' or cpu_sku = 'G6505T' or cpu_sku = 'G6600' or cpu_sku = 'G6605') then 'Y' when cpu_sub_brand_modifier = 'Silver' and (cpu_sku = 'J5005' or cpu_sku = 'J5040' or cpu_sku = 'N5000' or cpu_sku = 'N5030' or cpu_sku = 'N6000' or cpu_sku = 'N6005') then 'Y' when cpu_sub_brand_modifier is null and (cpu_sku = '6805' or cpu_sku = 'J6426' or cpu_sku = 'N6415') then 'Y' else 'N' end -- Intel Xeon processors when cpu_sub_brand = 'Xeon' then case when cpu_sub_brand_modifier = 'Bronze' and (cpu_model_number = '3104' or cpu_model_number = '3106' or cpu_model_number = '3204' or cpu_model_number = '3206R') then 'Y' when cpu_sub_brand_modifier = 'Silver' then -- Fixed the condition case when cpu_sku_level = 4 then case when cpu_generation = 1 and (cpu_sku = '08' or cpu_sku = '09' or cpu_sku = '10' or cpu_sku = '12' or cpu_sku = '14' or cpu_sku = '16') then 'Y' when cpu_generation = 2 and (cpu_sku = '08' or cpu_sku = '09' or cpu_sku = '10' or cpu_sku = '14' or cpu_sku = '15' or cpu_sku = '16') then 'Y' when cpu_generation = 3 and (cpu_sku = '09' or cpu_sku = '10' or cpu_sku = '14' or cpu_sku = '16') then 'Y' when cpu_generation = 4 and (cpu_sku = '10' or cpu_sku = '16') then 'Y' else 'N' end else 'N' end when cpu_sub_brand_modifier = 'Gold' then -- Fixed the condition case when cpu_sku_level = 5 then case when cpu_generation = 1 and (cpu_sku = '15' or cpu_sku = '18' or cpu_sku = '19' or cpu_sku = '20' or cpu_sku = '22') then 'Y' when cpu_generation = 2 and (cpu_sku = '15' or cpu_sku = '17' or cpu_sku = '18' or cpu_sku = '20' or cpu_sku = '22') then 'Y' when cpu_generation = 3 and (cpu_sku = '15' or cpu_sku = '17' or cpu_sku = '18' or cpu_sku = '20' or cpu_sku = '22') then 'Y' when cpu_generation = 4 and (cpu_sku = '15' or cpu_sku = '16' or cpu_sku = '18' or cpu_sku = '20') then 'Y' else 'N' end when cpu_sku_level = 6 then case when cpu_generation = 1 and (cpu_sku = '26' or cpu_sku = '28' or cpu_sku = '30' or cpu_sku = '32' or cpu_sku = '34' or cpu_sku = '36' or cpu_sku = '38' or cpu_sku = '40' or cpu_sku = '42' or cpu_sku = '44' or cpu_sku = '46' or cpu_sku = '48' or cpu_sku = '50' or cpu_sku = '52' or cpu_sku = '54') then 'Y' when cpu_generation = 2 and (cpu_sku = '08' or cpu_sku = '09' or cpu_sku = '10' or cpu_sku = '12' or cpu_sku = '22' or cpu_sku = '26' or cpu_sku = '30' or cpu_sku = '34' or cpu_sku = '38' or cpu_sku = '40' or cpu_sku = '42' or cpu_sku = '44' or cpu_sku = '46' or cpu_sku = '48' or cpu_sku = '50' or cpu_sku = '52' or cpu_sku = '54' or cpu_sku = '56' or cpu_sku = '58' or cpu_sku = '62') then 'Y' when cpu_generation = 3 and (cpu_sku = '12' or cpu_sku = '14' or cpu_sku = '26' or cpu_sku = '30' or cpu_sku = '34' or cpu_sku = '36' or cpu_sku = '38' or cpu_sku = '42' or cpu_sku = '46' or cpu_sku = '48' or cpu_sku = '54') then 'Y' when cpu_generation = 4 and (cpu_sku = '16' or cpu_sku = '18' or cpu_sku = '30' or cpu_sku = '38' or cpu_sku = '42') then 'Y' else 'N' end else 'N' end when cpu_sub_brand_modifier = 'Platinum' then case when cpu_sku_level = 8 then case when cpu_generation = 1 and (cpu_sku = '53' or cpu_sku = '56' or cpu_sku = '58' or cpu_sku = '60' or cpu_sku = '64' or cpu_sku = '68' or cpu_sku = '70' or cpu_sku = '71' or cpu_sku = '76' or cpu_sku = '80') then 'Y' when cpu_generation = 2 and (cpu_sku = '53' or cpu_sku = '56' or cpu_sku = '60' or cpu_sku = '68' or cpu_sku = '70' or cpu_sku = '72' or cpu_sku = '76' or cpu_sku = '80') then 'Y' when cpu_generation = 3 and (cpu_sku = '51' or cpu_sku = '52' or cpu_sku = '58' or cpu_sku = '60' or cpu_sku = '62' or cpu_sku = '68' or cpu_sku = '80') then 'Y' when cpu_generation = 4 and (cpu_sku = '52' or cpu_sku = '60' or cpu_sku = '68' or cpu_sku = '70' or cpu_sku = '80' or cpu_sku = '90') then 'Y' else 'N' end when cpu_sku_level = 9 then case when cpu_generation = 2 and (cpu_sku = '21' or cpu_sku = '22' or cpu_sku = '42' or cpu_sku = '82') then 'Y' else 'N' end else 'N' end when cpu_sub_brand_modifier = 'D' and (cpu_model_number = 'D-1702' or cpu_model_number = 'D-1712TR' or cpu_model_number = 'D-1713NT' or cpu_model_number = 'D-1713NTE' or cpu_model_number = 'D-1714' or cpu_model_number = 'D-1715TER' or cpu_model_number = 'D-1718T' or cpu_model_number = 'D-1722NE' or cpu_model_number = 'D-1726' or cpu_model_number = 'D-1732TE' or cpu_model_number = 'D-1733NT' or cpu_model_number = 'D-1735TR' or cpu_model_number = 'D-1736' or cpu_model_number = 'D-1736NT' or cpu_model_number = 'D-1739' or cpu_model_number = 'D-1746TER' or cpu_model_number = 'D-1747NTE' or cpu_model_number = 'D-1748TE' or cpu_model_number = 'D-1749NT' or cpu_model_number = 'D-2712T' or cpu_model_number = 'D-2733NT' or cpu_model_number = 'D-2738' or cpu_model_number = 'D-2752NTE' or cpu_model_number = 'D-2752TER' or cpu_model_number = 'D-2753NT' or cpu_model_number = 'D-2766NT' or cpu_model_number = 'D-2775TE' or cpu_model_number = 'D-2776NT' or cpu_model_number = 'D-2779' or cpu_model_number = 'D-2786NTE' or cpu_model_number = 'D-2795NT' or cpu_model_number = 'D-2796NT' or cpu_model_number = 'D-2796TE' or cpu_model_number = 'D-2798NT' or cpu_model_number = 'D-2799') then 'Y' when cpu_sub_brand_modifier = 'E' and (cpu_model_number = 'E-2104G' or cpu_model_number = 'E-2124' or cpu_model_number = 'E-2124G' or cpu_model_number = 'E-2126G' or cpu_model_number = 'E-2134' or cpu_model_number = 'E-2136' or cpu_model_number = 'E-2144G' or cpu_model_number = 'E-2146G' or cpu_model_number = 'E-2174G' or cpu_model_number = 'E-2176G' or cpu_model_number = 'E-2176M' or cpu_model_number = 'E-2186G' or cpu_model_number = 'E-2186M' or cpu_model_number = 'E-2224' or cpu_model_number = 'E-2224G' or cpu_model_number = 'E-2226G' or cpu_model_number = 'E-2226GE' or cpu_model_number = 'E-2234' or cpu_model_number = 'E-2236' or cpu_model_number = 'E-2244G' or cpu_model_number = 'E-2246G' or cpu_model_number = 'E-2254ME' or cpu_model_number = 'E-2254ML' or cpu_model_number = 'E-2274G' or cpu_model_number = 'E-2276G' or cpu_model_number = 'E-2276M' or cpu_model_number = 'E-2276ME' or cpu_model_number = 'E-2276ML' or cpu_model_number = 'E-2278G' or cpu_model_number = 'E-2278GE' or cpu_model_number = 'E-2278GEL' or cpu_model_number = 'E-2286G' or cpu_model_number = 'E-2286M' or cpu_model_number = 'E-2288G') then 'Y' when cpu_sub_brand_modifier = 'W' and (cpu_model_number = 'W-10855M' or cpu_model_number = 'W-10885M' or cpu_model_number = 'W-11855M' or cpu_model_number = 'W-11955M' or cpu_model_number = 'W-1250' or cpu_model_number = 'W-1250E' or cpu_model_number = 'W-1250P' or cpu_model_number = 'W-1250TE' or cpu_model_number = 'W-1270' or cpu_model_number = 'W-1270E' or cpu_model_number = 'W-1270P' or cpu_model_number = 'W-1270TE' or cpu_model_number = 'W-1290' or cpu_model_number = 'W-1290E' or cpu_model_number = 'W-1290P' or cpu_model_number = 'W-1290T' or cpu_model_number = 'W-1290TE' or cpu_model_number = 'W-2102' or cpu_model_number = 'W-2104' or cpu_model_number = 'W-2123' or cpu_model_number = 'W-2125' or cpu_model_number = 'W-2133' or cpu_model_number = 'W-2135' or cpu_model_number = 'W-2145' or cpu_model_number = 'W-2155' or cpu_model_number = 'W-2175' or cpu_model_number = 'W-2195' or cpu_model_number = 'W-2223' or cpu_model_number = 'W-2225' or cpu_model_number = 'W-2235' or cpu_model_number = 'W-2245' or cpu_model_number = 'W-2255' or cpu_model_number = 'W-2265' or cpu_model_number = 'W-2275' or cpu_model_number = 'W-2295' or cpu_model_number = 'W-3175X' or cpu_model_number = 'W-3223' or cpu_model_number = 'W-3225' or cpu_model_number = 'W-3235' or cpu_model_number = 'W-3245' or cpu_model_number = 'W-3245M' or cpu_model_number = 'W-3265' or cpu_model_number = 'W-3265M' or cpu_model_number = 'W-3275' or cpu_model_number = 'W-3275M' or cpu_model_number = 'W-3323' or cpu_model_number = 'W-3335' or cpu_model_number = 'W-3345' or cpu_model_number = 'W-3365' or cpu_model_number = 'W-3375') then 'Y' when cpu_sub_brand_modifier = 'W3' and (cpu_model_number = 'W3-2423' or cpu_model_number = 'W3-2425' or cpu_model_number = 'W3-2435') then 'Y' when cpu_sub_brand_modifier = 'W5' and (cpu_model_number = 'W5-2445' or cpu_model_number = 'W5-2455X' or cpu_model_number = 'W5-2465X' or cpu_model_number = 'W5-3423' or cpu_model_number = 'W5-3425' or cpu_model_number = 'W5-3433' or cpu_model_number = 'W5-3435X') then 'Y' when cpu_sub_brand_modifier = 'W7' and (cpu_model_number = ' W7-2475X' or cpu_model_number = 'W7-2495X' or cpu_model_number = 'W7-3445' or cpu_model_number = 'W7-3465X') then 'Y' when cpu_sub_brand_modifier = 'W9' and (cpu_model_number = 'W9-3475X' or cpu_model_number = 'W9-3495X') then 'Y' else 'N' end -- Xeon's cpu_sub_brand_modifier else 'N' end -- Intel's cpu_sub_brand -- AMD processors when cpu_brand = 'AMD' then case -- -- AMD EPYC processors -- when cpu_sub_brand = 'EPYC' and -- (cpu_model_number = '7252' or cpu_model_number = '7262' or cpu_model_number = '7272' or -- cpu_model_number = '7282' or cpu_model_number = '7302' or cpu_model_number = '7313' or -- cpu_model_number = '7343' or cpu_model_number = '7352' or cpu_model_number = '7402' or -- cpu_model_number = '7413' or cpu_model_number = '7443' or cpu_model_number = '7452' or -- cpu_model_number = '7453' or cpu_model_number = '7502' or cpu_model_number = '7513' or -- cpu_model_number = '7532' or cpu_model_number = '7542' or cpu_model_number = '7543' or -- cpu_model_number = '7552' or cpu_model_number = '7642' or cpu_model_number = '7643' or -- cpu_model_number = '7662' or cpu_model_number = '7663' or cpu_model_number = '7702' or -- cpu_model_number = '7713' or cpu_model_number = '7742' or cpu_model_number = '7763' or -- cpu_model_number = '7232P' or cpu_model_number = '7302P' or cpu_model_number = '72F3' or -- cpu_model_number = '7302P' or cpu_model_number = '7313P' or cpu_model_number = '73F3' or -- cpu_model_number = '7402P' or cpu_model_number = '7443P' or cpu_model_number = '74F3' or -- cpu_model_number = '7502P' or cpu_model_number = '7543P' or cpu_model_number = '75F3' or -- cpu_model_number = '7702P' or cpu_model_number = '7713P' or cpu_model_number = '7F32' or -- cpu_model_number = '7F52' or cpu_model_number = '7F72' or cpu_model_number = '7H12') -- then 'Y' -- AMD Ryzen processors when cpu_sub_brand = 'Ryzen' then case when cpu_sub_brand_modifier = '3' and (cpu_model_number = '3100' or cpu_model_number = '2300X' or cpu_model_number = '3200G' or cpu_model_number = '3200GE' or cpu_model_number = '3200U' or cpu_model_number = '3250C' or cpu_model_number = '3250U' or cpu_model_number = '3300U' or cpu_model_number = '3350U' or cpu_model_number = '4300G' or cpu_model_number = '4300GE' or cpu_model_number = '4300U' or cpu_model_number = '5300U' or cpu_model_number = '5400U') then 'Y' when cpu_sub_brand_modifier = '3 PRO' and (cpu_model_number = '3200G' or cpu_model_number = '3200GE' or cpu_model_number = '3300U' or cpu_model_number = '4350G' or cpu_model_number = '4350GE' or cpu_model_number = '4450U' or cpu_model_number = '5350G' or cpu_model_number = '5350GE' or cpu_model_number = '5450U') then 'Y' when cpu_sub_brand_modifier = '5' and (cpu_model_number = '2600' or cpu_model_number = '3600' or cpu_model_number = '2500X' or cpu_model_number = '2600E' or cpu_model_number = '2600X' or cpu_model_number = '3400G' or cpu_model_number = '3400GE' or cpu_model_number = '3450U' or cpu_model_number = '3500' or cpu_model_number = '3500C' or cpu_model_number = '3500U' or cpu_model_number = '3550H' or cpu_model_number = '3580U' or cpu_model_number = '3600X' or cpu_model_number = '3600XT' or cpu_model_number = '4500U' or cpu_model_number = '4600U' or cpu_model_number = '4600GE' or cpu_model_number = '4600H' or cpu_model_number = '4600U' or cpu_model_number = '5300G' or cpu_model_number = '5300GE' or cpu_model_number = '5500U' or cpu_model_number = '5600G' or cpu_model_number = '5600GE' or cpu_model_number = '5600H' or cpu_model_number = '5600HS' or cpu_model_number = '5600U' or cpu_model_number = '5600X') then 'Y' when cpu_sub_brand_modifier = '5 PRO' and (cpu_model_number = '2600' or cpu_model_number = '3600' or cpu_model_number = '3400G' or cpu_model_number = '3400GE' or cpu_model_number = '3500U' or cpu_model_number = '4650G' or cpu_model_number = '4650GE' or cpu_model_number = '4650U' or cpu_model_number = '5650G' or cpu_model_number = '5650GE' or cpu_model_number = '5650U' or cpu_model_number = '5750G' or cpu_model_number = '5750GE') then 'Y' when cpu_sub_brand_modifier = '7' and (cpu_model_number = '2700' or cpu_model_number = '5800' or cpu_model_number = '2700E' or cpu_model_number = '2700X' or cpu_model_number = '3700C' or cpu_model_number = '3700U' or cpu_model_number = '3700X' or cpu_model_number = '3750H' or cpu_model_number = '3780U' or cpu_model_number = '3800X' or cpu_model_number = '3800XT' or cpu_model_number = '4700G' or cpu_model_number = '4700GE' or cpu_model_number = '4700U' or cpu_model_number = '4800H' or cpu_model_number = '4800HS' or cpu_model_number = '4800U' or cpu_model_number = '5700G' or cpu_model_number = '5700GE' or cpu_model_number = '5700U' or cpu_model_number = '5700X' or cpu_model_number = '5800H' or cpu_model_number = '5800HS' or cpu_model_number = '5800U' or cpu_model_number = '5800X' or cpu_model_number = '5800X3D' or cpu_model_number = '5825C' or cpu_model_number = '5825U' or cpu_model_number = '6800H' or cpu_model_number = '6800HS' or cpu_model_number = '6800U' or cpu_model_number = '6810U' or cpu_model_number = '7700' or cpu_model_number = '7700X' or cpu_model_number = '7730U' or cpu_model_number = '7735HS' or cpu_model_number = '7735U' or cpu_model_number = '7736U' or cpu_model_number = '7745HX' or cpu_model_number = '7800X3D' or cpu_model_number = '7840H' or cpu_model_number = '7840HS' or cpu_model_number = '7840S' or cpu_model_number = '7840U') then 'Y' when cpu_sub_brand_modifier = '7 PRO' and (cpu_model_number = '2700' or cpu_model_number = '2700X' or cpu_model_number = '3700' or cpu_model_number = '3700U' or cpu_model_number = '4750G' or cpu_model_number = '4750GE' or cpu_model_number = '4750U' or cpu_model_number = '5845' or cpu_model_number = '5850HS' or cpu_model_number = '5850HX' or cpu_model_number = '5850U' or cpu_model_number = '5875U' or cpu_model_number = '6850H' or cpu_model_number = '6850H' or cpu_model_number = '6850HS' or cpu_model_number = '6850U' or cpu_model_number = '6860Z' or cpu_model_number = '7730U' or cpu_model_number = '7840U') then 'Y' when cpu_sub_brand_modifier = '9' and (cpu_model_number = '3900' or cpu_model_number = '3900X' or cpu_model_number = '3900XT' or cpu_model_number = '3950X' or cpu_model_number = '4900H' or cpu_model_number = '4900HS' or cpu_model_number = '5900HS' or cpu_model_number = '5900HX' or cpu_model_number = '5900X' or cpu_model_number = '5950X' or cpu_model_number = '5980HS' or cpu_model_number = '5980HX') then 'Y' when cpu_sub_brand_modifier = '9 PRO' and (cpu_model_number = '3900') then 'Y' when cpu_sub_brand_modifier = 'Threadripper' and (cpu_model_number = '2920X' or cpu_model_number = '2950X' or cpu_model_number = '2970WX' or cpu_model_number = '2990WX' or cpu_model_number = '3960X' or cpu_model_number = '3970X' or cpu_model_number = '3990X') then 'Y' when cpu_sub_brand_modifier = 'Threadripper PRO' and (cpu_model_number = '3945WX' or cpu_model_number = '3955WZ' or cpu_model_number = '3975WX' or cpu_model_number = '3995WX') then 'Y' else 'N' end -- AMD Ryzen's cpu_sub_brand_modifier else -- Unsupported AMD cpu_sub_brand 'N' end else -- Unsupported cpu_brand 'N' end as cpu_support_status from ( select pn.id as node_id, pn.name as machine_name, nde.fqmn as machine_fqmn, nde.lastcontact::timestamptz at time zone 'America/New_York' as machine_last_contact, -- Machine hardware make, model, and chassis type nh.machine_make as machine_make, nh.machine_model as machine_model, nde.hwtype as machine_chassis_type, -- OS os.version as node_os_version, replace(replace(replace(replace(replace(replace(replace(replace(os.description, ' , ', ', '), 'Service Pack ', 'SP'), '(R)', ''), '(TM)', ''), '®', ''), '™', ''), '®', ''), '', '') as node_os_desc, os.buildversion as os_build_version, -- CPU nodecpu.node_cpu_model as node_cpu_model, nodecpu.node_cpu_short_models as node_cpu_short_models, round((nodecpu.node_per_cpu_mhz/1000.0)::numeric, 3) as node_cpu_speed_ghz, trim(both ' ' from nodecpu.cpu_brand) as cpu_brand, trim(both ' ' from nodecpu.cpu_sub_brand) as cpu_sub_brand, trim(both ' ' from nodecpu.cpu_sub_brand_modifier) as cpu_sub_brand_modifier, trim(both ' ' from nodecpu.cpu_model_number) as cpu_model_number, nodecpu.cpu_sku_level as cpu_sku_level, -- trim(both ' ' from nodecpu.cpu_generation) as cpu_generation, nodecpu.cpu_generation as cpu_generation, trim(both ' ' from nodecpu.cpu_sku) as cpu_sku, nodecpu.node_per_cpu_cores, nodecpu.node_cpu_cores, nodecpu.node_cpu_bitwidth, -- RAM noderam.node_ram_allocated_gb as node_ram_allocated_gb, nh.ram_alloc_gb, -- Disk storage nodedisk.node_disk0_c_size_gb as node_disk0_c_size_gb, nodedisk.node_disk0_c_used_gb as node_disk0_c_used_gb, nodedisk.node_disk0_c_free_gb as node_disk0_c_free_gb, nodedisk.node_total_disk_size_gb as node_total_disk_size_gb, nodedisk.node_total_disk_used_gb as node_total_disk_used_gb, nodedisk.node_total_disk_free_gb as node_total_disk_free_gb, -- GPU nodegpu.node_gpu_model as node_gpu_model, nodegpu.node_discrete_gpu_models as node_discrete_gpu_models, -- nodegpu.node_gpu_speed_mhz as node_gpu_speed_mhz, nodegpu.node_gpu_count as node_gpu_count, nodegpu.node_discrete_gpu_count as node_discrete_gpu_count, nodegpu.node_gpu_color_depth, os.dx12orwddm2 as os_dx12orwddm2, -- Display nodedis.node_display_dimensions as node_display_dimensions, nodedis.max_display_res_y as max_display_res_y, nodedis.node_display_size_in_inches, nodedis.max_display_size_in_inches, nodedis.node_display_count as node_display_count, -- BIOS & TPM case when nh.bios_uefi_capable is null then null else case when nh.bios_uefi_capable = 'Y' then true else false end end as machine_bios_uefi_capable, case when nh.bios_uefi_enabled is null then null else case when nh.bios_uefi_enabled = 'Y' then true else false end end as machine_bios_uefi_enabled, case when nodehealth.sec_secure_boot is null then null else nodehealth.sec_secure_boot end as machine_secure_boot, nh.tpm_specification as machine_tpm_specifications, case when nh.tpm_specification is null then null else case when strpos(nh.tpm_specification, '2.') > 0 then true else false end end as machine_tpm_specification, -- Windows 11 compatibility -- initcap(nde.win11_inplace_upgrade_compatibility) as win11_inplace_upgrade_compatibility, -- initcap(nde.win11_image_upgrade_compatibility) as win11_image_upgrade_compatibility -- Machine location loc_stats.city || ', ' || loc_stats.state || ', ' || loc_stats.country as machine_location_city_state_country, loc_stats.country as machine_location_country, loc_stats.state as machine_location_state, loc_stats.city as machine_location_city from tnt_config.policynode pn join tnt_config.node nde on (nde.id = pn.id) left outer join tnt_config.os os on (os.id = nde.os_id) left outer join node_hardware nh on (node_hardware_id = nde.hardware_id) left outer join node_cpus nodecpu on (nodecpu.hardware_id = nde.hardware_id) left outer join node_ram noderam on (noderam.node_id = pn.id) left outer join node_disk nodedisk on (nodedisk.node_id = pn.id) left outer join node_gpus nodegpu on (nodegpu.hardware_id = nde.hardware_id) left outer join node_displays nodedis on (nodedis.hardware_id = nde.hardware_id) left outer join node_health_stats nodehealth on (nodehealth.node_id = pn.id) left outer join ( select loc_stats.node_id as node_id, first(loc_stats.country) as country, first(loc_stats.state) as state, first(loc_stats.city) as city from tnt_audit.summaryreport_machine_location_stats loc_stats, -- lwl_rollup.sr_machine_location_stats_da loc_stats, ( select loc_stats.node_id as node_id, max(loc_stats.start_date) as start_date, max(loc_stats.end_date) as end_date from tnt_audit.summaryreport_machine_location_stats loc_stats -- lwl_rollup.sr_machine_location_stats_da loc_stats group by loc_stats.node_id ) latest_loc_stats where loc_stats.node_id = latest_loc_stats.node_id and loc_stats.start_date = latest_loc_stats.start_date and loc_stats.end_date = latest_loc_stats.end_date and loc_stats.end_date between latest_loc_stats.start_date and latest_loc_stats.end_date group by loc_stats.node_id ) loc_stats on (loc_stats.node_id = pn.id) where (pn.delete_time is null) -- Machine has not been deleted and (nde.delete_time is null) -- Machine has not been deleted and (nde.ihostversion is not null) -- Machine has a CID Key installed and (nde.certificate is not null) -- Machine has a valid certificate and (pn.system_object is false) -- Machine is not a system object like Stratusphere Hub, DB or Station and (pn.dirtystatusid is null or pn.dirtystatusid <> 3) -- Machine does not have a dirty status and (pn.type <= 2) -- Machines are either servers (1) or desktops (2) and (os.name = 'Windows') -- Machines that currently run Microsoft Windows and (os.description not ilike '%Windows 11%' -- Machine is already running Windows 11 and os.description not ilike '%Windows Server %') -- Machine is not already running Windows Server and (nde.vmtype is null) -- Machine is a physical machine to be considered for upgrade to Win10 -- Machine group filter and ('%' = ? or pn.id in (select ngn.nodeid from tnt_config.policynode pn, tnt_config.nodegroup_node ngn where (pn.type = 5) and (pn.id = ngn.nodegroupid) and (pn.name like ?))) order by lower(pn.name) asc nulls last ) s ) s group by s.machine_tpm_specifications order by machine_count desc limit 5 ; ]]>

2.0 In 1 12 0 0 Unknown In 2 12 0 0 Unknown ]]>

machine_model dimension

machine_model

machine_count measure

machine_count

param_1 MachineGroup string 12 1 false true false param_2 MachineGroup string 12 2 false true false

1 machine_model string 2 machine_count decimal

Portal

1 machine_model machine_model string 12 2 machine_count machine_count decimal -5

'vendor' as bios_vendor, -- bios_info->'smbBios' as bios_smbBios, -- bios_info->'version' as bios_version, -- bios_info->'revision' as bios_revision, -- date_trunc('day', cast(bios_info->'releaseDate' as timestamptz)) as bios_release_date, case when length(bios_info->'uefiCapable'::text) is null then null else case when bios_info->'uefiCapable' = 'false' then 'N' else 'Y' end end as bios_uefi_capable, case when length(bios_info->'uefiEnabled'::text) is null then null else case when bios_info->'uefiEnabled' = 'false' then 'N' else 'Y' end end as bios_uefi_enabled, -- tpm_info->'manufacturer' as tpm_manufacturer, -- tpm_info->'version' as tpm_version, -- (case when length(tpm_info->'owned'::text) is null then null else (case when tpm_info->'owned' = 'false' then 'N' else 'Y' end) end) as tpm_owned, -- (case when length(tpm_info->'active'::text) is null then null else (case when tpm_info->'active' = 'false' then 'N' else 'Y' end) end) as tpm_active, -- (case when length(tpm_info->'enabled'::text) is null then null else (case when tpm_info->'enabled' = 'false' then 'N' else 'Y' end) end) as tpm_enabled, tpm_info->'specification' as tpm_specification from tnt_config.node_hardware -- where -- id = 361955 -- id = 1219 ), -- node_cpus1 as ( -- select -- hardware_id, -- string_agg(distinct model, ', ') as node_cpu_model, -- string_agg(distinct rtrim(split_part(split_part(split_part(model, 'processor', 1), 'Processor', 1), 'CPU', 1)), ',') as node_cpu_short_models, -- array_agg(distinct bitwidth) as node_cpu_3264_bit, -- cpu_manufacturer, -- case -- when (cpu_manufacturer = 'AMD') then (trim(both ' ' from split_part(split_part(model, 'AMD ', 2), ' ', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then 'Pentium' -- trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then 'Atom' -- trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Core ') > 1)) then 'Core' -- (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), ' ', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then 'Xeon' -- (trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1))) -- end as cpu_class, -- case -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Opteron ') > 1)) then (trim(both ' ' from split_part(model, 'AMD Opteron Processor ', 2))) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Turion ') > 1)) then (replace(trim(both ' ' from split_part(model, 'AMD Turion ', 2)), 'Dual-Core ', '')) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then (replace(trim(both ' ' from split_part(model, 'AMD Ryzen ', 2)), 'Eight-Core Processor', '')) -- when (cpu_manufacturer = 'AMD') then (trim(both ' ' from split_part(split_part(model, 'AMD ', 2), ' ', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Core ') > 1)) then (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), ' ', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then (trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1))) -- end as cpu_model_number, -- case -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Opteron ') > 1)) then (trim(both ' ' from split_part(model, 'AMD Opteron Processor ', 2))) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Turion ') > 1)) then (replace(trim(both ' ' from split_part(model, 'AMD Turion ', 2)), 'Dual-Core ', '')) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then (replace(trim(both ' ' from split_part(model, 'AMD Ryzen ', 2)), 'Eight-Core Processor', '')) -- when (cpu_manufacturer = 'AMD') then (trim(both ' ' from split_part(split_part(model, 'AMD ', 2), ' ', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Core ') > 1) and (strpos(model, '-') > 1)) -- then -- (case -- when (cast(left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) as int) <= 11 ) -- then left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) -- when ((cast(left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) as int) >= 20)) -- then left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),1) -- end) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then (trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1))) -- end as cpu_generation, -- case -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Opteron ') > 1)) then 'AMD Opteron ' || (trim(both ' ' from split_part(model, 'AMD Opteron Processor ', 2))) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Turion ') > 1)) then 'AMD Turion ' || replace(trim(both ' ' from split_part(model, 'AMD Turion ', 2)), 'Dual-Core ', '') -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then 'AMD Ryzen ' || replace(trim(both ' ' from split_part(model, 'AMD Ryzen ', 2)), 'Eight-Core Processor', '') -- when (cpu_manufacturer = 'AMD') then (trim(both ' ' from 'AMD ' || split_part(split_part(model, 'AMD ', 2), ' ', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then 'Intel Pentium ' || trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then 'Intel Atom ' || trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Core ') > 1)) then (trim(both ' ' from split_part(model, ' CPU ', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then 'Intel Xeon ' || (trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1))) -- end as cpu_manu_class_model_number, -- count(*) as node_cpu_count, -- round(avg(speed_mhz)::numeric,0) as node_per_cpu_mhz, -- round(avg(cores)::numeric,0) as node_per_cpu_cores, -- sum(cores) as node_cpu_cores, -- round(sum(cores*speed_mhz)::numeric,0) as total_cpu_mhz -- from -- tnt_config.node_hardware_cpus -- group by -- hardware_id -- ), node_cpus as ( select hardware_id, string_agg(distinct model, ', ') as node_cpu_model, string_agg(distinct trim(regexp_replace(replace(replace(replace(replace(replace(split_part(model, ' @', 1), ' processor', ''), ' Processor', ''), ' CPU', ''), ' Eight-Core', ''), ' 8-Core', ''), '\s+', ' ', 'g')), ',') as node_cpu_short_models, string_agg(distinct case when (cpu_manufacturer = 'AMD' and (strpos(model, 'Opteron ') > 1)) then (trim(both ' ' from split_part(model, 'AMD Opteron Processor ', 2))) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Turion ') > 1)) then (replace(trim(both ' ' from split_part(model, 'AMD Turion ', 2)), 'Dual-Core ', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen 3 PRO ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen 3 PRO ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen 3 ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen 3 ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen 5 PRO ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen 5 PRO ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen 5 ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen 5 ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen 7 PRO ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen 7 PRO ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen 7 ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen 7 ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen 9 PRO ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen 9 PRO ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen 9 ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen 9 ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ThreadRipper PRO ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen ThreadRipper PRO ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ThreadRipper ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen ThreadRipper ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen Embedded ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen Embedded ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), 'AMD Ryzen ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD') then (trim(both ' ' from split_part(split_part(model, 'AMD ', 2), ' ', 1))) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium Gold ') >= 1)) then trim(both ' ' from split_part(split_part(model, ' CPU', 1), 'Pentium ', 2)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium Silver ') >= 1)) then trim(both ' ' from split_part(split_part(model, ' CPU', 1), 'Pentium ', 2)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then trim(both ' ' from split_part(split_part(model, 'Intel Atom ', 2), ' CPU', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Celeron CPU ') > 1)) then trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Celeron ') > 1) and (strpos(model, 'CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, 'Intel Celeron ', 2), ' CPU', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Celeron ') > 1) and (strpos(model, ' @ ') > 1)) then trim(both ' ' from split_part(model, ' ', 3)) when (cpu_manufacturer = 'Intel' and (strpos(model, ' Core Ultra ') > 1)) then (trim(both ' ' from split_part(model, ' ', 5))) when (cpu_manufacturer = 'Intel' and (strpos(model, ' Core ') > 1)) then (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), ' ', 1))) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Core2 Duo') > 1)) then split_part(model, ' ', 5) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Core2') > 1)) then split_part(model, ' ', 6) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Platinum') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 4)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Platinum') > 1) and (strpos(model, ' CPU @ ') <= 1)) then trim(both ' ' from split_part(model, ' ', 4)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Gold') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 4)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Gold') > 1) and (strpos(model, ' CPU @ ') <= 1)) then trim(both ' ' from split_part(model, ' ', 4)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Silver') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 4)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Silver') > 1) and (strpos(model, ' CPU @ ') <= 1)) then trim(both ' ' from split_part(model, ' ', 4)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Bronze') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 4)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 3)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1) and (strpos(model, ' @ ') <= 1)) then trim(both ' ' from split_part(model, ' ', 3)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then (trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1))) end, ',') as cpu_model_number, max(bitwidth) as node_cpu_bitwidth, string_agg(distinct cpu_manufacturer, ',') as cpu_brand, string_agg(distinct case when (cpu_manufacturer = 'AMD') then (trim(both ' ' from split_part(split_part(model, 'AMD ', 2), ' ', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium Gold ') >= 1)) then trim(both ' ' from split_part(split_part(model, 'Pentium ', 2), ' ', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium Silver ') >= 1)) then trim(both ' ' from split_part(split_part(model, 'Pentium ', 2), ' ', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then 'Pentium' -- trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then 'Atom' -- trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Celeron ') > 1)) then 'Celeron' -- trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, ' Core ') > 1)) then 'Core' -- (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), ' ', 1))) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Core2') > 1)) then 'Core2' -- (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), ' ', 1))) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then 'Xeon' -- (trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1))) end, ',') as cpu_sub_brand, -- string_agg(distinct case -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'EPYC ') > 1)) then null -- -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen Embedded ') > 1)) then left(trim(both ' ' from split_part(model, 'Embedded', 2)), 1) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1) and (strpos(model, ' PRO ') > 1)) then left(trim(both ' ' from split_part(split_part(model, 'Ryzen ', 2), ' PRO ', 1)), 1) || ' PRO' -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then left(trim(both ' ' from split_part(model, 'Ryzen ', 2)), 1) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium Gold ') >= 1)) then trim(both ' ' from split_part(split_part(model, 'Pentium ', 2), ' ', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium Silver ') >= 1)) then trim(both ' ' from split_part(split_part(model, 'Pentium ', 2), ' ', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then 'Pentium' -- trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then 'Atom' -- trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Celeron CPU ') > 1)) -- then ( -- case -- when ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) >= 48 and ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) <= 57 -- then null -- else left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1) -- end) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Celeron ') > 1) and (strpos(model, 'CPU @ ') > 1)) then left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron ', 2), ' CPU', 1)), 1) -- when (cpu_manufacturer = 'Intel' and (strpos(model, ' Core ') > 1) and (strpos(model, '-') > 1)) then (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), '-', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, ' Core ') > 1) and (strpos(model, ' Core Ultra ') > 1)) then (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), ' ', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Core2') > 1) and (strpos(model, '-') > 1)) then (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), '-', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Platinum ') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 3)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Gold ') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 3)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Silver ') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 3)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Bronze ') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 3)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon CPU ') > 1) and (strpos(model, ' @ ') > 1)) then left(trim(both ' ' from split_part(split_part(model, ' @ ', 1), 'Intel Xeon CPU ', 2)), 1) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1) and (strpos(model, ' CPU @ ') > 1)) then (trim(both ' ' from split_part(split_part(model, ' ', 3), '-', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then (trim(both ' ' from split_part(split_part(model, ' CPU ', 2), '-', 1))) -- end, ',') as cpu_sub_brand_modifier, string_agg(distinct (case when (cpu_manufacturer = 'AMD') then (case when (strpos(model, 'EPYC ') > 1) then null when (strpos(model, ' Ryzen ') > 1) then (case when (strpos(model, ' Embedded ') > 1) then left(trim(both ' ' from split_part(model, 'Embedded', 2)), 1) when (strpos(model, ' PRO ') > 1) then left(trim(both ' ' from split_part(split_part(model, 'Ryzen ', 2), ' PRO ', 1)), 1) || ' PRO' else left(trim(both ' ' from split_part(model, ' Ryzen ', 2)), 1) end) else null end) when (cpu_manufacturer = 'Qualcomm') then null when (cpu_manufacturer = 'Intel') then (case when (strpos(model, ' Atom ') > 1) then 'Atom' when (strpos(model, ' Celeron ') > 1) then (case when ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) >= 48 and ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) <= 57 then null when (strpos(model, ' CPU @ ') > 1) then left(trim(both ' ' from split_part(split_part(model, ' Celeron ', 2), ' CPU', 1)), 1) when (strpos(model, ' @ ') > 1) then left(trim(both ' ' from split_part(split_part(model, ' Celeron ', 2), ' @ ', 1)), 1) -- else left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1) else null end) when (strpos(model, ' Core ') > 1) then (case when (strpos(model, '-') > 1) then (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), '-', 1))) when (strpos(model, ' Ultra ') > 1) then (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), ' ', 1))) else null end) when (strpos(model, ' Core2 ') > 1) then (case when (strpos(model, ' Duo ') > 1 or strpos(model, ' Quad ') > 1) then trim(both ' ' from split_part(split_part(model, ' Core2 ', 2), ' ', 1)) else null end) when (strpos(model, ' Pentium ') > 1) then (case when (strpos(model, ' Gold ') > 1 or strpos(model, ' Silver ') > 1) then trim(both ' ' from split_part(split_part(model, ' Pentium ', 2), ' ', 1)) else null end) when (strpos(model, ' Xeon ') > 1) then (case when ((strpos(model, ' Platinum ') > 1 or strpos(model, ' Gold ') > 1 or strpos(model, ' Silver ') > 1 or strpos(model, ' Bronze ') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 3)) when ((strpos(model, ' Platinum ') > 1 or strpos(model, ' Gold ') > 1 or strpos(model, ' Silver ') > 1 or strpos(model, ' Bronze ') > 1) and (strpos(model, ' CPU @ ') <= 1)) then trim(both ' ' from split_part(model, ' ', 3)) when ((strpos(model, ' CPU ') > 1) and (strpos(model, ' @ ') > 1)) then left(trim(both ' ' from split_part(split_part(model, ' @ ', 1), 'Intel Xeon CPU ', 2)), 1) when ((strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' ', 3), '-', 1)) when ((strpos(model, '-') > 1)) then trim(both ' ' from split_part(split_part(model, ' Xeon ', 2), '-', 1)) else null end) when (strpos(model, ' Processor ') > 1) then null else null end) else null end), ',') as cpu_sub_brand_modifier, max( case when (cpu_manufacturer = 'AMD') then null when (cpu_manufacturer = 'Qualcomm') then null when (cpu_manufacturer = 'Intel') then ( case -- when (strpos(model, ' Atom ') > 1) -- then null -- when (strpos(model, ' Celeron ') > 1) -- then null -- when (strpos(model, ' Core Ultra ') > 1) -- then cast(left(trim(both ' ' from split_part(model, ' ', 5)), 1) as integer) -- when (strpos(model, ' Core ') > 1) -- then ( -- case -- when (strpos(model, 'th Gen ') > 1) and (strpos(model, '-') > 1) -- then cast(left(trim(both ' ' from split_part(model, '-', 2)), 2) as integer) -- when (strpos(model, 'th Gen ') <= 1) and (strpos(model, '-') > 1) and (length(split_part(split_part(model, '-', 2), ' ', 1)) >= 6) -- then cast(left(trim(both ' ' from split_part(model, '-', 2)), 2) as integer) -- when (strpos(model, 'th Gen ') <= 1) and (strpos(model, '-') > 1) -- then cast(left(trim(both ' ' from split_part(model, '-', 2)), 1) as integer) -- else null -- end) -- when (strpos(model, ' Pentium ') > 1) -- then null -- when (strpos(model, ' Processor ') > 1) -- then null when (strpos(model, ' Xeon ') > 1) then ( case when (strpos(model, ' Platinum ') > 1) or (strpos(model, ' Gold ') > 1) or (strpos(model, ' Silver ') > 1) or (strpos(model, ' Bronze ') > 1) then cast(left(trim(both ' ' from split_part(model, ' ', 4)), 1) as integer) else null end) else null end) else null end)::integer as cpu_sku_level, max( case when (cpu_manufacturer = 'AMD') then null when (cpu_manufacturer = 'Qualcomm') then null when (cpu_manufacturer = 'Intel') then ( case when (strpos(model, ' Atom ') > 1) then null when (strpos(model, ' Celeron ') > 1) then null when (strpos(model, ' Core Ultra ') > 1) then cast(left(trim(both ' ' from split_part(model, ' ', 5)), 1) as integer) when (strpos(model, ' Core ') > 1) then ( case when (strpos(model, 'th Gen ') > 1) and (strpos(model, '-') > 1) then cast(left(trim(both ' ' from split_part(model, '-', 2)), 2) as integer) when (strpos(model, 'th Gen ') <= 1) and (strpos(model, '-') > 1) and (length(split_part(split_part(model, '-', 2), ' ', 1)) >= 6) then cast(left(trim(both ' ' from split_part(model, '-', 2)), 2) as integer) when (strpos(model, 'th Gen ') <= 1) and (strpos(model, '-') > 1) then cast(left(trim(both ' ' from split_part(model, '-', 2)), 1) as integer) else null end) when (strpos(model, ' Pentium ') > 1) then null when (strpos(model, ' Processor ') > 1) then null when (strpos(model, ' Xeon ') > 1) then ( case when (strpos(model, ' Platinum ') > 1) or (strpos(model, ' Gold ') > 1) or (strpos(model, ' Silver ') > 1) or (strpos(model, ' Bronze ') > 1) then cast(right(left(trim(both ' ' from split_part(model, ' ', 4)), 2), 1) as integer) else null end) else null end) else null end)::integer as cpu_generation, -- string_agg(distinct case -- -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Opteron ') > 1)) then (trim(both ' ' from split_part(model, 'AMD Opteron Processor ', 2))) -- -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Turion ') > 1)) then (replace(trim(both ' ' from split_part(model, 'AMD Turion ', 2)), 'Dual-Core ', '')) -- -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then (replace(trim(both ' ' from split_part(model, 'AMD Ryzen ', 2)), 'Eight-Core Processor', '')) -- -- when (cpu_manufacturer = 'AMD') then (trim(both ' ' from split_part(split_part(model, 'AMD ', 2), ' ', 1))) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen Embedded ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, ' Embedded ', 2), ' ', 1)), 4, 2) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1) and (strpos(model, ' PRO ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, 'Ryzen ', 2), ' PRO ', 2)), 2, 4) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, 'AMD Ryzen ', 2), ' ', 2)), 3, 2) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium Gold ') >= 1)) then trim(both ' ' from split_part(split_part(model, 'Pentium Gold ', 2), ' CPU ', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium Silver ') >= 1)) then trim(both ' ' from split_part(split_part(model, 'Pentium Silver ', 2), ' CPU ', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1)) -- -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Celeron CPU ') > 1)) -- then (case when ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) >= 48 and ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) <= 57 -- then left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 4) -- else right(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 4) -- end) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Celeron ') > 1) and (strpos(model, 'CPU @ ') > 1)) then right(trim(both ' ' from split_part(split_part(model, 'Intel Celeron ', 2), ' CPU', 1)), 4) -- when (cpu_manufacturer = 'Intel' and (strpos(model, ' Core ') > 1) and (strpos(model, '-') > 1)) -- then -- (case -- -- Check if Intel, Core, and m3, m5, m7, then the first number after the - is supposed to be the SKU -- when ((strpos(lower(model), ' m3-') > 1) and (left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),1) ~ '^\d+(\.\d+)?$')) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) -- when ((strpos(lower(model), ' m5-') > 1) and (left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),1) ~ '^\d+(\.\d+)?$')) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) -- when ((strpos(lower(model), ' m7-') > 1) and (left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),1) ~ '^\d+(\.\d+)?$')) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) -- -- Check if Intel, Core, and i3, i5, i7, i9, then the first number after the - is supposed to be the SKU -- when ((strpos(lower(model), ' i3-') > 1) and (left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),1) ~ '^\d+(\.\d+)?$')) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) -- when ((strpos(lower(model), ' i5-') > 1) and (left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),1) ~ '^\d+(\.\d+)?$')) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) -- when ((strpos(lower(model), ' i7-') > 1) and (left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),1) ~ '^\d+(\.\d+)?$')) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) -- when ((strpos(lower(model), ' i9-') > 1) and (left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),1) ~ '^\d+(\.\d+)?$')) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) -- -- Check if Intel, Core and contains 'th Gen' to figure out generation -- when (strpos(lower(model), 'th gen ') > 1) -- then right(trim(both ' ' from split_part(model, '-', 2)), 3) -- when (cast(left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) as int) <= 11 and (strpos(model, 'G') > 1)) -- -- when (cast(left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) as int) <= 11 ) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),3, 2) -- when (cast(left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) as int) <= 11 and (strpos(model, 'G') <= 0)) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),3, 3) -- when ((cast(left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) as int) >= 20)) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2, 3) -- end) -- when (cpu_manufacturer = 'Intel' and (strpos(model, ' Core ') > 1) and (strpos(model, 'Ultra') > 1)) -- then trim(both ' ' from split_part(model, ' ', 5)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1) and (strpos(model, ' CPU @ ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 4)), 3, 2) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon CPU ') > 1) and (strpos(model, ' @ ') > 1)) then right(trim(both ' ' from split_part(split_part(model, ' @ ', 1), 'Intel Xeon CPU ', 2)), 2) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, ' CPU ', 2), '-', 2)), 3, 2) -- end, ',') as cpu_sku, string_agg(distinct case when (cpu_manufacturer = 'AMD') then (case when ((strpos(model, 'Ryzen Embedded ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, ' Embedded ', 2), ' ', 1)), 4, 2) when ((strpos(model, 'Ryzen ') > 1) and (strpos(model, ' PRO ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, 'Ryzen ', 2), ' PRO ', 2)), 2, 4) when ((strpos(model, 'Ryzen ') > 1) and (strpos(model, ' PRO ') <= 1)) then substr(trim(both ' ' from split_part(split_part(model, 'AMD Ryzen ', 2), ' ', 2)), 3, 2) when ((strpos(model, 'Athlon II ') > 1)) then trim(both ' ' from split_part(split_part(model, ' Athlon II ', 2), ' ', 2)) when ((strpos(model, 'Athlon ') > 1) and (strpos(model, 'Athlon II ') <= 1)) then trim(both ' ' from split_part(split_part(model, ' Athlon ', 2), ' ', 2)) else null end) when (cpu_manufacturer = 'Qualcomm') then null when (cpu_manufacturer = 'Intel') then (case when (strpos(model, ' Atom ') > 1) then null when (strpos(model, ' Celeron ') > 1) then (case when (strpos(model, 'Celeron CPU ') > 1) then (case when ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) >= 48 and ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) <= 57 then left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 4) else right(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 4) end) when ((strpos(model, ' Celeron ') > 1) and (strpos(model, 'CPU @ ') > 1)) then split_part(model, ' ', 3) when ((strpos(model, ' Celeron ') > 1) and (strpos(model, ' @ ') > 1)) then split_part(model, ' ', 3) else null end) when (strpos(model, ' Core ') > 1) then (case when (strpos(model, ' Ultra ') > 1) then split_part(model, ' ', 5) when (strpos(model, 'th Gen ') > 1) and (strpos(model, '-') > 1) then split_part(split_part(model, '-', 2), ' ', 1) when (strpos(model, 'th Gen ') <= 1) and (strpos(model, '-') > 1) then split_part(split_part(model, '-', 2), ' ', 1) else null end) when (strpos(model, ' Core2 ') > 1) then (case when (strpos(model, ' Duo ') > 1) then split_part(model, ' ', 5) else null end) when (strpos(model, ' Pentium ') > 1) then (case when ((strpos(model, ' Gold ') > 1)) then trim(both ' ' from split_part(split_part(model, ' Gold ', 2), ' CPU ', 1)) when ((strpos(model, ' Silver ') > 1)) then trim(both ' ' from split_part(split_part(model, ' Silver ', 2), ' CPU ', 1)) when ((strpos(model, 'Pentium ') >= 1)) then trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1)) else null end) when (strpos(model, ' Xeon ') > 1) then (case when (strpos(model, ' Platinum ') > 1) or (strpos(model, ' Gold ') > 1) or (strpos(model, ' Silver ') > 1) or (strpos(model, ' Bronze ') > 1) then substr(split_part(model, ' ', 4), 3, 2) when ((strpos(model, 'Xeon CPU ') > 1) and (strpos(model, ' @ ') > 1)) then right(trim(both ' ' from split_part(split_part(model, ' @ ', 1), 'Intel Xeon CPU ', 2)), 2) -- when (strpos(model, ' CPU @ ') > 1) -- then substring(split_part(split_part(model, ' CPU @ ', 1), ' ', 4), 3, 2) when (strpos(model, ' CPU @ ') > 1) then split_part(split_part(model, ' CPU @ ', 1), '-', 2) when ((strpos(model, 'Xeon ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, ' CPU ', 2), '-', 2)), 3, 2) else null end) when (strpos(model, ' Processor ') > 1) then null else null end) else null end, ',') as cpu_sku, -- string_agg(distinct case -- -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Opteron ') > 1)) then (trim(both ' ' from split_part(model, 'AMD Opteron Processor ', 2))) -- -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Turion ') > 1)) then (replace(trim(both ' ' from split_part(model, 'AMD Turion ', 2)), 'Dual-Core ', '')) -- -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then (replace(trim(both ' ' from split_part(model, 'AMD Ryzen ', 2)), 'Eight-Core Processor', '')) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen Embedded ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, ' Embedded ', 2), ' ', 1)), 6, 1) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, 'AMD Ryzen ', 2), ' ', 2)), 5, 1) -- -- when (cpu_manufacturer = 'AMD') then (trim(both ' ' from split_part(split_part(model, 'AMD ', 2), ' ', 1))) -- -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Celeron CPU ') > 1)) -- then (case when ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) >= 48 and ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) <= 57 -- then right(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1) -- -- else right(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 4) -- end) -- when (cpu_manufacturer = 'Intel' and (strpos(model, ' Core ') > 1) and (strpos(model, '-') > 1)) -- then -- (case -- when (cast(left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) as int) <= 11 and (strpos(model, 'G') > 1)) -- then right(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)), 2) -- when (cast(left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) as int) <= 11 and (strpos(model, 'G') <= 0)) -- then right(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)), 1) -- when ((cast(left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) as int) >= 20)) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)), 5, 2) -- end) -- -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then (trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1))) -- end, ',') as cpu_suffix, string_agg(distinct case when (cpu_manufacturer = 'AMD' and (strpos(model, 'Opteron ') > 1)) then 'AMD Opteron ' || (trim(both ' ' from split_part(model, 'AMD Opteron Processor ', 2))) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Turion ') > 1)) then 'AMD Turion ' || replace(trim(both ' ' from split_part(model, 'AMD Turion ', 2)), 'Dual-Core ', '') when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then 'AMD Ryzen ' || replace(trim(both ' ' from split_part(model, 'AMD Ryzen ', 2)), 'Eight-Core Processor', '') when (cpu_manufacturer = 'AMD') then (trim(both ' ' from 'AMD ' || split_part(split_part(model, 'AMD ', 2), ' ', 1))) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then 'Intel Pentium ' || trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then 'Intel Atom ' || trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, ' Core ') > 1)) then (trim(both ' ' from split_part(model, ' CPU ', 1))) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then 'Intel Xeon ' || (trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1))) end, ',') as cpu_manu_class_model_number, count(*) as node_cpu_count, round(avg(speed_mhz)::numeric,0) as node_per_cpu_mhz, round(avg(cores)::numeric,0) as node_per_cpu_cores, sum(cores) as node_cpu_cores, round(sum(cores*speed_mhz)::numeric,0) as total_cpu_mhz from ( select h.hardware_id, replace(replace(replace(h.model, '(R)', ''), '(TM)', ''), '(tm)', '') as model, case when split_part(replace(replace(replace(h.model, '(R)', ''), '(TM)', ''), '(tm)', ''), ' ', 1) ilike 'Pentium' then 'Intel' when strpos(model, 'Intel') > 1 then 'Intel' when strpos(model, 'AMD') > 1 then 'AMD' else split_part(replace(replace(replace(h.model, '(R)', ''), '(TM)', ''), '(tm)', ''), ' ', 1) end as cpu_manufacturer, h.bitwidth, h.cores as cores, h.speed_mhz from tnt_config.node_hardware_cpus h ) h group by hardware_id ), -- node_ram1 as ( -- with -- latest_sum_report as ( -- select -- sumrpt.node_id as node_id, -- max(sumrpt.start_date) as start_date, -- max(sumrpt.end_date) as end_date -- from -- tnt_audit.summaryreports sumrpt -- group by -- sumrpt.node_id -- ) -- select -- sumrpts.node_id as node_id, -- round((avg(sumrpts.mem_alloc)/1048576)::numeric, 3) as node_ram_allocated_gb -- from -- tnt_audit.summaryreports sumrpts, latest_sum_report lsr -- where -- sumrpts.node_id = lsr.node_id -- and sumrpts.start_date = lsr.start_date -- and sumrpts.end_date = lsr.end_date -- and sumrpts.end_date between lsr.start_date and lsr.end_date -- group by -- sumrpts.node_id -- ), -- node_ram2 as ( -- select -- sumrpts.node_id as node_id, -- round((avg(sumrpts.mem_alloc)/1048576)::numeric, 3) as node_ram_allocated_gb -- from -- tnt_audit.summaryreports sumrpts -- join tnt_config.node nde on (nde.id = sumrpts.node_id and nde.delete_time is null) -- where -- -- sumrpts.node_id = nde.id -- -- and sumrpts.start_date = nde.last_report_seen_start_date -- -- and sumrpts.end_date = nde.last_report_seen_end_date -- -- and sumrpts.end_date between nde.last_report_seen_start_date and nde.last_report_seen_end_date -- (sumrpts.end_date >= nde.last_report_seen_end_date) -- group by -- sumrpts.node_id -- ), node_ram as ( select sumrpts.node_id as node_id, round((avg(sumrpts.mem_alloc)/1048576)::numeric, 3) as node_ram_allocated_gb from tnt_audit.summaryreports sumrpts, ( select sumrpt.node_id as node_id, max(sumrpt.start_date) as start_date, max(sumrpt.end_date) as end_date from tnt_audit.summaryreports sumrpt group by sumrpt.node_id ) lsr where sumrpts.node_id = lsr.node_id and sumrpts.start_date = lsr.start_date and sumrpts.end_date = lsr.end_date and sumrpts.end_date between lsr.start_date and lsr.end_date group by sumrpts.node_id ), -- node_disk1 as ( -- with -- last_node_disk as ( -- select -- part_stats.node_id as node_id, -- max(part_stats.start_date) as start_date, -- max(part_stats.end_date) as end_date -- from -- tnt_audit.summaryreport_partition_stats part_stats -- group by -- part_stats.node_id -- ), -- part_stats as ( -- select -- part_stats.node_id as node_id, -- part_stats.disk_id as node_physical_disk_id, -- string_agg(distinct part_stats.name, ',') as node_disk_names, -- sum(part_stats.size) as node_per_disk_size_kb, -- sum(part_stats.avg_used) as node_per_disk_used_kb -- from -- tnt_audit.summaryreport_partition_stats part_stats, last_node_disk -- where -- part_stats.node_id = last_node_disk.node_id -- and part_stats.start_date = last_node_disk.start_date -- and part_stats.end_date = last_node_disk.end_date -- and part_stats.end_date between last_node_disk.start_date and last_node_disk.end_date -- and part_stats.local_type ilike 'local' -- group by -- part_stats.node_id, part_stats.disk_id -- ) -- select -- part_stats.node_id as node_id, -- round(max(part_stats.node_per_disk_size_kb)::numeric/1048576.0, 0) as node_max_disk_size_gb, -- round(max(part_stats.node_per_disk_used_kb)::numeric/1048576.0, 0) as node_max_disk_used_gb, -- round(sum(part_stats.node_per_disk_size_kb)::numeric/1048576, 0) as node_total_disk_size_gb, -- round(sum(part_stats.node_per_disk_used_kb)::numeric/1048576, 0) as node_total_disk_used_gb -- from -- part_stats -- group by -- part_stats.node_id -- ), -- node_disk2 as ( -- select -- part_stats.node_id as node_id, -- round(max(part_stats.node_per_disk_size_kb)::numeric/1048576.0, 0) as node_max_disk_size_gb, -- round(max(part_stats.node_per_disk_used_kb)::numeric/1048576.0, 0) as node_max_disk_used_gb, -- round(sum(part_stats.node_per_disk_size_kb)::numeric/1048576, 0) as node_total_disk_size_gb, -- round(sum(part_stats.node_per_disk_used_kb)::numeric/1048576, 0) as node_total_disk_used_gb -- from ( -- select -- part_stats.node_id as node_id, -- part_stats.disk_id as node_physical_disk_id, -- string_agg(distinct part_stats.name, ',') as node_disk_names, -- sum(part_stats.size) as node_per_disk_size_kb, -- sum(part_stats.avg_used) as node_per_disk_used_kb -- from -- tnt_audit.summaryreport_partition_stats part_stats -- join tnt_config.node nde on (nde.id = part_stats.node_id and nde.delete_time is null) -- where -- part_stats.node_id = nde.id -- and part_stats.start_date = nde.last_report_seen_start_date -- and part_stats.end_date = nde.last_report_seen_end_date -- and part_stats.end_date between nde.last_report_seen_start_date and nde.last_report_seen_end_date -- and part_stats.local_type ilike 'local' -- group by -- part_stats.node_id, part_stats.disk_id -- ) part_stats -- group by -- part_stats.node_id -- ), -- node_disk1 as ( -- select -- part_stats.node_id as node_id, -- round(max(part_stats.node_per_disk_size_kb)::numeric/1048576.0, 0) as node_max_disk_size_gb, -- round(max(part_stats.node_per_disk_used_kb)::numeric/1048576.0, 0) as node_max_disk_used_gb, -- round(sum(part_stats.node_per_disk_size_kb)::numeric/1048576, 0) as node_total_disk_size_gb, -- round(sum(part_stats.node_per_disk_used_kb)::numeric/1048576, 0) as node_total_disk_used_gb -- from ( -- select -- part_stats.node_id as node_id, -- part_stats.disk_id as node_physical_disk_id, -- string_agg(distinct part_stats.name, ',') as node_disk_names, -- sum(part_stats.size) as node_per_disk_size_kb, -- sum(part_stats.avg_used) as node_per_disk_used_kb -- from -- tnt_audit.summaryreport_partition_stats part_stats, -- ( select -- part_stats.node_id as node_id, -- max(part_stats.start_date) as start_date, -- max(part_stats.end_date) as end_date -- from -- tnt_audit.summaryreport_partition_stats part_stats -- -- where -- -- part_stats.node_id = 13047 -- group by -- part_stats.node_id -- ) last_part_stats -- where -- part_stats.node_id = last_part_stats.node_id -- and part_stats.start_date = last_part_stats.start_date -- and part_stats.end_date = last_part_stats.end_date -- and part_stats.end_date between last_part_stats.start_date and last_part_stats.end_date -- and part_stats.local_type ilike 'local' -- -- and part_stats.node_id = 13047 -- group by -- part_stats.node_id, part_stats.disk_id -- ) part_stats -- group by -- part_stats.node_id -- ), node_disk as ( select disk_stats.node_id as node_id, -- round(max(disk_stats.node_per_disk_size_kb)::numeric/1048576.0, 0) as node_max_disk_size_gb, -- round(max(disk_stats.node_per_disk_used_kb)::numeric/1048576.0, 0) as node_max_disk_used_gb, -- round(sum(disk_stats.node_per_disk_size_kb)::numeric/1048576.0, 0) as node_total_disk_size_gb, -- round(sum(disk_stats.node_per_disk_used_kb)::numeric/1048576.0, 0) as node_total_disk_used_gb round(disk_stats.node_total_disk_size_kb::numeric/1048576.0, 0) as node_total_disk_size_gb, round(disk_stats.node_total_disk_used_kb::numeric/1048576.0, 0) as node_total_disk_used_gb, round((disk_stats.node_total_disk_size_kb - disk_stats.node_total_disk_used_kb)::numeric/1048576.0, 0) as node_total_disk_free_gb, round(disk_stats.node_disk0_c_size_kb::numeric/1048576.0, 0) as node_disk0_c_size_gb, round(disk_stats.node_disk0_c_used_kb::numeric/1048576.0, 0) as node_disk0_c_used_gb, round((disk_stats.node_disk0_c_size_kb - disk_stats.node_disk0_c_used_kb)::numeric/1048576.0, 0) as node_disk0_c_free_gb from ( select disk_stats.node_id as node_id, -- disk_stats.disk_id as node_physical_disk_id, string_agg(distinct disk_stats.name, ',') as node_disk_names, sum(disk_stats.size) as node_total_disk_size_kb, sum(disk_stats.avg_used) as node_total_disk_used_kb, sum(case when disk_stats.name ilike '%disk0 ( C:%' then disk_stats.size end) as node_disk0_c_size_kb, sum(case when disk_stats.name ilike '%disk0 ( C:%' then disk_stats.avg_used end) as node_disk0_c_used_kb from -- tnt_audit.summaryreport_partition_stats part_stats, tnt_audit.summaryreport_disk_stats disk_stats, ( select disk_stats.node_id as node_id, max(disk_stats.start_date) as start_date, max(disk_stats.end_date) as end_date from -- tnt_audit.summaryreport_partition_stats disk_stats tnt_audit.summaryreport_disk_stats disk_stats -- where -- disk_stats.node_id = 13047 group by disk_stats.node_id ) last_disk_stats where disk_stats.node_id = last_disk_stats.node_id and disk_stats.start_date = last_disk_stats.start_date and disk_stats.end_date = last_disk_stats.end_date and disk_stats.end_date between last_disk_stats.start_date and last_disk_stats.end_date and disk_stats.type ilike 'LOCAL' -- and disk_stats.node_id = 13047 group by disk_stats.node_id--, disk_stats.disk_id ) disk_stats -- group by -- disk_stats.node_id ), node_health_stats as ( select hstats.node_id, hstats.sec_secure_boot from tnt_audit.summaryreport_machine_health_stats hstats, -- lwl_rollup.sr_machine_health_stats_da hstats, ( select node_id as node_id, max(start_date) as start_date, max(end_date) as end_date from tnt_audit.summaryreport_machine_health_stats -- lwl_rollup.sr_machine_health_stats_da hstats group by node_id ) last_health_stats where hstats.node_id = last_health_stats.node_id and hstats.start_date = last_health_stats.start_date and hstats.end_date = last_health_stats.end_date and hstats.end_date between last_health_stats.start_date and last_health_stats.end_date ), node_gpus as ( select hardware_id, string_agg(model, ', ') as node_gpu_model, string_agg(model, ',') as node_discrete_gpu_models, count(*) as node_discrete_gpu_count, string_agg(format('%s', speedmhz), ', ') as node_gpu_speed_mhz, -- string_agg(format('%s', colordepth), ', ') as node_gpu_color_depth, max(colordepth) as node_gpu_color_depth, count(*) as node_gpu_count from tnt_config.node_hardware_gpus where is_real = true group by hardware_id ), node_displays as ( select hardware_id, string_agg(dimensions, ', ') as node_display_dimensions, max(cast(split_part(dimensions, 'x', 2) as int)) as max_display_res_y, string_agg(coalesce(cast(details->'sizeInches' as text), 'N/A'), ',') as node_display_size_in_inches, max((cast(details->'sizeInches' as int))) as max_display_size_in_inches, count(*) as node_display_count from tnt_config.node_hardware_displays group by hardware_id ), base_sql as ( select pn.id as node_id, pn.name as machine_name, nde.fqmn as machine_fqmn, nde.lastcontact::timestamptz at time zone 'America/New_York' as machine_last_contact, -- Machine hardware make, model, and chassis type nh.machine_make as machine_make, nh.machine_model as machine_model, nde.hwtype as machine_chassis_type, -- OS os.version as node_os_version, replace(replace(replace(replace(replace(replace(replace(replace(os.description, ' , ', ', '), 'Service Pack ', 'SP'), '(R)', ''), '(TM)', ''), '®', ''), '™', ''), '®', ''), '', '') as node_os_desc, os.buildversion as os_build_version, -- CPU nodecpu.node_cpu_model as node_cpu_model, nodecpu.node_cpu_short_models as node_cpu_short_models, round((nodecpu.node_per_cpu_mhz/1000.0)::numeric, 3) as node_cpu_speed_ghz, trim(both ' ' from nodecpu.cpu_brand) as cpu_brand, trim(both ' ' from nodecpu.cpu_sub_brand) as cpu_sub_brand, trim(both ' ' from nodecpu.cpu_sub_brand_modifier) as cpu_sub_brand_modifier, trim(both ' ' from nodecpu.cpu_model_number) as cpu_model_number, nodecpu.cpu_sku_level as cpu_sku_level, -- trim(both ' ' from nodecpu.cpu_generation) as cpu_generation, nodecpu.cpu_generation as cpu_generation, trim(both ' ' from nodecpu.cpu_sku) as cpu_sku, nodecpu.node_per_cpu_cores, nodecpu.node_cpu_cores, nodecpu.node_cpu_bitwidth, -- RAM noderam.node_ram_allocated_gb as node_ram_allocated_gb, nh.ram_alloc_gb, -- Disk storage nodedisk.node_disk0_c_size_gb as node_disk0_c_size_gb, nodedisk.node_disk0_c_used_gb as node_disk0_c_used_gb, nodedisk.node_disk0_c_free_gb as node_disk0_c_free_gb, nodedisk.node_total_disk_size_gb as node_total_disk_size_gb, nodedisk.node_total_disk_used_gb as node_total_disk_used_gb, nodedisk.node_total_disk_free_gb as node_total_disk_free_gb, -- GPU nodegpu.node_gpu_model as node_gpu_model, nodegpu.node_discrete_gpu_models as node_discrete_gpu_models, -- nodegpu.node_gpu_speed_mhz as node_gpu_speed_mhz, nodegpu.node_gpu_count as node_gpu_count, nodegpu.node_discrete_gpu_count as node_discrete_gpu_count, nodegpu.node_gpu_color_depth, os.dx12orwddm2 as os_dx12orwddm2, -- Display nodedis.node_display_dimensions as node_display_dimensions, nodedis.max_display_res_y as max_display_res_y, nodedis.node_display_size_in_inches, nodedis.max_display_size_in_inches, nodedis.node_display_count as node_display_count, -- BIOS & TPM case when nh.bios_uefi_capable is null then null else case when nh.bios_uefi_capable = 'Y' then true else false end end as machine_bios_uefi_capable, case when nh.bios_uefi_enabled is null then null else case when nh.bios_uefi_enabled = 'Y' then true else false end end as machine_bios_uefi_enabled, case when nodehealth.sec_secure_boot is null then null else nodehealth.sec_secure_boot end as machine_secure_boot, nh.tpm_specification as machine_tpm_specifications, case when nh.tpm_specification is null then null else case when strpos(nh.tpm_specification, '2.') > 0 then true else false end end as machine_tpm_specification, -- Windows 11 compatibility -- initcap(nde.win11_inplace_upgrade_compatibility) as win11_inplace_upgrade_compatibility, -- initcap(nde.win11_image_upgrade_compatibility) as win11_image_upgrade_compatibility -- Machine location loc_stats.city || ', ' || loc_stats.state || ', ' || loc_stats.country as machine_location_city_state_country, loc_stats.country as machine_location_country, loc_stats.state as machine_location_state, loc_stats.city as machine_location_city from tnt_config.policynode pn join tnt_config.node nde on (nde.id = pn.id) left outer join tnt_config.os os on (os.id = nde.os_id) left outer join node_hardware nh on (node_hardware_id = nde.hardware_id) left outer join node_cpus nodecpu on (nodecpu.hardware_id = nde.hardware_id) left outer join node_ram noderam on (noderam.node_id = pn.id) left outer join node_disk nodedisk on (nodedisk.node_id = pn.id) left outer join node_gpus nodegpu on (nodegpu.hardware_id = nde.hardware_id) left outer join node_displays nodedis on (nodedis.hardware_id = nde.hardware_id) left outer join node_health_stats nodehealth on (nodehealth.node_id = pn.id) left outer join ( select loc_stats.node_id as node_id, first(loc_stats.country) as country, first(loc_stats.state) as state, first(loc_stats.city) as city from tnt_audit.summaryreport_machine_location_stats loc_stats, -- lwl_rollup.sr_machine_location_stats_da loc_stats, ( select loc_stats.node_id as node_id, max(loc_stats.start_date) as start_date, max(loc_stats.end_date) as end_date from tnt_audit.summaryreport_machine_location_stats loc_stats -- lwl_rollup.sr_machine_location_stats_da loc_stats group by loc_stats.node_id ) latest_loc_stats where loc_stats.node_id = latest_loc_stats.node_id and loc_stats.start_date = latest_loc_stats.start_date and loc_stats.end_date = latest_loc_stats.end_date and loc_stats.end_date between latest_loc_stats.start_date and latest_loc_stats.end_date group by loc_stats.node_id ) loc_stats on (loc_stats.node_id = pn.id) where (pn.delete_time is null) -- Machine has not been deleted and (nde.delete_time is null) -- Machine has not been deleted and (nde.ihostversion is not null) -- Machine has a CID Key installed and (nde.certificate is not null) -- Machine has a valid certificate and (pn.system_object is false) -- Machine is not a system object like Stratusphere Hub, DB or Station and (pn.dirtystatusid is null or pn.dirtystatusid <> 3) -- Machine does not have a dirty status and (pn.type <= 2) -- Machines are either servers (1) or desktops (2) and (os.name = 'Windows') -- Machines that currently run Microsoft Windows -- and (os.description not ilike '%Windows 11%' -- Machine is already running Windows 11 -- and os.description not ilike '%Windows Server %') -- Machine is not already running Windows Server -- and (nde.vmtype is null) -- Machine is a physical machine to be considered for upgrade to Win10 -- Machine group filter and ('%' = '%' or pn.id in (select ngn.nodeid from tnt_config.policynode pn, tnt_config.nodegroup_node ngn where (pn.type = 5) and (pn.id = ngn.nodegroupid) and (pn.name like '%'))) order by lower(pn.name) asc nulls last ), status_sql as ( select s.*, case -- First check for incompatible hardware/software when (node_cpu_speed_ghz < 1.0) or (node_per_cpu_cores < 2) or (ram_alloc_gb < 4.0) or (node_cpu_bitwidth is not null and node_cpu_bitwidth < 64.0) or (node_disk0_c_free_gb < 20.0) or (node_gpu_color_depth is not null and node_gpu_color_depth < 8) or (os_dx12orwddm2 is not null and os_dx12orwddm2 is false) or (max_display_res_y is not null and max_display_res_y < 720) or (max_display_size_in_inches is not null and max_display_size_in_inches < 9) or (machine_bios_uefi_capable is not null and machine_bios_uefi_capable is false) or (machine_secure_boot is not null and machine_secure_boot = 'Not supported') or (machine_tpm_specification is not null and machine_tpm_specification is false) then 'Unsupported' -- Then check for partial/maybe support (when values are NULL) when node_cpu_bitwidth is null or node_gpu_color_depth is null or os_dx12orwddm2 is null or max_display_res_y is null or max_display_size_in_inches is null or machine_bios_uefi_capable is null or machine_secure_boot is null or machine_tpm_specification is null then 'Partial' -- Otherwise it's supported else 'Supported' end as win11_inplace_upgrade_label, case -- First check for incompatible hardware/software when (node_cpu_speed_ghz < 1.0) or (node_per_cpu_cores < 2) or (ram_alloc_gb < 4.0) or (node_cpu_bitwidth is not null and node_cpu_bitwidth < 64.0) or (node_disk0_c_free_gb < 64.0) or (node_gpu_color_depth is not null and node_gpu_color_depth < 8) or (os_dx12orwddm2 is not null and os_dx12orwddm2 is false) or (max_display_res_y is not null and max_display_res_y < 720) or (max_display_size_in_inches is not null and max_display_size_in_inches < 9) or (machine_bios_uefi_capable is not null and machine_bios_uefi_capable is false) or (machine_secure_boot is not null and machine_secure_boot = 'Not supported') or (machine_tpm_specification is not null and machine_tpm_specification is false) then 'Unsupported' -- Then check for partial/maybe support (when values are NULL) when node_cpu_bitwidth is null or node_gpu_color_depth is null or os_dx12orwddm2 is null or max_display_res_y is null or max_display_size_in_inches is null or machine_bios_uefi_capable is null or machine_secure_boot is null or machine_tpm_specification is null then 'Partial' -- Otherwise it's supported else 'Supported' end as win11_image_upgrade_label, case when cpu_brand = 'Intel' then case -- Intel Atom processors when cpu_sub_brand = 'Atom' and (cpu_model_number = 'x6200FE' or cpu_model_number = 'x6211E' or cpu_model_number = 'x6212RE' or cpu_model_number = 'x6413E' or cpu_model_number = 'x6414RE' or cpu_model_number = 'x6425E' or cpu_model_number = 'x6425RE' or cpu_model_number = 'x6427FE') then 'Y' -- Intel Celeron processors when cpu_sub_brand = 'Celeron' then case when cpu_sub_brand_modifier = 'G' and (cpu_sku = '4900' or cpu_sku = '4920' or cpu_sku = '4930' or cpu_sku = '4932' or cpu_sku = '4950' or cpu_sku = '5900' or cpu_sku = '5905' or cpu_sku = '5920' or cpu_sku = '5925') then 'Y' when cpu_sub_brand_modifier = 'J' and (cpu_sku = '4005' or cpu_sku = '4025' or cpu_sku = '4105' or cpu_sku = '4115' or cpu_sku = '4125' or cpu_sku = '6412' or cpu_sku = '6413') then 'Y' when cpu_sub_brand_modifier = 'N' and (cpu_sku = '4000' or cpu_sku = '4020' or cpu_sku = '4100' or cpu_sku = '4120' or cpu_sku = '4500' or cpu_sku = '4505' or cpu_sku = '5100' or cpu_sku = '5105' or cpu_sku = '6210' or cpu_sku = '6211') then 'Y' when cpu_sub_brand_modifier is null and (cpu_sku = '6305' or cpu_sku = '3867' or cpu_sku = '4205' or cpu_sku = '4305' or cpu_sku = '5205' or cpu_sku = '5305' or cpu_sku = '6305') then 'Y' else 'N' end -- Intel Core processors when cpu_sub_brand = 'Core' then case when cpu_sub_brand_modifier ilike 'Ultra%' then 'Y' when cpu_generation >= 8 then 'Y' else 'N' end -- Intel Pentium processors when cpu_sub_brand = 'Pentium' then case when cpu_sub_brand_modifier = 'Gold' and (cpu_sku = '4417' or cpu_sku = '4425' or cpu_sku = '5405' or cpu_sku = '6405' or cpu_sku = '6500' or cpu_sku = '7505' or cpu_sku = 'G5400' or cpu_sku = 'G5400T' or cpu_sku = 'G5420' or cpu_sku = 'G5420T' or cpu_sku = 'G5500' or cpu_sku = 'G5500T' or cpu_sku = 'G5600' or cpu_sku = 'G5600T' or cpu_sku = 'G5620' or cpu_sku = 'G6400' or cpu_sku = 'G6400E' or cpu_sku = 'G6400T' or cpu_sku = 'G6400TE' or cpu_sku = 'G6405' or cpu_sku = 'G6405T' or cpu_sku = 'G6500' or cpu_sku = 'G6500T' or cpu_sku = 'G6505' or cpu_sku = 'G6505T' or cpu_sku = 'G6600' or cpu_sku = 'G6605') then 'Y' when cpu_sub_brand_modifier = 'Silver' and (cpu_sku = 'J5005' or cpu_sku = 'J5040' or cpu_sku = 'N5000' or cpu_sku = 'N5030' or cpu_sku = 'N6000' or cpu_sku = 'N6005') then 'Y' when cpu_sub_brand_modifier is null and (cpu_sku = '6805' or cpu_sku = 'J6426' or cpu_sku = 'N6415') then 'Y' else 'N' end -- Intel Xeon processors when cpu_sub_brand = 'Xeon' then case when cpu_sub_brand_modifier = 'Bronze' and (cpu_model_number = '3104' or cpu_model_number = '3106' or cpu_model_number = '3204' or cpu_model_number = '3206R') then 'Y' when cpu_sub_brand_modifier = 'Silver' then -- Fixed the condition case when cpu_sku_level = 4 then case when cpu_generation = 1 and (cpu_sku = '08' or cpu_sku = '09' or cpu_sku = '10' or cpu_sku = '12' or cpu_sku = '14' or cpu_sku = '16') then 'Y' when cpu_generation = 2 and (cpu_sku = '08' or cpu_sku = '09' or cpu_sku = '10' or cpu_sku = '14' or cpu_sku = '15' or cpu_sku = '16') then 'Y' when cpu_generation = 3 and (cpu_sku = '09' or cpu_sku = '10' or cpu_sku = '14' or cpu_sku = '16') then 'Y' when cpu_generation = 4 and (cpu_sku = '10' or cpu_sku = '16') then 'Y' else 'N' end else 'N' end when cpu_sub_brand_modifier = 'Gold' then -- Fixed the condition case when cpu_sku_level = 5 then case when cpu_generation = 1 and (cpu_sku = '15' or cpu_sku = '18' or cpu_sku = '19' or cpu_sku = '20' or cpu_sku = '22') then 'Y' when cpu_generation = 2 and (cpu_sku = '15' or cpu_sku = '17' or cpu_sku = '18' or cpu_sku = '20' or cpu_sku = '22') then 'Y' when cpu_generation = 3 and (cpu_sku = '15' or cpu_sku = '17' or cpu_sku = '18' or cpu_sku = '20' or cpu_sku = '22') then 'Y' when cpu_generation = 4 and (cpu_sku = '15' or cpu_sku = '16' or cpu_sku = '18' or cpu_sku = '20') then 'Y' else 'N' end when cpu_sku_level = 6 then case when cpu_generation = 1 and (cpu_sku = '26' or cpu_sku = '28' or cpu_sku = '30' or cpu_sku = '32' or cpu_sku = '34' or cpu_sku = '36' or cpu_sku = '38' or cpu_sku = '40' or cpu_sku = '42' or cpu_sku = '44' or cpu_sku = '46' or cpu_sku = '48' or cpu_sku = '50' or cpu_sku = '52' or cpu_sku = '54') then 'Y' when cpu_generation = 2 and (cpu_sku = '08' or cpu_sku = '09' or cpu_sku = '10' or cpu_sku = '12' or cpu_sku = '22' or cpu_sku = '26' or cpu_sku = '30' or cpu_sku = '34' or cpu_sku = '38' or cpu_sku = '40' or cpu_sku = '42' or cpu_sku = '44' or cpu_sku = '46' or cpu_sku = '48' or cpu_sku = '50' or cpu_sku = '52' or cpu_sku = '54' or cpu_sku = '56' or cpu_sku = '58' or cpu_sku = '62') then 'Y' when cpu_generation = 3 and (cpu_sku = '12' or cpu_sku = '14' or cpu_sku = '26' or cpu_sku = '30' or cpu_sku = '34' or cpu_sku = '36' or cpu_sku = '38' or cpu_sku = '42' or cpu_sku = '46' or cpu_sku = '48' or cpu_sku = '54') then 'Y' when cpu_generation = 4 and (cpu_sku = '16' or cpu_sku = '18' or cpu_sku = '30' or cpu_sku = '38' or cpu_sku = '42') then 'Y' else 'N' end else 'N' end when cpu_sub_brand_modifier = 'Platinum' then case when cpu_sku_level = 8 then case when cpu_generation = 1 and (cpu_sku = '53' or cpu_sku = '56' or cpu_sku = '58' or cpu_sku = '60' or cpu_sku = '64' or cpu_sku = '68' or cpu_sku = '70' or cpu_sku = '71' or cpu_sku = '76' or cpu_sku = '80') then 'Y' when cpu_generation = 2 and (cpu_sku = '53' or cpu_sku = '56' or cpu_sku = '60' or cpu_sku = '68' or cpu_sku = '70' or cpu_sku = '72' or cpu_sku = '76' or cpu_sku = '80') then 'Y' when cpu_generation = 3 and (cpu_sku = '51' or cpu_sku = '52' or cpu_sku = '58' or cpu_sku = '60' or cpu_sku = '62' or cpu_sku = '68' or cpu_sku = '80') then 'Y' when cpu_generation = 4 and (cpu_sku = '52' or cpu_sku = '60' or cpu_sku = '68' or cpu_sku = '70' or cpu_sku = '80' or cpu_sku = '90') then 'Y' else 'N' end when cpu_sku_level = 9 then case when cpu_generation = 2 and (cpu_sku = '21' or cpu_sku = '22' or cpu_sku = '42' or cpu_sku = '82') then 'Y' else 'N' end else 'N' end when cpu_sub_brand_modifier = 'D' and (cpu_model_number = 'D-1702' or cpu_model_number = 'D-1712TR' or cpu_model_number = 'D-1713NT' or cpu_model_number = 'D-1713NTE' or cpu_model_number = 'D-1714' or cpu_model_number = 'D-1715TER' or cpu_model_number = 'D-1718T' or cpu_model_number = 'D-1722NE' or cpu_model_number = 'D-1726' or cpu_model_number = 'D-1732TE' or cpu_model_number = 'D-1733NT' or cpu_model_number = 'D-1735TR' or cpu_model_number = 'D-1736' or cpu_model_number = 'D-1736NT' or cpu_model_number = 'D-1739' or cpu_model_number = 'D-1746TER' or cpu_model_number = 'D-1747NTE' or cpu_model_number = 'D-1748TE' or cpu_model_number = 'D-1749NT' or cpu_model_number = 'D-2712T' or cpu_model_number = 'D-2733NT' or cpu_model_number = 'D-2738' or cpu_model_number = 'D-2752NTE' or cpu_model_number = 'D-2752TER' or cpu_model_number = 'D-2753NT' or cpu_model_number = 'D-2766NT' or cpu_model_number = 'D-2775TE' or cpu_model_number = 'D-2776NT' or cpu_model_number = 'D-2779' or cpu_model_number = 'D-2786NTE' or cpu_model_number = 'D-2795NT' or cpu_model_number = 'D-2796NT' or cpu_model_number = 'D-2796TE' or cpu_model_number = 'D-2798NT' or cpu_model_number = 'D-2799') then 'Y' when cpu_sub_brand_modifier = 'E' and (cpu_model_number = 'E-2104G' or cpu_model_number = 'E-2124' or cpu_model_number = 'E-2124G' or cpu_model_number = 'E-2126G' or cpu_model_number = 'E-2134' or cpu_model_number = 'E-2136' or cpu_model_number = 'E-2144G' or cpu_model_number = 'E-2146G' or cpu_model_number = 'E-2174G' or cpu_model_number = 'E-2176G' or cpu_model_number = 'E-2176M' or cpu_model_number = 'E-2186G' or cpu_model_number = 'E-2186M' or cpu_model_number = 'E-2224' or cpu_model_number = 'E-2224G' or cpu_model_number = 'E-2226G' or cpu_model_number = 'E-2226GE' or cpu_model_number = 'E-2234' or cpu_model_number = 'E-2236' or cpu_model_number = 'E-2244G' or cpu_model_number = 'E-2246G' or cpu_model_number = 'E-2254ME' or cpu_model_number = 'E-2254ML' or cpu_model_number = 'E-2274G' or cpu_model_number = 'E-2276G' or cpu_model_number = 'E-2276M' or cpu_model_number = 'E-2276ME' or cpu_model_number = 'E-2276ML' or cpu_model_number = 'E-2278G' or cpu_model_number = 'E-2278GE' or cpu_model_number = 'E-2278GEL' or cpu_model_number = 'E-2286G' or cpu_model_number = 'E-2286M' or cpu_model_number = 'E-2288G') then 'Y' when cpu_sub_brand_modifier = 'W' and (cpu_model_number = 'W-10855M' or cpu_model_number = 'W-10885M' or cpu_model_number = 'W-11855M' or cpu_model_number = 'W-11955M' or cpu_model_number = 'W-1250' or cpu_model_number = 'W-1250E' or cpu_model_number = 'W-1250P' or cpu_model_number = 'W-1250TE' or cpu_model_number = 'W-1270' or cpu_model_number = 'W-1270E' or cpu_model_number = 'W-1270P' or cpu_model_number = 'W-1270TE' or cpu_model_number = 'W-1290' or cpu_model_number = 'W-1290E' or cpu_model_number = 'W-1290P' or cpu_model_number = 'W-1290T' or cpu_model_number = 'W-1290TE' or cpu_model_number = 'W-2102' or cpu_model_number = 'W-2104' or cpu_model_number = 'W-2123' or cpu_model_number = 'W-2125' or cpu_model_number = 'W-2133' or cpu_model_number = 'W-2135' or cpu_model_number = 'W-2145' or cpu_model_number = 'W-2155' or cpu_model_number = 'W-2175' or cpu_model_number = 'W-2195' or cpu_model_number = 'W-2223' or cpu_model_number = 'W-2225' or cpu_model_number = 'W-2235' or cpu_model_number = 'W-2245' or cpu_model_number = 'W-2255' or cpu_model_number = 'W-2265' or cpu_model_number = 'W-2275' or cpu_model_number = 'W-2295' or cpu_model_number = 'W-3175X' or cpu_model_number = 'W-3223' or cpu_model_number = 'W-3225' or cpu_model_number = 'W-3235' or cpu_model_number = 'W-3245' or cpu_model_number = 'W-3245M' or cpu_model_number = 'W-3265' or cpu_model_number = 'W-3265M' or cpu_model_number = 'W-3275' or cpu_model_number = 'W-3275M' or cpu_model_number = 'W-3323' or cpu_model_number = 'W-3335' or cpu_model_number = 'W-3345' or cpu_model_number = 'W-3365' or cpu_model_number = 'W-3375') then 'Y' when cpu_sub_brand_modifier = 'W3' and (cpu_model_number = 'W3-2423' or cpu_model_number = 'W3-2425' or cpu_model_number = 'W3-2435') then 'Y' when cpu_sub_brand_modifier = 'W5' and (cpu_model_number = 'W5-2445' or cpu_model_number = 'W5-2455X' or cpu_model_number = 'W5-2465X' or cpu_model_number = 'W5-3423' or cpu_model_number = 'W5-3425' or cpu_model_number = 'W5-3433' or cpu_model_number = 'W5-3435X') then 'Y' when cpu_sub_brand_modifier = 'W7' and (cpu_model_number = ' W7-2475X' or cpu_model_number = 'W7-2495X' or cpu_model_number = 'W7-3445' or cpu_model_number = 'W7-3465X') then 'Y' when cpu_sub_brand_modifier = 'W9' and (cpu_model_number = 'W9-3475X' or cpu_model_number = 'W9-3495X') then 'Y' else 'N' end -- Xeon's cpu_sub_brand_modifier else 'N' end -- Intel's cpu_sub_brand -- AMD processors when cpu_brand = 'AMD' then case -- -- AMD EPYC processors -- when cpu_sub_brand = 'EPYC' and -- (cpu_model_number = '7252' or cpu_model_number = '7262' or cpu_model_number = '7272' or -- cpu_model_number = '7282' or cpu_model_number = '7302' or cpu_model_number = '7313' or -- cpu_model_number = '7343' or cpu_model_number = '7352' or cpu_model_number = '7402' or -- cpu_model_number = '7413' or cpu_model_number = '7443' or cpu_model_number = '7452' or -- cpu_model_number = '7453' or cpu_model_number = '7502' or cpu_model_number = '7513' or -- cpu_model_number = '7532' or cpu_model_number = '7542' or cpu_model_number = '7543' or -- cpu_model_number = '7552' or cpu_model_number = '7642' or cpu_model_number = '7643' or -- cpu_model_number = '7662' or cpu_model_number = '7663' or cpu_model_number = '7702' or -- cpu_model_number = '7713' or cpu_model_number = '7742' or cpu_model_number = '7763' or -- cpu_model_number = '7232P' or cpu_model_number = '7302P' or cpu_model_number = '72F3' or -- cpu_model_number = '7302P' or cpu_model_number = '7313P' or cpu_model_number = '73F3' or -- cpu_model_number = '7402P' or cpu_model_number = '7443P' or cpu_model_number = '74F3' or -- cpu_model_number = '7502P' or cpu_model_number = '7543P' or cpu_model_number = '75F3' or -- cpu_model_number = '7702P' or cpu_model_number = '7713P' or cpu_model_number = '7F32' or -- cpu_model_number = '7F52' or cpu_model_number = '7F72' or cpu_model_number = '7H12') -- then 'Y' -- AMD Ryzen processors when cpu_sub_brand = 'Ryzen' then case when cpu_sub_brand_modifier = '3' and (cpu_model_number = '3100' or cpu_model_number = '2300X' or cpu_model_number = '3200G' or cpu_model_number = '3200GE' or cpu_model_number = '3200U' or cpu_model_number = '3250C' or cpu_model_number = '3250U' or cpu_model_number = '3300U' or cpu_model_number = '3350U' or cpu_model_number = '4300G' or cpu_model_number = '4300GE' or cpu_model_number = '4300U' or cpu_model_number = '5300U' or cpu_model_number = '5400U') then 'Y' when cpu_sub_brand_modifier = '3 PRO' and (cpu_model_number = '3200G' or cpu_model_number = '3200GE' or cpu_model_number = '3300U' or cpu_model_number = '4350G' or cpu_model_number = '4350GE' or cpu_model_number = '4450U' or cpu_model_number = '5350G' or cpu_model_number = '5350GE' or cpu_model_number = '5450U') then 'Y' when cpu_sub_brand_modifier = '5' and (cpu_model_number = '2600' or cpu_model_number = '3600' or cpu_model_number = '2500X' or cpu_model_number = '2600E' or cpu_model_number = '2600X' or cpu_model_number = '3400G' or cpu_model_number = '3400GE' or cpu_model_number = '3450U' or cpu_model_number = '3500' or cpu_model_number = '3500C' or cpu_model_number = '3500U' or cpu_model_number = '3550H' or cpu_model_number = '3580U' or cpu_model_number = '3600X' or cpu_model_number = '3600XT' or cpu_model_number = '4500U' or cpu_model_number = '4600U' or cpu_model_number = '4600GE' or cpu_model_number = '4600H' or cpu_model_number = '4600U' or cpu_model_number = '5300G' or cpu_model_number = '5300GE' or cpu_model_number = '5500U' or cpu_model_number = '5600G' or cpu_model_number = '5600GE' or cpu_model_number = '5600H' or cpu_model_number = '5600HS' or cpu_model_number = '5600U' or cpu_model_number = '5600X') then 'Y' when cpu_sub_brand_modifier = '5 PRO' and (cpu_model_number = '2600' or cpu_model_number = '3600' or cpu_model_number = '3400G' or cpu_model_number = '3400GE' or cpu_model_number = '3500U' or cpu_model_number = '4650G' or cpu_model_number = '4650GE' or cpu_model_number = '4650U' or cpu_model_number = '5650G' or cpu_model_number = '5650GE' or cpu_model_number = '5650U' or cpu_model_number = '5750G' or cpu_model_number = '5750GE') then 'Y' when cpu_sub_brand_modifier = '7' and (cpu_model_number = '2700' or cpu_model_number = '5800' or cpu_model_number = '2700E' or cpu_model_number = '2700X' or cpu_model_number = '3700C' or cpu_model_number = '3700U' or cpu_model_number = '3700X' or cpu_model_number = '3750H' or cpu_model_number = '3780U' or cpu_model_number = '3800X' or cpu_model_number = '3800XT' or cpu_model_number = '4700G' or cpu_model_number = '4700GE' or cpu_model_number = '4700U' or cpu_model_number = '4800H' or cpu_model_number = '4800HS' or cpu_model_number = '4800U' or cpu_model_number = '5700G' or cpu_model_number = '5700GE' or cpu_model_number = '5700U' or cpu_model_number = '5700X' or cpu_model_number = '5800H' or cpu_model_number = '5800HS' or cpu_model_number = '5800U' or cpu_model_number = '5800X' or cpu_model_number = '5800X3D' or cpu_model_number = '5825C' or cpu_model_number = '5825U' or cpu_model_number = '6800H' or cpu_model_number = '6800HS' or cpu_model_number = '6800U' or cpu_model_number = '6810U' or cpu_model_number = '7700' or cpu_model_number = '7700X' or cpu_model_number = '7730U' or cpu_model_number = '7735HS' or cpu_model_number = '7735U' or cpu_model_number = '7736U' or cpu_model_number = '7745HX' or cpu_model_number = '7800X3D' or cpu_model_number = '7840H' or cpu_model_number = '7840HS' or cpu_model_number = '7840S' or cpu_model_number = '7840U') then 'Y' when cpu_sub_brand_modifier = '7 PRO' and (cpu_model_number = '2700' or cpu_model_number = '2700X' or cpu_model_number = '3700' or cpu_model_number = '3700U' or cpu_model_number = '4750G' or cpu_model_number = '4750GE' or cpu_model_number = '4750U' or cpu_model_number = '5845' or cpu_model_number = '5850HS' or cpu_model_number = '5850HX' or cpu_model_number = '5850U' or cpu_model_number = '5875U' or cpu_model_number = '6850H' or cpu_model_number = '6850H' or cpu_model_number = '6850HS' or cpu_model_number = '6850U' or cpu_model_number = '6860Z' or cpu_model_number = '7730U' or cpu_model_number = '7840U') then 'Y' when cpu_sub_brand_modifier = '9' and (cpu_model_number = '3900' or cpu_model_number = '3900X' or cpu_model_number = '3900XT' or cpu_model_number = '3950X' or cpu_model_number = '4900H' or cpu_model_number = '4900HS' or cpu_model_number = '5900HS' or cpu_model_number = '5900HX' or cpu_model_number = '5900X' or cpu_model_number = '5950X' or cpu_model_number = '5980HS' or cpu_model_number = '5980HX') then 'Y' when cpu_sub_brand_modifier = '9 PRO' and (cpu_model_number = '3900') then 'Y' when cpu_sub_brand_modifier = 'Threadripper' and (cpu_model_number = '2920X' or cpu_model_number = '2950X' or cpu_model_number = '2970WX' or cpu_model_number = '2990WX' or cpu_model_number = '3960X' or cpu_model_number = '3970X' or cpu_model_number = '3990X') then 'Y' when cpu_sub_brand_modifier = 'Threadripper PRO' and (cpu_model_number = '3945WX' or cpu_model_number = '3955WZ' or cpu_model_number = '3975WX' or cpu_model_number = '3995WX') then 'Y' else 'N' end -- AMD Ryzen's cpu_sub_brand_modifier else -- Unsupported AMD cpu_sub_brand 'N' end else -- Unsupported cpu_brand 'N' end as cpu_support_status from base_sql s ), inplace_upgrade_status as ( select s.*, case when win11_inplace_upgrade_label = 'Unsupported' then 'No' when win11_inplace_upgrade_label = 'Partial' then 'Maybe' when win11_inplace_upgrade_label = 'Supported' then 'Yes' else null end as inplace_upgrade_status from status_sql s ), by_os_edition as ( select split_part(s.node_os_desc, 'Windows ', 2) as node_os_desc, count(distinct case when win11_inplace_upgrade_label = 'Unsupported' then s.node_id end) as unsupported_machine_count, count(distinct case when win11_inplace_upgrade_label = 'Partial' then s.node_id end) as partial_machine_count, count(distinct case when win11_inplace_upgrade_label = 'Supported' then s.node_id end) as supported_machine_count, count(distinct s.node_id) from status_sql s group by s.node_os_desc order by count(distinct s.node_id) desc limit 5 ) select s.machine_model, count(distinct s.node_id) as machine_count from ( select s.*, case -- First check for incompatible hardware/software when (node_cpu_speed_ghz < 1.0) or (node_per_cpu_cores < 2) or (ram_alloc_gb < 4.0) or (node_cpu_bitwidth is not null and node_cpu_bitwidth < 64.0) or (coalesce(node_disk0_c_free_gb, node_total_disk_free_gb) < 20.0) or (node_gpu_color_depth is not null and node_gpu_color_depth < 8) or (os_dx12orwddm2 is not null and os_dx12orwddm2 is false) or (max_display_res_y is not null and max_display_res_y < 720) or (max_display_size_in_inches is not null and max_display_size_in_inches < 9) or (machine_bios_uefi_capable is not null and machine_bios_uefi_capable is false) or (machine_secure_boot is not null and machine_secure_boot = 'Not supported') or (machine_tpm_specification is not null and machine_tpm_specification is false) then 'Unsupported' -- Then check for partial/maybe support (when values are NULL) when node_cpu_bitwidth is null or node_gpu_color_depth is null or os_dx12orwddm2 is null or max_display_res_y is null or max_display_size_in_inches is null or machine_bios_uefi_capable is null or machine_secure_boot is null or machine_tpm_specification is null then 'Partial' -- Otherwise it's supported else 'Supported' end as win11_inplace_upgrade_label, case -- First check for incompatible hardware/software when (node_cpu_speed_ghz < 1.0) or (node_per_cpu_cores < 2) or (ram_alloc_gb < 4.0) or (node_cpu_bitwidth is not null and node_cpu_bitwidth < 64.0) or (node_disk0_c_free_gb < 64.0) or (node_gpu_color_depth is not null and node_gpu_color_depth < 8) or (os_dx12orwddm2 is not null and os_dx12orwddm2 is false) or (max_display_res_y is not null and max_display_res_y < 720) or (max_display_size_in_inches is not null and max_display_size_in_inches < 9) or (machine_bios_uefi_capable is not null and machine_bios_uefi_capable is false) or (machine_secure_boot is not null and machine_secure_boot = 'Not supported') or (machine_tpm_specification is not null and machine_tpm_specification is false) then 'Unsupported' -- Then check for partial/maybe support (when values are NULL) when node_cpu_bitwidth is null or node_gpu_color_depth is null or os_dx12orwddm2 is null or max_display_res_y is null or max_display_size_in_inches is null or machine_bios_uefi_capable is null or machine_secure_boot is null or machine_tpm_specification is null then 'Partial' -- Otherwise it's supported else 'Supported' end as win11_image_upgrade_label, case when cpu_brand = 'Intel' then case -- Intel Atom processors when cpu_sub_brand = 'Atom' and (cpu_model_number = 'x6200FE' or cpu_model_number = 'x6211E' or cpu_model_number = 'x6212RE' or cpu_model_number = 'x6413E' or cpu_model_number = 'x6414RE' or cpu_model_number = 'x6425E' or cpu_model_number = 'x6425RE' or cpu_model_number = 'x6427FE') then 'Y' -- Intel Celeron processors when cpu_sub_brand = 'Celeron' then case when cpu_sub_brand_modifier = 'G' and (cpu_sku = '4900' or cpu_sku = '4920' or cpu_sku = '4930' or cpu_sku = '4932' or cpu_sku = '4950' or cpu_sku = '5900' or cpu_sku = '5905' or cpu_sku = '5920' or cpu_sku = '5925') then 'Y' when cpu_sub_brand_modifier = 'J' and (cpu_sku = '4005' or cpu_sku = '4025' or cpu_sku = '4105' or cpu_sku = '4115' or cpu_sku = '4125' or cpu_sku = '6412' or cpu_sku = '6413') then 'Y' when cpu_sub_brand_modifier = 'N' and (cpu_sku = '4000' or cpu_sku = '4020' or cpu_sku = '4100' or cpu_sku = '4120' or cpu_sku = '4500' or cpu_sku = '4505' or cpu_sku = '5100' or cpu_sku = '5105' or cpu_sku = '6210' or cpu_sku = '6211') then 'Y' when cpu_sub_brand_modifier is null and (cpu_sku = '6305' or cpu_sku = '3867' or cpu_sku = '4205' or cpu_sku = '4305' or cpu_sku = '5205' or cpu_sku = '5305' or cpu_sku = '6305') then 'Y' else 'N' end -- Intel Core processors when cpu_sub_brand = 'Core' then case when cpu_sub_brand_modifier ilike 'Ultra%' then 'Y' when cpu_generation >= 8 then 'Y' else 'N' end -- Intel Pentium processors when cpu_sub_brand = 'Pentium' then case when cpu_sub_brand_modifier = 'Gold' and (cpu_sku = '4417' or cpu_sku = '4425' or cpu_sku = '5405' or cpu_sku = '6405' or cpu_sku = '6500' or cpu_sku = '7505' or cpu_sku = 'G5400' or cpu_sku = 'G5400T' or cpu_sku = 'G5420' or cpu_sku = 'G5420T' or cpu_sku = 'G5500' or cpu_sku = 'G5500T' or cpu_sku = 'G5600' or cpu_sku = 'G5600T' or cpu_sku = 'G5620' or cpu_sku = 'G6400' or cpu_sku = 'G6400E' or cpu_sku = 'G6400T' or cpu_sku = 'G6400TE' or cpu_sku = 'G6405' or cpu_sku = 'G6405T' or cpu_sku = 'G6500' or cpu_sku = 'G6500T' or cpu_sku = 'G6505' or cpu_sku = 'G6505T' or cpu_sku = 'G6600' or cpu_sku = 'G6605') then 'Y' when cpu_sub_brand_modifier = 'Silver' and (cpu_sku = 'J5005' or cpu_sku = 'J5040' or cpu_sku = 'N5000' or cpu_sku = 'N5030' or cpu_sku = 'N6000' or cpu_sku = 'N6005') then 'Y' when cpu_sub_brand_modifier is null and (cpu_sku = '6805' or cpu_sku = 'J6426' or cpu_sku = 'N6415') then 'Y' else 'N' end -- Intel Xeon processors when cpu_sub_brand = 'Xeon' then case when cpu_sub_brand_modifier = 'Bronze' and (cpu_model_number = '3104' or cpu_model_number = '3106' or cpu_model_number = '3204' or cpu_model_number = '3206R') then 'Y' when cpu_sub_brand_modifier = 'Silver' then -- Fixed the condition case when cpu_sku_level = 4 then case when cpu_generation = 1 and (cpu_sku = '08' or cpu_sku = '09' or cpu_sku = '10' or cpu_sku = '12' or cpu_sku = '14' or cpu_sku = '16') then 'Y' when cpu_generation = 2 and (cpu_sku = '08' or cpu_sku = '09' or cpu_sku = '10' or cpu_sku = '14' or cpu_sku = '15' or cpu_sku = '16') then 'Y' when cpu_generation = 3 and (cpu_sku = '09' or cpu_sku = '10' or cpu_sku = '14' or cpu_sku = '16') then 'Y' when cpu_generation = 4 and (cpu_sku = '10' or cpu_sku = '16') then 'Y' else 'N' end else 'N' end when cpu_sub_brand_modifier = 'Gold' then -- Fixed the condition case when cpu_sku_level = 5 then case when cpu_generation = 1 and (cpu_sku = '15' or cpu_sku = '18' or cpu_sku = '19' or cpu_sku = '20' or cpu_sku = '22') then 'Y' when cpu_generation = 2 and (cpu_sku = '15' or cpu_sku = '17' or cpu_sku = '18' or cpu_sku = '20' or cpu_sku = '22') then 'Y' when cpu_generation = 3 and (cpu_sku = '15' or cpu_sku = '17' or cpu_sku = '18' or cpu_sku = '20' or cpu_sku = '22') then 'Y' when cpu_generation = 4 and (cpu_sku = '15' or cpu_sku = '16' or cpu_sku = '18' or cpu_sku = '20') then 'Y' else 'N' end when cpu_sku_level = 6 then case when cpu_generation = 1 and (cpu_sku = '26' or cpu_sku = '28' or cpu_sku = '30' or cpu_sku = '32' or cpu_sku = '34' or cpu_sku = '36' or cpu_sku = '38' or cpu_sku = '40' or cpu_sku = '42' or cpu_sku = '44' or cpu_sku = '46' or cpu_sku = '48' or cpu_sku = '50' or cpu_sku = '52' or cpu_sku = '54') then 'Y' when cpu_generation = 2 and (cpu_sku = '08' or cpu_sku = '09' or cpu_sku = '10' or cpu_sku = '12' or cpu_sku = '22' or cpu_sku = '26' or cpu_sku = '30' or cpu_sku = '34' or cpu_sku = '38' or cpu_sku = '40' or cpu_sku = '42' or cpu_sku = '44' or cpu_sku = '46' or cpu_sku = '48' or cpu_sku = '50' or cpu_sku = '52' or cpu_sku = '54' or cpu_sku = '56' or cpu_sku = '58' or cpu_sku = '62') then 'Y' when cpu_generation = 3 and (cpu_sku = '12' or cpu_sku = '14' or cpu_sku = '26' or cpu_sku = '30' or cpu_sku = '34' or cpu_sku = '36' or cpu_sku = '38' or cpu_sku = '42' or cpu_sku = '46' or cpu_sku = '48' or cpu_sku = '54') then 'Y' when cpu_generation = 4 and (cpu_sku = '16' or cpu_sku = '18' or cpu_sku = '30' or cpu_sku = '38' or cpu_sku = '42') then 'Y' else 'N' end else 'N' end when cpu_sub_brand_modifier = 'Platinum' then case when cpu_sku_level = 8 then case when cpu_generation = 1 and (cpu_sku = '53' or cpu_sku = '56' or cpu_sku = '58' or cpu_sku = '60' or cpu_sku = '64' or cpu_sku = '68' or cpu_sku = '70' or cpu_sku = '71' or cpu_sku = '76' or cpu_sku = '80') then 'Y' when cpu_generation = 2 and (cpu_sku = '53' or cpu_sku = '56' or cpu_sku = '60' or cpu_sku = '68' or cpu_sku = '70' or cpu_sku = '72' or cpu_sku = '76' or cpu_sku = '80') then 'Y' when cpu_generation = 3 and (cpu_sku = '51' or cpu_sku = '52' or cpu_sku = '58' or cpu_sku = '60' or cpu_sku = '62' or cpu_sku = '68' or cpu_sku = '80') then 'Y' when cpu_generation = 4 and (cpu_sku = '52' or cpu_sku = '60' or cpu_sku = '68' or cpu_sku = '70' or cpu_sku = '80' or cpu_sku = '90') then 'Y' else 'N' end when cpu_sku_level = 9 then case when cpu_generation = 2 and (cpu_sku = '21' or cpu_sku = '22' or cpu_sku = '42' or cpu_sku = '82') then 'Y' else 'N' end else 'N' end when cpu_sub_brand_modifier = 'D' and (cpu_model_number = 'D-1702' or cpu_model_number = 'D-1712TR' or cpu_model_number = 'D-1713NT' or cpu_model_number = 'D-1713NTE' or cpu_model_number = 'D-1714' or cpu_model_number = 'D-1715TER' or cpu_model_number = 'D-1718T' or cpu_model_number = 'D-1722NE' or cpu_model_number = 'D-1726' or cpu_model_number = 'D-1732TE' or cpu_model_number = 'D-1733NT' or cpu_model_number = 'D-1735TR' or cpu_model_number = 'D-1736' or cpu_model_number = 'D-1736NT' or cpu_model_number = 'D-1739' or cpu_model_number = 'D-1746TER' or cpu_model_number = 'D-1747NTE' or cpu_model_number = 'D-1748TE' or cpu_model_number = 'D-1749NT' or cpu_model_number = 'D-2712T' or cpu_model_number = 'D-2733NT' or cpu_model_number = 'D-2738' or cpu_model_number = 'D-2752NTE' or cpu_model_number = 'D-2752TER' or cpu_model_number = 'D-2753NT' or cpu_model_number = 'D-2766NT' or cpu_model_number = 'D-2775TE' or cpu_model_number = 'D-2776NT' or cpu_model_number = 'D-2779' or cpu_model_number = 'D-2786NTE' or cpu_model_number = 'D-2795NT' or cpu_model_number = 'D-2796NT' or cpu_model_number = 'D-2796TE' or cpu_model_number = 'D-2798NT' or cpu_model_number = 'D-2799') then 'Y' when cpu_sub_brand_modifier = 'E' and (cpu_model_number = 'E-2104G' or cpu_model_number = 'E-2124' or cpu_model_number = 'E-2124G' or cpu_model_number = 'E-2126G' or cpu_model_number = 'E-2134' or cpu_model_number = 'E-2136' or cpu_model_number = 'E-2144G' or cpu_model_number = 'E-2146G' or cpu_model_number = 'E-2174G' or cpu_model_number = 'E-2176G' or cpu_model_number = 'E-2176M' or cpu_model_number = 'E-2186G' or cpu_model_number = 'E-2186M' or cpu_model_number = 'E-2224' or cpu_model_number = 'E-2224G' or cpu_model_number = 'E-2226G' or cpu_model_number = 'E-2226GE' or cpu_model_number = 'E-2234' or cpu_model_number = 'E-2236' or cpu_model_number = 'E-2244G' or cpu_model_number = 'E-2246G' or cpu_model_number = 'E-2254ME' or cpu_model_number = 'E-2254ML' or cpu_model_number = 'E-2274G' or cpu_model_number = 'E-2276G' or cpu_model_number = 'E-2276M' or cpu_model_number = 'E-2276ME' or cpu_model_number = 'E-2276ML' or cpu_model_number = 'E-2278G' or cpu_model_number = 'E-2278GE' or cpu_model_number = 'E-2278GEL' or cpu_model_number = 'E-2286G' or cpu_model_number = 'E-2286M' or cpu_model_number = 'E-2288G') then 'Y' when cpu_sub_brand_modifier = 'W' and (cpu_model_number = 'W-10855M' or cpu_model_number = 'W-10885M' or cpu_model_number = 'W-11855M' or cpu_model_number = 'W-11955M' or cpu_model_number = 'W-1250' or cpu_model_number = 'W-1250E' or cpu_model_number = 'W-1250P' or cpu_model_number = 'W-1250TE' or cpu_model_number = 'W-1270' or cpu_model_number = 'W-1270E' or cpu_model_number = 'W-1270P' or cpu_model_number = 'W-1270TE' or cpu_model_number = 'W-1290' or cpu_model_number = 'W-1290E' or cpu_model_number = 'W-1290P' or cpu_model_number = 'W-1290T' or cpu_model_number = 'W-1290TE' or cpu_model_number = 'W-2102' or cpu_model_number = 'W-2104' or cpu_model_number = 'W-2123' or cpu_model_number = 'W-2125' or cpu_model_number = 'W-2133' or cpu_model_number = 'W-2135' or cpu_model_number = 'W-2145' or cpu_model_number = 'W-2155' or cpu_model_number = 'W-2175' or cpu_model_number = 'W-2195' or cpu_model_number = 'W-2223' or cpu_model_number = 'W-2225' or cpu_model_number = 'W-2235' or cpu_model_number = 'W-2245' or cpu_model_number = 'W-2255' or cpu_model_number = 'W-2265' or cpu_model_number = 'W-2275' or cpu_model_number = 'W-2295' or cpu_model_number = 'W-3175X' or cpu_model_number = 'W-3223' or cpu_model_number = 'W-3225' or cpu_model_number = 'W-3235' or cpu_model_number = 'W-3245' or cpu_model_number = 'W-3245M' or cpu_model_number = 'W-3265' or cpu_model_number = 'W-3265M' or cpu_model_number = 'W-3275' or cpu_model_number = 'W-3275M' or cpu_model_number = 'W-3323' or cpu_model_number = 'W-3335' or cpu_model_number = 'W-3345' or cpu_model_number = 'W-3365' or cpu_model_number = 'W-3375') then 'Y' when cpu_sub_brand_modifier = 'W3' and (cpu_model_number = 'W3-2423' or cpu_model_number = 'W3-2425' or cpu_model_number = 'W3-2435') then 'Y' when cpu_sub_brand_modifier = 'W5' and (cpu_model_number = 'W5-2445' or cpu_model_number = 'W5-2455X' or cpu_model_number = 'W5-2465X' or cpu_model_number = 'W5-3423' or cpu_model_number = 'W5-3425' or cpu_model_number = 'W5-3433' or cpu_model_number = 'W5-3435X') then 'Y' when cpu_sub_brand_modifier = 'W7' and (cpu_model_number = ' W7-2475X' or cpu_model_number = 'W7-2495X' or cpu_model_number = 'W7-3445' or cpu_model_number = 'W7-3465X') then 'Y' when cpu_sub_brand_modifier = 'W9' and (cpu_model_number = 'W9-3475X' or cpu_model_number = 'W9-3495X') then 'Y' else 'N' end -- Xeon's cpu_sub_brand_modifier else 'N' end -- Intel's cpu_sub_brand -- AMD processors when cpu_brand = 'AMD' then case -- -- AMD EPYC processors -- when cpu_sub_brand = 'EPYC' and -- (cpu_model_number = '7252' or cpu_model_number = '7262' or cpu_model_number = '7272' or -- cpu_model_number = '7282' or cpu_model_number = '7302' or cpu_model_number = '7313' or -- cpu_model_number = '7343' or cpu_model_number = '7352' or cpu_model_number = '7402' or -- cpu_model_number = '7413' or cpu_model_number = '7443' or cpu_model_number = '7452' or -- cpu_model_number = '7453' or cpu_model_number = '7502' or cpu_model_number = '7513' or -- cpu_model_number = '7532' or cpu_model_number = '7542' or cpu_model_number = '7543' or -- cpu_model_number = '7552' or cpu_model_number = '7642' or cpu_model_number = '7643' or -- cpu_model_number = '7662' or cpu_model_number = '7663' or cpu_model_number = '7702' or -- cpu_model_number = '7713' or cpu_model_number = '7742' or cpu_model_number = '7763' or -- cpu_model_number = '7232P' or cpu_model_number = '7302P' or cpu_model_number = '72F3' or -- cpu_model_number = '7302P' or cpu_model_number = '7313P' or cpu_model_number = '73F3' or -- cpu_model_number = '7402P' or cpu_model_number = '7443P' or cpu_model_number = '74F3' or -- cpu_model_number = '7502P' or cpu_model_number = '7543P' or cpu_model_number = '75F3' or -- cpu_model_number = '7702P' or cpu_model_number = '7713P' or cpu_model_number = '7F32' or -- cpu_model_number = '7F52' or cpu_model_number = '7F72' or cpu_model_number = '7H12') -- then 'Y' -- AMD Ryzen processors when cpu_sub_brand = 'Ryzen' then case when cpu_sub_brand_modifier = '3' and (cpu_model_number = '3100' or cpu_model_number = '2300X' or cpu_model_number = '3200G' or cpu_model_number = '3200GE' or cpu_model_number = '3200U' or cpu_model_number = '3250C' or cpu_model_number = '3250U' or cpu_model_number = '3300U' or cpu_model_number = '3350U' or cpu_model_number = '4300G' or cpu_model_number = '4300GE' or cpu_model_number = '4300U' or cpu_model_number = '5300U' or cpu_model_number = '5400U') then 'Y' when cpu_sub_brand_modifier = '3 PRO' and (cpu_model_number = '3200G' or cpu_model_number = '3200GE' or cpu_model_number = '3300U' or cpu_model_number = '4350G' or cpu_model_number = '4350GE' or cpu_model_number = '4450U' or cpu_model_number = '5350G' or cpu_model_number = '5350GE' or cpu_model_number = '5450U') then 'Y' when cpu_sub_brand_modifier = '5' and (cpu_model_number = '2600' or cpu_model_number = '3600' or cpu_model_number = '2500X' or cpu_model_number = '2600E' or cpu_model_number = '2600X' or cpu_model_number = '3400G' or cpu_model_number = '3400GE' or cpu_model_number = '3450U' or cpu_model_number = '3500' or cpu_model_number = '3500C' or cpu_model_number = '3500U' or cpu_model_number = '3550H' or cpu_model_number = '3580U' or cpu_model_number = '3600X' or cpu_model_number = '3600XT' or cpu_model_number = '4500U' or cpu_model_number = '4600U' or cpu_model_number = '4600GE' or cpu_model_number = '4600H' or cpu_model_number = '4600U' or cpu_model_number = '5300G' or cpu_model_number = '5300GE' or cpu_model_number = '5500U' or cpu_model_number = '5600G' or cpu_model_number = '5600GE' or cpu_model_number = '5600H' or cpu_model_number = '5600HS' or cpu_model_number = '5600U' or cpu_model_number = '5600X') then 'Y' when cpu_sub_brand_modifier = '5 PRO' and (cpu_model_number = '2600' or cpu_model_number = '3600' or cpu_model_number = '3400G' or cpu_model_number = '3400GE' or cpu_model_number = '3500U' or cpu_model_number = '4650G' or cpu_model_number = '4650GE' or cpu_model_number = '4650U' or cpu_model_number = '5650G' or cpu_model_number = '5650GE' or cpu_model_number = '5650U' or cpu_model_number = '5750G' or cpu_model_number = '5750GE') then 'Y' when cpu_sub_brand_modifier = '7' and (cpu_model_number = '2700' or cpu_model_number = '5800' or cpu_model_number = '2700E' or cpu_model_number = '2700X' or cpu_model_number = '3700C' or cpu_model_number = '3700U' or cpu_model_number = '3700X' or cpu_model_number = '3750H' or cpu_model_number = '3780U' or cpu_model_number = '3800X' or cpu_model_number = '3800XT' or cpu_model_number = '4700G' or cpu_model_number = '4700GE' or cpu_model_number = '4700U' or cpu_model_number = '4800H' or cpu_model_number = '4800HS' or cpu_model_number = '4800U' or cpu_model_number = '5700G' or cpu_model_number = '5700GE' or cpu_model_number = '5700U' or cpu_model_number = '5700X' or cpu_model_number = '5800H' or cpu_model_number = '5800HS' or cpu_model_number = '5800U' or cpu_model_number = '5800X' or cpu_model_number = '5800X3D' or cpu_model_number = '5825C' or cpu_model_number = '5825U' or cpu_model_number = '6800H' or cpu_model_number = '6800HS' or cpu_model_number = '6800U' or cpu_model_number = '6810U' or cpu_model_number = '7700' or cpu_model_number = '7700X' or cpu_model_number = '7730U' or cpu_model_number = '7735HS' or cpu_model_number = '7735U' or cpu_model_number = '7736U' or cpu_model_number = '7745HX' or cpu_model_number = '7800X3D' or cpu_model_number = '7840H' or cpu_model_number = '7840HS' or cpu_model_number = '7840S' or cpu_model_number = '7840U') then 'Y' when cpu_sub_brand_modifier = '7 PRO' and (cpu_model_number = '2700' or cpu_model_number = '2700X' or cpu_model_number = '3700' or cpu_model_number = '3700U' or cpu_model_number = '4750G' or cpu_model_number = '4750GE' or cpu_model_number = '4750U' or cpu_model_number = '5845' or cpu_model_number = '5850HS' or cpu_model_number = '5850HX' or cpu_model_number = '5850U' or cpu_model_number = '5875U' or cpu_model_number = '6850H' or cpu_model_number = '6850H' or cpu_model_number = '6850HS' or cpu_model_number = '6850U' or cpu_model_number = '6860Z' or cpu_model_number = '7730U' or cpu_model_number = '7840U') then 'Y' when cpu_sub_brand_modifier = '9' and (cpu_model_number = '3900' or cpu_model_number = '3900X' or cpu_model_number = '3900XT' or cpu_model_number = '3950X' or cpu_model_number = '4900H' or cpu_model_number = '4900HS' or cpu_model_number = '5900HS' or cpu_model_number = '5900HX' or cpu_model_number = '5900X' or cpu_model_number = '5950X' or cpu_model_number = '5980HS' or cpu_model_number = '5980HX') then 'Y' when cpu_sub_brand_modifier = '9 PRO' and (cpu_model_number = '3900') then 'Y' when cpu_sub_brand_modifier = 'Threadripper' and (cpu_model_number = '2920X' or cpu_model_number = '2950X' or cpu_model_number = '2970WX' or cpu_model_number = '2990WX' or cpu_model_number = '3960X' or cpu_model_number = '3970X' or cpu_model_number = '3990X') then 'Y' when cpu_sub_brand_modifier = 'Threadripper PRO' and (cpu_model_number = '3945WX' or cpu_model_number = '3955WZ' or cpu_model_number = '3975WX' or cpu_model_number = '3995WX') then 'Y' else 'N' end -- AMD Ryzen's cpu_sub_brand_modifier else -- Unsupported AMD cpu_sub_brand 'N' end else -- Unsupported cpu_brand 'N' end as cpu_support_status from ( select pn.id as node_id, pn.name as machine_name, nde.fqmn as machine_fqmn, nde.lastcontact::timestamptz at time zone 'America/New_York' as machine_last_contact, -- Machine hardware make, model, and chassis type nh.machine_make as machine_make, nh.machine_model as machine_model, nde.hwtype as machine_chassis_type, -- OS os.version as node_os_version, replace(replace(replace(replace(replace(replace(replace(replace(os.description, ' , ', ', '), 'Service Pack ', 'SP'), '(R)', ''), '(TM)', ''), '®', ''), '™', ''), '®', ''), '', '') as node_os_desc, os.buildversion as os_build_version, -- CPU nodecpu.node_cpu_model as node_cpu_model, nodecpu.node_cpu_short_models as node_cpu_short_models, round((nodecpu.node_per_cpu_mhz/1000.0)::numeric, 3) as node_cpu_speed_ghz, trim(both ' ' from nodecpu.cpu_brand) as cpu_brand, trim(both ' ' from nodecpu.cpu_sub_brand) as cpu_sub_brand, trim(both ' ' from nodecpu.cpu_sub_brand_modifier) as cpu_sub_brand_modifier, trim(both ' ' from nodecpu.cpu_model_number) as cpu_model_number, nodecpu.cpu_sku_level as cpu_sku_level, -- trim(both ' ' from nodecpu.cpu_generation) as cpu_generation, nodecpu.cpu_generation as cpu_generation, trim(both ' ' from nodecpu.cpu_sku) as cpu_sku, nodecpu.node_per_cpu_cores, nodecpu.node_cpu_cores, nodecpu.node_cpu_bitwidth, -- RAM noderam.node_ram_allocated_gb as node_ram_allocated_gb, nh.ram_alloc_gb, -- Disk storage nodedisk.node_disk0_c_size_gb as node_disk0_c_size_gb, nodedisk.node_disk0_c_used_gb as node_disk0_c_used_gb, nodedisk.node_disk0_c_free_gb as node_disk0_c_free_gb, nodedisk.node_total_disk_size_gb as node_total_disk_size_gb, nodedisk.node_total_disk_used_gb as node_total_disk_used_gb, nodedisk.node_total_disk_free_gb as node_total_disk_free_gb, -- GPU nodegpu.node_gpu_model as node_gpu_model, nodegpu.node_discrete_gpu_models as node_discrete_gpu_models, -- nodegpu.node_gpu_speed_mhz as node_gpu_speed_mhz, nodegpu.node_gpu_count as node_gpu_count, nodegpu.node_discrete_gpu_count as node_discrete_gpu_count, nodegpu.node_gpu_color_depth, os.dx12orwddm2 as os_dx12orwddm2, -- Display nodedis.node_display_dimensions as node_display_dimensions, nodedis.max_display_res_y as max_display_res_y, nodedis.node_display_size_in_inches, nodedis.max_display_size_in_inches, nodedis.node_display_count as node_display_count, -- BIOS & TPM case when nh.bios_uefi_capable is null then null else case when nh.bios_uefi_capable = 'Y' then true else false end end as machine_bios_uefi_capable, case when nh.bios_uefi_enabled is null then null else case when nh.bios_uefi_enabled = 'Y' then true else false end end as machine_bios_uefi_enabled, case when nodehealth.sec_secure_boot is null then null else nodehealth.sec_secure_boot end as machine_secure_boot, nh.tpm_specification as machine_tpm_specifications, case when nh.tpm_specification is null then null else case when strpos(nh.tpm_specification, '2.') > 0 then true else false end end as machine_tpm_specification, -- Windows 11 compatibility -- initcap(nde.win11_inplace_upgrade_compatibility) as win11_inplace_upgrade_compatibility, -- initcap(nde.win11_image_upgrade_compatibility) as win11_image_upgrade_compatibility -- Machine location loc_stats.city || ', ' || loc_stats.state || ', ' || loc_stats.country as machine_location_city_state_country, loc_stats.country as machine_location_country, loc_stats.state as machine_location_state, loc_stats.city as machine_location_city from tnt_config.policynode pn join tnt_config.node nde on (nde.id = pn.id) left outer join tnt_config.os os on (os.id = nde.os_id) left outer join node_hardware nh on (node_hardware_id = nde.hardware_id) left outer join node_cpus nodecpu on (nodecpu.hardware_id = nde.hardware_id) left outer join node_ram noderam on (noderam.node_id = pn.id) left outer join node_disk nodedisk on (nodedisk.node_id = pn.id) left outer join node_gpus nodegpu on (nodegpu.hardware_id = nde.hardware_id) left outer join node_displays nodedis on (nodedis.hardware_id = nde.hardware_id) left outer join node_health_stats nodehealth on (nodehealth.node_id = pn.id) left outer join ( select loc_stats.node_id as node_id, first(loc_stats.country) as country, first(loc_stats.state) as state, first(loc_stats.city) as city from tnt_audit.summaryreport_machine_location_stats loc_stats, -- lwl_rollup.sr_machine_location_stats_da loc_stats, ( select loc_stats.node_id as node_id, max(loc_stats.start_date) as start_date, max(loc_stats.end_date) as end_date from tnt_audit.summaryreport_machine_location_stats loc_stats -- lwl_rollup.sr_machine_location_stats_da loc_stats group by loc_stats.node_id ) latest_loc_stats where loc_stats.node_id = latest_loc_stats.node_id and loc_stats.start_date = latest_loc_stats.start_date and loc_stats.end_date = latest_loc_stats.end_date and loc_stats.end_date between latest_loc_stats.start_date and latest_loc_stats.end_date group by loc_stats.node_id ) loc_stats on (loc_stats.node_id = pn.id) where (pn.delete_time is null) -- Machine has not been deleted and (nde.delete_time is null) -- Machine has not been deleted and (nde.ihostversion is not null) -- Machine has a CID Key installed and (nde.certificate is not null) -- Machine has a valid certificate and (pn.system_object is false) -- Machine is not a system object like Stratusphere Hub, DB or Station and (pn.dirtystatusid is null or pn.dirtystatusid <> 3) -- Machine does not have a dirty status and (pn.type <= 2) -- Machines are either servers (1) or desktops (2) and (os.name = 'Windows') -- Machines that currently run Microsoft Windows and (os.description not ilike '%Windows 11%' -- Machine is already running Windows 11 and os.description not ilike '%Windows Server %') -- Machine is not already running Windows Server and (nde.vmtype is null) -- Machine is a physical machine to be considered for upgrade to Win10 -- Machine group filter and ('%' = ? or pn.id in (select ngn.nodeid from tnt_config.policynode pn, tnt_config.nodegroup_node ngn where (pn.type = 5) and (pn.id = ngn.nodegroupid) and (pn.name like ?))) order by lower(pn.name) asc nulls last ) s ) s group by s.machine_model order by machine_count desc limit 5 ;]]>

2.0 In 1 12 0 0 Unknown In 2 12 0 0 Unknown ]]>

machine_make dimension

machine_make

machine_count measure

machine_count

param_1 MachineGroup string 12 1 false true false param_2 MachineGroup string 12 2 false true false

1 machine_make string 2 machine_count decimal

Portal

1 machine_make machine_make string 12 2 machine_count machine_count decimal -5

'vendor' as bios_vendor, -- bios_info->'smbBios' as bios_smbBios, -- bios_info->'version' as bios_version, -- bios_info->'revision' as bios_revision, -- date_trunc('day', cast(bios_info->'releaseDate' as timestamptz)) as bios_release_date, case when length(bios_info->'uefiCapable'::text) is null then null else case when bios_info->'uefiCapable' = 'false' then 'N' else 'Y' end end as bios_uefi_capable, case when length(bios_info->'uefiEnabled'::text) is null then null else case when bios_info->'uefiEnabled' = 'false' then 'N' else 'Y' end end as bios_uefi_enabled, -- tpm_info->'manufacturer' as tpm_manufacturer, -- tpm_info->'version' as tpm_version, -- (case when length(tpm_info->'owned'::text) is null then null else (case when tpm_info->'owned' = 'false' then 'N' else 'Y' end) end) as tpm_owned, -- (case when length(tpm_info->'active'::text) is null then null else (case when tpm_info->'active' = 'false' then 'N' else 'Y' end) end) as tpm_active, -- (case when length(tpm_info->'enabled'::text) is null then null else (case when tpm_info->'enabled' = 'false' then 'N' else 'Y' end) end) as tpm_enabled, tpm_info->'specification' as tpm_specification from tnt_config.node_hardware -- where -- id = 361955 -- id = 1219 ), -- node_cpus1 as ( -- select -- hardware_id, -- string_agg(distinct model, ', ') as node_cpu_model, -- string_agg(distinct rtrim(split_part(split_part(split_part(model, 'processor', 1), 'Processor', 1), 'CPU', 1)), ',') as node_cpu_short_models, -- array_agg(distinct bitwidth) as node_cpu_3264_bit, -- cpu_manufacturer, -- case -- when (cpu_manufacturer = 'AMD') then (trim(both ' ' from split_part(split_part(model, 'AMD ', 2), ' ', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then 'Pentium' -- trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then 'Atom' -- trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Core ') > 1)) then 'Core' -- (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), ' ', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then 'Xeon' -- (trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1))) -- end as cpu_class, -- case -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Opteron ') > 1)) then (trim(both ' ' from split_part(model, 'AMD Opteron Processor ', 2))) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Turion ') > 1)) then (replace(trim(both ' ' from split_part(model, 'AMD Turion ', 2)), 'Dual-Core ', '')) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then (replace(trim(both ' ' from split_part(model, 'AMD Ryzen ', 2)), 'Eight-Core Processor', '')) -- when (cpu_manufacturer = 'AMD') then (trim(both ' ' from split_part(split_part(model, 'AMD ', 2), ' ', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Core ') > 1)) then (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), ' ', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then (trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1))) -- end as cpu_model_number, -- case -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Opteron ') > 1)) then (trim(both ' ' from split_part(model, 'AMD Opteron Processor ', 2))) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Turion ') > 1)) then (replace(trim(both ' ' from split_part(model, 'AMD Turion ', 2)), 'Dual-Core ', '')) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then (replace(trim(both ' ' from split_part(model, 'AMD Ryzen ', 2)), 'Eight-Core Processor', '')) -- when (cpu_manufacturer = 'AMD') then (trim(both ' ' from split_part(split_part(model, 'AMD ', 2), ' ', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Core ') > 1) and (strpos(model, '-') > 1)) -- then -- (case -- when (cast(left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) as int) <= 11 ) -- then left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) -- when ((cast(left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) as int) >= 20)) -- then left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),1) -- end) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then (trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1))) -- end as cpu_generation, -- case -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Opteron ') > 1)) then 'AMD Opteron ' || (trim(both ' ' from split_part(model, 'AMD Opteron Processor ', 2))) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Turion ') > 1)) then 'AMD Turion ' || replace(trim(both ' ' from split_part(model, 'AMD Turion ', 2)), 'Dual-Core ', '') -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then 'AMD Ryzen ' || replace(trim(both ' ' from split_part(model, 'AMD Ryzen ', 2)), 'Eight-Core Processor', '') -- when (cpu_manufacturer = 'AMD') then (trim(both ' ' from 'AMD ' || split_part(split_part(model, 'AMD ', 2), ' ', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then 'Intel Pentium ' || trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then 'Intel Atom ' || trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Core ') > 1)) then (trim(both ' ' from split_part(model, ' CPU ', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then 'Intel Xeon ' || (trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1))) -- end as cpu_manu_class_model_number, -- count(*) as node_cpu_count, -- round(avg(speed_mhz)::numeric,0) as node_per_cpu_mhz, -- round(avg(cores)::numeric,0) as node_per_cpu_cores, -- sum(cores) as node_cpu_cores, -- round(sum(cores*speed_mhz)::numeric,0) as total_cpu_mhz -- from -- tnt_config.node_hardware_cpus -- group by -- hardware_id -- ), node_cpus as ( select hardware_id, string_agg(distinct model, ', ') as node_cpu_model, string_agg(distinct trim(regexp_replace(replace(replace(replace(replace(replace(split_part(model, ' @', 1), ' processor', ''), ' Processor', ''), ' CPU', ''), ' Eight-Core', ''), ' 8-Core', ''), '\s+', ' ', 'g')), ',') as node_cpu_short_models, string_agg(distinct case when (cpu_manufacturer = 'AMD' and (strpos(model, 'Opteron ') > 1)) then (trim(both ' ' from split_part(model, 'AMD Opteron Processor ', 2))) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Turion ') > 1)) then (replace(trim(both ' ' from split_part(model, 'AMD Turion ', 2)), 'Dual-Core ', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen 3 PRO ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen 3 PRO ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen 3 ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen 3 ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen 5 PRO ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen 5 PRO ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen 5 ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen 5 ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen 7 PRO ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen 7 PRO ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen 7 ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen 7 ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen 9 PRO ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen 9 PRO ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen 9 ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen 9 ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ThreadRipper PRO ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen ThreadRipper PRO ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ThreadRipper ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen ThreadRipper ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen Embedded ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen Embedded ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), 'AMD Ryzen ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD') then (trim(both ' ' from split_part(split_part(model, 'AMD ', 2), ' ', 1))) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium Gold ') >= 1)) then trim(both ' ' from split_part(split_part(model, ' CPU', 1), 'Pentium ', 2)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium Silver ') >= 1)) then trim(both ' ' from split_part(split_part(model, ' CPU', 1), 'Pentium ', 2)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then trim(both ' ' from split_part(split_part(model, 'Intel Atom ', 2), ' CPU', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Celeron CPU ') > 1)) then trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Celeron ') > 1) and (strpos(model, 'CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, 'Intel Celeron ', 2), ' CPU', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Celeron ') > 1) and (strpos(model, ' @ ') > 1)) then trim(both ' ' from split_part(model, ' ', 3)) when (cpu_manufacturer = 'Intel' and (strpos(model, ' Core Ultra ') > 1)) then (trim(both ' ' from split_part(model, ' ', 5))) when (cpu_manufacturer = 'Intel' and (strpos(model, ' Core ') > 1)) then (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), ' ', 1))) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Core2 Duo') > 1)) then split_part(model, ' ', 5) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Core2') > 1)) then split_part(model, ' ', 6) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Platinum') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 4)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Platinum') > 1) and (strpos(model, ' CPU @ ') <= 1)) then trim(both ' ' from split_part(model, ' ', 4)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Gold') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 4)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Gold') > 1) and (strpos(model, ' CPU @ ') <= 1)) then trim(both ' ' from split_part(model, ' ', 4)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Silver') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 4)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Silver') > 1) and (strpos(model, ' CPU @ ') <= 1)) then trim(both ' ' from split_part(model, ' ', 4)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Bronze') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 4)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 3)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1) and (strpos(model, ' @ ') <= 1)) then trim(both ' ' from split_part(model, ' ', 3)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then (trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1))) end, ',') as cpu_model_number, max(bitwidth) as node_cpu_bitwidth, string_agg(distinct cpu_manufacturer, ',') as cpu_brand, string_agg(distinct case when (cpu_manufacturer = 'AMD') then (trim(both ' ' from split_part(split_part(model, 'AMD ', 2), ' ', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium Gold ') >= 1)) then trim(both ' ' from split_part(split_part(model, 'Pentium ', 2), ' ', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium Silver ') >= 1)) then trim(both ' ' from split_part(split_part(model, 'Pentium ', 2), ' ', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then 'Pentium' -- trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then 'Atom' -- trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Celeron ') > 1)) then 'Celeron' -- trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, ' Core ') > 1)) then 'Core' -- (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), ' ', 1))) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Core2') > 1)) then 'Core2' -- (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), ' ', 1))) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then 'Xeon' -- (trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1))) end, ',') as cpu_sub_brand, -- string_agg(distinct case -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'EPYC ') > 1)) then null -- -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen Embedded ') > 1)) then left(trim(both ' ' from split_part(model, 'Embedded', 2)), 1) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1) and (strpos(model, ' PRO ') > 1)) then left(trim(both ' ' from split_part(split_part(model, 'Ryzen ', 2), ' PRO ', 1)), 1) || ' PRO' -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then left(trim(both ' ' from split_part(model, 'Ryzen ', 2)), 1) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium Gold ') >= 1)) then trim(both ' ' from split_part(split_part(model, 'Pentium ', 2), ' ', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium Silver ') >= 1)) then trim(both ' ' from split_part(split_part(model, 'Pentium ', 2), ' ', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then 'Pentium' -- trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then 'Atom' -- trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Celeron CPU ') > 1)) -- then ( -- case -- when ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) >= 48 and ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) <= 57 -- then null -- else left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1) -- end) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Celeron ') > 1) and (strpos(model, 'CPU @ ') > 1)) then left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron ', 2), ' CPU', 1)), 1) -- when (cpu_manufacturer = 'Intel' and (strpos(model, ' Core ') > 1) and (strpos(model, '-') > 1)) then (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), '-', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, ' Core ') > 1) and (strpos(model, ' Core Ultra ') > 1)) then (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), ' ', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Core2') > 1) and (strpos(model, '-') > 1)) then (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), '-', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Platinum ') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 3)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Gold ') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 3)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Silver ') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 3)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Bronze ') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 3)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon CPU ') > 1) and (strpos(model, ' @ ') > 1)) then left(trim(both ' ' from split_part(split_part(model, ' @ ', 1), 'Intel Xeon CPU ', 2)), 1) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1) and (strpos(model, ' CPU @ ') > 1)) then (trim(both ' ' from split_part(split_part(model, ' ', 3), '-', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then (trim(both ' ' from split_part(split_part(model, ' CPU ', 2), '-', 1))) -- end, ',') as cpu_sub_brand_modifier, string_agg(distinct (case when (cpu_manufacturer = 'AMD') then (case when (strpos(model, 'EPYC ') > 1) then null when (strpos(model, ' Ryzen ') > 1) then (case when (strpos(model, ' Embedded ') > 1) then left(trim(both ' ' from split_part(model, 'Embedded', 2)), 1) when (strpos(model, ' PRO ') > 1) then left(trim(both ' ' from split_part(split_part(model, 'Ryzen ', 2), ' PRO ', 1)), 1) || ' PRO' else left(trim(both ' ' from split_part(model, ' Ryzen ', 2)), 1) end) else null end) when (cpu_manufacturer = 'Qualcomm') then null when (cpu_manufacturer = 'Intel') then (case when (strpos(model, ' Atom ') > 1) then 'Atom' when (strpos(model, ' Celeron ') > 1) then (case when ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) >= 48 and ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) <= 57 then null when (strpos(model, ' CPU @ ') > 1) then left(trim(both ' ' from split_part(split_part(model, ' Celeron ', 2), ' CPU', 1)), 1) when (strpos(model, ' @ ') > 1) then left(trim(both ' ' from split_part(split_part(model, ' Celeron ', 2), ' @ ', 1)), 1) -- else left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1) else null end) when (strpos(model, ' Core ') > 1) then (case when (strpos(model, '-') > 1) then (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), '-', 1))) when (strpos(model, ' Ultra ') > 1) then (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), ' ', 1))) else null end) when (strpos(model, ' Core2 ') > 1) then (case when (strpos(model, ' Duo ') > 1 or strpos(model, ' Quad ') > 1) then trim(both ' ' from split_part(split_part(model, ' Core2 ', 2), ' ', 1)) else null end) when (strpos(model, ' Pentium ') > 1) then (case when (strpos(model, ' Gold ') > 1 or strpos(model, ' Silver ') > 1) then trim(both ' ' from split_part(split_part(model, ' Pentium ', 2), ' ', 1)) else null end) when (strpos(model, ' Xeon ') > 1) then (case when ((strpos(model, ' Platinum ') > 1 or strpos(model, ' Gold ') > 1 or strpos(model, ' Silver ') > 1 or strpos(model, ' Bronze ') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 3)) when ((strpos(model, ' Platinum ') > 1 or strpos(model, ' Gold ') > 1 or strpos(model, ' Silver ') > 1 or strpos(model, ' Bronze ') > 1) and (strpos(model, ' CPU @ ') <= 1)) then trim(both ' ' from split_part(model, ' ', 3)) when ((strpos(model, ' CPU ') > 1) and (strpos(model, ' @ ') > 1)) then left(trim(both ' ' from split_part(split_part(model, ' @ ', 1), 'Intel Xeon CPU ', 2)), 1) when ((strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' ', 3), '-', 1)) when ((strpos(model, '-') > 1)) then trim(both ' ' from split_part(split_part(model, ' Xeon ', 2), '-', 1)) else null end) when (strpos(model, ' Processor ') > 1) then null else null end) else null end), ',') as cpu_sub_brand_modifier, max( case when (cpu_manufacturer = 'AMD') then null when (cpu_manufacturer = 'Qualcomm') then null when (cpu_manufacturer = 'Intel') then ( case -- when (strpos(model, ' Atom ') > 1) -- then null -- when (strpos(model, ' Celeron ') > 1) -- then null -- when (strpos(model, ' Core Ultra ') > 1) -- then cast(left(trim(both ' ' from split_part(model, ' ', 5)), 1) as integer) -- when (strpos(model, ' Core ') > 1) -- then ( -- case -- when (strpos(model, 'th Gen ') > 1) and (strpos(model, '-') > 1) -- then cast(left(trim(both ' ' from split_part(model, '-', 2)), 2) as integer) -- when (strpos(model, 'th Gen ') <= 1) and (strpos(model, '-') > 1) and (length(split_part(split_part(model, '-', 2), ' ', 1)) >= 6) -- then cast(left(trim(both ' ' from split_part(model, '-', 2)), 2) as integer) -- when (strpos(model, 'th Gen ') <= 1) and (strpos(model, '-') > 1) -- then cast(left(trim(both ' ' from split_part(model, '-', 2)), 1) as integer) -- else null -- end) -- when (strpos(model, ' Pentium ') > 1) -- then null -- when (strpos(model, ' Processor ') > 1) -- then null when (strpos(model, ' Xeon ') > 1) then ( case when (strpos(model, ' Platinum ') > 1) or (strpos(model, ' Gold ') > 1) or (strpos(model, ' Silver ') > 1) or (strpos(model, ' Bronze ') > 1) then cast(left(trim(both ' ' from split_part(model, ' ', 4)), 1) as integer) else null end) else null end) else null end)::integer as cpu_sku_level, max( case when (cpu_manufacturer = 'AMD') then null when (cpu_manufacturer = 'Qualcomm') then null when (cpu_manufacturer = 'Intel') then ( case when (strpos(model, ' Atom ') > 1) then null when (strpos(model, ' Celeron ') > 1) then null when (strpos(model, ' Core Ultra ') > 1) then cast(left(trim(both ' ' from split_part(model, ' ', 5)), 1) as integer) when (strpos(model, ' Core ') > 1) then ( case when (strpos(model, 'th Gen ') > 1) and (strpos(model, '-') > 1) then cast(left(trim(both ' ' from split_part(model, '-', 2)), 2) as integer) when (strpos(model, 'th Gen ') <= 1) and (strpos(model, '-') > 1) and (length(split_part(split_part(model, '-', 2), ' ', 1)) >= 6) then cast(left(trim(both ' ' from split_part(model, '-', 2)), 2) as integer) when (strpos(model, 'th Gen ') <= 1) and (strpos(model, '-') > 1) then cast(left(trim(both ' ' from split_part(model, '-', 2)), 1) as integer) else null end) when (strpos(model, ' Pentium ') > 1) then null when (strpos(model, ' Processor ') > 1) then null when (strpos(model, ' Xeon ') > 1) then ( case when (strpos(model, ' Platinum ') > 1) or (strpos(model, ' Gold ') > 1) or (strpos(model, ' Silver ') > 1) or (strpos(model, ' Bronze ') > 1) then cast(right(left(trim(both ' ' from split_part(model, ' ', 4)), 2), 1) as integer) else null end) else null end) else null end)::integer as cpu_generation, -- string_agg(distinct case -- -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Opteron ') > 1)) then (trim(both ' ' from split_part(model, 'AMD Opteron Processor ', 2))) -- -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Turion ') > 1)) then (replace(trim(both ' ' from split_part(model, 'AMD Turion ', 2)), 'Dual-Core ', '')) -- -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then (replace(trim(both ' ' from split_part(model, 'AMD Ryzen ', 2)), 'Eight-Core Processor', '')) -- -- when (cpu_manufacturer = 'AMD') then (trim(both ' ' from split_part(split_part(model, 'AMD ', 2), ' ', 1))) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen Embedded ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, ' Embedded ', 2), ' ', 1)), 4, 2) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1) and (strpos(model, ' PRO ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, 'Ryzen ', 2), ' PRO ', 2)), 2, 4) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, 'AMD Ryzen ', 2), ' ', 2)), 3, 2) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium Gold ') >= 1)) then trim(both ' ' from split_part(split_part(model, 'Pentium Gold ', 2), ' CPU ', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium Silver ') >= 1)) then trim(both ' ' from split_part(split_part(model, 'Pentium Silver ', 2), ' CPU ', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1)) -- -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Celeron CPU ') > 1)) -- then (case when ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) >= 48 and ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) <= 57 -- then left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 4) -- else right(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 4) -- end) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Celeron ') > 1) and (strpos(model, 'CPU @ ') > 1)) then right(trim(both ' ' from split_part(split_part(model, 'Intel Celeron ', 2), ' CPU', 1)), 4) -- when (cpu_manufacturer = 'Intel' and (strpos(model, ' Core ') > 1) and (strpos(model, '-') > 1)) -- then -- (case -- -- Check if Intel, Core, and m3, m5, m7, then the first number after the - is supposed to be the SKU -- when ((strpos(lower(model), ' m3-') > 1) and (left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),1) ~ '^\d+(\.\d+)?$')) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) -- when ((strpos(lower(model), ' m5-') > 1) and (left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),1) ~ '^\d+(\.\d+)?$')) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) -- when ((strpos(lower(model), ' m7-') > 1) and (left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),1) ~ '^\d+(\.\d+)?$')) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) -- -- Check if Intel, Core, and i3, i5, i7, i9, then the first number after the - is supposed to be the SKU -- when ((strpos(lower(model), ' i3-') > 1) and (left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),1) ~ '^\d+(\.\d+)?$')) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) -- when ((strpos(lower(model), ' i5-') > 1) and (left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),1) ~ '^\d+(\.\d+)?$')) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) -- when ((strpos(lower(model), ' i7-') > 1) and (left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),1) ~ '^\d+(\.\d+)?$')) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) -- when ((strpos(lower(model), ' i9-') > 1) and (left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),1) ~ '^\d+(\.\d+)?$')) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) -- -- Check if Intel, Core and contains 'th Gen' to figure out generation -- when (strpos(lower(model), 'th gen ') > 1) -- then right(trim(both ' ' from split_part(model, '-', 2)), 3) -- when (cast(left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) as int) <= 11 and (strpos(model, 'G') > 1)) -- -- when (cast(left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) as int) <= 11 ) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),3, 2) -- when (cast(left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) as int) <= 11 and (strpos(model, 'G') <= 0)) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),3, 3) -- when ((cast(left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) as int) >= 20)) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2, 3) -- end) -- when (cpu_manufacturer = 'Intel' and (strpos(model, ' Core ') > 1) and (strpos(model, 'Ultra') > 1)) -- then trim(both ' ' from split_part(model, ' ', 5)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1) and (strpos(model, ' CPU @ ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 4)), 3, 2) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon CPU ') > 1) and (strpos(model, ' @ ') > 1)) then right(trim(both ' ' from split_part(split_part(model, ' @ ', 1), 'Intel Xeon CPU ', 2)), 2) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, ' CPU ', 2), '-', 2)), 3, 2) -- end, ',') as cpu_sku, string_agg(distinct case when (cpu_manufacturer = 'AMD') then (case when ((strpos(model, 'Ryzen Embedded ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, ' Embedded ', 2), ' ', 1)), 4, 2) when ((strpos(model, 'Ryzen ') > 1) and (strpos(model, ' PRO ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, 'Ryzen ', 2), ' PRO ', 2)), 2, 4) when ((strpos(model, 'Ryzen ') > 1) and (strpos(model, ' PRO ') <= 1)) then substr(trim(both ' ' from split_part(split_part(model, 'AMD Ryzen ', 2), ' ', 2)), 3, 2) when ((strpos(model, 'Athlon II ') > 1)) then trim(both ' ' from split_part(split_part(model, ' Athlon II ', 2), ' ', 2)) when ((strpos(model, 'Athlon ') > 1) and (strpos(model, 'Athlon II ') <= 1)) then trim(both ' ' from split_part(split_part(model, ' Athlon ', 2), ' ', 2)) else null end) when (cpu_manufacturer = 'Qualcomm') then null when (cpu_manufacturer = 'Intel') then (case when (strpos(model, ' Atom ') > 1) then null when (strpos(model, ' Celeron ') > 1) then (case when (strpos(model, 'Celeron CPU ') > 1) then (case when ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) >= 48 and ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) <= 57 then left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 4) else right(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 4) end) when ((strpos(model, ' Celeron ') > 1) and (strpos(model, 'CPU @ ') > 1)) then split_part(model, ' ', 3) when ((strpos(model, ' Celeron ') > 1) and (strpos(model, ' @ ') > 1)) then split_part(model, ' ', 3) else null end) when (strpos(model, ' Core ') > 1) then (case when (strpos(model, ' Ultra ') > 1) then split_part(model, ' ', 5) when (strpos(model, 'th Gen ') > 1) and (strpos(model, '-') > 1) then split_part(split_part(model, '-', 2), ' ', 1) when (strpos(model, 'th Gen ') <= 1) and (strpos(model, '-') > 1) then split_part(split_part(model, '-', 2), ' ', 1) else null end) when (strpos(model, ' Core2 ') > 1) then (case when (strpos(model, ' Duo ') > 1) then split_part(model, ' ', 5) else null end) when (strpos(model, ' Pentium ') > 1) then (case when ((strpos(model, ' Gold ') > 1)) then trim(both ' ' from split_part(split_part(model, ' Gold ', 2), ' CPU ', 1)) when ((strpos(model, ' Silver ') > 1)) then trim(both ' ' from split_part(split_part(model, ' Silver ', 2), ' CPU ', 1)) when ((strpos(model, 'Pentium ') >= 1)) then trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1)) else null end) when (strpos(model, ' Xeon ') > 1) then (case when (strpos(model, ' Platinum ') > 1) or (strpos(model, ' Gold ') > 1) or (strpos(model, ' Silver ') > 1) or (strpos(model, ' Bronze ') > 1) then substr(split_part(model, ' ', 4), 3, 2) when ((strpos(model, 'Xeon CPU ') > 1) and (strpos(model, ' @ ') > 1)) then right(trim(both ' ' from split_part(split_part(model, ' @ ', 1), 'Intel Xeon CPU ', 2)), 2) -- when (strpos(model, ' CPU @ ') > 1) -- then substring(split_part(split_part(model, ' CPU @ ', 1), ' ', 4), 3, 2) when (strpos(model, ' CPU @ ') > 1) then split_part(split_part(model, ' CPU @ ', 1), '-', 2) when ((strpos(model, 'Xeon ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, ' CPU ', 2), '-', 2)), 3, 2) else null end) when (strpos(model, ' Processor ') > 1) then null else null end) else null end, ',') as cpu_sku, -- string_agg(distinct case -- -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Opteron ') > 1)) then (trim(both ' ' from split_part(model, 'AMD Opteron Processor ', 2))) -- -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Turion ') > 1)) then (replace(trim(both ' ' from split_part(model, 'AMD Turion ', 2)), 'Dual-Core ', '')) -- -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then (replace(trim(both ' ' from split_part(model, 'AMD Ryzen ', 2)), 'Eight-Core Processor', '')) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen Embedded ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, ' Embedded ', 2), ' ', 1)), 6, 1) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, 'AMD Ryzen ', 2), ' ', 2)), 5, 1) -- -- when (cpu_manufacturer = 'AMD') then (trim(both ' ' from split_part(split_part(model, 'AMD ', 2), ' ', 1))) -- -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Celeron CPU ') > 1)) -- then (case when ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) >= 48 and ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) <= 57 -- then right(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1) -- -- else right(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 4) -- end) -- when (cpu_manufacturer = 'Intel' and (strpos(model, ' Core ') > 1) and (strpos(model, '-') > 1)) -- then -- (case -- when (cast(left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) as int) <= 11 and (strpos(model, 'G') > 1)) -- then right(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)), 2) -- when (cast(left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) as int) <= 11 and (strpos(model, 'G') <= 0)) -- then right(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)), 1) -- when ((cast(left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) as int) >= 20)) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)), 5, 2) -- end) -- -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then (trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1))) -- end, ',') as cpu_suffix, string_agg(distinct case when (cpu_manufacturer = 'AMD' and (strpos(model, 'Opteron ') > 1)) then 'AMD Opteron ' || (trim(both ' ' from split_part(model, 'AMD Opteron Processor ', 2))) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Turion ') > 1)) then 'AMD Turion ' || replace(trim(both ' ' from split_part(model, 'AMD Turion ', 2)), 'Dual-Core ', '') when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then 'AMD Ryzen ' || replace(trim(both ' ' from split_part(model, 'AMD Ryzen ', 2)), 'Eight-Core Processor', '') when (cpu_manufacturer = 'AMD') then (trim(both ' ' from 'AMD ' || split_part(split_part(model, 'AMD ', 2), ' ', 1))) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then 'Intel Pentium ' || trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then 'Intel Atom ' || trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, ' Core ') > 1)) then (trim(both ' ' from split_part(model, ' CPU ', 1))) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then 'Intel Xeon ' || (trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1))) end, ',') as cpu_manu_class_model_number, count(*) as node_cpu_count, round(avg(speed_mhz)::numeric,0) as node_per_cpu_mhz, round(avg(cores)::numeric,0) as node_per_cpu_cores, sum(cores) as node_cpu_cores, round(sum(cores*speed_mhz)::numeric,0) as total_cpu_mhz from ( select h.hardware_id, replace(replace(replace(h.model, '(R)', ''), '(TM)', ''), '(tm)', '') as model, case when split_part(replace(replace(replace(h.model, '(R)', ''), '(TM)', ''), '(tm)', ''), ' ', 1) ilike 'Pentium' then 'Intel' when strpos(model, 'Intel') > 1 then 'Intel' when strpos(model, 'AMD') > 1 then 'AMD' else split_part(replace(replace(replace(h.model, '(R)', ''), '(TM)', ''), '(tm)', ''), ' ', 1) end as cpu_manufacturer, h.bitwidth, h.cores as cores, h.speed_mhz from tnt_config.node_hardware_cpus h ) h group by hardware_id ), -- node_ram1 as ( -- with -- latest_sum_report as ( -- select -- sumrpt.node_id as node_id, -- max(sumrpt.start_date) as start_date, -- max(sumrpt.end_date) as end_date -- from -- tnt_audit.summaryreports sumrpt -- group by -- sumrpt.node_id -- ) -- select -- sumrpts.node_id as node_id, -- round((avg(sumrpts.mem_alloc)/1048576)::numeric, 3) as node_ram_allocated_gb -- from -- tnt_audit.summaryreports sumrpts, latest_sum_report lsr -- where -- sumrpts.node_id = lsr.node_id -- and sumrpts.start_date = lsr.start_date -- and sumrpts.end_date = lsr.end_date -- and sumrpts.end_date between lsr.start_date and lsr.end_date -- group by -- sumrpts.node_id -- ), -- node_ram2 as ( -- select -- sumrpts.node_id as node_id, -- round((avg(sumrpts.mem_alloc)/1048576)::numeric, 3) as node_ram_allocated_gb -- from -- tnt_audit.summaryreports sumrpts -- join tnt_config.node nde on (nde.id = sumrpts.node_id and nde.delete_time is null) -- where -- -- sumrpts.node_id = nde.id -- -- and sumrpts.start_date = nde.last_report_seen_start_date -- -- and sumrpts.end_date = nde.last_report_seen_end_date -- -- and sumrpts.end_date between nde.last_report_seen_start_date and nde.last_report_seen_end_date -- (sumrpts.end_date >= nde.last_report_seen_end_date) -- group by -- sumrpts.node_id -- ), node_ram as ( select sumrpts.node_id as node_id, round((avg(sumrpts.mem_alloc)/1048576)::numeric, 3) as node_ram_allocated_gb from tnt_audit.summaryreports sumrpts, ( select sumrpt.node_id as node_id, max(sumrpt.start_date) as start_date, max(sumrpt.end_date) as end_date from tnt_audit.summaryreports sumrpt group by sumrpt.node_id ) lsr where sumrpts.node_id = lsr.node_id and sumrpts.start_date = lsr.start_date and sumrpts.end_date = lsr.end_date and sumrpts.end_date between lsr.start_date and lsr.end_date group by sumrpts.node_id ), -- node_disk1 as ( -- with -- last_node_disk as ( -- select -- part_stats.node_id as node_id, -- max(part_stats.start_date) as start_date, -- max(part_stats.end_date) as end_date -- from -- tnt_audit.summaryreport_partition_stats part_stats -- group by -- part_stats.node_id -- ), -- part_stats as ( -- select -- part_stats.node_id as node_id, -- part_stats.disk_id as node_physical_disk_id, -- string_agg(distinct part_stats.name, ',') as node_disk_names, -- sum(part_stats.size) as node_per_disk_size_kb, -- sum(part_stats.avg_used) as node_per_disk_used_kb -- from -- tnt_audit.summaryreport_partition_stats part_stats, last_node_disk -- where -- part_stats.node_id = last_node_disk.node_id -- and part_stats.start_date = last_node_disk.start_date -- and part_stats.end_date = last_node_disk.end_date -- and part_stats.end_date between last_node_disk.start_date and last_node_disk.end_date -- and part_stats.local_type ilike 'local' -- group by -- part_stats.node_id, part_stats.disk_id -- ) -- select -- part_stats.node_id as node_id, -- round(max(part_stats.node_per_disk_size_kb)::numeric/1048576.0, 0) as node_max_disk_size_gb, -- round(max(part_stats.node_per_disk_used_kb)::numeric/1048576.0, 0) as node_max_disk_used_gb, -- round(sum(part_stats.node_per_disk_size_kb)::numeric/1048576, 0) as node_total_disk_size_gb, -- round(sum(part_stats.node_per_disk_used_kb)::numeric/1048576, 0) as node_total_disk_used_gb -- from -- part_stats -- group by -- part_stats.node_id -- ), -- node_disk2 as ( -- select -- part_stats.node_id as node_id, -- round(max(part_stats.node_per_disk_size_kb)::numeric/1048576.0, 0) as node_max_disk_size_gb, -- round(max(part_stats.node_per_disk_used_kb)::numeric/1048576.0, 0) as node_max_disk_used_gb, -- round(sum(part_stats.node_per_disk_size_kb)::numeric/1048576, 0) as node_total_disk_size_gb, -- round(sum(part_stats.node_per_disk_used_kb)::numeric/1048576, 0) as node_total_disk_used_gb -- from ( -- select -- part_stats.node_id as node_id, -- part_stats.disk_id as node_physical_disk_id, -- string_agg(distinct part_stats.name, ',') as node_disk_names, -- sum(part_stats.size) as node_per_disk_size_kb, -- sum(part_stats.avg_used) as node_per_disk_used_kb -- from -- tnt_audit.summaryreport_partition_stats part_stats -- join tnt_config.node nde on (nde.id = part_stats.node_id and nde.delete_time is null) -- where -- part_stats.node_id = nde.id -- and part_stats.start_date = nde.last_report_seen_start_date -- and part_stats.end_date = nde.last_report_seen_end_date -- and part_stats.end_date between nde.last_report_seen_start_date and nde.last_report_seen_end_date -- and part_stats.local_type ilike 'local' -- group by -- part_stats.node_id, part_stats.disk_id -- ) part_stats -- group by -- part_stats.node_id -- ), -- node_disk1 as ( -- select -- part_stats.node_id as node_id, -- round(max(part_stats.node_per_disk_size_kb)::numeric/1048576.0, 0) as node_max_disk_size_gb, -- round(max(part_stats.node_per_disk_used_kb)::numeric/1048576.0, 0) as node_max_disk_used_gb, -- round(sum(part_stats.node_per_disk_size_kb)::numeric/1048576, 0) as node_total_disk_size_gb, -- round(sum(part_stats.node_per_disk_used_kb)::numeric/1048576, 0) as node_total_disk_used_gb -- from ( -- select -- part_stats.node_id as node_id, -- part_stats.disk_id as node_physical_disk_id, -- string_agg(distinct part_stats.name, ',') as node_disk_names, -- sum(part_stats.size) as node_per_disk_size_kb, -- sum(part_stats.avg_used) as node_per_disk_used_kb -- from -- tnt_audit.summaryreport_partition_stats part_stats, -- ( select -- part_stats.node_id as node_id, -- max(part_stats.start_date) as start_date, -- max(part_stats.end_date) as end_date -- from -- tnt_audit.summaryreport_partition_stats part_stats -- -- where -- -- part_stats.node_id = 13047 -- group by -- part_stats.node_id -- ) last_part_stats -- where -- part_stats.node_id = last_part_stats.node_id -- and part_stats.start_date = last_part_stats.start_date -- and part_stats.end_date = last_part_stats.end_date -- and part_stats.end_date between last_part_stats.start_date and last_part_stats.end_date -- and part_stats.local_type ilike 'local' -- -- and part_stats.node_id = 13047 -- group by -- part_stats.node_id, part_stats.disk_id -- ) part_stats -- group by -- part_stats.node_id -- ), node_disk as ( select disk_stats.node_id as node_id, -- round(max(disk_stats.node_per_disk_size_kb)::numeric/1048576.0, 0) as node_max_disk_size_gb, -- round(max(disk_stats.node_per_disk_used_kb)::numeric/1048576.0, 0) as node_max_disk_used_gb, -- round(sum(disk_stats.node_per_disk_size_kb)::numeric/1048576.0, 0) as node_total_disk_size_gb, -- round(sum(disk_stats.node_per_disk_used_kb)::numeric/1048576.0, 0) as node_total_disk_used_gb round(disk_stats.node_total_disk_size_kb::numeric/1048576.0, 0) as node_total_disk_size_gb, round(disk_stats.node_total_disk_used_kb::numeric/1048576.0, 0) as node_total_disk_used_gb, round((disk_stats.node_total_disk_size_kb - disk_stats.node_total_disk_used_kb)::numeric/1048576.0, 0) as node_total_disk_free_gb, round(disk_stats.node_disk0_c_size_kb::numeric/1048576.0, 0) as node_disk0_c_size_gb, round(disk_stats.node_disk0_c_used_kb::numeric/1048576.0, 0) as node_disk0_c_used_gb, round((disk_stats.node_disk0_c_size_kb - disk_stats.node_disk0_c_used_kb)::numeric/1048576.0, 0) as node_disk0_c_free_gb from ( select disk_stats.node_id as node_id, -- disk_stats.disk_id as node_physical_disk_id, string_agg(distinct disk_stats.name, ',') as node_disk_names, sum(disk_stats.size) as node_total_disk_size_kb, sum(disk_stats.avg_used) as node_total_disk_used_kb, sum(case when disk_stats.name ilike '%disk0 ( C:%' then disk_stats.size end) as node_disk0_c_size_kb, sum(case when disk_stats.name ilike '%disk0 ( C:%' then disk_stats.avg_used end) as node_disk0_c_used_kb from -- tnt_audit.summaryreport_partition_stats part_stats, tnt_audit.summaryreport_disk_stats disk_stats, ( select disk_stats.node_id as node_id, max(disk_stats.start_date) as start_date, max(disk_stats.end_date) as end_date from -- tnt_audit.summaryreport_partition_stats disk_stats tnt_audit.summaryreport_disk_stats disk_stats -- where -- disk_stats.node_id = 13047 group by disk_stats.node_id ) last_disk_stats where disk_stats.node_id = last_disk_stats.node_id and disk_stats.start_date = last_disk_stats.start_date and disk_stats.end_date = last_disk_stats.end_date and disk_stats.end_date between last_disk_stats.start_date and last_disk_stats.end_date and disk_stats.type ilike 'LOCAL' -- and disk_stats.node_id = 13047 group by disk_stats.node_id--, disk_stats.disk_id ) disk_stats -- group by -- disk_stats.node_id ), node_health_stats as ( select hstats.node_id, hstats.sec_secure_boot from tnt_audit.summaryreport_machine_health_stats hstats, -- lwl_rollup.sr_machine_health_stats_da hstats, ( select node_id as node_id, max(start_date) as start_date, max(end_date) as end_date from tnt_audit.summaryreport_machine_health_stats -- lwl_rollup.sr_machine_health_stats_da hstats group by node_id ) last_health_stats where hstats.node_id = last_health_stats.node_id and hstats.start_date = last_health_stats.start_date and hstats.end_date = last_health_stats.end_date and hstats.end_date between last_health_stats.start_date and last_health_stats.end_date ), node_gpus as ( select hardware_id, string_agg(model, ', ') as node_gpu_model, string_agg(model, ',') as node_discrete_gpu_models, count(*) as node_discrete_gpu_count, string_agg(format('%s', speedmhz), ', ') as node_gpu_speed_mhz, -- string_agg(format('%s', colordepth), ', ') as node_gpu_color_depth, max(colordepth) as node_gpu_color_depth, count(*) as node_gpu_count from tnt_config.node_hardware_gpus where is_real = true group by hardware_id ), node_displays as ( select hardware_id, string_agg(dimensions, ', ') as node_display_dimensions, max(cast(split_part(dimensions, 'x', 2) as int)) as max_display_res_y, string_agg(coalesce(cast(details->'sizeInches' as text), 'N/A'), ',') as node_display_size_in_inches, max((cast(details->'sizeInches' as int))) as max_display_size_in_inches, count(*) as node_display_count from tnt_config.node_hardware_displays group by hardware_id ), base_sql as ( select pn.id as node_id, pn.name as machine_name, nde.fqmn as machine_fqmn, nde.lastcontact::timestamptz at time zone 'America/New_York' as machine_last_contact, -- Machine hardware make, model, and chassis type nh.machine_make as machine_make, nh.machine_model as machine_model, nde.hwtype as machine_chassis_type, -- OS os.version as node_os_version, replace(replace(replace(replace(replace(replace(replace(replace(os.description, ' , ', ', '), 'Service Pack ', 'SP'), '(R)', ''), '(TM)', ''), '®', ''), '™', ''), '®', ''), '', '') as node_os_desc, os.buildversion as os_build_version, -- CPU nodecpu.node_cpu_model as node_cpu_model, nodecpu.node_cpu_short_models as node_cpu_short_models, round((nodecpu.node_per_cpu_mhz/1000.0)::numeric, 3) as node_cpu_speed_ghz, trim(both ' ' from nodecpu.cpu_brand) as cpu_brand, trim(both ' ' from nodecpu.cpu_sub_brand) as cpu_sub_brand, trim(both ' ' from nodecpu.cpu_sub_brand_modifier) as cpu_sub_brand_modifier, trim(both ' ' from nodecpu.cpu_model_number) as cpu_model_number, nodecpu.cpu_sku_level as cpu_sku_level, -- trim(both ' ' from nodecpu.cpu_generation) as cpu_generation, nodecpu.cpu_generation as cpu_generation, trim(both ' ' from nodecpu.cpu_sku) as cpu_sku, nodecpu.node_per_cpu_cores, nodecpu.node_cpu_cores, nodecpu.node_cpu_bitwidth, -- RAM noderam.node_ram_allocated_gb as node_ram_allocated_gb, nh.ram_alloc_gb, -- Disk storage nodedisk.node_disk0_c_size_gb as node_disk0_c_size_gb, nodedisk.node_disk0_c_used_gb as node_disk0_c_used_gb, nodedisk.node_disk0_c_free_gb as node_disk0_c_free_gb, nodedisk.node_total_disk_size_gb as node_total_disk_size_gb, nodedisk.node_total_disk_used_gb as node_total_disk_used_gb, nodedisk.node_total_disk_free_gb as node_total_disk_free_gb, -- GPU nodegpu.node_gpu_model as node_gpu_model, nodegpu.node_discrete_gpu_models as node_discrete_gpu_models, -- nodegpu.node_gpu_speed_mhz as node_gpu_speed_mhz, nodegpu.node_gpu_count as node_gpu_count, nodegpu.node_discrete_gpu_count as node_discrete_gpu_count, nodegpu.node_gpu_color_depth, os.dx12orwddm2 as os_dx12orwddm2, -- Display nodedis.node_display_dimensions as node_display_dimensions, nodedis.max_display_res_y as max_display_res_y, nodedis.node_display_size_in_inches, nodedis.max_display_size_in_inches, nodedis.node_display_count as node_display_count, -- BIOS & TPM case when nh.bios_uefi_capable is null then null else case when nh.bios_uefi_capable = 'Y' then true else false end end as machine_bios_uefi_capable, case when nh.bios_uefi_enabled is null then null else case when nh.bios_uefi_enabled = 'Y' then true else false end end as machine_bios_uefi_enabled, case when nodehealth.sec_secure_boot is null then null else nodehealth.sec_secure_boot end as machine_secure_boot, nh.tpm_specification as machine_tpm_specifications, case when nh.tpm_specification is null then null else case when strpos(nh.tpm_specification, '2.') > 0 then true else false end end as machine_tpm_specification, -- Windows 11 compatibility -- initcap(nde.win11_inplace_upgrade_compatibility) as win11_inplace_upgrade_compatibility, -- initcap(nde.win11_image_upgrade_compatibility) as win11_image_upgrade_compatibility -- Machine location loc_stats.city || ', ' || loc_stats.state || ', ' || loc_stats.country as machine_location_city_state_country, loc_stats.country as machine_location_country, loc_stats.state as machine_location_state, loc_stats.city as machine_location_city from tnt_config.policynode pn join tnt_config.node nde on (nde.id = pn.id) left outer join tnt_config.os os on (os.id = nde.os_id) left outer join node_hardware nh on (node_hardware_id = nde.hardware_id) left outer join node_cpus nodecpu on (nodecpu.hardware_id = nde.hardware_id) left outer join node_ram noderam on (noderam.node_id = pn.id) left outer join node_disk nodedisk on (nodedisk.node_id = pn.id) left outer join node_gpus nodegpu on (nodegpu.hardware_id = nde.hardware_id) left outer join node_displays nodedis on (nodedis.hardware_id = nde.hardware_id) left outer join node_health_stats nodehealth on (nodehealth.node_id = pn.id) left outer join ( select loc_stats.node_id as node_id, first(loc_stats.country) as country, first(loc_stats.state) as state, first(loc_stats.city) as city from tnt_audit.summaryreport_machine_location_stats loc_stats, -- lwl_rollup.sr_machine_location_stats_da loc_stats, ( select loc_stats.node_id as node_id, max(loc_stats.start_date) as start_date, max(loc_stats.end_date) as end_date from tnt_audit.summaryreport_machine_location_stats loc_stats -- lwl_rollup.sr_machine_location_stats_da loc_stats group by loc_stats.node_id ) latest_loc_stats where loc_stats.node_id = latest_loc_stats.node_id and loc_stats.start_date = latest_loc_stats.start_date and loc_stats.end_date = latest_loc_stats.end_date and loc_stats.end_date between latest_loc_stats.start_date and latest_loc_stats.end_date group by loc_stats.node_id ) loc_stats on (loc_stats.node_id = pn.id) where (pn.delete_time is null) -- Machine has not been deleted and (nde.delete_time is null) -- Machine has not been deleted and (nde.ihostversion is not null) -- Machine has a CID Key installed and (nde.certificate is not null) -- Machine has a valid certificate and (pn.system_object is false) -- Machine is not a system object like Stratusphere Hub, DB or Station and (pn.dirtystatusid is null or pn.dirtystatusid <> 3) -- Machine does not have a dirty status and (pn.type <= 2) -- Machines are either servers (1) or desktops (2) and (os.name = 'Windows') -- Machines that currently run Microsoft Windows -- and (os.description not ilike '%Windows 11%' -- Machine is already running Windows 11 -- and os.description not ilike '%Windows Server %') -- Machine is not already running Windows Server -- and (nde.vmtype is null) -- Machine is a physical machine to be considered for upgrade to Win10 -- Machine group filter and ('%' = '%' or pn.id in (select ngn.nodeid from tnt_config.policynode pn, tnt_config.nodegroup_node ngn where (pn.type = 5) and (pn.id = ngn.nodegroupid) and (pn.name like '%'))) order by lower(pn.name) asc nulls last ), status_sql as ( select s.*, case -- First check for incompatible hardware/software when (node_cpu_speed_ghz < 1.0) or (node_per_cpu_cores < 2) or (ram_alloc_gb < 4.0) or (node_cpu_bitwidth is not null and node_cpu_bitwidth < 64.0) or (node_disk0_c_free_gb < 20.0) or (node_gpu_color_depth is not null and node_gpu_color_depth < 8) or (os_dx12orwddm2 is not null and os_dx12orwddm2 is false) or (max_display_res_y is not null and max_display_res_y < 720) or (max_display_size_in_inches is not null and max_display_size_in_inches < 9) or (machine_bios_uefi_capable is not null and machine_bios_uefi_capable is false) or (machine_secure_boot is not null and machine_secure_boot = 'Not supported') or (machine_tpm_specification is not null and machine_tpm_specification is false) then 'Unsupported' -- Then check for partial/maybe support (when values are NULL) when node_cpu_bitwidth is null or node_gpu_color_depth is null or os_dx12orwddm2 is null or max_display_res_y is null or max_display_size_in_inches is null or machine_bios_uefi_capable is null or machine_secure_boot is null or machine_tpm_specification is null then 'Partial' -- Otherwise it's supported else 'Supported' end as win11_inplace_upgrade_label, case -- First check for incompatible hardware/software when (node_cpu_speed_ghz < 1.0) or (node_per_cpu_cores < 2) or (ram_alloc_gb < 4.0) or (node_cpu_bitwidth is not null and node_cpu_bitwidth < 64.0) or (node_disk0_c_free_gb < 64.0) or (node_gpu_color_depth is not null and node_gpu_color_depth < 8) or (os_dx12orwddm2 is not null and os_dx12orwddm2 is false) or (max_display_res_y is not null and max_display_res_y < 720) or (max_display_size_in_inches is not null and max_display_size_in_inches < 9) or (machine_bios_uefi_capable is not null and machine_bios_uefi_capable is false) or (machine_secure_boot is not null and machine_secure_boot = 'Not supported') or (machine_tpm_specification is not null and machine_tpm_specification is false) then 'Unsupported' -- Then check for partial/maybe support (when values are NULL) when node_cpu_bitwidth is null or node_gpu_color_depth is null or os_dx12orwddm2 is null or max_display_res_y is null or max_display_size_in_inches is null or machine_bios_uefi_capable is null or machine_secure_boot is null or machine_tpm_specification is null then 'Partial' -- Otherwise it's supported else 'Supported' end as win11_image_upgrade_label, case when cpu_brand = 'Intel' then case -- Intel Atom processors when cpu_sub_brand = 'Atom' and (cpu_model_number = 'x6200FE' or cpu_model_number = 'x6211E' or cpu_model_number = 'x6212RE' or cpu_model_number = 'x6413E' or cpu_model_number = 'x6414RE' or cpu_model_number = 'x6425E' or cpu_model_number = 'x6425RE' or cpu_model_number = 'x6427FE') then 'Y' -- Intel Celeron processors when cpu_sub_brand = 'Celeron' then case when cpu_sub_brand_modifier = 'G' and (cpu_sku = '4900' or cpu_sku = '4920' or cpu_sku = '4930' or cpu_sku = '4932' or cpu_sku = '4950' or cpu_sku = '5900' or cpu_sku = '5905' or cpu_sku = '5920' or cpu_sku = '5925') then 'Y' when cpu_sub_brand_modifier = 'J' and (cpu_sku = '4005' or cpu_sku = '4025' or cpu_sku = '4105' or cpu_sku = '4115' or cpu_sku = '4125' or cpu_sku = '6412' or cpu_sku = '6413') then 'Y' when cpu_sub_brand_modifier = 'N' and (cpu_sku = '4000' or cpu_sku = '4020' or cpu_sku = '4100' or cpu_sku = '4120' or cpu_sku = '4500' or cpu_sku = '4505' or cpu_sku = '5100' or cpu_sku = '5105' or cpu_sku = '6210' or cpu_sku = '6211') then 'Y' when cpu_sub_brand_modifier is null and (cpu_sku = '6305' or cpu_sku = '3867' or cpu_sku = '4205' or cpu_sku = '4305' or cpu_sku = '5205' or cpu_sku = '5305' or cpu_sku = '6305') then 'Y' else 'N' end -- Intel Core processors when cpu_sub_brand = 'Core' then case when cpu_sub_brand_modifier ilike 'Ultra%' then 'Y' when cpu_generation >= 8 then 'Y' else 'N' end -- Intel Pentium processors when cpu_sub_brand = 'Pentium' then case when cpu_sub_brand_modifier = 'Gold' and (cpu_sku = '4417' or cpu_sku = '4425' or cpu_sku = '5405' or cpu_sku = '6405' or cpu_sku = '6500' or cpu_sku = '7505' or cpu_sku = 'G5400' or cpu_sku = 'G5400T' or cpu_sku = 'G5420' or cpu_sku = 'G5420T' or cpu_sku = 'G5500' or cpu_sku = 'G5500T' or cpu_sku = 'G5600' or cpu_sku = 'G5600T' or cpu_sku = 'G5620' or cpu_sku = 'G6400' or cpu_sku = 'G6400E' or cpu_sku = 'G6400T' or cpu_sku = 'G6400TE' or cpu_sku = 'G6405' or cpu_sku = 'G6405T' or cpu_sku = 'G6500' or cpu_sku = 'G6500T' or cpu_sku = 'G6505' or cpu_sku = 'G6505T' or cpu_sku = 'G6600' or cpu_sku = 'G6605') then 'Y' when cpu_sub_brand_modifier = 'Silver' and (cpu_sku = 'J5005' or cpu_sku = 'J5040' or cpu_sku = 'N5000' or cpu_sku = 'N5030' or cpu_sku = 'N6000' or cpu_sku = 'N6005') then 'Y' when cpu_sub_brand_modifier is null and (cpu_sku = '6805' or cpu_sku = 'J6426' or cpu_sku = 'N6415') then 'Y' else 'N' end -- Intel Xeon processors when cpu_sub_brand = 'Xeon' then case when cpu_sub_brand_modifier = 'Bronze' and (cpu_model_number = '3104' or cpu_model_number = '3106' or cpu_model_number = '3204' or cpu_model_number = '3206R') then 'Y' when cpu_sub_brand_modifier = 'Silver' then -- Fixed the condition case when cpu_sku_level = 4 then case when cpu_generation = 1 and (cpu_sku = '08' or cpu_sku = '09' or cpu_sku = '10' or cpu_sku = '12' or cpu_sku = '14' or cpu_sku = '16') then 'Y' when cpu_generation = 2 and (cpu_sku = '08' or cpu_sku = '09' or cpu_sku = '10' or cpu_sku = '14' or cpu_sku = '15' or cpu_sku = '16') then 'Y' when cpu_generation = 3 and (cpu_sku = '09' or cpu_sku = '10' or cpu_sku = '14' or cpu_sku = '16') then 'Y' when cpu_generation = 4 and (cpu_sku = '10' or cpu_sku = '16') then 'Y' else 'N' end else 'N' end when cpu_sub_brand_modifier = 'Gold' then -- Fixed the condition case when cpu_sku_level = 5 then case when cpu_generation = 1 and (cpu_sku = '15' or cpu_sku = '18' or cpu_sku = '19' or cpu_sku = '20' or cpu_sku = '22') then 'Y' when cpu_generation = 2 and (cpu_sku = '15' or cpu_sku = '17' or cpu_sku = '18' or cpu_sku = '20' or cpu_sku = '22') then 'Y' when cpu_generation = 3 and (cpu_sku = '15' or cpu_sku = '17' or cpu_sku = '18' or cpu_sku = '20' or cpu_sku = '22') then 'Y' when cpu_generation = 4 and (cpu_sku = '15' or cpu_sku = '16' or cpu_sku = '18' or cpu_sku = '20') then 'Y' else 'N' end when cpu_sku_level = 6 then case when cpu_generation = 1 and (cpu_sku = '26' or cpu_sku = '28' or cpu_sku = '30' or cpu_sku = '32' or cpu_sku = '34' or cpu_sku = '36' or cpu_sku = '38' or cpu_sku = '40' or cpu_sku = '42' or cpu_sku = '44' or cpu_sku = '46' or cpu_sku = '48' or cpu_sku = '50' or cpu_sku = '52' or cpu_sku = '54') then 'Y' when cpu_generation = 2 and (cpu_sku = '08' or cpu_sku = '09' or cpu_sku = '10' or cpu_sku = '12' or cpu_sku = '22' or cpu_sku = '26' or cpu_sku = '30' or cpu_sku = '34' or cpu_sku = '38' or cpu_sku = '40' or cpu_sku = '42' or cpu_sku = '44' or cpu_sku = '46' or cpu_sku = '48' or cpu_sku = '50' or cpu_sku = '52' or cpu_sku = '54' or cpu_sku = '56' or cpu_sku = '58' or cpu_sku = '62') then 'Y' when cpu_generation = 3 and (cpu_sku = '12' or cpu_sku = '14' or cpu_sku = '26' or cpu_sku = '30' or cpu_sku = '34' or cpu_sku = '36' or cpu_sku = '38' or cpu_sku = '42' or cpu_sku = '46' or cpu_sku = '48' or cpu_sku = '54') then 'Y' when cpu_generation = 4 and (cpu_sku = '16' or cpu_sku = '18' or cpu_sku = '30' or cpu_sku = '38' or cpu_sku = '42') then 'Y' else 'N' end else 'N' end when cpu_sub_brand_modifier = 'Platinum' then case when cpu_sku_level = 8 then case when cpu_generation = 1 and (cpu_sku = '53' or cpu_sku = '56' or cpu_sku = '58' or cpu_sku = '60' or cpu_sku = '64' or cpu_sku = '68' or cpu_sku = '70' or cpu_sku = '71' or cpu_sku = '76' or cpu_sku = '80') then 'Y' when cpu_generation = 2 and (cpu_sku = '53' or cpu_sku = '56' or cpu_sku = '60' or cpu_sku = '68' or cpu_sku = '70' or cpu_sku = '72' or cpu_sku = '76' or cpu_sku = '80') then 'Y' when cpu_generation = 3 and (cpu_sku = '51' or cpu_sku = '52' or cpu_sku = '58' or cpu_sku = '60' or cpu_sku = '62' or cpu_sku = '68' or cpu_sku = '80') then 'Y' when cpu_generation = 4 and (cpu_sku = '52' or cpu_sku = '60' or cpu_sku = '68' or cpu_sku = '70' or cpu_sku = '80' or cpu_sku = '90') then 'Y' else 'N' end when cpu_sku_level = 9 then case when cpu_generation = 2 and (cpu_sku = '21' or cpu_sku = '22' or cpu_sku = '42' or cpu_sku = '82') then 'Y' else 'N' end else 'N' end when cpu_sub_brand_modifier = 'D' and (cpu_model_number = 'D-1702' or cpu_model_number = 'D-1712TR' or cpu_model_number = 'D-1713NT' or cpu_model_number = 'D-1713NTE' or cpu_model_number = 'D-1714' or cpu_model_number = 'D-1715TER' or cpu_model_number = 'D-1718T' or cpu_model_number = 'D-1722NE' or cpu_model_number = 'D-1726' or cpu_model_number = 'D-1732TE' or cpu_model_number = 'D-1733NT' or cpu_model_number = 'D-1735TR' or cpu_model_number = 'D-1736' or cpu_model_number = 'D-1736NT' or cpu_model_number = 'D-1739' or cpu_model_number = 'D-1746TER' or cpu_model_number = 'D-1747NTE' or cpu_model_number = 'D-1748TE' or cpu_model_number = 'D-1749NT' or cpu_model_number = 'D-2712T' or cpu_model_number = 'D-2733NT' or cpu_model_number = 'D-2738' or cpu_model_number = 'D-2752NTE' or cpu_model_number = 'D-2752TER' or cpu_model_number = 'D-2753NT' or cpu_model_number = 'D-2766NT' or cpu_model_number = 'D-2775TE' or cpu_model_number = 'D-2776NT' or cpu_model_number = 'D-2779' or cpu_model_number = 'D-2786NTE' or cpu_model_number = 'D-2795NT' or cpu_model_number = 'D-2796NT' or cpu_model_number = 'D-2796TE' or cpu_model_number = 'D-2798NT' or cpu_model_number = 'D-2799') then 'Y' when cpu_sub_brand_modifier = 'E' and (cpu_model_number = 'E-2104G' or cpu_model_number = 'E-2124' or cpu_model_number = 'E-2124G' or cpu_model_number = 'E-2126G' or cpu_model_number = 'E-2134' or cpu_model_number = 'E-2136' or cpu_model_number = 'E-2144G' or cpu_model_number = 'E-2146G' or cpu_model_number = 'E-2174G' or cpu_model_number = 'E-2176G' or cpu_model_number = 'E-2176M' or cpu_model_number = 'E-2186G' or cpu_model_number = 'E-2186M' or cpu_model_number = 'E-2224' or cpu_model_number = 'E-2224G' or cpu_model_number = 'E-2226G' or cpu_model_number = 'E-2226GE' or cpu_model_number = 'E-2234' or cpu_model_number = 'E-2236' or cpu_model_number = 'E-2244G' or cpu_model_number = 'E-2246G' or cpu_model_number = 'E-2254ME' or cpu_model_number = 'E-2254ML' or cpu_model_number = 'E-2274G' or cpu_model_number = 'E-2276G' or cpu_model_number = 'E-2276M' or cpu_model_number = 'E-2276ME' or cpu_model_number = 'E-2276ML' or cpu_model_number = 'E-2278G' or cpu_model_number = 'E-2278GE' or cpu_model_number = 'E-2278GEL' or cpu_model_number = 'E-2286G' or cpu_model_number = 'E-2286M' or cpu_model_number = 'E-2288G') then 'Y' when cpu_sub_brand_modifier = 'W' and (cpu_model_number = 'W-10855M' or cpu_model_number = 'W-10885M' or cpu_model_number = 'W-11855M' or cpu_model_number = 'W-11955M' or cpu_model_number = 'W-1250' or cpu_model_number = 'W-1250E' or cpu_model_number = 'W-1250P' or cpu_model_number = 'W-1250TE' or cpu_model_number = 'W-1270' or cpu_model_number = 'W-1270E' or cpu_model_number = 'W-1270P' or cpu_model_number = 'W-1270TE' or cpu_model_number = 'W-1290' or cpu_model_number = 'W-1290E' or cpu_model_number = 'W-1290P' or cpu_model_number = 'W-1290T' or cpu_model_number = 'W-1290TE' or cpu_model_number = 'W-2102' or cpu_model_number = 'W-2104' or cpu_model_number = 'W-2123' or cpu_model_number = 'W-2125' or cpu_model_number = 'W-2133' or cpu_model_number = 'W-2135' or cpu_model_number = 'W-2145' or cpu_model_number = 'W-2155' or cpu_model_number = 'W-2175' or cpu_model_number = 'W-2195' or cpu_model_number = 'W-2223' or cpu_model_number = 'W-2225' or cpu_model_number = 'W-2235' or cpu_model_number = 'W-2245' or cpu_model_number = 'W-2255' or cpu_model_number = 'W-2265' or cpu_model_number = 'W-2275' or cpu_model_number = 'W-2295' or cpu_model_number = 'W-3175X' or cpu_model_number = 'W-3223' or cpu_model_number = 'W-3225' or cpu_model_number = 'W-3235' or cpu_model_number = 'W-3245' or cpu_model_number = 'W-3245M' or cpu_model_number = 'W-3265' or cpu_model_number = 'W-3265M' or cpu_model_number = 'W-3275' or cpu_model_number = 'W-3275M' or cpu_model_number = 'W-3323' or cpu_model_number = 'W-3335' or cpu_model_number = 'W-3345' or cpu_model_number = 'W-3365' or cpu_model_number = 'W-3375') then 'Y' when cpu_sub_brand_modifier = 'W3' and (cpu_model_number = 'W3-2423' or cpu_model_number = 'W3-2425' or cpu_model_number = 'W3-2435') then 'Y' when cpu_sub_brand_modifier = 'W5' and (cpu_model_number = 'W5-2445' or cpu_model_number = 'W5-2455X' or cpu_model_number = 'W5-2465X' or cpu_model_number = 'W5-3423' or cpu_model_number = 'W5-3425' or cpu_model_number = 'W5-3433' or cpu_model_number = 'W5-3435X') then 'Y' when cpu_sub_brand_modifier = 'W7' and (cpu_model_number = ' W7-2475X' or cpu_model_number = 'W7-2495X' or cpu_model_number = 'W7-3445' or cpu_model_number = 'W7-3465X') then 'Y' when cpu_sub_brand_modifier = 'W9' and (cpu_model_number = 'W9-3475X' or cpu_model_number = 'W9-3495X') then 'Y' else 'N' end -- Xeon's cpu_sub_brand_modifier else 'N' end -- Intel's cpu_sub_brand -- AMD processors when cpu_brand = 'AMD' then case -- -- AMD EPYC processors -- when cpu_sub_brand = 'EPYC' and -- (cpu_model_number = '7252' or cpu_model_number = '7262' or cpu_model_number = '7272' or -- cpu_model_number = '7282' or cpu_model_number = '7302' or cpu_model_number = '7313' or -- cpu_model_number = '7343' or cpu_model_number = '7352' or cpu_model_number = '7402' or -- cpu_model_number = '7413' or cpu_model_number = '7443' or cpu_model_number = '7452' or -- cpu_model_number = '7453' or cpu_model_number = '7502' or cpu_model_number = '7513' or -- cpu_model_number = '7532' or cpu_model_number = '7542' or cpu_model_number = '7543' or -- cpu_model_number = '7552' or cpu_model_number = '7642' or cpu_model_number = '7643' or -- cpu_model_number = '7662' or cpu_model_number = '7663' or cpu_model_number = '7702' or -- cpu_model_number = '7713' or cpu_model_number = '7742' or cpu_model_number = '7763' or -- cpu_model_number = '7232P' or cpu_model_number = '7302P' or cpu_model_number = '72F3' or -- cpu_model_number = '7302P' or cpu_model_number = '7313P' or cpu_model_number = '73F3' or -- cpu_model_number = '7402P' or cpu_model_number = '7443P' or cpu_model_number = '74F3' or -- cpu_model_number = '7502P' or cpu_model_number = '7543P' or cpu_model_number = '75F3' or -- cpu_model_number = '7702P' or cpu_model_number = '7713P' or cpu_model_number = '7F32' or -- cpu_model_number = '7F52' or cpu_model_number = '7F72' or cpu_model_number = '7H12') -- then 'Y' -- AMD Ryzen processors when cpu_sub_brand = 'Ryzen' then case when cpu_sub_brand_modifier = '3' and (cpu_model_number = '3100' or cpu_model_number = '2300X' or cpu_model_number = '3200G' or cpu_model_number = '3200GE' or cpu_model_number = '3200U' or cpu_model_number = '3250C' or cpu_model_number = '3250U' or cpu_model_number = '3300U' or cpu_model_number = '3350U' or cpu_model_number = '4300G' or cpu_model_number = '4300GE' or cpu_model_number = '4300U' or cpu_model_number = '5300U' or cpu_model_number = '5400U') then 'Y' when cpu_sub_brand_modifier = '3 PRO' and (cpu_model_number = '3200G' or cpu_model_number = '3200GE' or cpu_model_number = '3300U' or cpu_model_number = '4350G' or cpu_model_number = '4350GE' or cpu_model_number = '4450U' or cpu_model_number = '5350G' or cpu_model_number = '5350GE' or cpu_model_number = '5450U') then 'Y' when cpu_sub_brand_modifier = '5' and (cpu_model_number = '2600' or cpu_model_number = '3600' or cpu_model_number = '2500X' or cpu_model_number = '2600E' or cpu_model_number = '2600X' or cpu_model_number = '3400G' or cpu_model_number = '3400GE' or cpu_model_number = '3450U' or cpu_model_number = '3500' or cpu_model_number = '3500C' or cpu_model_number = '3500U' or cpu_model_number = '3550H' or cpu_model_number = '3580U' or cpu_model_number = '3600X' or cpu_model_number = '3600XT' or cpu_model_number = '4500U' or cpu_model_number = '4600U' or cpu_model_number = '4600GE' or cpu_model_number = '4600H' or cpu_model_number = '4600U' or cpu_model_number = '5300G' or cpu_model_number = '5300GE' or cpu_model_number = '5500U' or cpu_model_number = '5600G' or cpu_model_number = '5600GE' or cpu_model_number = '5600H' or cpu_model_number = '5600HS' or cpu_model_number = '5600U' or cpu_model_number = '5600X') then 'Y' when cpu_sub_brand_modifier = '5 PRO' and (cpu_model_number = '2600' or cpu_model_number = '3600' or cpu_model_number = '3400G' or cpu_model_number = '3400GE' or cpu_model_number = '3500U' or cpu_model_number = '4650G' or cpu_model_number = '4650GE' or cpu_model_number = '4650U' or cpu_model_number = '5650G' or cpu_model_number = '5650GE' or cpu_model_number = '5650U' or cpu_model_number = '5750G' or cpu_model_number = '5750GE') then 'Y' when cpu_sub_brand_modifier = '7' and (cpu_model_number = '2700' or cpu_model_number = '5800' or cpu_model_number = '2700E' or cpu_model_number = '2700X' or cpu_model_number = '3700C' or cpu_model_number = '3700U' or cpu_model_number = '3700X' or cpu_model_number = '3750H' or cpu_model_number = '3780U' or cpu_model_number = '3800X' or cpu_model_number = '3800XT' or cpu_model_number = '4700G' or cpu_model_number = '4700GE' or cpu_model_number = '4700U' or cpu_model_number = '4800H' or cpu_model_number = '4800HS' or cpu_model_number = '4800U' or cpu_model_number = '5700G' or cpu_model_number = '5700GE' or cpu_model_number = '5700U' or cpu_model_number = '5700X' or cpu_model_number = '5800H' or cpu_model_number = '5800HS' or cpu_model_number = '5800U' or cpu_model_number = '5800X' or cpu_model_number = '5800X3D' or cpu_model_number = '5825C' or cpu_model_number = '5825U' or cpu_model_number = '6800H' or cpu_model_number = '6800HS' or cpu_model_number = '6800U' or cpu_model_number = '6810U' or cpu_model_number = '7700' or cpu_model_number = '7700X' or cpu_model_number = '7730U' or cpu_model_number = '7735HS' or cpu_model_number = '7735U' or cpu_model_number = '7736U' or cpu_model_number = '7745HX' or cpu_model_number = '7800X3D' or cpu_model_number = '7840H' or cpu_model_number = '7840HS' or cpu_model_number = '7840S' or cpu_model_number = '7840U') then 'Y' when cpu_sub_brand_modifier = '7 PRO' and (cpu_model_number = '2700' or cpu_model_number = '2700X' or cpu_model_number = '3700' or cpu_model_number = '3700U' or cpu_model_number = '4750G' or cpu_model_number = '4750GE' or cpu_model_number = '4750U' or cpu_model_number = '5845' or cpu_model_number = '5850HS' or cpu_model_number = '5850HX' or cpu_model_number = '5850U' or cpu_model_number = '5875U' or cpu_model_number = '6850H' or cpu_model_number = '6850H' or cpu_model_number = '6850HS' or cpu_model_number = '6850U' or cpu_model_number = '6860Z' or cpu_model_number = '7730U' or cpu_model_number = '7840U') then 'Y' when cpu_sub_brand_modifier = '9' and (cpu_model_number = '3900' or cpu_model_number = '3900X' or cpu_model_number = '3900XT' or cpu_model_number = '3950X' or cpu_model_number = '4900H' or cpu_model_number = '4900HS' or cpu_model_number = '5900HS' or cpu_model_number = '5900HX' or cpu_model_number = '5900X' or cpu_model_number = '5950X' or cpu_model_number = '5980HS' or cpu_model_number = '5980HX') then 'Y' when cpu_sub_brand_modifier = '9 PRO' and (cpu_model_number = '3900') then 'Y' when cpu_sub_brand_modifier = 'Threadripper' and (cpu_model_number = '2920X' or cpu_model_number = '2950X' or cpu_model_number = '2970WX' or cpu_model_number = '2990WX' or cpu_model_number = '3960X' or cpu_model_number = '3970X' or cpu_model_number = '3990X') then 'Y' when cpu_sub_brand_modifier = 'Threadripper PRO' and (cpu_model_number = '3945WX' or cpu_model_number = '3955WZ' or cpu_model_number = '3975WX' or cpu_model_number = '3995WX') then 'Y' else 'N' end -- AMD Ryzen's cpu_sub_brand_modifier else -- Unsupported AMD cpu_sub_brand 'N' end else -- Unsupported cpu_brand 'N' end as cpu_support_status from base_sql s ), inplace_upgrade_status as ( select s.*, case when win11_inplace_upgrade_label = 'Unsupported' then 'No' when win11_inplace_upgrade_label = 'Partial' then 'Maybe' when win11_inplace_upgrade_label = 'Supported' then 'Yes' else null end as inplace_upgrade_status from status_sql s ), by_os_edition as ( select split_part(s.node_os_desc, 'Windows ', 2) as node_os_desc, count(distinct case when win11_inplace_upgrade_label = 'Unsupported' then s.node_id end) as unsupported_machine_count, count(distinct case when win11_inplace_upgrade_label = 'Partial' then s.node_id end) as partial_machine_count, count(distinct case when win11_inplace_upgrade_label = 'Supported' then s.node_id end) as supported_machine_count, count(distinct s.node_id) from status_sql s group by s.node_os_desc order by count(distinct s.node_id) desc limit 5 ) select s.machine_make, count(distinct s.node_id) as machine_count from ( select s.*, case -- First check for incompatible hardware/software when (node_cpu_speed_ghz < 1.0) or (node_per_cpu_cores < 2) or (ram_alloc_gb < 4.0) or (node_cpu_bitwidth is not null and node_cpu_bitwidth < 64.0) or (coalesce(node_disk0_c_free_gb, node_total_disk_free_gb) < 20.0) or (node_gpu_color_depth is not null and node_gpu_color_depth < 8) or (os_dx12orwddm2 is not null and os_dx12orwddm2 is false) or (max_display_res_y is not null and max_display_res_y < 720) or (max_display_size_in_inches is not null and max_display_size_in_inches < 9) or (machine_bios_uefi_capable is not null and machine_bios_uefi_capable is false) or (machine_secure_boot is not null and machine_secure_boot = 'Not supported') or (machine_tpm_specification is not null and machine_tpm_specification is false) then 'Unsupported' -- Then check for partial/maybe support (when values are NULL) when node_cpu_bitwidth is null or node_gpu_color_depth is null or os_dx12orwddm2 is null or max_display_res_y is null or max_display_size_in_inches is null or machine_bios_uefi_capable is null or machine_secure_boot is null or machine_tpm_specification is null then 'Partial' -- Otherwise it's supported else 'Supported' end as win11_inplace_upgrade_label, case -- First check for incompatible hardware/software when (node_cpu_speed_ghz < 1.0) or (node_per_cpu_cores < 2) or (ram_alloc_gb < 4.0) or (node_cpu_bitwidth is not null and node_cpu_bitwidth < 64.0) or (node_disk0_c_free_gb < 64.0) or (node_gpu_color_depth is not null and node_gpu_color_depth < 8) or (os_dx12orwddm2 is not null and os_dx12orwddm2 is false) or (max_display_res_y is not null and max_display_res_y < 720) or (max_display_size_in_inches is not null and max_display_size_in_inches < 9) or (machine_bios_uefi_capable is not null and machine_bios_uefi_capable is false) or (machine_secure_boot is not null and machine_secure_boot = 'Not supported') or (machine_tpm_specification is not null and machine_tpm_specification is false) then 'Unsupported' -- Then check for partial/maybe support (when values are NULL) when node_cpu_bitwidth is null or node_gpu_color_depth is null or os_dx12orwddm2 is null or max_display_res_y is null or max_display_size_in_inches is null or machine_bios_uefi_capable is null or machine_secure_boot is null or machine_tpm_specification is null then 'Partial' -- Otherwise it's supported else 'Supported' end as win11_image_upgrade_label, case when cpu_brand = 'Intel' then case -- Intel Atom processors when cpu_sub_brand = 'Atom' and (cpu_model_number = 'x6200FE' or cpu_model_number = 'x6211E' or cpu_model_number = 'x6212RE' or cpu_model_number = 'x6413E' or cpu_model_number = 'x6414RE' or cpu_model_number = 'x6425E' or cpu_model_number = 'x6425RE' or cpu_model_number = 'x6427FE') then 'Y' -- Intel Celeron processors when cpu_sub_brand = 'Celeron' then case when cpu_sub_brand_modifier = 'G' and (cpu_sku = '4900' or cpu_sku = '4920' or cpu_sku = '4930' or cpu_sku = '4932' or cpu_sku = '4950' or cpu_sku = '5900' or cpu_sku = '5905' or cpu_sku = '5920' or cpu_sku = '5925') then 'Y' when cpu_sub_brand_modifier = 'J' and (cpu_sku = '4005' or cpu_sku = '4025' or cpu_sku = '4105' or cpu_sku = '4115' or cpu_sku = '4125' or cpu_sku = '6412' or cpu_sku = '6413') then 'Y' when cpu_sub_brand_modifier = 'N' and (cpu_sku = '4000' or cpu_sku = '4020' or cpu_sku = '4100' or cpu_sku = '4120' or cpu_sku = '4500' or cpu_sku = '4505' or cpu_sku = '5100' or cpu_sku = '5105' or cpu_sku = '6210' or cpu_sku = '6211') then 'Y' when cpu_sub_brand_modifier is null and (cpu_sku = '6305' or cpu_sku = '3867' or cpu_sku = '4205' or cpu_sku = '4305' or cpu_sku = '5205' or cpu_sku = '5305' or cpu_sku = '6305') then 'Y' else 'N' end -- Intel Core processors when cpu_sub_brand = 'Core' then case when cpu_sub_brand_modifier ilike 'Ultra%' then 'Y' when cpu_generation >= 8 then 'Y' else 'N' end -- Intel Pentium processors when cpu_sub_brand = 'Pentium' then case when cpu_sub_brand_modifier = 'Gold' and (cpu_sku = '4417' or cpu_sku = '4425' or cpu_sku = '5405' or cpu_sku = '6405' or cpu_sku = '6500' or cpu_sku = '7505' or cpu_sku = 'G5400' or cpu_sku = 'G5400T' or cpu_sku = 'G5420' or cpu_sku = 'G5420T' or cpu_sku = 'G5500' or cpu_sku = 'G5500T' or cpu_sku = 'G5600' or cpu_sku = 'G5600T' or cpu_sku = 'G5620' or cpu_sku = 'G6400' or cpu_sku = 'G6400E' or cpu_sku = 'G6400T' or cpu_sku = 'G6400TE' or cpu_sku = 'G6405' or cpu_sku = 'G6405T' or cpu_sku = 'G6500' or cpu_sku = 'G6500T' or cpu_sku = 'G6505' or cpu_sku = 'G6505T' or cpu_sku = 'G6600' or cpu_sku = 'G6605') then 'Y' when cpu_sub_brand_modifier = 'Silver' and (cpu_sku = 'J5005' or cpu_sku = 'J5040' or cpu_sku = 'N5000' or cpu_sku = 'N5030' or cpu_sku = 'N6000' or cpu_sku = 'N6005') then 'Y' when cpu_sub_brand_modifier is null and (cpu_sku = '6805' or cpu_sku = 'J6426' or cpu_sku = 'N6415') then 'Y' else 'N' end -- Intel Xeon processors when cpu_sub_brand = 'Xeon' then case when cpu_sub_brand_modifier = 'Bronze' and (cpu_model_number = '3104' or cpu_model_number = '3106' or cpu_model_number = '3204' or cpu_model_number = '3206R') then 'Y' when cpu_sub_brand_modifier = 'Silver' then -- Fixed the condition case when cpu_sku_level = 4 then case when cpu_generation = 1 and (cpu_sku = '08' or cpu_sku = '09' or cpu_sku = '10' or cpu_sku = '12' or cpu_sku = '14' or cpu_sku = '16') then 'Y' when cpu_generation = 2 and (cpu_sku = '08' or cpu_sku = '09' or cpu_sku = '10' or cpu_sku = '14' or cpu_sku = '15' or cpu_sku = '16') then 'Y' when cpu_generation = 3 and (cpu_sku = '09' or cpu_sku = '10' or cpu_sku = '14' or cpu_sku = '16') then 'Y' when cpu_generation = 4 and (cpu_sku = '10' or cpu_sku = '16') then 'Y' else 'N' end else 'N' end when cpu_sub_brand_modifier = 'Gold' then -- Fixed the condition case when cpu_sku_level = 5 then case when cpu_generation = 1 and (cpu_sku = '15' or cpu_sku = '18' or cpu_sku = '19' or cpu_sku = '20' or cpu_sku = '22') then 'Y' when cpu_generation = 2 and (cpu_sku = '15' or cpu_sku = '17' or cpu_sku = '18' or cpu_sku = '20' or cpu_sku = '22') then 'Y' when cpu_generation = 3 and (cpu_sku = '15' or cpu_sku = '17' or cpu_sku = '18' or cpu_sku = '20' or cpu_sku = '22') then 'Y' when cpu_generation = 4 and (cpu_sku = '15' or cpu_sku = '16' or cpu_sku = '18' or cpu_sku = '20') then 'Y' else 'N' end when cpu_sku_level = 6 then case when cpu_generation = 1 and (cpu_sku = '26' or cpu_sku = '28' or cpu_sku = '30' or cpu_sku = '32' or cpu_sku = '34' or cpu_sku = '36' or cpu_sku = '38' or cpu_sku = '40' or cpu_sku = '42' or cpu_sku = '44' or cpu_sku = '46' or cpu_sku = '48' or cpu_sku = '50' or cpu_sku = '52' or cpu_sku = '54') then 'Y' when cpu_generation = 2 and (cpu_sku = '08' or cpu_sku = '09' or cpu_sku = '10' or cpu_sku = '12' or cpu_sku = '22' or cpu_sku = '26' or cpu_sku = '30' or cpu_sku = '34' or cpu_sku = '38' or cpu_sku = '40' or cpu_sku = '42' or cpu_sku = '44' or cpu_sku = '46' or cpu_sku = '48' or cpu_sku = '50' or cpu_sku = '52' or cpu_sku = '54' or cpu_sku = '56' or cpu_sku = '58' or cpu_sku = '62') then 'Y' when cpu_generation = 3 and (cpu_sku = '12' or cpu_sku = '14' or cpu_sku = '26' or cpu_sku = '30' or cpu_sku = '34' or cpu_sku = '36' or cpu_sku = '38' or cpu_sku = '42' or cpu_sku = '46' or cpu_sku = '48' or cpu_sku = '54') then 'Y' when cpu_generation = 4 and (cpu_sku = '16' or cpu_sku = '18' or cpu_sku = '30' or cpu_sku = '38' or cpu_sku = '42') then 'Y' else 'N' end else 'N' end when cpu_sub_brand_modifier = 'Platinum' then case when cpu_sku_level = 8 then case when cpu_generation = 1 and (cpu_sku = '53' or cpu_sku = '56' or cpu_sku = '58' or cpu_sku = '60' or cpu_sku = '64' or cpu_sku = '68' or cpu_sku = '70' or cpu_sku = '71' or cpu_sku = '76' or cpu_sku = '80') then 'Y' when cpu_generation = 2 and (cpu_sku = '53' or cpu_sku = '56' or cpu_sku = '60' or cpu_sku = '68' or cpu_sku = '70' or cpu_sku = '72' or cpu_sku = '76' or cpu_sku = '80') then 'Y' when cpu_generation = 3 and (cpu_sku = '51' or cpu_sku = '52' or cpu_sku = '58' or cpu_sku = '60' or cpu_sku = '62' or cpu_sku = '68' or cpu_sku = '80') then 'Y' when cpu_generation = 4 and (cpu_sku = '52' or cpu_sku = '60' or cpu_sku = '68' or cpu_sku = '70' or cpu_sku = '80' or cpu_sku = '90') then 'Y' else 'N' end when cpu_sku_level = 9 then case when cpu_generation = 2 and (cpu_sku = '21' or cpu_sku = '22' or cpu_sku = '42' or cpu_sku = '82') then 'Y' else 'N' end else 'N' end when cpu_sub_brand_modifier = 'D' and (cpu_model_number = 'D-1702' or cpu_model_number = 'D-1712TR' or cpu_model_number = 'D-1713NT' or cpu_model_number = 'D-1713NTE' or cpu_model_number = 'D-1714' or cpu_model_number = 'D-1715TER' or cpu_model_number = 'D-1718T' or cpu_model_number = 'D-1722NE' or cpu_model_number = 'D-1726' or cpu_model_number = 'D-1732TE' or cpu_model_number = 'D-1733NT' or cpu_model_number = 'D-1735TR' or cpu_model_number = 'D-1736' or cpu_model_number = 'D-1736NT' or cpu_model_number = 'D-1739' or cpu_model_number = 'D-1746TER' or cpu_model_number = 'D-1747NTE' or cpu_model_number = 'D-1748TE' or cpu_model_number = 'D-1749NT' or cpu_model_number = 'D-2712T' or cpu_model_number = 'D-2733NT' or cpu_model_number = 'D-2738' or cpu_model_number = 'D-2752NTE' or cpu_model_number = 'D-2752TER' or cpu_model_number = 'D-2753NT' or cpu_model_number = 'D-2766NT' or cpu_model_number = 'D-2775TE' or cpu_model_number = 'D-2776NT' or cpu_model_number = 'D-2779' or cpu_model_number = 'D-2786NTE' or cpu_model_number = 'D-2795NT' or cpu_model_number = 'D-2796NT' or cpu_model_number = 'D-2796TE' or cpu_model_number = 'D-2798NT' or cpu_model_number = 'D-2799') then 'Y' when cpu_sub_brand_modifier = 'E' and (cpu_model_number = 'E-2104G' or cpu_model_number = 'E-2124' or cpu_model_number = 'E-2124G' or cpu_model_number = 'E-2126G' or cpu_model_number = 'E-2134' or cpu_model_number = 'E-2136' or cpu_model_number = 'E-2144G' or cpu_model_number = 'E-2146G' or cpu_model_number = 'E-2174G' or cpu_model_number = 'E-2176G' or cpu_model_number = 'E-2176M' or cpu_model_number = 'E-2186G' or cpu_model_number = 'E-2186M' or cpu_model_number = 'E-2224' or cpu_model_number = 'E-2224G' or cpu_model_number = 'E-2226G' or cpu_model_number = 'E-2226GE' or cpu_model_number = 'E-2234' or cpu_model_number = 'E-2236' or cpu_model_number = 'E-2244G' or cpu_model_number = 'E-2246G' or cpu_model_number = 'E-2254ME' or cpu_model_number = 'E-2254ML' or cpu_model_number = 'E-2274G' or cpu_model_number = 'E-2276G' or cpu_model_number = 'E-2276M' or cpu_model_number = 'E-2276ME' or cpu_model_number = 'E-2276ML' or cpu_model_number = 'E-2278G' or cpu_model_number = 'E-2278GE' or cpu_model_number = 'E-2278GEL' or cpu_model_number = 'E-2286G' or cpu_model_number = 'E-2286M' or cpu_model_number = 'E-2288G') then 'Y' when cpu_sub_brand_modifier = 'W' and (cpu_model_number = 'W-10855M' or cpu_model_number = 'W-10885M' or cpu_model_number = 'W-11855M' or cpu_model_number = 'W-11955M' or cpu_model_number = 'W-1250' or cpu_model_number = 'W-1250E' or cpu_model_number = 'W-1250P' or cpu_model_number = 'W-1250TE' or cpu_model_number = 'W-1270' or cpu_model_number = 'W-1270E' or cpu_model_number = 'W-1270P' or cpu_model_number = 'W-1270TE' or cpu_model_number = 'W-1290' or cpu_model_number = 'W-1290E' or cpu_model_number = 'W-1290P' or cpu_model_number = 'W-1290T' or cpu_model_number = 'W-1290TE' or cpu_model_number = 'W-2102' or cpu_model_number = 'W-2104' or cpu_model_number = 'W-2123' or cpu_model_number = 'W-2125' or cpu_model_number = 'W-2133' or cpu_model_number = 'W-2135' or cpu_model_number = 'W-2145' or cpu_model_number = 'W-2155' or cpu_model_number = 'W-2175' or cpu_model_number = 'W-2195' or cpu_model_number = 'W-2223' or cpu_model_number = 'W-2225' or cpu_model_number = 'W-2235' or cpu_model_number = 'W-2245' or cpu_model_number = 'W-2255' or cpu_model_number = 'W-2265' or cpu_model_number = 'W-2275' or cpu_model_number = 'W-2295' or cpu_model_number = 'W-3175X' or cpu_model_number = 'W-3223' or cpu_model_number = 'W-3225' or cpu_model_number = 'W-3235' or cpu_model_number = 'W-3245' or cpu_model_number = 'W-3245M' or cpu_model_number = 'W-3265' or cpu_model_number = 'W-3265M' or cpu_model_number = 'W-3275' or cpu_model_number = 'W-3275M' or cpu_model_number = 'W-3323' or cpu_model_number = 'W-3335' or cpu_model_number = 'W-3345' or cpu_model_number = 'W-3365' or cpu_model_number = 'W-3375') then 'Y' when cpu_sub_brand_modifier = 'W3' and (cpu_model_number = 'W3-2423' or cpu_model_number = 'W3-2425' or cpu_model_number = 'W3-2435') then 'Y' when cpu_sub_brand_modifier = 'W5' and (cpu_model_number = 'W5-2445' or cpu_model_number = 'W5-2455X' or cpu_model_number = 'W5-2465X' or cpu_model_number = 'W5-3423' or cpu_model_number = 'W5-3425' or cpu_model_number = 'W5-3433' or cpu_model_number = 'W5-3435X') then 'Y' when cpu_sub_brand_modifier = 'W7' and (cpu_model_number = ' W7-2475X' or cpu_model_number = 'W7-2495X' or cpu_model_number = 'W7-3445' or cpu_model_number = 'W7-3465X') then 'Y' when cpu_sub_brand_modifier = 'W9' and (cpu_model_number = 'W9-3475X' or cpu_model_number = 'W9-3495X') then 'Y' else 'N' end -- Xeon's cpu_sub_brand_modifier else 'N' end -- Intel's cpu_sub_brand -- AMD processors when cpu_brand = 'AMD' then case -- -- AMD EPYC processors -- when cpu_sub_brand = 'EPYC' and -- (cpu_model_number = '7252' or cpu_model_number = '7262' or cpu_model_number = '7272' or -- cpu_model_number = '7282' or cpu_model_number = '7302' or cpu_model_number = '7313' or -- cpu_model_number = '7343' or cpu_model_number = '7352' or cpu_model_number = '7402' or -- cpu_model_number = '7413' or cpu_model_number = '7443' or cpu_model_number = '7452' or -- cpu_model_number = '7453' or cpu_model_number = '7502' or cpu_model_number = '7513' or -- cpu_model_number = '7532' or cpu_model_number = '7542' or cpu_model_number = '7543' or -- cpu_model_number = '7552' or cpu_model_number = '7642' or cpu_model_number = '7643' or -- cpu_model_number = '7662' or cpu_model_number = '7663' or cpu_model_number = '7702' or -- cpu_model_number = '7713' or cpu_model_number = '7742' or cpu_model_number = '7763' or -- cpu_model_number = '7232P' or cpu_model_number = '7302P' or cpu_model_number = '72F3' or -- cpu_model_number = '7302P' or cpu_model_number = '7313P' or cpu_model_number = '73F3' or -- cpu_model_number = '7402P' or cpu_model_number = '7443P' or cpu_model_number = '74F3' or -- cpu_model_number = '7502P' or cpu_model_number = '7543P' or cpu_model_number = '75F3' or -- cpu_model_number = '7702P' or cpu_model_number = '7713P' or cpu_model_number = '7F32' or -- cpu_model_number = '7F52' or cpu_model_number = '7F72' or cpu_model_number = '7H12') -- then 'Y' -- AMD Ryzen processors when cpu_sub_brand = 'Ryzen' then case when cpu_sub_brand_modifier = '3' and (cpu_model_number = '3100' or cpu_model_number = '2300X' or cpu_model_number = '3200G' or cpu_model_number = '3200GE' or cpu_model_number = '3200U' or cpu_model_number = '3250C' or cpu_model_number = '3250U' or cpu_model_number = '3300U' or cpu_model_number = '3350U' or cpu_model_number = '4300G' or cpu_model_number = '4300GE' or cpu_model_number = '4300U' or cpu_model_number = '5300U' or cpu_model_number = '5400U') then 'Y' when cpu_sub_brand_modifier = '3 PRO' and (cpu_model_number = '3200G' or cpu_model_number = '3200GE' or cpu_model_number = '3300U' or cpu_model_number = '4350G' or cpu_model_number = '4350GE' or cpu_model_number = '4450U' or cpu_model_number = '5350G' or cpu_model_number = '5350GE' or cpu_model_number = '5450U') then 'Y' when cpu_sub_brand_modifier = '5' and (cpu_model_number = '2600' or cpu_model_number = '3600' or cpu_model_number = '2500X' or cpu_model_number = '2600E' or cpu_model_number = '2600X' or cpu_model_number = '3400G' or cpu_model_number = '3400GE' or cpu_model_number = '3450U' or cpu_model_number = '3500' or cpu_model_number = '3500C' or cpu_model_number = '3500U' or cpu_model_number = '3550H' or cpu_model_number = '3580U' or cpu_model_number = '3600X' or cpu_model_number = '3600XT' or cpu_model_number = '4500U' or cpu_model_number = '4600U' or cpu_model_number = '4600GE' or cpu_model_number = '4600H' or cpu_model_number = '4600U' or cpu_model_number = '5300G' or cpu_model_number = '5300GE' or cpu_model_number = '5500U' or cpu_model_number = '5600G' or cpu_model_number = '5600GE' or cpu_model_number = '5600H' or cpu_model_number = '5600HS' or cpu_model_number = '5600U' or cpu_model_number = '5600X') then 'Y' when cpu_sub_brand_modifier = '5 PRO' and (cpu_model_number = '2600' or cpu_model_number = '3600' or cpu_model_number = '3400G' or cpu_model_number = '3400GE' or cpu_model_number = '3500U' or cpu_model_number = '4650G' or cpu_model_number = '4650GE' or cpu_model_number = '4650U' or cpu_model_number = '5650G' or cpu_model_number = '5650GE' or cpu_model_number = '5650U' or cpu_model_number = '5750G' or cpu_model_number = '5750GE') then 'Y' when cpu_sub_brand_modifier = '7' and (cpu_model_number = '2700' or cpu_model_number = '5800' or cpu_model_number = '2700E' or cpu_model_number = '2700X' or cpu_model_number = '3700C' or cpu_model_number = '3700U' or cpu_model_number = '3700X' or cpu_model_number = '3750H' or cpu_model_number = '3780U' or cpu_model_number = '3800X' or cpu_model_number = '3800XT' or cpu_model_number = '4700G' or cpu_model_number = '4700GE' or cpu_model_number = '4700U' or cpu_model_number = '4800H' or cpu_model_number = '4800HS' or cpu_model_number = '4800U' or cpu_model_number = '5700G' or cpu_model_number = '5700GE' or cpu_model_number = '5700U' or cpu_model_number = '5700X' or cpu_model_number = '5800H' or cpu_model_number = '5800HS' or cpu_model_number = '5800U' or cpu_model_number = '5800X' or cpu_model_number = '5800X3D' or cpu_model_number = '5825C' or cpu_model_number = '5825U' or cpu_model_number = '6800H' or cpu_model_number = '6800HS' or cpu_model_number = '6800U' or cpu_model_number = '6810U' or cpu_model_number = '7700' or cpu_model_number = '7700X' or cpu_model_number = '7730U' or cpu_model_number = '7735HS' or cpu_model_number = '7735U' or cpu_model_number = '7736U' or cpu_model_number = '7745HX' or cpu_model_number = '7800X3D' or cpu_model_number = '7840H' or cpu_model_number = '7840HS' or cpu_model_number = '7840S' or cpu_model_number = '7840U') then 'Y' when cpu_sub_brand_modifier = '7 PRO' and (cpu_model_number = '2700' or cpu_model_number = '2700X' or cpu_model_number = '3700' or cpu_model_number = '3700U' or cpu_model_number = '4750G' or cpu_model_number = '4750GE' or cpu_model_number = '4750U' or cpu_model_number = '5845' or cpu_model_number = '5850HS' or cpu_model_number = '5850HX' or cpu_model_number = '5850U' or cpu_model_number = '5875U' or cpu_model_number = '6850H' or cpu_model_number = '6850H' or cpu_model_number = '6850HS' or cpu_model_number = '6850U' or cpu_model_number = '6860Z' or cpu_model_number = '7730U' or cpu_model_number = '7840U') then 'Y' when cpu_sub_brand_modifier = '9' and (cpu_model_number = '3900' or cpu_model_number = '3900X' or cpu_model_number = '3900XT' or cpu_model_number = '3950X' or cpu_model_number = '4900H' or cpu_model_number = '4900HS' or cpu_model_number = '5900HS' or cpu_model_number = '5900HX' or cpu_model_number = '5900X' or cpu_model_number = '5950X' or cpu_model_number = '5980HS' or cpu_model_number = '5980HX') then 'Y' when cpu_sub_brand_modifier = '9 PRO' and (cpu_model_number = '3900') then 'Y' when cpu_sub_brand_modifier = 'Threadripper' and (cpu_model_number = '2920X' or cpu_model_number = '2950X' or cpu_model_number = '2970WX' or cpu_model_number = '2990WX' or cpu_model_number = '3960X' or cpu_model_number = '3970X' or cpu_model_number = '3990X') then 'Y' when cpu_sub_brand_modifier = 'Threadripper PRO' and (cpu_model_number = '3945WX' or cpu_model_number = '3955WZ' or cpu_model_number = '3975WX' or cpu_model_number = '3995WX') then 'Y' else 'N' end -- AMD Ryzen's cpu_sub_brand_modifier else -- Unsupported AMD cpu_sub_brand 'N' end else -- Unsupported cpu_brand 'N' end as cpu_support_status from ( select pn.id as node_id, pn.name as machine_name, nde.fqmn as machine_fqmn, nde.lastcontact::timestamptz at time zone 'America/New_York' as machine_last_contact, -- Machine hardware make, model, and chassis type nh.machine_make as machine_make, nh.machine_model as machine_model, nde.hwtype as machine_chassis_type, -- OS os.version as node_os_version, replace(replace(replace(replace(replace(replace(replace(replace(os.description, ' , ', ', '), 'Service Pack ', 'SP'), '(R)', ''), '(TM)', ''), '®', ''), '™', ''), '®', ''), '', '') as node_os_desc, os.buildversion as os_build_version, -- CPU nodecpu.node_cpu_model as node_cpu_model, nodecpu.node_cpu_short_models as node_cpu_short_models, round((nodecpu.node_per_cpu_mhz/1000.0)::numeric, 3) as node_cpu_speed_ghz, trim(both ' ' from nodecpu.cpu_brand) as cpu_brand, trim(both ' ' from nodecpu.cpu_sub_brand) as cpu_sub_brand, trim(both ' ' from nodecpu.cpu_sub_brand_modifier) as cpu_sub_brand_modifier, trim(both ' ' from nodecpu.cpu_model_number) as cpu_model_number, nodecpu.cpu_sku_level as cpu_sku_level, -- trim(both ' ' from nodecpu.cpu_generation) as cpu_generation, nodecpu.cpu_generation as cpu_generation, trim(both ' ' from nodecpu.cpu_sku) as cpu_sku, nodecpu.node_per_cpu_cores, nodecpu.node_cpu_cores, nodecpu.node_cpu_bitwidth, -- RAM noderam.node_ram_allocated_gb as node_ram_allocated_gb, nh.ram_alloc_gb, -- Disk storage nodedisk.node_disk0_c_size_gb as node_disk0_c_size_gb, nodedisk.node_disk0_c_used_gb as node_disk0_c_used_gb, nodedisk.node_disk0_c_free_gb as node_disk0_c_free_gb, nodedisk.node_total_disk_size_gb as node_total_disk_size_gb, nodedisk.node_total_disk_used_gb as node_total_disk_used_gb, nodedisk.node_total_disk_free_gb as node_total_disk_free_gb, -- GPU nodegpu.node_gpu_model as node_gpu_model, nodegpu.node_discrete_gpu_models as node_discrete_gpu_models, -- nodegpu.node_gpu_speed_mhz as node_gpu_speed_mhz, nodegpu.node_gpu_count as node_gpu_count, nodegpu.node_discrete_gpu_count as node_discrete_gpu_count, nodegpu.node_gpu_color_depth, os.dx12orwddm2 as os_dx12orwddm2, -- Display nodedis.node_display_dimensions as node_display_dimensions, nodedis.max_display_res_y as max_display_res_y, nodedis.node_display_size_in_inches, nodedis.max_display_size_in_inches, nodedis.node_display_count as node_display_count, -- BIOS & TPM case when nh.bios_uefi_capable is null then null else case when nh.bios_uefi_capable = 'Y' then true else false end end as machine_bios_uefi_capable, case when nh.bios_uefi_enabled is null then null else case when nh.bios_uefi_enabled = 'Y' then true else false end end as machine_bios_uefi_enabled, case when nodehealth.sec_secure_boot is null then null else nodehealth.sec_secure_boot end as machine_secure_boot, nh.tpm_specification as machine_tpm_specifications, case when nh.tpm_specification is null then null else case when strpos(nh.tpm_specification, '2.') > 0 then true else false end end as machine_tpm_specification, -- Windows 11 compatibility -- initcap(nde.win11_inplace_upgrade_compatibility) as win11_inplace_upgrade_compatibility, -- initcap(nde.win11_image_upgrade_compatibility) as win11_image_upgrade_compatibility -- Machine location loc_stats.city || ', ' || loc_stats.state || ', ' || loc_stats.country as machine_location_city_state_country, loc_stats.country as machine_location_country, loc_stats.state as machine_location_state, loc_stats.city as machine_location_city from tnt_config.policynode pn join tnt_config.node nde on (nde.id = pn.id) left outer join tnt_config.os os on (os.id = nde.os_id) left outer join node_hardware nh on (node_hardware_id = nde.hardware_id) left outer join node_cpus nodecpu on (nodecpu.hardware_id = nde.hardware_id) left outer join node_ram noderam on (noderam.node_id = pn.id) left outer join node_disk nodedisk on (nodedisk.node_id = pn.id) left outer join node_gpus nodegpu on (nodegpu.hardware_id = nde.hardware_id) left outer join node_displays nodedis on (nodedis.hardware_id = nde.hardware_id) left outer join node_health_stats nodehealth on (nodehealth.node_id = pn.id) left outer join ( select loc_stats.node_id as node_id, first(loc_stats.country) as country, first(loc_stats.state) as state, first(loc_stats.city) as city from tnt_audit.summaryreport_machine_location_stats loc_stats, -- lwl_rollup.sr_machine_location_stats_da loc_stats, ( select loc_stats.node_id as node_id, max(loc_stats.start_date) as start_date, max(loc_stats.end_date) as end_date from tnt_audit.summaryreport_machine_location_stats loc_stats -- lwl_rollup.sr_machine_location_stats_da loc_stats group by loc_stats.node_id ) latest_loc_stats where loc_stats.node_id = latest_loc_stats.node_id and loc_stats.start_date = latest_loc_stats.start_date and loc_stats.end_date = latest_loc_stats.end_date and loc_stats.end_date between latest_loc_stats.start_date and latest_loc_stats.end_date group by loc_stats.node_id ) loc_stats on (loc_stats.node_id = pn.id) where (pn.delete_time is null) -- Machine has not been deleted and (nde.delete_time is null) -- Machine has not been deleted and (nde.ihostversion is not null) -- Machine has a CID Key installed and (nde.certificate is not null) -- Machine has a valid certificate and (pn.system_object is false) -- Machine is not a system object like Stratusphere Hub, DB or Station and (pn.dirtystatusid is null or pn.dirtystatusid <> 3) -- Machine does not have a dirty status and (pn.type <= 2) -- Machines are either servers (1) or desktops (2) and (os.name = 'Windows') -- Machines that currently run Microsoft Windows and (os.description not ilike '%Windows 11%' -- Machine is already running Windows 11 and os.description not ilike '%Windows Server %') -- Machine is not already running Windows Server and (nde.vmtype is null) -- Machine is a physical machine to be considered for upgrade to Win10 -- Machine group filter and ('%' = ? or pn.id in (select ngn.nodeid from tnt_config.policynode pn, tnt_config.nodegroup_node ngn where (pn.type = 5) and (pn.id = ngn.nodegroupid) and (pn.name like ?))) order by lower(pn.name) asc nulls last ) s ) s group by s.machine_make order by machine_count desc limit 5 ;]]>

2.0 In 1 12 0 0 Unknown In 2 12 0 0 Unknown ]]>

nulls lowest

node_id measure

node_id

machine_name dimension

machine_name

machine_fqmn dimension

machine_fqmn

machine_last_contact dimension

machine_last_contact

machine_make dimension

machine_make

machine_model dimension

machine_model

machine_chassis_type dimension

machine_chassis_type

node_os_version dimension

node_os_version

node_os_desc dimension

node_os_desc

os_build_version dimension

os_build_version

node_cpu_model dimension

node_cpu_model

node_cpu_short_models dimension

node_cpu_short_models

node_cpu_speed_ghz measure

node_cpu_speed_ghz

cpu_brand dimension

cpu_brand

cpu_sub_brand dimension

cpu_sub_brand

cpu_sub_brand_modifier dimension

cpu_sub_brand_modifier

cpu_model_number dimension

cpu_model_number

cpu_sku_level measure

cpu_sku_level

cpu_generation measure

cpu_generation

cpu_sku dimension

cpu_sku

node_per_cpu_cores measure

node_per_cpu_cores

node_cpu_cores measure

node_cpu_cores

node_cpu_bitwidth measure

node_cpu_bitwidth

node_ram_allocated_gb measure

node_ram_allocated_gb

ram_alloc_gb measure

ram_alloc_gb

node_disk0_c_size_gb measure

node_disk0_c_size_gb

node_disk0_c_used_gb measure

node_disk0_c_used_gb

node_disk0_c_free_gb measure

node_disk0_c_free_gb

node_total_disk_size_gb measure

node_total_disk_size_gb

node_total_disk_used_gb measure

node_total_disk_used_gb

node_total_disk_free_gb measure

node_total_disk_free_gb

node_gpu_model dimension

node_gpu_model

node_discrete_gpu_models dimension

node_discrete_gpu_models

node_gpu_count measure

node_gpu_count

node_discrete_gpu_count measure

node_discrete_gpu_count

node_gpu_color_depth measure

node_gpu_color_depth

os_dx12orwddm2 measure

os_dx12orwddm2

node_display_dimensions dimension

node_display_dimensions

max_display_res_y measure

max_display_res_y

node_display_size_in_inches dimension

node_display_size_in_inches

max_display_size_in_inches measure

max_display_size_in_inches

node_display_count measure

node_display_count

machine_bios_uefi_capable measure

machine_bios_uefi_capable

machine_bios_uefi_enabled measure

machine_bios_uefi_enabled

machine_secure_boot dimension

machine_secure_boot

machine_tpm_specifications dimension

machine_tpm_specifications

machine_tpm_specification measure

machine_tpm_specification

machine_location_city_state_country dimension

machine_location_city_state_country

machine_location_country dimension

machine_location_country

machine_location_state dimension

machine_location_state

machine_location_city dimension

machine_location_city

cpu_support_status dimension

cpu_support_status

win11_inplace_upgrade_label dimension

win11_inplace_upgrade_label

win11_image_upgrade_label dimension

win11_image_upgrade_label

param_1 MachineGroup string 12 1 false true false param_2 MachineGroup string 12 2 false true false

Portal

'vendor' as bios_vendor, -- bios_info->'smbBios' as bios_smbBios, -- bios_info->'version' as bios_version, -- bios_info->'revision' as bios_revision, -- date_trunc('day', cast(bios_info->'releaseDate' as timestamptz)) as bios_release_date, case when length(bios_info->'uefiCapable'::text) is null then null else case when bios_info->'uefiCapable' = 'false' then 'N' else 'Y' end end as bios_uefi_capable, case when length(bios_info->'uefiEnabled'::text) is null then null else case when bios_info->'uefiEnabled' = 'false' then 'N' else 'Y' end end as bios_uefi_enabled, -- tpm_info->'manufacturer' as tpm_manufacturer, -- tpm_info->'version' as tpm_version, -- (case when length(tpm_info->'owned'::text) is null then null else (case when tpm_info->'owned' = 'false' then 'N' else 'Y' end) end) as tpm_owned, -- (case when length(tpm_info->'active'::text) is null then null else (case when tpm_info->'active' = 'false' then 'N' else 'Y' end) end) as tpm_active, -- (case when length(tpm_info->'enabled'::text) is null then null else (case when tpm_info->'enabled' = 'false' then 'N' else 'Y' end) end) as tpm_enabled, tpm_info->'specification' as tpm_specification from tnt_config.node_hardware -- where -- id = 361955 -- id = 1219 ), -- node_cpus1 as ( -- select -- hardware_id, -- string_agg(distinct model, ', ') as node_cpu_model, -- string_agg(distinct rtrim(split_part(split_part(split_part(model, 'processor', 1), 'Processor', 1), 'CPU', 1)), ',') as node_cpu_short_models, -- array_agg(distinct bitwidth) as node_cpu_3264_bit, -- cpu_manufacturer, -- case -- when (cpu_manufacturer = 'AMD') then (trim(both ' ' from split_part(split_part(model, 'AMD ', 2), ' ', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then 'Pentium' -- trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then 'Atom' -- trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Core ') > 1)) then 'Core' -- (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), ' ', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then 'Xeon' -- (trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1))) -- end as cpu_class, -- case -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Opteron ') > 1)) then (trim(both ' ' from split_part(model, 'AMD Opteron Processor ', 2))) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Turion ') > 1)) then (replace(trim(both ' ' from split_part(model, 'AMD Turion ', 2)), 'Dual-Core ', '')) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then (replace(trim(both ' ' from split_part(model, 'AMD Ryzen ', 2)), 'Eight-Core Processor', '')) -- when (cpu_manufacturer = 'AMD') then (trim(both ' ' from split_part(split_part(model, 'AMD ', 2), ' ', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Core ') > 1)) then (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), ' ', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then (trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1))) -- end as cpu_model_number, -- case -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Opteron ') > 1)) then (trim(both ' ' from split_part(model, 'AMD Opteron Processor ', 2))) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Turion ') > 1)) then (replace(trim(both ' ' from split_part(model, 'AMD Turion ', 2)), 'Dual-Core ', '')) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then (replace(trim(both ' ' from split_part(model, 'AMD Ryzen ', 2)), 'Eight-Core Processor', '')) -- when (cpu_manufacturer = 'AMD') then (trim(both ' ' from split_part(split_part(model, 'AMD ', 2), ' ', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Core ') > 1) and (strpos(model, '-') > 1)) -- then -- (case -- when (cast(left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) as int) <= 11 ) -- then left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) -- when ((cast(left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) as int) >= 20)) -- then left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),1) -- end) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then (trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1))) -- end as cpu_generation, -- case -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Opteron ') > 1)) then 'AMD Opteron ' || (trim(both ' ' from split_part(model, 'AMD Opteron Processor ', 2))) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Turion ') > 1)) then 'AMD Turion ' || replace(trim(both ' ' from split_part(model, 'AMD Turion ', 2)), 'Dual-Core ', '') -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then 'AMD Ryzen ' || replace(trim(both ' ' from split_part(model, 'AMD Ryzen ', 2)), 'Eight-Core Processor', '') -- when (cpu_manufacturer = 'AMD') then (trim(both ' ' from 'AMD ' || split_part(split_part(model, 'AMD ', 2), ' ', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then 'Intel Pentium ' || trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then 'Intel Atom ' || trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Core ') > 1)) then (trim(both ' ' from split_part(model, ' CPU ', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then 'Intel Xeon ' || (trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1))) -- end as cpu_manu_class_model_number, -- count(*) as node_cpu_count, -- round(avg(speed_mhz)::numeric,0) as node_per_cpu_mhz, -- round(avg(cores)::numeric,0) as node_per_cpu_cores, -- sum(cores) as node_cpu_cores, -- round(sum(cores*speed_mhz)::numeric,0) as total_cpu_mhz -- from -- tnt_config.node_hardware_cpus -- group by -- hardware_id -- ), node_cpus as ( select hardware_id, string_agg(distinct model, ', ') as node_cpu_model, string_agg(distinct trim(regexp_replace(replace(replace(replace(replace(replace(split_part(model, ' @', 1), ' processor', ''), ' Processor', ''), ' CPU', ''), ' Eight-Core', ''), ' 8-Core', ''), '\s+', ' ', 'g')), ',') as node_cpu_short_models, string_agg(distinct case when (cpu_manufacturer = 'AMD' and (strpos(model, 'Opteron ') > 1)) then (trim(both ' ' from split_part(model, 'AMD Opteron Processor ', 2))) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Turion ') > 1)) then (replace(trim(both ' ' from split_part(model, 'AMD Turion ', 2)), 'Dual-Core ', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen 3 PRO ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen 3 PRO ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen 3 ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen 3 ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen 5 PRO ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen 5 PRO ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen 5 ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen 5 ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen 7 PRO ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen 7 PRO ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen 7 ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen 7 ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen 9 PRO ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen 9 PRO ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen 9 ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen 9 ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ThreadRipper PRO ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen ThreadRipper PRO ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ThreadRipper ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen ThreadRipper ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen Embedded ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen Embedded ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), 'AMD Ryzen ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD') then (trim(both ' ' from split_part(split_part(model, 'AMD ', 2), ' ', 1))) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium Gold ') >= 1)) then trim(both ' ' from split_part(split_part(model, ' CPU', 1), 'Pentium ', 2)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium Silver ') >= 1)) then trim(both ' ' from split_part(split_part(model, ' CPU', 1), 'Pentium ', 2)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then trim(both ' ' from split_part(split_part(model, 'Intel Atom ', 2), ' CPU', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Celeron CPU ') > 1)) then trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Celeron ') > 1) and (strpos(model, 'CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, 'Intel Celeron ', 2), ' CPU', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Celeron ') > 1) and (strpos(model, ' @ ') > 1)) then trim(both ' ' from split_part(model, ' ', 3)) when (cpu_manufacturer = 'Intel' and (strpos(model, ' Core Ultra ') > 1)) then (trim(both ' ' from split_part(model, ' ', 5))) when (cpu_manufacturer = 'Intel' and (strpos(model, ' Core ') > 1)) then (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), ' ', 1))) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Core2 Duo') > 1)) then split_part(model, ' ', 5) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Core2') > 1)) then split_part(model, ' ', 6) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Platinum') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 4)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Platinum') > 1) and (strpos(model, ' CPU @ ') <= 1)) then trim(both ' ' from split_part(model, ' ', 4)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Gold') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 4)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Gold') > 1) and (strpos(model, ' CPU @ ') <= 1)) then trim(both ' ' from split_part(model, ' ', 4)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Silver') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 4)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Silver') > 1) and (strpos(model, ' CPU @ ') <= 1)) then trim(both ' ' from split_part(model, ' ', 4)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Bronze') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 4)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 3)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1) and (strpos(model, ' @ ') <= 1)) then trim(both ' ' from split_part(model, ' ', 3)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then (trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1))) end, ',') as cpu_model_number, max(bitwidth) as node_cpu_bitwidth, string_agg(distinct cpu_manufacturer, ',') as cpu_brand, string_agg(distinct case when (cpu_manufacturer = 'AMD') then (trim(both ' ' from split_part(split_part(model, 'AMD ', 2), ' ', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium Gold ') >= 1)) then trim(both ' ' from split_part(split_part(model, 'Pentium ', 2), ' ', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium Silver ') >= 1)) then trim(both ' ' from split_part(split_part(model, 'Pentium ', 2), ' ', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then 'Pentium' -- trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then 'Atom' -- trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Celeron ') > 1)) then 'Celeron' -- trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, ' Core ') > 1)) then 'Core' -- (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), ' ', 1))) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Core2') > 1)) then 'Core2' -- (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), ' ', 1))) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then 'Xeon' -- (trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1))) end, ',') as cpu_sub_brand, -- string_agg(distinct case -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'EPYC ') > 1)) then null -- -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen Embedded ') > 1)) then left(trim(both ' ' from split_part(model, 'Embedded', 2)), 1) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1) and (strpos(model, ' PRO ') > 1)) then left(trim(both ' ' from split_part(split_part(model, 'Ryzen ', 2), ' PRO ', 1)), 1) || ' PRO' -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then left(trim(both ' ' from split_part(model, 'Ryzen ', 2)), 1) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium Gold ') >= 1)) then trim(both ' ' from split_part(split_part(model, 'Pentium ', 2), ' ', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium Silver ') >= 1)) then trim(both ' ' from split_part(split_part(model, 'Pentium ', 2), ' ', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then 'Pentium' -- trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then 'Atom' -- trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Celeron CPU ') > 1)) -- then ( -- case -- when ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) >= 48 and ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) <= 57 -- then null -- else left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1) -- end) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Celeron ') > 1) and (strpos(model, 'CPU @ ') > 1)) then left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron ', 2), ' CPU', 1)), 1) -- when (cpu_manufacturer = 'Intel' and (strpos(model, ' Core ') > 1) and (strpos(model, '-') > 1)) then (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), '-', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, ' Core ') > 1) and (strpos(model, ' Core Ultra ') > 1)) then (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), ' ', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Core2') > 1) and (strpos(model, '-') > 1)) then (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), '-', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Platinum ') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 3)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Gold ') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 3)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Silver ') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 3)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Bronze ') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 3)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon CPU ') > 1) and (strpos(model, ' @ ') > 1)) then left(trim(both ' ' from split_part(split_part(model, ' @ ', 1), 'Intel Xeon CPU ', 2)), 1) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1) and (strpos(model, ' CPU @ ') > 1)) then (trim(both ' ' from split_part(split_part(model, ' ', 3), '-', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then (trim(both ' ' from split_part(split_part(model, ' CPU ', 2), '-', 1))) -- end, ',') as cpu_sub_brand_modifier, string_agg(distinct (case when (cpu_manufacturer = 'AMD') then (case when (strpos(model, 'EPYC ') > 1) then null when (strpos(model, ' Ryzen ') > 1) then (case when (strpos(model, ' Embedded ') > 1) then left(trim(both ' ' from split_part(model, 'Embedded', 2)), 1) when (strpos(model, ' PRO ') > 1) then left(trim(both ' ' from split_part(split_part(model, 'Ryzen ', 2), ' PRO ', 1)), 1) || ' PRO' else left(trim(both ' ' from split_part(model, ' Ryzen ', 2)), 1) end) else null end) when (cpu_manufacturer = 'Qualcomm') then null when (cpu_manufacturer = 'Intel') then (case when (strpos(model, ' Atom ') > 1) then 'Atom' when (strpos(model, ' Celeron ') > 1) then (case when ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) >= 48 and ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) <= 57 then null when (strpos(model, ' CPU @ ') > 1) then left(trim(both ' ' from split_part(split_part(model, ' Celeron ', 2), ' CPU', 1)), 1) when (strpos(model, ' @ ') > 1) then left(trim(both ' ' from split_part(split_part(model, ' Celeron ', 2), ' @ ', 1)), 1) -- else left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1) else null end) when (strpos(model, ' Core ') > 1) then (case when (strpos(model, '-') > 1) then (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), '-', 1))) when (strpos(model, ' Ultra ') > 1) then (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), ' ', 1))) else null end) when (strpos(model, ' Core2 ') > 1) then (case when (strpos(model, ' Duo ') > 1 or strpos(model, ' Quad ') > 1) then trim(both ' ' from split_part(split_part(model, ' Core2 ', 2), ' ', 1)) else null end) when (strpos(model, ' Pentium ') > 1) then (case when (strpos(model, ' Gold ') > 1 or strpos(model, ' Silver ') > 1) then trim(both ' ' from split_part(split_part(model, ' Pentium ', 2), ' ', 1)) else null end) when (strpos(model, ' Xeon ') > 1) then (case when ((strpos(model, ' Platinum ') > 1 or strpos(model, ' Gold ') > 1 or strpos(model, ' Silver ') > 1 or strpos(model, ' Bronze ') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 3)) when ((strpos(model, ' Platinum ') > 1 or strpos(model, ' Gold ') > 1 or strpos(model, ' Silver ') > 1 or strpos(model, ' Bronze ') > 1) and (strpos(model, ' CPU @ ') <= 1)) then trim(both ' ' from split_part(model, ' ', 3)) when ((strpos(model, ' CPU ') > 1) and (strpos(model, ' @ ') > 1)) then left(trim(both ' ' from split_part(split_part(model, ' @ ', 1), 'Intel Xeon CPU ', 2)), 1) when ((strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' ', 3), '-', 1)) when ((strpos(model, '-') > 1)) then trim(both ' ' from split_part(split_part(model, ' Xeon ', 2), '-', 1)) else null end) when (strpos(model, ' Processor ') > 1) then null else null end) else null end), ',') as cpu_sub_brand_modifier, max( case when (cpu_manufacturer = 'AMD') then null when (cpu_manufacturer = 'Qualcomm') then null when (cpu_manufacturer = 'Intel') then ( case -- when (strpos(model, ' Atom ') > 1) -- then null -- when (strpos(model, ' Celeron ') > 1) -- then null -- when (strpos(model, ' Core Ultra ') > 1) -- then cast(left(trim(both ' ' from split_part(model, ' ', 5)), 1) as integer) -- when (strpos(model, ' Core ') > 1) -- then ( -- case -- when (strpos(model, 'th Gen ') > 1) and (strpos(model, '-') > 1) -- then cast(left(trim(both ' ' from split_part(model, '-', 2)), 2) as integer) -- when (strpos(model, 'th Gen ') <= 1) and (strpos(model, '-') > 1) and (length(split_part(split_part(model, '-', 2), ' ', 1)) >= 6) -- then cast(left(trim(both ' ' from split_part(model, '-', 2)), 2) as integer) -- when (strpos(model, 'th Gen ') <= 1) and (strpos(model, '-') > 1) -- then cast(left(trim(both ' ' from split_part(model, '-', 2)), 1) as integer) -- else null -- end) -- when (strpos(model, ' Pentium ') > 1) -- then null -- when (strpos(model, ' Processor ') > 1) -- then null when (strpos(model, ' Xeon ') > 1) then ( case when (strpos(model, ' Platinum ') > 1) or (strpos(model, ' Gold ') > 1) or (strpos(model, ' Silver ') > 1) or (strpos(model, ' Bronze ') > 1) then cast(left(trim(both ' ' from split_part(model, ' ', 4)), 1) as integer) else null end) else null end) else null end)::integer as cpu_sku_level, max( case when (cpu_manufacturer = 'AMD') then null when (cpu_manufacturer = 'Qualcomm') then null when (cpu_manufacturer = 'Intel') then ( case when (strpos(model, ' Atom ') > 1) then null when (strpos(model, ' Celeron ') > 1) then null when (strpos(model, ' Core Ultra ') > 1) then cast(left(trim(both ' ' from split_part(model, ' ', 5)), 1) as integer) when (strpos(model, ' Core ') > 1) then ( case when (strpos(model, 'th Gen ') > 1) and (strpos(model, '-') > 1) then cast(left(trim(both ' ' from split_part(model, '-', 2)), 2) as integer) when (strpos(model, 'th Gen ') <= 1) and (strpos(model, '-') > 1) and (length(split_part(split_part(model, '-', 2), ' ', 1)) >= 6) then cast(left(trim(both ' ' from split_part(model, '-', 2)), 2) as integer) when (strpos(model, 'th Gen ') <= 1) and (strpos(model, '-') > 1) then cast(left(trim(both ' ' from split_part(model, '-', 2)), 1) as integer) else null end) when (strpos(model, ' Pentium ') > 1) then null when (strpos(model, ' Processor ') > 1) then null when (strpos(model, ' Xeon ') > 1) then ( case when (strpos(model, ' Platinum ') > 1) or (strpos(model, ' Gold ') > 1) or (strpos(model, ' Silver ') > 1) or (strpos(model, ' Bronze ') > 1) then cast(right(left(trim(both ' ' from split_part(model, ' ', 4)), 2), 1) as integer) else null end) else null end) else null end)::integer as cpu_generation, -- string_agg(distinct case -- -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Opteron ') > 1)) then (trim(both ' ' from split_part(model, 'AMD Opteron Processor ', 2))) -- -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Turion ') > 1)) then (replace(trim(both ' ' from split_part(model, 'AMD Turion ', 2)), 'Dual-Core ', '')) -- -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then (replace(trim(both ' ' from split_part(model, 'AMD Ryzen ', 2)), 'Eight-Core Processor', '')) -- -- when (cpu_manufacturer = 'AMD') then (trim(both ' ' from split_part(split_part(model, 'AMD ', 2), ' ', 1))) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen Embedded ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, ' Embedded ', 2), ' ', 1)), 4, 2) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1) and (strpos(model, ' PRO ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, 'Ryzen ', 2), ' PRO ', 2)), 2, 4) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, 'AMD Ryzen ', 2), ' ', 2)), 3, 2) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium Gold ') >= 1)) then trim(both ' ' from split_part(split_part(model, 'Pentium Gold ', 2), ' CPU ', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium Silver ') >= 1)) then trim(both ' ' from split_part(split_part(model, 'Pentium Silver ', 2), ' CPU ', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1)) -- -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Celeron CPU ') > 1)) -- then (case when ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) >= 48 and ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) <= 57 -- then left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 4) -- else right(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 4) -- end) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Celeron ') > 1) and (strpos(model, 'CPU @ ') > 1)) then right(trim(both ' ' from split_part(split_part(model, 'Intel Celeron ', 2), ' CPU', 1)), 4) -- when (cpu_manufacturer = 'Intel' and (strpos(model, ' Core ') > 1) and (strpos(model, '-') > 1)) -- then -- (case -- -- Check if Intel, Core, and m3, m5, m7, then the first number after the - is supposed to be the SKU -- when ((strpos(lower(model), ' m3-') > 1) and (left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),1) ~ '^\d+(\.\d+)?$')) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) -- when ((strpos(lower(model), ' m5-') > 1) and (left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),1) ~ '^\d+(\.\d+)?$')) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) -- when ((strpos(lower(model), ' m7-') > 1) and (left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),1) ~ '^\d+(\.\d+)?$')) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) -- -- Check if Intel, Core, and i3, i5, i7, i9, then the first number after the - is supposed to be the SKU -- when ((strpos(lower(model), ' i3-') > 1) and (left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),1) ~ '^\d+(\.\d+)?$')) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) -- when ((strpos(lower(model), ' i5-') > 1) and (left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),1) ~ '^\d+(\.\d+)?$')) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) -- when ((strpos(lower(model), ' i7-') > 1) and (left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),1) ~ '^\d+(\.\d+)?$')) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) -- when ((strpos(lower(model), ' i9-') > 1) and (left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),1) ~ '^\d+(\.\d+)?$')) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) -- -- Check if Intel, Core and contains 'th Gen' to figure out generation -- when (strpos(lower(model), 'th gen ') > 1) -- then right(trim(both ' ' from split_part(model, '-', 2)), 3) -- when (cast(left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) as int) <= 11 and (strpos(model, 'G') > 1)) -- -- when (cast(left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) as int) <= 11 ) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),3, 2) -- when (cast(left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) as int) <= 11 and (strpos(model, 'G') <= 0)) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),3, 3) -- when ((cast(left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) as int) >= 20)) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2, 3) -- end) -- when (cpu_manufacturer = 'Intel' and (strpos(model, ' Core ') > 1) and (strpos(model, 'Ultra') > 1)) -- then trim(both ' ' from split_part(model, ' ', 5)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1) and (strpos(model, ' CPU @ ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 4)), 3, 2) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon CPU ') > 1) and (strpos(model, ' @ ') > 1)) then right(trim(both ' ' from split_part(split_part(model, ' @ ', 1), 'Intel Xeon CPU ', 2)), 2) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, ' CPU ', 2), '-', 2)), 3, 2) -- end, ',') as cpu_sku, string_agg(distinct case when (cpu_manufacturer = 'AMD') then (case when ((strpos(model, 'Ryzen Embedded ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, ' Embedded ', 2), ' ', 1)), 4, 2) when ((strpos(model, 'Ryzen ') > 1) and (strpos(model, ' PRO ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, 'Ryzen ', 2), ' PRO ', 2)), 2, 4) when ((strpos(model, 'Ryzen ') > 1) and (strpos(model, ' PRO ') <= 1)) then substr(trim(both ' ' from split_part(split_part(model, 'AMD Ryzen ', 2), ' ', 2)), 3, 2) when ((strpos(model, 'Athlon II ') > 1)) then trim(both ' ' from split_part(split_part(model, ' Athlon II ', 2), ' ', 2)) when ((strpos(model, 'Athlon ') > 1) and (strpos(model, 'Athlon II ') <= 1)) then trim(both ' ' from split_part(split_part(model, ' Athlon ', 2), ' ', 2)) else null end) when (cpu_manufacturer = 'Qualcomm') then null when (cpu_manufacturer = 'Intel') then (case when (strpos(model, ' Atom ') > 1) then null when (strpos(model, ' Celeron ') > 1) then (case when (strpos(model, 'Celeron CPU ') > 1) then (case when ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) >= 48 and ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) <= 57 then left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 4) else right(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 4) end) when ((strpos(model, ' Celeron ') > 1) and (strpos(model, 'CPU @ ') > 1)) then split_part(model, ' ', 3) when ((strpos(model, ' Celeron ') > 1) and (strpos(model, ' @ ') > 1)) then split_part(model, ' ', 3) else null end) when (strpos(model, ' Core ') > 1) then (case when (strpos(model, ' Ultra ') > 1) then split_part(model, ' ', 5) when (strpos(model, 'th Gen ') > 1) and (strpos(model, '-') > 1) then split_part(split_part(model, '-', 2), ' ', 1) when (strpos(model, 'th Gen ') <= 1) and (strpos(model, '-') > 1) then split_part(split_part(model, '-', 2), ' ', 1) else null end) when (strpos(model, ' Core2 ') > 1) then (case when (strpos(model, ' Duo ') > 1) then split_part(model, ' ', 5) else null end) when (strpos(model, ' Pentium ') > 1) then (case when ((strpos(model, ' Gold ') > 1)) then trim(both ' ' from split_part(split_part(model, ' Gold ', 2), ' CPU ', 1)) when ((strpos(model, ' Silver ') > 1)) then trim(both ' ' from split_part(split_part(model, ' Silver ', 2), ' CPU ', 1)) when ((strpos(model, 'Pentium ') >= 1)) then trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1)) else null end) when (strpos(model, ' Xeon ') > 1) then (case when (strpos(model, ' Platinum ') > 1) or (strpos(model, ' Gold ') > 1) or (strpos(model, ' Silver ') > 1) or (strpos(model, ' Bronze ') > 1) then substr(split_part(model, ' ', 4), 3, 2) when ((strpos(model, 'Xeon CPU ') > 1) and (strpos(model, ' @ ') > 1)) then right(trim(both ' ' from split_part(split_part(model, ' @ ', 1), 'Intel Xeon CPU ', 2)), 2) -- when (strpos(model, ' CPU @ ') > 1) -- then substring(split_part(split_part(model, ' CPU @ ', 1), ' ', 4), 3, 2) when (strpos(model, ' CPU @ ') > 1) then split_part(split_part(model, ' CPU @ ', 1), '-', 2) when ((strpos(model, 'Xeon ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, ' CPU ', 2), '-', 2)), 3, 2) else null end) when (strpos(model, ' Processor ') > 1) then null else null end) else null end, ',') as cpu_sku, -- string_agg(distinct case -- -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Opteron ') > 1)) then (trim(both ' ' from split_part(model, 'AMD Opteron Processor ', 2))) -- -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Turion ') > 1)) then (replace(trim(both ' ' from split_part(model, 'AMD Turion ', 2)), 'Dual-Core ', '')) -- -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then (replace(trim(both ' ' from split_part(model, 'AMD Ryzen ', 2)), 'Eight-Core Processor', '')) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen Embedded ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, ' Embedded ', 2), ' ', 1)), 6, 1) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, 'AMD Ryzen ', 2), ' ', 2)), 5, 1) -- -- when (cpu_manufacturer = 'AMD') then (trim(both ' ' from split_part(split_part(model, 'AMD ', 2), ' ', 1))) -- -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Celeron CPU ') > 1)) -- then (case when ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) >= 48 and ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) <= 57 -- then right(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1) -- -- else right(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 4) -- end) -- when (cpu_manufacturer = 'Intel' and (strpos(model, ' Core ') > 1) and (strpos(model, '-') > 1)) -- then -- (case -- when (cast(left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) as int) <= 11 and (strpos(model, 'G') > 1)) -- then right(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)), 2) -- when (cast(left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) as int) <= 11 and (strpos(model, 'G') <= 0)) -- then right(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)), 1) -- when ((cast(left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) as int) >= 20)) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)), 5, 2) -- end) -- -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then (trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1))) -- end, ',') as cpu_suffix, string_agg(distinct case when (cpu_manufacturer = 'AMD' and (strpos(model, 'Opteron ') > 1)) then 'AMD Opteron ' || (trim(both ' ' from split_part(model, 'AMD Opteron Processor ', 2))) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Turion ') > 1)) then 'AMD Turion ' || replace(trim(both ' ' from split_part(model, 'AMD Turion ', 2)), 'Dual-Core ', '') when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then 'AMD Ryzen ' || replace(trim(both ' ' from split_part(model, 'AMD Ryzen ', 2)), 'Eight-Core Processor', '') when (cpu_manufacturer = 'AMD') then (trim(both ' ' from 'AMD ' || split_part(split_part(model, 'AMD ', 2), ' ', 1))) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then 'Intel Pentium ' || trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then 'Intel Atom ' || trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, ' Core ') > 1)) then (trim(both ' ' from split_part(model, ' CPU ', 1))) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then 'Intel Xeon ' || (trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1))) end, ',') as cpu_manu_class_model_number, count(*) as node_cpu_count, round(avg(speed_mhz)::numeric,0) as node_per_cpu_mhz, round(avg(cores)::numeric,0) as node_per_cpu_cores, sum(cores) as node_cpu_cores, round(sum(cores*speed_mhz)::numeric,0) as total_cpu_mhz from ( select h.hardware_id, replace(replace(replace(h.model, '(R)', ''), '(TM)', ''), '(tm)', '') as model, case when split_part(replace(replace(replace(h.model, '(R)', ''), '(TM)', ''), '(tm)', ''), ' ', 1) ilike 'Pentium' then 'Intel' when strpos(model, 'Intel') > 1 then 'Intel' when strpos(model, 'AMD') > 1 then 'AMD' else split_part(replace(replace(replace(h.model, '(R)', ''), '(TM)', ''), '(tm)', ''), ' ', 1) end as cpu_manufacturer, h.bitwidth, h.cores as cores, h.speed_mhz from tnt_config.node_hardware_cpus h ) h group by hardware_id ), -- node_ram1 as ( -- with -- latest_sum_report as ( -- select -- sumrpt.node_id as node_id, -- max(sumrpt.start_date) as start_date, -- max(sumrpt.end_date) as end_date -- from -- tnt_audit.summaryreports sumrpt -- group by -- sumrpt.node_id -- ) -- select -- sumrpts.node_id as node_id, -- round((avg(sumrpts.mem_alloc)/1048576)::numeric, 3) as node_ram_allocated_gb -- from -- tnt_audit.summaryreports sumrpts, latest_sum_report lsr -- where -- sumrpts.node_id = lsr.node_id -- and sumrpts.start_date = lsr.start_date -- and sumrpts.end_date = lsr.end_date -- and sumrpts.end_date between lsr.start_date and lsr.end_date -- group by -- sumrpts.node_id -- ), -- node_ram2 as ( -- select -- sumrpts.node_id as node_id, -- round((avg(sumrpts.mem_alloc)/1048576)::numeric, 3) as node_ram_allocated_gb -- from -- tnt_audit.summaryreports sumrpts -- join tnt_config.node nde on (nde.id = sumrpts.node_id and nde.delete_time is null) -- where -- -- sumrpts.node_id = nde.id -- -- and sumrpts.start_date = nde.last_report_seen_start_date -- -- and sumrpts.end_date = nde.last_report_seen_end_date -- -- and sumrpts.end_date between nde.last_report_seen_start_date and nde.last_report_seen_end_date -- (sumrpts.end_date >= nde.last_report_seen_end_date) -- group by -- sumrpts.node_id -- ), node_ram as ( select sumrpts.node_id as node_id, round((avg(sumrpts.mem_alloc)/1048576)::numeric, 3) as node_ram_allocated_gb from tnt_audit.summaryreports sumrpts, ( select sumrpt.node_id as node_id, max(sumrpt.start_date) as start_date, max(sumrpt.end_date) as end_date from tnt_audit.summaryreports sumrpt group by sumrpt.node_id ) lsr where sumrpts.node_id = lsr.node_id and sumrpts.start_date = lsr.start_date and sumrpts.end_date = lsr.end_date and sumrpts.end_date between lsr.start_date and lsr.end_date group by sumrpts.node_id ), -- node_disk1 as ( -- with -- last_node_disk as ( -- select -- part_stats.node_id as node_id, -- max(part_stats.start_date) as start_date, -- max(part_stats.end_date) as end_date -- from -- tnt_audit.summaryreport_partition_stats part_stats -- group by -- part_stats.node_id -- ), -- part_stats as ( -- select -- part_stats.node_id as node_id, -- part_stats.disk_id as node_physical_disk_id, -- string_agg(distinct part_stats.name, ',') as node_disk_names, -- sum(part_stats.size) as node_per_disk_size_kb, -- sum(part_stats.avg_used) as node_per_disk_used_kb -- from -- tnt_audit.summaryreport_partition_stats part_stats, last_node_disk -- where -- part_stats.node_id = last_node_disk.node_id -- and part_stats.start_date = last_node_disk.start_date -- and part_stats.end_date = last_node_disk.end_date -- and part_stats.end_date between last_node_disk.start_date and last_node_disk.end_date -- and part_stats.local_type ilike 'local' -- group by -- part_stats.node_id, part_stats.disk_id -- ) -- select -- part_stats.node_id as node_id, -- round(max(part_stats.node_per_disk_size_kb)::numeric/1048576.0, 0) as node_max_disk_size_gb, -- round(max(part_stats.node_per_disk_used_kb)::numeric/1048576.0, 0) as node_max_disk_used_gb, -- round(sum(part_stats.node_per_disk_size_kb)::numeric/1048576, 0) as node_total_disk_size_gb, -- round(sum(part_stats.node_per_disk_used_kb)::numeric/1048576, 0) as node_total_disk_used_gb -- from -- part_stats -- group by -- part_stats.node_id -- ), -- node_disk2 as ( -- select -- part_stats.node_id as node_id, -- round(max(part_stats.node_per_disk_size_kb)::numeric/1048576.0, 0) as node_max_disk_size_gb, -- round(max(part_stats.node_per_disk_used_kb)::numeric/1048576.0, 0) as node_max_disk_used_gb, -- round(sum(part_stats.node_per_disk_size_kb)::numeric/1048576, 0) as node_total_disk_size_gb, -- round(sum(part_stats.node_per_disk_used_kb)::numeric/1048576, 0) as node_total_disk_used_gb -- from ( -- select -- part_stats.node_id as node_id, -- part_stats.disk_id as node_physical_disk_id, -- string_agg(distinct part_stats.name, ',') as node_disk_names, -- sum(part_stats.size) as node_per_disk_size_kb, -- sum(part_stats.avg_used) as node_per_disk_used_kb -- from -- tnt_audit.summaryreport_partition_stats part_stats -- join tnt_config.node nde on (nde.id = part_stats.node_id and nde.delete_time is null) -- where -- part_stats.node_id = nde.id -- and part_stats.start_date = nde.last_report_seen_start_date -- and part_stats.end_date = nde.last_report_seen_end_date -- and part_stats.end_date between nde.last_report_seen_start_date and nde.last_report_seen_end_date -- and part_stats.local_type ilike 'local' -- group by -- part_stats.node_id, part_stats.disk_id -- ) part_stats -- group by -- part_stats.node_id -- ), -- node_disk1 as ( -- select -- part_stats.node_id as node_id, -- round(max(part_stats.node_per_disk_size_kb)::numeric/1048576.0, 0) as node_max_disk_size_gb, -- round(max(part_stats.node_per_disk_used_kb)::numeric/1048576.0, 0) as node_max_disk_used_gb, -- round(sum(part_stats.node_per_disk_size_kb)::numeric/1048576, 0) as node_total_disk_size_gb, -- round(sum(part_stats.node_per_disk_used_kb)::numeric/1048576, 0) as node_total_disk_used_gb -- from ( -- select -- part_stats.node_id as node_id, -- part_stats.disk_id as node_physical_disk_id, -- string_agg(distinct part_stats.name, ',') as node_disk_names, -- sum(part_stats.size) as node_per_disk_size_kb, -- sum(part_stats.avg_used) as node_per_disk_used_kb -- from -- tnt_audit.summaryreport_partition_stats part_stats, -- ( select -- part_stats.node_id as node_id, -- max(part_stats.start_date) as start_date, -- max(part_stats.end_date) as end_date -- from -- tnt_audit.summaryreport_partition_stats part_stats -- -- where -- -- part_stats.node_id = 13047 -- group by -- part_stats.node_id -- ) last_part_stats -- where -- part_stats.node_id = last_part_stats.node_id -- and part_stats.start_date = last_part_stats.start_date -- and part_stats.end_date = last_part_stats.end_date -- and part_stats.end_date between last_part_stats.start_date and last_part_stats.end_date -- and part_stats.local_type ilike 'local' -- -- and part_stats.node_id = 13047 -- group by -- part_stats.node_id, part_stats.disk_id -- ) part_stats -- group by -- part_stats.node_id -- ), node_disk as ( select disk_stats.node_id as node_id, -- round(max(disk_stats.node_per_disk_size_kb)::numeric/1048576.0, 0) as node_max_disk_size_gb, -- round(max(disk_stats.node_per_disk_used_kb)::numeric/1048576.0, 0) as node_max_disk_used_gb, -- round(sum(disk_stats.node_per_disk_size_kb)::numeric/1048576.0, 0) as node_total_disk_size_gb, -- round(sum(disk_stats.node_per_disk_used_kb)::numeric/1048576.0, 0) as node_total_disk_used_gb round(disk_stats.node_total_disk_size_kb::numeric/1048576.0, 0) as node_total_disk_size_gb, round(disk_stats.node_total_disk_used_kb::numeric/1048576.0, 0) as node_total_disk_used_gb, round((disk_stats.node_total_disk_size_kb - disk_stats.node_total_disk_used_kb)::numeric/1048576.0, 0) as node_total_disk_free_gb, round(disk_stats.node_disk0_c_size_kb::numeric/1048576.0, 0) as node_disk0_c_size_gb, round(disk_stats.node_disk0_c_used_kb::numeric/1048576.0, 0) as node_disk0_c_used_gb, round((disk_stats.node_disk0_c_size_kb - disk_stats.node_disk0_c_used_kb)::numeric/1048576.0, 0) as node_disk0_c_free_gb from ( select disk_stats.node_id as node_id, -- disk_stats.disk_id as node_physical_disk_id, string_agg(distinct disk_stats.name, ',') as node_disk_names, sum(disk_stats.size) as node_total_disk_size_kb, sum(disk_stats.avg_used) as node_total_disk_used_kb, sum(case when disk_stats.name ilike '%disk0 ( C:%' then disk_stats.size end) as node_disk0_c_size_kb, sum(case when disk_stats.name ilike '%disk0 ( C:%' then disk_stats.avg_used end) as node_disk0_c_used_kb from -- tnt_audit.summaryreport_partition_stats part_stats, tnt_audit.summaryreport_disk_stats disk_stats, ( select disk_stats.node_id as node_id, max(disk_stats.start_date) as start_date, max(disk_stats.end_date) as end_date from -- tnt_audit.summaryreport_partition_stats disk_stats tnt_audit.summaryreport_disk_stats disk_stats -- where -- disk_stats.node_id = 13047 group by disk_stats.node_id ) last_disk_stats where disk_stats.node_id = last_disk_stats.node_id and disk_stats.start_date = last_disk_stats.start_date and disk_stats.end_date = last_disk_stats.end_date and disk_stats.end_date between last_disk_stats.start_date and last_disk_stats.end_date and disk_stats.type ilike 'LOCAL' -- and disk_stats.node_id = 13047 group by disk_stats.node_id--, disk_stats.disk_id ) disk_stats -- group by -- disk_stats.node_id ), node_health_stats as ( select hstats.node_id, hstats.sec_secure_boot from tnt_audit.summaryreport_machine_health_stats hstats, -- lwl_rollup.sr_machine_health_stats_da hstats, ( select node_id as node_id, max(start_date) as start_date, max(end_date) as end_date from tnt_audit.summaryreport_machine_health_stats -- lwl_rollup.sr_machine_health_stats_da hstats group by node_id ) last_health_stats where hstats.node_id = last_health_stats.node_id and hstats.start_date = last_health_stats.start_date and hstats.end_date = last_health_stats.end_date and hstats.end_date between last_health_stats.start_date and last_health_stats.end_date ), node_gpus as ( select hardware_id, string_agg(model, ', ') as node_gpu_model, string_agg(model, ',') as node_discrete_gpu_models, count(*) as node_discrete_gpu_count, string_agg(format('%s', speedmhz), ', ') as node_gpu_speed_mhz, -- string_agg(format('%s', colordepth), ', ') as node_gpu_color_depth, max(colordepth) as node_gpu_color_depth, count(*) as node_gpu_count from tnt_config.node_hardware_gpus where is_real = true group by hardware_id ), node_displays as ( select hardware_id, string_agg(dimensions, ', ') as node_display_dimensions, max(cast(split_part(dimensions, 'x', 2) as int)) as max_display_res_y, string_agg(coalesce(cast(details->'sizeInches' as text), 'N/A'), ',') as node_display_size_in_inches, max((cast(details->'sizeInches' as int))) as max_display_size_in_inches, count(*) as node_display_count from tnt_config.node_hardware_displays group by hardware_id ), base_sql as ( select pn.id as node_id, pn.name as machine_name, nde.fqmn as machine_fqmn, nde.lastcontact::timestamptz at time zone 'America/New_York' as machine_last_contact, -- Machine hardware make, model, and chassis type nh.machine_make as machine_make, nh.machine_model as machine_model, nde.hwtype as machine_chassis_type, -- OS os.version as node_os_version, replace(replace(replace(replace(replace(replace(replace(replace(os.description, ' , ', ', '), 'Service Pack ', 'SP'), '(R)', ''), '(TM)', ''), '®', ''), '™', ''), '®', ''), '', '') as node_os_desc, os.buildversion as os_build_version, -- CPU nodecpu.node_cpu_model as node_cpu_model, nodecpu.node_cpu_short_models as node_cpu_short_models, round((nodecpu.node_per_cpu_mhz/1000.0)::numeric, 3) as node_cpu_speed_ghz, trim(both ' ' from nodecpu.cpu_brand) as cpu_brand, trim(both ' ' from nodecpu.cpu_sub_brand) as cpu_sub_brand, trim(both ' ' from nodecpu.cpu_sub_brand_modifier) as cpu_sub_brand_modifier, trim(both ' ' from nodecpu.cpu_model_number) as cpu_model_number, nodecpu.cpu_sku_level as cpu_sku_level, -- trim(both ' ' from nodecpu.cpu_generation) as cpu_generation, nodecpu.cpu_generation as cpu_generation, trim(both ' ' from nodecpu.cpu_sku) as cpu_sku, nodecpu.node_per_cpu_cores, nodecpu.node_cpu_cores, nodecpu.node_cpu_bitwidth, -- RAM noderam.node_ram_allocated_gb as node_ram_allocated_gb, nh.ram_alloc_gb, -- Disk storage nodedisk.node_disk0_c_size_gb as node_disk0_c_size_gb, nodedisk.node_disk0_c_used_gb as node_disk0_c_used_gb, nodedisk.node_disk0_c_free_gb as node_disk0_c_free_gb, nodedisk.node_total_disk_size_gb as node_total_disk_size_gb, nodedisk.node_total_disk_used_gb as node_total_disk_used_gb, nodedisk.node_total_disk_free_gb as node_total_disk_free_gb, -- GPU nodegpu.node_gpu_model as node_gpu_model, nodegpu.node_discrete_gpu_models as node_discrete_gpu_models, -- nodegpu.node_gpu_speed_mhz as node_gpu_speed_mhz, nodegpu.node_gpu_count as node_gpu_count, nodegpu.node_discrete_gpu_count as node_discrete_gpu_count, nodegpu.node_gpu_color_depth, os.dx12orwddm2 as os_dx12orwddm2, -- Display nodedis.node_display_dimensions as node_display_dimensions, nodedis.max_display_res_y as max_display_res_y, nodedis.node_display_size_in_inches, nodedis.max_display_size_in_inches, nodedis.node_display_count as node_display_count, -- BIOS & TPM case when nh.bios_uefi_capable is null then null else case when nh.bios_uefi_capable = 'Y' then true else false end end as machine_bios_uefi_capable, case when nh.bios_uefi_enabled is null then null else case when nh.bios_uefi_enabled = 'Y' then true else false end end as machine_bios_uefi_enabled, case when nodehealth.sec_secure_boot is null then null else nodehealth.sec_secure_boot end as machine_secure_boot, nh.tpm_specification as machine_tpm_specifications, case when nh.tpm_specification is null then null else case when strpos(nh.tpm_specification, '2.') > 0 then true else false end end as machine_tpm_specification, -- Windows 11 compatibility -- initcap(nde.win11_inplace_upgrade_compatibility) as win11_inplace_upgrade_compatibility, -- initcap(nde.win11_image_upgrade_compatibility) as win11_image_upgrade_compatibility -- Machine location loc_stats.city || ', ' || loc_stats.state || ', ' || loc_stats.country as machine_location_city_state_country, loc_stats.country as machine_location_country, loc_stats.state as machine_location_state, loc_stats.city as machine_location_city from tnt_config.policynode pn join tnt_config.node nde on (nde.id = pn.id) left outer join tnt_config.os os on (os.id = nde.os_id) left outer join node_hardware nh on (node_hardware_id = nde.hardware_id) left outer join node_cpus nodecpu on (nodecpu.hardware_id = nde.hardware_id) left outer join node_ram noderam on (noderam.node_id = pn.id) left outer join node_disk nodedisk on (nodedisk.node_id = pn.id) left outer join node_gpus nodegpu on (nodegpu.hardware_id = nde.hardware_id) left outer join node_displays nodedis on (nodedis.hardware_id = nde.hardware_id) left outer join node_health_stats nodehealth on (nodehealth.node_id = pn.id) left outer join ( select loc_stats.node_id as node_id, first(loc_stats.country) as country, first(loc_stats.state) as state, first(loc_stats.city) as city from tnt_audit.summaryreport_machine_location_stats loc_stats, -- lwl_rollup.sr_machine_location_stats_da loc_stats, ( select loc_stats.node_id as node_id, max(loc_stats.start_date) as start_date, max(loc_stats.end_date) as end_date from tnt_audit.summaryreport_machine_location_stats loc_stats -- lwl_rollup.sr_machine_location_stats_da loc_stats group by loc_stats.node_id ) latest_loc_stats where loc_stats.node_id = latest_loc_stats.node_id and loc_stats.start_date = latest_loc_stats.start_date and loc_stats.end_date = latest_loc_stats.end_date and loc_stats.end_date between latest_loc_stats.start_date and latest_loc_stats.end_date group by loc_stats.node_id ) loc_stats on (loc_stats.node_id = pn.id) where (pn.delete_time is null) -- Machine has not been deleted and (nde.delete_time is null) -- Machine has not been deleted and (nde.ihostversion is not null) -- Machine has a CID Key installed and (nde.certificate is not null) -- Machine has a valid certificate and (pn.system_object is false) -- Machine is not a system object like Stratusphere Hub, DB or Station and (pn.dirtystatusid is null or pn.dirtystatusid <> 3) -- Machine does not have a dirty status and (pn.type <= 2) -- Machines are either servers (1) or desktops (2) and (os.name = 'Windows') -- Machines that currently run Microsoft Windows and (os.description not ilike '%Windows 11%' -- Machine is already running Windows 11 and os.description not ilike '%Windows Server %') -- Machine is not already running Windows Server and (nde.vmtype is null) -- Machine is a physical machine to be considered for upgrade to Win10 -- Machine group filter and ('%' = ? or pn.id in (select ngn.nodeid from tnt_config.policynode pn, tnt_config.nodegroup_node ngn where (pn.type = 5) and (pn.id = ngn.nodegroupid) and (pn.name like ?))) order by lower(pn.name) asc nulls last ), base_with_cpu_support_sql as ( select s.*, -- case -- -- First check for incompatible hardware/software -- when (node_cpu_speed_ghz < 1.0) -- or (node_per_cpu_cores < 2) -- or (ram_alloc_gb < 4.0) -- or (node_cpu_bitwidth is not null and node_cpu_bitwidth < 64.0) -- or (node_disk0_c_free_gb < 20.0) -- or (node_gpu_color_depth is not null and node_gpu_color_depth < 8) -- or (os_dx12orwddm2 is not null and os_dx12orwddm2 is false) -- or (max_display_res_y is not null and max_display_res_y < 720) -- or (max_display_size_in_inches is not null and max_display_size_in_inches < 9) -- or (machine_bios_uefi_capable is not null and machine_bios_uefi_capable is false) -- or (machine_secure_boot is not null and machine_secure_boot = 'Not supported') -- or (machine_tpm_specification is not null and machine_tpm_specification is false) -- then 'Unsupported' -- -- Then check for partial/maybe support (when values are NULL) -- when node_cpu_bitwidth is null -- or node_gpu_color_depth is null -- or os_dx12orwddm2 is null -- or max_display_res_y is null -- or max_display_size_in_inches is null -- or machine_bios_uefi_capable is null -- or machine_secure_boot is null -- or machine_tpm_specification is null -- then 'Partial' -- -- Otherwise it's supported -- else 'Supported' -- end as win11_inplace_upgrade_label, -- case -- -- First check for incompatible hardware/software -- when (node_cpu_speed_ghz < 1.0) -- or (node_per_cpu_cores < 2) -- or (ram_alloc_gb < 4.0) -- or (node_cpu_bitwidth is not null and node_cpu_bitwidth < 64.0) -- or (node_disk0_c_free_gb < 64.0) -- or (node_gpu_color_depth is not null and node_gpu_color_depth < 8) -- or (os_dx12orwddm2 is not null and os_dx12orwddm2 is false) -- or (max_display_res_y is not null and max_display_res_y < 720) -- or (max_display_size_in_inches is not null and max_display_size_in_inches < 9) -- or (machine_bios_uefi_capable is not null and machine_bios_uefi_capable is false) -- or (machine_secure_boot is not null and machine_secure_boot = 'Not supported') -- or (machine_tpm_specification is not null and machine_tpm_specification is false) -- then 'Unsupported' -- -- Then check for partial/maybe support (when values are NULL) -- when node_cpu_bitwidth is null -- or node_gpu_color_depth is null -- or os_dx12orwddm2 is null -- or max_display_res_y is null -- or max_display_size_in_inches is null -- or machine_bios_uefi_capable is null -- or machine_secure_boot is null -- or machine_tpm_specification is null -- then 'Partial' -- -- Otherwise it's supported -- else 'Supported' -- end as win11_image_upgrade_label, case when cpu_brand = 'Intel' then case -- Intel Atom processors when cpu_sub_brand = 'Atom' and (cpu_model_number = 'x6200FE' or cpu_model_number = 'x6211E' or cpu_model_number = 'x6212RE' or cpu_model_number = 'x6413E' or cpu_model_number = 'x6414RE' or cpu_model_number = 'x6425E' or cpu_model_number = 'x6425RE' or cpu_model_number = 'x6427FE') then 'Y' -- Intel Celeron processors when cpu_sub_brand = 'Celeron' then case when cpu_sub_brand_modifier = 'G' and (cpu_sku = '4900' or cpu_sku = '4920' or cpu_sku = '4930' or cpu_sku = '4932' or cpu_sku = '4950' or cpu_sku = '5900' or cpu_sku = '5905' or cpu_sku = '5920' or cpu_sku = '5925') then 'Y' when cpu_sub_brand_modifier = 'J' and (cpu_sku = '4005' or cpu_sku = '4025' or cpu_sku = '4105' or cpu_sku = '4115' or cpu_sku = '4125' or cpu_sku = '6412' or cpu_sku = '6413') then 'Y' when cpu_sub_brand_modifier = 'N' and (cpu_sku = '4000' or cpu_sku = '4020' or cpu_sku = '4100' or cpu_sku = '4120' or cpu_sku = '4500' or cpu_sku = '4505' or cpu_sku = '5100' or cpu_sku = '5105' or cpu_sku = '6210' or cpu_sku = '6211') then 'Y' when cpu_sub_brand_modifier is null and (cpu_sku = '6305' or cpu_sku = '3867' or cpu_sku = '4205' or cpu_sku = '4305' or cpu_sku = '5205' or cpu_sku = '5305' or cpu_sku = '6305') then 'Y' else 'N' end -- Intel Core processors when cpu_sub_brand = 'Core' then case when cpu_sub_brand_modifier ilike 'Ultra%' then 'Y' when cpu_generation >= 8 then 'Y' else 'N' end -- Intel Pentium processors when cpu_sub_brand = 'Pentium' then case when cpu_sub_brand_modifier = 'Gold' and (cpu_sku = '4417' or cpu_sku = '4425' or cpu_sku = '5405' or cpu_sku = '6405' or cpu_sku = '6500' or cpu_sku = '7505' or cpu_sku = 'G5400' or cpu_sku = 'G5400T' or cpu_sku = 'G5420' or cpu_sku = 'G5420T' or cpu_sku = 'G5500' or cpu_sku = 'G5500T' or cpu_sku = 'G5600' or cpu_sku = 'G5600T' or cpu_sku = 'G5620' or cpu_sku = 'G6400' or cpu_sku = 'G6400E' or cpu_sku = 'G6400T' or cpu_sku = 'G6400TE' or cpu_sku = 'G6405' or cpu_sku = 'G6405T' or cpu_sku = 'G6500' or cpu_sku = 'G6500T' or cpu_sku = 'G6505' or cpu_sku = 'G6505T' or cpu_sku = 'G6600' or cpu_sku = 'G6605') then 'Y' when cpu_sub_brand_modifier = 'Silver' and (cpu_sku = 'J5005' or cpu_sku = 'J5040' or cpu_sku = 'N5000' or cpu_sku = 'N5030' or cpu_sku = 'N6000' or cpu_sku = 'N6005') then 'Y' when cpu_sub_brand_modifier is null and (cpu_sku = '6805' or cpu_sku = 'J6426' or cpu_sku = 'N6415') then 'Y' else 'N' end -- Intel Xeon processors when cpu_sub_brand = 'Xeon' then case when cpu_sub_brand_modifier = 'Bronze' and (cpu_model_number = '3104' or cpu_model_number = '3106' or cpu_model_number = '3204' or cpu_model_number = '3206R') then 'Y' when cpu_sub_brand_modifier = 'Silver' then -- Fixed the condition case when cpu_sku_level = 4 then case when cpu_generation = 1 and (cpu_sku = '08' or cpu_sku = '09' or cpu_sku = '10' or cpu_sku = '12' or cpu_sku = '14' or cpu_sku = '16') then 'Y' when cpu_generation = 2 and (cpu_sku = '08' or cpu_sku = '09' or cpu_sku = '10' or cpu_sku = '14' or cpu_sku = '15' or cpu_sku = '16') then 'Y' when cpu_generation = 3 and (cpu_sku = '09' or cpu_sku = '10' or cpu_sku = '14' or cpu_sku = '16') then 'Y' when cpu_generation = 4 and (cpu_sku = '10' or cpu_sku = '16') then 'Y' else 'N' end else 'N' end when cpu_sub_brand_modifier = 'Gold' then -- Fixed the condition case when cpu_sku_level = 5 then case when cpu_generation = 1 and (cpu_sku = '15' or cpu_sku = '18' or cpu_sku = '19' or cpu_sku = '20' or cpu_sku = '22') then 'Y' when cpu_generation = 2 and (cpu_sku = '15' or cpu_sku = '17' or cpu_sku = '18' or cpu_sku = '20' or cpu_sku = '22') then 'Y' when cpu_generation = 3 and (cpu_sku = '15' or cpu_sku = '17' or cpu_sku = '18' or cpu_sku = '20' or cpu_sku = '22') then 'Y' when cpu_generation = 4 and (cpu_sku = '15' or cpu_sku = '16' or cpu_sku = '18' or cpu_sku = '20') then 'Y' else 'N' end when cpu_sku_level = 6 then case when cpu_generation = 1 and (cpu_sku = '26' or cpu_sku = '28' or cpu_sku = '30' or cpu_sku = '32' or cpu_sku = '34' or cpu_sku = '36' or cpu_sku = '38' or cpu_sku = '40' or cpu_sku = '42' or cpu_sku = '44' or cpu_sku = '46' or cpu_sku = '48' or cpu_sku = '50' or cpu_sku = '52' or cpu_sku = '54') then 'Y' when cpu_generation = 2 and (cpu_sku = '08' or cpu_sku = '09' or cpu_sku = '10' or cpu_sku = '12' or cpu_sku = '22' or cpu_sku = '26' or cpu_sku = '30' or cpu_sku = '34' or cpu_sku = '38' or cpu_sku = '40' or cpu_sku = '42' or cpu_sku = '44' or cpu_sku = '46' or cpu_sku = '48' or cpu_sku = '50' or cpu_sku = '52' or cpu_sku = '54' or cpu_sku = '56' or cpu_sku = '58' or cpu_sku = '62') then 'Y' when cpu_generation = 3 and (cpu_sku = '12' or cpu_sku = '14' or cpu_sku = '26' or cpu_sku = '30' or cpu_sku = '34' or cpu_sku = '36' or cpu_sku = '38' or cpu_sku = '42' or cpu_sku = '46' or cpu_sku = '48' or cpu_sku = '54') then 'Y' when cpu_generation = 4 and (cpu_sku = '16' or cpu_sku = '18' or cpu_sku = '30' or cpu_sku = '38' or cpu_sku = '42') then 'Y' else 'N' end else 'N' end when cpu_sub_brand_modifier = 'Platinum' then case when cpu_sku_level = 8 then case when cpu_generation = 1 and (cpu_sku = '53' or cpu_sku = '56' or cpu_sku = '58' or cpu_sku = '60' or cpu_sku = '64' or cpu_sku = '68' or cpu_sku = '70' or cpu_sku = '71' or cpu_sku = '76' or cpu_sku = '80') then 'Y' when cpu_generation = 2 and (cpu_sku = '53' or cpu_sku = '56' or cpu_sku = '60' or cpu_sku = '68' or cpu_sku = '70' or cpu_sku = '72' or cpu_sku = '76' or cpu_sku = '80') then 'Y' when cpu_generation = 3 and (cpu_sku = '51' or cpu_sku = '52' or cpu_sku = '58' or cpu_sku = '60' or cpu_sku = '62' or cpu_sku = '68' or cpu_sku = '80') then 'Y' when cpu_generation = 4 and (cpu_sku = '52' or cpu_sku = '60' or cpu_sku = '68' or cpu_sku = '70' or cpu_sku = '80' or cpu_sku = '90') then 'Y' else 'N' end when cpu_sku_level = 9 then case when cpu_generation = 2 and (cpu_sku = '21' or cpu_sku = '22' or cpu_sku = '42' or cpu_sku = '82') then 'Y' else 'N' end else 'N' end when cpu_sub_brand_modifier = 'D' and (cpu_model_number = 'D-1702' or cpu_model_number = 'D-1712TR' or cpu_model_number = 'D-1713NT' or cpu_model_number = 'D-1713NTE' or cpu_model_number = 'D-1714' or cpu_model_number = 'D-1715TER' or cpu_model_number = 'D-1718T' or cpu_model_number = 'D-1722NE' or cpu_model_number = 'D-1726' or cpu_model_number = 'D-1732TE' or cpu_model_number = 'D-1733NT' or cpu_model_number = 'D-1735TR' or cpu_model_number = 'D-1736' or cpu_model_number = 'D-1736NT' or cpu_model_number = 'D-1739' or cpu_model_number = 'D-1746TER' or cpu_model_number = 'D-1747NTE' or cpu_model_number = 'D-1748TE' or cpu_model_number = 'D-1749NT' or cpu_model_number = 'D-2712T' or cpu_model_number = 'D-2733NT' or cpu_model_number = 'D-2738' or cpu_model_number = 'D-2752NTE' or cpu_model_number = 'D-2752TER' or cpu_model_number = 'D-2753NT' or cpu_model_number = 'D-2766NT' or cpu_model_number = 'D-2775TE' or cpu_model_number = 'D-2776NT' or cpu_model_number = 'D-2779' or cpu_model_number = 'D-2786NTE' or cpu_model_number = 'D-2795NT' or cpu_model_number = 'D-2796NT' or cpu_model_number = 'D-2796TE' or cpu_model_number = 'D-2798NT' or cpu_model_number = 'D-2799') then 'Y' when cpu_sub_brand_modifier = 'E' and (cpu_model_number = 'E-2104G' or cpu_model_number = 'E-2124' or cpu_model_number = 'E-2124G' or cpu_model_number = 'E-2126G' or cpu_model_number = 'E-2134' or cpu_model_number = 'E-2136' or cpu_model_number = 'E-2144G' or cpu_model_number = 'E-2146G' or cpu_model_number = 'E-2174G' or cpu_model_number = 'E-2176G' or cpu_model_number = 'E-2176M' or cpu_model_number = 'E-2186G' or cpu_model_number = 'E-2186M' or cpu_model_number = 'E-2224' or cpu_model_number = 'E-2224G' or cpu_model_number = 'E-2226G' or cpu_model_number = 'E-2226GE' or cpu_model_number = 'E-2234' or cpu_model_number = 'E-2236' or cpu_model_number = 'E-2244G' or cpu_model_number = 'E-2246G' or cpu_model_number = 'E-2254ME' or cpu_model_number = 'E-2254ML' or cpu_model_number = 'E-2274G' or cpu_model_number = 'E-2276G' or cpu_model_number = 'E-2276M' or cpu_model_number = 'E-2276ME' or cpu_model_number = 'E-2276ML' or cpu_model_number = 'E-2278G' or cpu_model_number = 'E-2278GE' or cpu_model_number = 'E-2278GEL' or cpu_model_number = 'E-2286G' or cpu_model_number = 'E-2286M' or cpu_model_number = 'E-2288G') then 'Y' when cpu_sub_brand_modifier = 'W' and (cpu_model_number = 'W-10855M' or cpu_model_number = 'W-10885M' or cpu_model_number = 'W-11855M' or cpu_model_number = 'W-11955M' or cpu_model_number = 'W-1250' or cpu_model_number = 'W-1250E' or cpu_model_number = 'W-1250P' or cpu_model_number = 'W-1250TE' or cpu_model_number = 'W-1270' or cpu_model_number = 'W-1270E' or cpu_model_number = 'W-1270P' or cpu_model_number = 'W-1270TE' or cpu_model_number = 'W-1290' or cpu_model_number = 'W-1290E' or cpu_model_number = 'W-1290P' or cpu_model_number = 'W-1290T' or cpu_model_number = 'W-1290TE' or cpu_model_number = 'W-2102' or cpu_model_number = 'W-2104' or cpu_model_number = 'W-2123' or cpu_model_number = 'W-2125' or cpu_model_number = 'W-2133' or cpu_model_number = 'W-2135' or cpu_model_number = 'W-2145' or cpu_model_number = 'W-2155' or cpu_model_number = 'W-2175' or cpu_model_number = 'W-2195' or cpu_model_number = 'W-2223' or cpu_model_number = 'W-2225' or cpu_model_number = 'W-2235' or cpu_model_number = 'W-2245' or cpu_model_number = 'W-2255' or cpu_model_number = 'W-2265' or cpu_model_number = 'W-2275' or cpu_model_number = 'W-2295' or cpu_model_number = 'W-3175X' or cpu_model_number = 'W-3223' or cpu_model_number = 'W-3225' or cpu_model_number = 'W-3235' or cpu_model_number = 'W-3245' or cpu_model_number = 'W-3245M' or cpu_model_number = 'W-3265' or cpu_model_number = 'W-3265M' or cpu_model_number = 'W-3275' or cpu_model_number = 'W-3275M' or cpu_model_number = 'W-3323' or cpu_model_number = 'W-3335' or cpu_model_number = 'W-3345' or cpu_model_number = 'W-3365' or cpu_model_number = 'W-3375') then 'Y' when cpu_sub_brand_modifier = 'W3' and (cpu_model_number = 'W3-2423' or cpu_model_number = 'W3-2425' or cpu_model_number = 'W3-2435') then 'Y' when cpu_sub_brand_modifier = 'W5' and (cpu_model_number = 'W5-2445' or cpu_model_number = 'W5-2455X' or cpu_model_number = 'W5-2465X' or cpu_model_number = 'W5-3423' or cpu_model_number = 'W5-3425' or cpu_model_number = 'W5-3433' or cpu_model_number = 'W5-3435X') then 'Y' when cpu_sub_brand_modifier = 'W7' and (cpu_model_number = ' W7-2475X' or cpu_model_number = 'W7-2495X' or cpu_model_number = 'W7-3445' or cpu_model_number = 'W7-3465X') then 'Y' when cpu_sub_brand_modifier = 'W9' and (cpu_model_number = 'W9-3475X' or cpu_model_number = 'W9-3495X') then 'Y' else 'N' end -- Xeon's cpu_sub_brand_modifier else 'N' end -- Intel's cpu_sub_brand -- AMD processors when cpu_brand = 'AMD' then case -- -- AMD EPYC processors -- when cpu_sub_brand = 'EPYC' and -- (cpu_model_number = '7252' or cpu_model_number = '7262' or cpu_model_number = '7272' or -- cpu_model_number = '7282' or cpu_model_number = '7302' or cpu_model_number = '7313' or -- cpu_model_number = '7343' or cpu_model_number = '7352' or cpu_model_number = '7402' or -- cpu_model_number = '7413' or cpu_model_number = '7443' or cpu_model_number = '7452' or -- cpu_model_number = '7453' or cpu_model_number = '7502' or cpu_model_number = '7513' or -- cpu_model_number = '7532' or cpu_model_number = '7542' or cpu_model_number = '7543' or -- cpu_model_number = '7552' or cpu_model_number = '7642' or cpu_model_number = '7643' or -- cpu_model_number = '7662' or cpu_model_number = '7663' or cpu_model_number = '7702' or -- cpu_model_number = '7713' or cpu_model_number = '7742' or cpu_model_number = '7763' or -- cpu_model_number = '7232P' or cpu_model_number = '7302P' or cpu_model_number = '72F3' or -- cpu_model_number = '7302P' or cpu_model_number = '7313P' or cpu_model_number = '73F3' or -- cpu_model_number = '7402P' or cpu_model_number = '7443P' or cpu_model_number = '74F3' or -- cpu_model_number = '7502P' or cpu_model_number = '7543P' or cpu_model_number = '75F3' or -- cpu_model_number = '7702P' or cpu_model_number = '7713P' or cpu_model_number = '7F32' or -- cpu_model_number = '7F52' or cpu_model_number = '7F72' or cpu_model_number = '7H12') -- then 'Y' -- AMD Ryzen processors when cpu_sub_brand = 'Ryzen' then case when cpu_sub_brand_modifier = '3' and (cpu_model_number = '3100' or cpu_model_number = '2300X' or cpu_model_number = '3200G' or cpu_model_number = '3200GE' or cpu_model_number = '3200U' or cpu_model_number = '3250C' or cpu_model_number = '3250U' or cpu_model_number = '3300U' or cpu_model_number = '3350U' or cpu_model_number = '4300G' or cpu_model_number = '4300GE' or cpu_model_number = '4300U' or cpu_model_number = '5300U' or cpu_model_number = '5400U') then 'Y' when cpu_sub_brand_modifier = '3 PRO' and (cpu_model_number = '3200G' or cpu_model_number = '3200GE' or cpu_model_number = '3300U' or cpu_model_number = '4350G' or cpu_model_number = '4350GE' or cpu_model_number = '4450U' or cpu_model_number = '5350G' or cpu_model_number = '5350GE' or cpu_model_number = '5450U') then 'Y' when cpu_sub_brand_modifier = '5' and (cpu_model_number = '2600' or cpu_model_number = '3600' or cpu_model_number = '2500X' or cpu_model_number = '2600E' or cpu_model_number = '2600X' or cpu_model_number = '3400G' or cpu_model_number = '3400GE' or cpu_model_number = '3450U' or cpu_model_number = '3500' or cpu_model_number = '3500C' or cpu_model_number = '3500U' or cpu_model_number = '3550H' or cpu_model_number = '3580U' or cpu_model_number = '3600X' or cpu_model_number = '3600XT' or cpu_model_number = '4500U' or cpu_model_number = '4600U' or cpu_model_number = '4600GE' or cpu_model_number = '4600H' or cpu_model_number = '4600U' or cpu_model_number = '5300G' or cpu_model_number = '5300GE' or cpu_model_number = '5500U' or cpu_model_number = '5600G' or cpu_model_number = '5600GE' or cpu_model_number = '5600H' or cpu_model_number = '5600HS' or cpu_model_number = '5600U' or cpu_model_number = '5600X') then 'Y' when cpu_sub_brand_modifier = '5 PRO' and (cpu_model_number = '2600' or cpu_model_number = '3600' or cpu_model_number = '3400G' or cpu_model_number = '3400GE' or cpu_model_number = '3500U' or cpu_model_number = '4650G' or cpu_model_number = '4650GE' or cpu_model_number = '4650U' or cpu_model_number = '5650G' or cpu_model_number = '5650GE' or cpu_model_number = '5650U' or cpu_model_number = '5750G' or cpu_model_number = '5750GE') then 'Y' when cpu_sub_brand_modifier = '7' and (cpu_model_number = '2700' or cpu_model_number = '5800' or cpu_model_number = '2700E' or cpu_model_number = '2700X' or cpu_model_number = '3700C' or cpu_model_number = '3700U' or cpu_model_number = '3700X' or cpu_model_number = '3750H' or cpu_model_number = '3780U' or cpu_model_number = '3800X' or cpu_model_number = '3800XT' or cpu_model_number = '4700G' or cpu_model_number = '4700GE' or cpu_model_number = '4700U' or cpu_model_number = '4800H' or cpu_model_number = '4800HS' or cpu_model_number = '4800U' or cpu_model_number = '5700G' or cpu_model_number = '5700GE' or cpu_model_number = '5700U' or cpu_model_number = '5700X' or cpu_model_number = '5800H' or cpu_model_number = '5800HS' or cpu_model_number = '5800U' or cpu_model_number = '5800X' or cpu_model_number = '5800X3D' or cpu_model_number = '5825C' or cpu_model_number = '5825U' or cpu_model_number = '6800H' or cpu_model_number = '6800HS' or cpu_model_number = '6800U' or cpu_model_number = '6810U' or cpu_model_number = '7700' or cpu_model_number = '7700X' or cpu_model_number = '7730U' or cpu_model_number = '7735HS' or cpu_model_number = '7735U' or cpu_model_number = '7736U' or cpu_model_number = '7745HX' or cpu_model_number = '7800X3D' or cpu_model_number = '7840H' or cpu_model_number = '7840HS' or cpu_model_number = '7840S' or cpu_model_number = '7840U') then 'Y' when cpu_sub_brand_modifier = '7 PRO' and (cpu_model_number = '2700' or cpu_model_number = '2700X' or cpu_model_number = '3700' or cpu_model_number = '3700U' or cpu_model_number = '4750G' or cpu_model_number = '4750GE' or cpu_model_number = '4750U' or cpu_model_number = '5845' or cpu_model_number = '5850HS' or cpu_model_number = '5850HX' or cpu_model_number = '5850U' or cpu_model_number = '5875U' or cpu_model_number = '6850H' or cpu_model_number = '6850H' or cpu_model_number = '6850HS' or cpu_model_number = '6850U' or cpu_model_number = '6860Z' or cpu_model_number = '7730U' or cpu_model_number = '7840U') then 'Y' when cpu_sub_brand_modifier = '9' and (cpu_model_number = '3900' or cpu_model_number = '3900X' or cpu_model_number = '3900XT' or cpu_model_number = '3950X' or cpu_model_number = '4900H' or cpu_model_number = '4900HS' or cpu_model_number = '5900HS' or cpu_model_number = '5900HX' or cpu_model_number = '5900X' or cpu_model_number = '5950X' or cpu_model_number = '5980HS' or cpu_model_number = '5980HX') then 'Y' when cpu_sub_brand_modifier = '9 PRO' and (cpu_model_number = '3900') then 'Y' when cpu_sub_brand_modifier = 'Threadripper' and (cpu_model_number = '2920X' or cpu_model_number = '2950X' or cpu_model_number = '2970WX' or cpu_model_number = '2990WX' or cpu_model_number = '3960X' or cpu_model_number = '3970X' or cpu_model_number = '3990X') then 'Y' when cpu_sub_brand_modifier = 'Threadripper PRO' and (cpu_model_number = '3945WX' or cpu_model_number = '3955WZ' or cpu_model_number = '3975WX' or cpu_model_number = '3995WX') then 'Y' else 'N' end -- AMD Ryzen's cpu_sub_brand_modifier else -- Unsupported AMD cpu_sub_brand 'N' end else -- Unsupported cpu_brand 'N' end as cpu_support_status from base_sql s ), status_sql as ( select s.*, case -- First check for incompatible hardware/software when (node_cpu_speed_ghz < 1.0) or (node_per_cpu_cores < 2) or (ram_alloc_gb < 4.0) or (node_cpu_bitwidth is not null and node_cpu_bitwidth < 64.0) or (node_disk0_c_free_gb < 20.0) or (node_gpu_color_depth is not null and node_gpu_color_depth < 8) or (os_dx12orwddm2 is not null and os_dx12orwddm2 is false) or (max_display_res_y is not null and max_display_res_y < 720) or (max_display_size_in_inches is not null and max_display_size_in_inches < 9) or (machine_bios_uefi_capable is not null and machine_bios_uefi_capable is false) or (machine_secure_boot is not null and machine_secure_boot = 'Not supported') or (machine_tpm_specification is not null and machine_tpm_specification is false) or (cpu_support_status = 'N') then 'Unsupported' -- Then check for partial/maybe support (when values are NULL) when node_cpu_bitwidth is null or node_gpu_color_depth is null or os_dx12orwddm2 is null or max_display_res_y is null or max_display_size_in_inches is null or machine_bios_uefi_capable is null or machine_secure_boot is null or machine_tpm_specification is null or (cpu_support_status is null) then 'Partial' -- Otherwise it's supported else 'Supported' end as win11_inplace_upgrade_label, case -- First check for incompatible hardware/software when (node_cpu_speed_ghz < 1.0) or (node_per_cpu_cores < 2) or (ram_alloc_gb < 4.0) or (node_cpu_bitwidth is not null and node_cpu_bitwidth < 64.0) or (node_disk0_c_free_gb < 64.0) or (node_gpu_color_depth is not null and node_gpu_color_depth < 8) or (os_dx12orwddm2 is not null and os_dx12orwddm2 is false) or (max_display_res_y is not null and max_display_res_y < 720) or (max_display_size_in_inches is not null and max_display_size_in_inches < 9) or (machine_bios_uefi_capable is not null and machine_bios_uefi_capable is false) or (machine_secure_boot is not null and machine_secure_boot = 'Not supported') or (machine_tpm_specification is not null and machine_tpm_specification is false) or (cpu_support_status = 'N') then 'Unsupported' -- Then check for partial/maybe support (when values are NULL) when node_cpu_bitwidth is null or node_gpu_color_depth is null or os_dx12orwddm2 is null or max_display_res_y is null or max_display_size_in_inches is null or machine_bios_uefi_capable is null or machine_secure_boot is null or machine_tpm_specification is null or (cpu_support_status is null) then 'Partial' -- Otherwise it's supported else 'Supported' end as win11_image_upgrade_label from base_with_cpu_support_sql s ), image_upgrade_machines as ( select s.* from status_sql s where win11_inplace_upgrade_label = 'Supported' ) select * from image_upgrade_machines;]]>

2.0 In 1 12 0 0 Unknown In 2 12 0 0 Unknown ]]>

machine_make dimension

machine_make

machine_count measure

machine_count

param_1 TimeZoneString string 12 1 true false param_2 MachineGroup string 12 2 true false param_3 MachineGroup string 12 3 true false param_4 ThresholdValue integer 8 4 true false param_5 decimal -5 5 vars["topN"]; true false

1 machine_make string 2 machine_count decimal

Portal

1 machine_make machine_make string 12 2 machine_count machine_count decimal -5

'vendor' as bios_vendor, -- bios_info->'smbBios' as bios_smbBios, -- bios_info->'version' as bios_version, -- bios_info->'revision' as bios_revision, -- date_trunc('day', cast(bios_info->'releaseDate' as timestamptz)) as bios_release_date, case when length(bios_info->'uefiCapable'::text) is null then null else case when bios_info->'uefiCapable' = 'false' then 'N' else 'Y' end end as bios_uefi_capable, case when length(bios_info->'uefiEnabled'::text) is null then null else case when bios_info->'uefiEnabled' = 'false' then 'N' else 'Y' end end as bios_uefi_enabled, -- tpm_info->'manufacturer' as tpm_manufacturer, -- tpm_info->'version' as tpm_version, -- (case when length(tpm_info->'owned'::text) is null then null else (case when tpm_info->'owned' = 'false' then 'N' else 'Y' end) end) as tpm_owned, -- (case when length(tpm_info->'active'::text) is null then null else (case when tpm_info->'active' = 'false' then 'N' else 'Y' end) end) as tpm_active, -- (case when length(tpm_info->'enabled'::text) is null then null else (case when tpm_info->'enabled' = 'false' then 'N' else 'Y' end) end) as tpm_enabled, tpm_info->'specification' as tpm_specification from tnt_config.node_hardware -- where -- id = 361955 -- id = 1219 ), -- node_cpus1 as ( -- select -- hardware_id, -- string_agg(distinct model, ', ') as node_cpu_model, -- string_agg(distinct rtrim(split_part(split_part(split_part(model, 'processor', 1), 'Processor', 1), 'CPU', 1)), ',') as node_cpu_short_models, -- array_agg(distinct bitwidth) as node_cpu_3264_bit, -- cpu_manufacturer, -- case -- when (cpu_manufacturer = 'AMD') then (trim(both ' ' from split_part(split_part(model, 'AMD ', 2), ' ', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then 'Pentium' -- trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then 'Atom' -- trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Core ') > 1)) then 'Core' -- (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), ' ', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then 'Xeon' -- (trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1))) -- end as cpu_class, -- case -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Opteron ') > 1)) then (trim(both ' ' from split_part(model, 'AMD Opteron Processor ', 2))) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Turion ') > 1)) then (replace(trim(both ' ' from split_part(model, 'AMD Turion ', 2)), 'Dual-Core ', '')) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then (replace(trim(both ' ' from split_part(model, 'AMD Ryzen ', 2)), 'Eight-Core Processor', '')) -- when (cpu_manufacturer = 'AMD') then (trim(both ' ' from split_part(split_part(model, 'AMD ', 2), ' ', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Core ') > 1)) then (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), ' ', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then (trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1))) -- end as cpu_model_number, -- case -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Opteron ') > 1)) then (trim(both ' ' from split_part(model, 'AMD Opteron Processor ', 2))) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Turion ') > 1)) then (replace(trim(both ' ' from split_part(model, 'AMD Turion ', 2)), 'Dual-Core ', '')) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then (replace(trim(both ' ' from split_part(model, 'AMD Ryzen ', 2)), 'Eight-Core Processor', '')) -- when (cpu_manufacturer = 'AMD') then (trim(both ' ' from split_part(split_part(model, 'AMD ', 2), ' ', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Core ') > 1) and (strpos(model, '-') > 1)) -- then -- (case -- when (cast(left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) as int) <= 11 ) -- then left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) -- when ((cast(left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) as int) >= 20)) -- then left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),1) -- end) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then (trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1))) -- end as cpu_generation, -- case -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Opteron ') > 1)) then 'AMD Opteron ' || (trim(both ' ' from split_part(model, 'AMD Opteron Processor ', 2))) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Turion ') > 1)) then 'AMD Turion ' || replace(trim(both ' ' from split_part(model, 'AMD Turion ', 2)), 'Dual-Core ', '') -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then 'AMD Ryzen ' || replace(trim(both ' ' from split_part(model, 'AMD Ryzen ', 2)), 'Eight-Core Processor', '') -- when (cpu_manufacturer = 'AMD') then (trim(both ' ' from 'AMD ' || split_part(split_part(model, 'AMD ', 2), ' ', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then 'Intel Pentium ' || trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then 'Intel Atom ' || trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Core ') > 1)) then (trim(both ' ' from split_part(model, ' CPU ', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then 'Intel Xeon ' || (trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1))) -- end as cpu_manu_class_model_number, -- count(*) as node_cpu_count, -- round(avg(speed_mhz)::numeric,0) as node_per_cpu_mhz, -- round(avg(cores)::numeric,0) as node_per_cpu_cores, -- sum(cores) as node_cpu_cores, -- round(sum(cores*speed_mhz)::numeric,0) as total_cpu_mhz -- from -- tnt_config.node_hardware_cpus -- group by -- hardware_id -- ), node_cpus as ( select hardware_id, string_agg(distinct model, ', ') as node_cpu_model, string_agg(distinct trim(regexp_replace(replace(replace(replace(replace(replace(split_part(model, ' @', 1), ' processor', ''), ' Processor', ''), ' CPU', ''), ' Eight-Core', ''), ' 8-Core', ''), '\s+', ' ', 'g')), ',') as node_cpu_short_models, string_agg(distinct case when (cpu_manufacturer = 'AMD' and (strpos(model, 'Opteron ') > 1)) then (trim(both ' ' from split_part(model, 'AMD Opteron Processor ', 2))) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Turion ') > 1)) then (replace(trim(both ' ' from split_part(model, 'AMD Turion ', 2)), 'Dual-Core ', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen 3 PRO ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen 3 PRO ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen 3 ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen 3 ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen 5 PRO ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen 5 PRO ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen 5 ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen 5 ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen 7 PRO ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen 7 PRO ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen 7 ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen 7 ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen 9 PRO ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen 9 PRO ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen 9 ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen 9 ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ThreadRipper PRO ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen ThreadRipper PRO ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ThreadRipper ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen ThreadRipper ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen Embedded ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen Embedded ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), 'AMD Ryzen ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD') then (trim(both ' ' from split_part(split_part(model, 'AMD ', 2), ' ', 1))) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium Gold ') >= 1)) then trim(both ' ' from split_part(split_part(model, ' CPU', 1), 'Pentium ', 2)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium Silver ') >= 1)) then trim(both ' ' from split_part(split_part(model, ' CPU', 1), 'Pentium ', 2)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then trim(both ' ' from split_part(split_part(model, 'Intel Atom ', 2), ' CPU', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Celeron CPU ') > 1)) then trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Celeron ') > 1) and (strpos(model, 'CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, 'Intel Celeron ', 2), ' CPU', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Celeron ') > 1) and (strpos(model, ' @ ') > 1)) then trim(both ' ' from split_part(model, ' ', 3)) when (cpu_manufacturer = 'Intel' and (strpos(model, ' Core Ultra ') > 1)) then (trim(both ' ' from split_part(model, ' ', 5))) when (cpu_manufacturer = 'Intel' and (strpos(model, ' Core ') > 1)) then (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), ' ', 1))) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Core2 Duo') > 1)) then split_part(model, ' ', 5) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Core2') > 1)) then split_part(model, ' ', 6) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Platinum') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 4)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Platinum') > 1) and (strpos(model, ' CPU @ ') <= 1)) then trim(both ' ' from split_part(model, ' ', 4)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Gold') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 4)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Gold') > 1) and (strpos(model, ' CPU @ ') <= 1)) then trim(both ' ' from split_part(model, ' ', 4)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Silver') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 4)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Silver') > 1) and (strpos(model, ' CPU @ ') <= 1)) then trim(both ' ' from split_part(model, ' ', 4)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Bronze') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 4)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 3)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1) and (strpos(model, ' @ ') <= 1)) then trim(both ' ' from split_part(model, ' ', 3)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then (trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1))) end, ',') as cpu_model_number, max(bitwidth) as node_cpu_bitwidth, string_agg(distinct cpu_manufacturer, ',') as cpu_brand, string_agg(distinct case when (cpu_manufacturer = 'AMD') then (trim(both ' ' from split_part(split_part(model, 'AMD ', 2), ' ', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium Gold ') >= 1)) then trim(both ' ' from split_part(split_part(model, 'Pentium ', 2), ' ', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium Silver ') >= 1)) then trim(both ' ' from split_part(split_part(model, 'Pentium ', 2), ' ', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then 'Pentium' -- trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then 'Atom' -- trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Celeron ') > 1)) then 'Celeron' -- trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, ' Core ') > 1)) then 'Core' -- (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), ' ', 1))) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Core2') > 1)) then 'Core2' -- (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), ' ', 1))) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then 'Xeon' -- (trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1))) end, ',') as cpu_sub_brand, -- string_agg(distinct case -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'EPYC ') > 1)) then null -- -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen Embedded ') > 1)) then left(trim(both ' ' from split_part(model, 'Embedded', 2)), 1) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1) and (strpos(model, ' PRO ') > 1)) then left(trim(both ' ' from split_part(split_part(model, 'Ryzen ', 2), ' PRO ', 1)), 1) || ' PRO' -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then left(trim(both ' ' from split_part(model, 'Ryzen ', 2)), 1) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium Gold ') >= 1)) then trim(both ' ' from split_part(split_part(model, 'Pentium ', 2), ' ', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium Silver ') >= 1)) then trim(both ' ' from split_part(split_part(model, 'Pentium ', 2), ' ', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then 'Pentium' -- trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then 'Atom' -- trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Celeron CPU ') > 1)) -- then ( -- case -- when ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) >= 48 and ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) <= 57 -- then null -- else left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1) -- end) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Celeron ') > 1) and (strpos(model, 'CPU @ ') > 1)) then left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron ', 2), ' CPU', 1)), 1) -- when (cpu_manufacturer = 'Intel' and (strpos(model, ' Core ') > 1) and (strpos(model, '-') > 1)) then (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), '-', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, ' Core ') > 1) and (strpos(model, ' Core Ultra ') > 1)) then (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), ' ', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Core2') > 1) and (strpos(model, '-') > 1)) then (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), '-', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Platinum ') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 3)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Gold ') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 3)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Silver ') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 3)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Bronze ') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 3)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon CPU ') > 1) and (strpos(model, ' @ ') > 1)) then left(trim(both ' ' from split_part(split_part(model, ' @ ', 1), 'Intel Xeon CPU ', 2)), 1) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1) and (strpos(model, ' CPU @ ') > 1)) then (trim(both ' ' from split_part(split_part(model, ' ', 3), '-', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then (trim(both ' ' from split_part(split_part(model, ' CPU ', 2), '-', 1))) -- end, ',') as cpu_sub_brand_modifier, string_agg(distinct (case when (cpu_manufacturer = 'AMD') then (case when (strpos(model, 'EPYC ') > 1) then null when (strpos(model, ' Ryzen ') > 1) then (case when (strpos(model, ' Embedded ') > 1) then left(trim(both ' ' from split_part(model, 'Embedded', 2)), 1) when (strpos(model, ' PRO ') > 1) then left(trim(both ' ' from split_part(split_part(model, 'Ryzen ', 2), ' PRO ', 1)), 1) || ' PRO' else left(trim(both ' ' from split_part(model, ' Ryzen ', 2)), 1) end) else null end) when (cpu_manufacturer = 'Qualcomm') then null when (cpu_manufacturer = 'Intel') then (case when (strpos(model, ' Atom ') > 1) then 'Atom' when (strpos(model, ' Celeron ') > 1) then (case when ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) >= 48 and ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) <= 57 then null when (strpos(model, ' CPU @ ') > 1) then left(trim(both ' ' from split_part(split_part(model, ' Celeron ', 2), ' CPU', 1)), 1) when (strpos(model, ' @ ') > 1) then left(trim(both ' ' from split_part(split_part(model, ' Celeron ', 2), ' @ ', 1)), 1) -- else left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1) else null end) when (strpos(model, ' Core ') > 1) then (case when (strpos(model, '-') > 1) then (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), '-', 1))) when (strpos(model, ' Ultra ') > 1) then (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), ' ', 1))) else null end) when (strpos(model, ' Core2 ') > 1) then (case when (strpos(model, ' Duo ') > 1 or strpos(model, ' Quad ') > 1) then trim(both ' ' from split_part(split_part(model, ' Core2 ', 2), ' ', 1)) else null end) when (strpos(model, ' Pentium ') > 1) then (case when (strpos(model, ' Gold ') > 1 or strpos(model, ' Silver ') > 1) then trim(both ' ' from split_part(split_part(model, ' Pentium ', 2), ' ', 1)) else null end) when (strpos(model, ' Xeon ') > 1) then (case when ((strpos(model, ' Platinum ') > 1 or strpos(model, ' Gold ') > 1 or strpos(model, ' Silver ') > 1 or strpos(model, ' Bronze ') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 3)) when ((strpos(model, ' Platinum ') > 1 or strpos(model, ' Gold ') > 1 or strpos(model, ' Silver ') > 1 or strpos(model, ' Bronze ') > 1) and (strpos(model, ' CPU @ ') <= 1)) then trim(both ' ' from split_part(model, ' ', 3)) when ((strpos(model, ' CPU ') > 1) and (strpos(model, ' @ ') > 1)) then left(trim(both ' ' from split_part(split_part(model, ' @ ', 1), 'Intel Xeon CPU ', 2)), 1) when ((strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' ', 3), '-', 1)) when ((strpos(model, '-') > 1)) then trim(both ' ' from split_part(split_part(model, ' Xeon ', 2), '-', 1)) else null end) when (strpos(model, ' Processor ') > 1) then null else null end) else null end), ',') as cpu_sub_brand_modifier, max( case when (cpu_manufacturer = 'AMD') then null when (cpu_manufacturer = 'Qualcomm') then null when (cpu_manufacturer = 'Intel') then ( case -- when (strpos(model, ' Atom ') > 1) -- then null -- when (strpos(model, ' Celeron ') > 1) -- then null -- when (strpos(model, ' Core Ultra ') > 1) -- then cast(left(trim(both ' ' from split_part(model, ' ', 5)), 1) as integer) -- when (strpos(model, ' Core ') > 1) -- then ( -- case -- when (strpos(model, 'th Gen ') > 1) and (strpos(model, '-') > 1) -- then cast(left(trim(both ' ' from split_part(model, '-', 2)), 2) as integer) -- when (strpos(model, 'th Gen ') <= 1) and (strpos(model, '-') > 1) and (length(split_part(split_part(model, '-', 2), ' ', 1)) >= 6) -- then cast(left(trim(both ' ' from split_part(model, '-', 2)), 2) as integer) -- when (strpos(model, 'th Gen ') <= 1) and (strpos(model, '-') > 1) -- then cast(left(trim(both ' ' from split_part(model, '-', 2)), 1) as integer) -- else null -- end) -- when (strpos(model, ' Pentium ') > 1) -- then null -- when (strpos(model, ' Processor ') > 1) -- then null when (strpos(model, ' Xeon ') > 1) then ( case when (strpos(model, ' Platinum ') > 1) or (strpos(model, ' Gold ') > 1) or (strpos(model, ' Silver ') > 1) or (strpos(model, ' Bronze ') > 1) then cast(left(trim(both ' ' from split_part(model, ' ', 4)), 1) as integer) else null end) else null end) else null end)::integer as cpu_sku_level, max( case when (cpu_manufacturer = 'AMD') then null when (cpu_manufacturer = 'Qualcomm') then null when (cpu_manufacturer = 'Intel') then ( case when (strpos(model, ' Atom ') > 1) then null when (strpos(model, ' Celeron ') > 1) then null when (strpos(model, ' Core Ultra ') > 1) then cast(left(trim(both ' ' from split_part(model, ' ', 5)), 1) as integer) when (strpos(model, ' Core ') > 1) then ( case when (strpos(model, 'th Gen ') > 1) and (strpos(model, '-') > 1) then cast(left(trim(both ' ' from split_part(model, '-', 2)), 2) as integer) when (strpos(model, 'th Gen ') <= 1) and (strpos(model, '-') > 1) and (length(split_part(split_part(model, '-', 2), ' ', 1)) >= 6) then cast(left(trim(both ' ' from split_part(model, '-', 2)), 2) as integer) when (strpos(model, 'th Gen ') <= 1) and (strpos(model, '-') > 1) then cast(left(trim(both ' ' from split_part(model, '-', 2)), 1) as integer) else null end) when (strpos(model, ' Pentium ') > 1) then null when (strpos(model, ' Processor ') > 1) then null when (strpos(model, ' Xeon ') > 1) then ( case when (strpos(model, ' Platinum ') > 1) or (strpos(model, ' Gold ') > 1) or (strpos(model, ' Silver ') > 1) or (strpos(model, ' Bronze ') > 1) then cast(right(left(trim(both ' ' from split_part(model, ' ', 4)), 2), 1) as integer) else null end) else null end) else null end)::integer as cpu_generation, -- string_agg(distinct case -- -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Opteron ') > 1)) then (trim(both ' ' from split_part(model, 'AMD Opteron Processor ', 2))) -- -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Turion ') > 1)) then (replace(trim(both ' ' from split_part(model, 'AMD Turion ', 2)), 'Dual-Core ', '')) -- -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then (replace(trim(both ' ' from split_part(model, 'AMD Ryzen ', 2)), 'Eight-Core Processor', '')) -- -- when (cpu_manufacturer = 'AMD') then (trim(both ' ' from split_part(split_part(model, 'AMD ', 2), ' ', 1))) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen Embedded ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, ' Embedded ', 2), ' ', 1)), 4, 2) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1) and (strpos(model, ' PRO ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, 'Ryzen ', 2), ' PRO ', 2)), 2, 4) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, 'AMD Ryzen ', 2), ' ', 2)), 3, 2) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium Gold ') >= 1)) then trim(both ' ' from split_part(split_part(model, 'Pentium Gold ', 2), ' CPU ', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium Silver ') >= 1)) then trim(both ' ' from split_part(split_part(model, 'Pentium Silver ', 2), ' CPU ', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1)) -- -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Celeron CPU ') > 1)) -- then (case when ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) >= 48 and ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) <= 57 -- then left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 4) -- else right(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 4) -- end) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Celeron ') > 1) and (strpos(model, 'CPU @ ') > 1)) then right(trim(both ' ' from split_part(split_part(model, 'Intel Celeron ', 2), ' CPU', 1)), 4) -- when (cpu_manufacturer = 'Intel' and (strpos(model, ' Core ') > 1) and (strpos(model, '-') > 1)) -- then -- (case -- -- Check if Intel, Core, and m3, m5, m7, then the first number after the - is supposed to be the SKU -- when ((strpos(lower(model), ' m3-') > 1) and (left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),1) ~ '^\d+(\.\d+)?$')) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) -- when ((strpos(lower(model), ' m5-') > 1) and (left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),1) ~ '^\d+(\.\d+)?$')) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) -- when ((strpos(lower(model), ' m7-') > 1) and (left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),1) ~ '^\d+(\.\d+)?$')) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) -- -- Check if Intel, Core, and i3, i5, i7, i9, then the first number after the - is supposed to be the SKU -- when ((strpos(lower(model), ' i3-') > 1) and (left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),1) ~ '^\d+(\.\d+)?$')) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) -- when ((strpos(lower(model), ' i5-') > 1) and (left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),1) ~ '^\d+(\.\d+)?$')) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) -- when ((strpos(lower(model), ' i7-') > 1) and (left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),1) ~ '^\d+(\.\d+)?$')) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) -- when ((strpos(lower(model), ' i9-') > 1) and (left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),1) ~ '^\d+(\.\d+)?$')) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) -- -- Check if Intel, Core and contains 'th Gen' to figure out generation -- when (strpos(lower(model), 'th gen ') > 1) -- then right(trim(both ' ' from split_part(model, '-', 2)), 3) -- when (cast(left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) as int) <= 11 and (strpos(model, 'G') > 1)) -- -- when (cast(left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) as int) <= 11 ) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),3, 2) -- when (cast(left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) as int) <= 11 and (strpos(model, 'G') <= 0)) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),3, 3) -- when ((cast(left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) as int) >= 20)) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2, 3) -- end) -- when (cpu_manufacturer = 'Intel' and (strpos(model, ' Core ') > 1) and (strpos(model, 'Ultra') > 1)) -- then trim(both ' ' from split_part(model, ' ', 5)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1) and (strpos(model, ' CPU @ ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 4)), 3, 2) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon CPU ') > 1) and (strpos(model, ' @ ') > 1)) then right(trim(both ' ' from split_part(split_part(model, ' @ ', 1), 'Intel Xeon CPU ', 2)), 2) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, ' CPU ', 2), '-', 2)), 3, 2) -- end, ',') as cpu_sku, string_agg(distinct case when (cpu_manufacturer = 'AMD') then (case when ((strpos(model, 'Ryzen Embedded ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, ' Embedded ', 2), ' ', 1)), 4, 2) when ((strpos(model, 'Ryzen ') > 1) and (strpos(model, ' PRO ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, 'Ryzen ', 2), ' PRO ', 2)), 2, 4) when ((strpos(model, 'Ryzen ') > 1) and (strpos(model, ' PRO ') <= 1)) then substr(trim(both ' ' from split_part(split_part(model, 'AMD Ryzen ', 2), ' ', 2)), 3, 2) when ((strpos(model, 'Athlon II ') > 1)) then trim(both ' ' from split_part(split_part(model, ' Athlon II ', 2), ' ', 2)) when ((strpos(model, 'Athlon ') > 1) and (strpos(model, 'Athlon II ') <= 1)) then trim(both ' ' from split_part(split_part(model, ' Athlon ', 2), ' ', 2)) else null end) when (cpu_manufacturer = 'Qualcomm') then null when (cpu_manufacturer = 'Intel') then (case when (strpos(model, ' Atom ') > 1) then null when (strpos(model, ' Celeron ') > 1) then (case when (strpos(model, 'Celeron CPU ') > 1) then (case when ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) >= 48 and ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) <= 57 then left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 4) else right(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 4) end) when ((strpos(model, ' Celeron ') > 1) and (strpos(model, 'CPU @ ') > 1)) then split_part(model, ' ', 3) when ((strpos(model, ' Celeron ') > 1) and (strpos(model, ' @ ') > 1)) then split_part(model, ' ', 3) else null end) when (strpos(model, ' Core ') > 1) then (case when (strpos(model, ' Ultra ') > 1) then split_part(model, ' ', 5) when (strpos(model, 'th Gen ') > 1) and (strpos(model, '-') > 1) then split_part(split_part(model, '-', 2), ' ', 1) when (strpos(model, 'th Gen ') <= 1) and (strpos(model, '-') > 1) then split_part(split_part(model, '-', 2), ' ', 1) else null end) when (strpos(model, ' Core2 ') > 1) then (case when (strpos(model, ' Duo ') > 1) then split_part(model, ' ', 5) else null end) when (strpos(model, ' Pentium ') > 1) then (case when ((strpos(model, ' Gold ') > 1)) then trim(both ' ' from split_part(split_part(model, ' Gold ', 2), ' CPU ', 1)) when ((strpos(model, ' Silver ') > 1)) then trim(both ' ' from split_part(split_part(model, ' Silver ', 2), ' CPU ', 1)) when ((strpos(model, 'Pentium ') >= 1)) then trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1)) else null end) when (strpos(model, ' Xeon ') > 1) then (case when (strpos(model, ' Platinum ') > 1) or (strpos(model, ' Gold ') > 1) or (strpos(model, ' Silver ') > 1) or (strpos(model, ' Bronze ') > 1) then substr(split_part(model, ' ', 4), 3, 2) when ((strpos(model, 'Xeon CPU ') > 1) and (strpos(model, ' @ ') > 1)) then right(trim(both ' ' from split_part(split_part(model, ' @ ', 1), 'Intel Xeon CPU ', 2)), 2) -- when (strpos(model, ' CPU @ ') > 1) -- then substring(split_part(split_part(model, ' CPU @ ', 1), ' ', 4), 3, 2) when (strpos(model, ' CPU @ ') > 1) then split_part(split_part(model, ' CPU @ ', 1), '-', 2) when ((strpos(model, 'Xeon ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, ' CPU ', 2), '-', 2)), 3, 2) else null end) when (strpos(model, ' Processor ') > 1) then null else null end) else null end, ',') as cpu_sku, -- string_agg(distinct case -- -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Opteron ') > 1)) then (trim(both ' ' from split_part(model, 'AMD Opteron Processor ', 2))) -- -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Turion ') > 1)) then (replace(trim(both ' ' from split_part(model, 'AMD Turion ', 2)), 'Dual-Core ', '')) -- -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then (replace(trim(both ' ' from split_part(model, 'AMD Ryzen ', 2)), 'Eight-Core Processor', '')) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen Embedded ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, ' Embedded ', 2), ' ', 1)), 6, 1) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, 'AMD Ryzen ', 2), ' ', 2)), 5, 1) -- -- when (cpu_manufacturer = 'AMD') then (trim(both ' ' from split_part(split_part(model, 'AMD ', 2), ' ', 1))) -- -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Celeron CPU ') > 1)) -- then (case when ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) >= 48 and ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) <= 57 -- then right(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1) -- -- else right(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 4) -- end) -- when (cpu_manufacturer = 'Intel' and (strpos(model, ' Core ') > 1) and (strpos(model, '-') > 1)) -- then -- (case -- when (cast(left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) as int) <= 11 and (strpos(model, 'G') > 1)) -- then right(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)), 2) -- when (cast(left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) as int) <= 11 and (strpos(model, 'G') <= 0)) -- then right(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)), 1) -- when ((cast(left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) as int) >= 20)) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)), 5, 2) -- end) -- -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then (trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1))) -- end, ',') as cpu_suffix, string_agg(distinct case when (cpu_manufacturer = 'AMD' and (strpos(model, 'Opteron ') > 1)) then 'AMD Opteron ' || (trim(both ' ' from split_part(model, 'AMD Opteron Processor ', 2))) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Turion ') > 1)) then 'AMD Turion ' || replace(trim(both ' ' from split_part(model, 'AMD Turion ', 2)), 'Dual-Core ', '') when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then 'AMD Ryzen ' || replace(trim(both ' ' from split_part(model, 'AMD Ryzen ', 2)), 'Eight-Core Processor', '') when (cpu_manufacturer = 'AMD') then (trim(both ' ' from 'AMD ' || split_part(split_part(model, 'AMD ', 2), ' ', 1))) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then 'Intel Pentium ' || trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then 'Intel Atom ' || trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, ' Core ') > 1)) then (trim(both ' ' from split_part(model, ' CPU ', 1))) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then 'Intel Xeon ' || (trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1))) end, ',') as cpu_manu_class_model_number, count(*) as node_cpu_count, round(avg(speed_mhz)::numeric,0) as node_per_cpu_mhz, round(avg(cores)::numeric,0) as node_per_cpu_cores, sum(cores) as node_cpu_cores, round(sum(cores*speed_mhz)::numeric,0) as total_cpu_mhz from ( select h.hardware_id, replace(replace(replace(h.model, '(R)', ''), '(TM)', ''), '(tm)', '') as model, case when split_part(replace(replace(replace(h.model, '(R)', ''), '(TM)', ''), '(tm)', ''), ' ', 1) ilike 'Pentium' then 'Intel' when strpos(model, 'Intel') > 1 then 'Intel' when strpos(model, 'AMD') > 1 then 'AMD' else split_part(replace(replace(replace(h.model, '(R)', ''), '(TM)', ''), '(tm)', ''), ' ', 1) end as cpu_manufacturer, h.bitwidth, h.cores as cores, h.speed_mhz from tnt_config.node_hardware_cpus h ) h group by hardware_id ), -- node_ram1 as ( -- with -- latest_sum_report as ( -- select -- sumrpt.node_id as node_id, -- max(sumrpt.start_date) as start_date, -- max(sumrpt.end_date) as end_date -- from -- tnt_audit.summaryreports sumrpt -- group by -- sumrpt.node_id -- ) -- select -- sumrpts.node_id as node_id, -- round((avg(sumrpts.mem_alloc)/1048576)::numeric, 3) as node_ram_allocated_gb -- from -- tnt_audit.summaryreports sumrpts, latest_sum_report lsr -- where -- sumrpts.node_id = lsr.node_id -- and sumrpts.start_date = lsr.start_date -- and sumrpts.end_date = lsr.end_date -- and sumrpts.end_date between lsr.start_date and lsr.end_date -- group by -- sumrpts.node_id -- ), -- node_ram2 as ( -- select -- sumrpts.node_id as node_id, -- round((avg(sumrpts.mem_alloc)/1048576)::numeric, 3) as node_ram_allocated_gb -- from -- tnt_audit.summaryreports sumrpts -- join tnt_config.node nde on (nde.id = sumrpts.node_id and nde.delete_time is null) -- where -- -- sumrpts.node_id = nde.id -- -- and sumrpts.start_date = nde.last_report_seen_start_date -- -- and sumrpts.end_date = nde.last_report_seen_end_date -- -- and sumrpts.end_date between nde.last_report_seen_start_date and nde.last_report_seen_end_date -- (sumrpts.end_date >= nde.last_report_seen_end_date) -- group by -- sumrpts.node_id -- ), node_ram as ( select sumrpts.node_id as node_id, round((avg(sumrpts.mem_alloc)/1048576)::numeric, 3) as node_ram_allocated_gb from tnt_audit.summaryreports sumrpts, ( select sumrpt.node_id as node_id, max(sumrpt.start_date) as start_date, max(sumrpt.end_date) as end_date from tnt_audit.summaryreports sumrpt group by sumrpt.node_id ) lsr where sumrpts.node_id = lsr.node_id and sumrpts.start_date = lsr.start_date and sumrpts.end_date = lsr.end_date and sumrpts.end_date between lsr.start_date and lsr.end_date group by sumrpts.node_id ), -- node_disk1 as ( -- with -- last_node_disk as ( -- select -- part_stats.node_id as node_id, -- max(part_stats.start_date) as start_date, -- max(part_stats.end_date) as end_date -- from -- tnt_audit.summaryreport_partition_stats part_stats -- group by -- part_stats.node_id -- ), -- part_stats as ( -- select -- part_stats.node_id as node_id, -- part_stats.disk_id as node_physical_disk_id, -- string_agg(distinct part_stats.name, ',') as node_disk_names, -- sum(part_stats.size) as node_per_disk_size_kb, -- sum(part_stats.avg_used) as node_per_disk_used_kb -- from -- tnt_audit.summaryreport_partition_stats part_stats, last_node_disk -- where -- part_stats.node_id = last_node_disk.node_id -- and part_stats.start_date = last_node_disk.start_date -- and part_stats.end_date = last_node_disk.end_date -- and part_stats.end_date between last_node_disk.start_date and last_node_disk.end_date -- and part_stats.local_type ilike 'local' -- group by -- part_stats.node_id, part_stats.disk_id -- ) -- select -- part_stats.node_id as node_id, -- round(max(part_stats.node_per_disk_size_kb)::numeric/1048576.0, 0) as node_max_disk_size_gb, -- round(max(part_stats.node_per_disk_used_kb)::numeric/1048576.0, 0) as node_max_disk_used_gb, -- round(sum(part_stats.node_per_disk_size_kb)::numeric/1048576, 0) as node_total_disk_size_gb, -- round(sum(part_stats.node_per_disk_used_kb)::numeric/1048576, 0) as node_total_disk_used_gb -- from -- part_stats -- group by -- part_stats.node_id -- ), -- node_disk2 as ( -- select -- part_stats.node_id as node_id, -- round(max(part_stats.node_per_disk_size_kb)::numeric/1048576.0, 0) as node_max_disk_size_gb, -- round(max(part_stats.node_per_disk_used_kb)::numeric/1048576.0, 0) as node_max_disk_used_gb, -- round(sum(part_stats.node_per_disk_size_kb)::numeric/1048576, 0) as node_total_disk_size_gb, -- round(sum(part_stats.node_per_disk_used_kb)::numeric/1048576, 0) as node_total_disk_used_gb -- from ( -- select -- part_stats.node_id as node_id, -- part_stats.disk_id as node_physical_disk_id, -- string_agg(distinct part_stats.name, ',') as node_disk_names, -- sum(part_stats.size) as node_per_disk_size_kb, -- sum(part_stats.avg_used) as node_per_disk_used_kb -- from -- tnt_audit.summaryreport_partition_stats part_stats -- join tnt_config.node nde on (nde.id = part_stats.node_id and nde.delete_time is null) -- where -- part_stats.node_id = nde.id -- and part_stats.start_date = nde.last_report_seen_start_date -- and part_stats.end_date = nde.last_report_seen_end_date -- and part_stats.end_date between nde.last_report_seen_start_date and nde.last_report_seen_end_date -- and part_stats.local_type ilike 'local' -- group by -- part_stats.node_id, part_stats.disk_id -- ) part_stats -- group by -- part_stats.node_id -- ), -- node_disk1 as ( -- select -- part_stats.node_id as node_id, -- round(max(part_stats.node_per_disk_size_kb)::numeric/1048576.0, 0) as node_max_disk_size_gb, -- round(max(part_stats.node_per_disk_used_kb)::numeric/1048576.0, 0) as node_max_disk_used_gb, -- round(sum(part_stats.node_per_disk_size_kb)::numeric/1048576, 0) as node_total_disk_size_gb, -- round(sum(part_stats.node_per_disk_used_kb)::numeric/1048576, 0) as node_total_disk_used_gb -- from ( -- select -- part_stats.node_id as node_id, -- part_stats.disk_id as node_physical_disk_id, -- string_agg(distinct part_stats.name, ',') as node_disk_names, -- sum(part_stats.size) as node_per_disk_size_kb, -- sum(part_stats.avg_used) as node_per_disk_used_kb -- from -- tnt_audit.summaryreport_partition_stats part_stats, -- ( select -- part_stats.node_id as node_id, -- max(part_stats.start_date) as start_date, -- max(part_stats.end_date) as end_date -- from -- tnt_audit.summaryreport_partition_stats part_stats -- -- where -- -- part_stats.node_id = 13047 -- group by -- part_stats.node_id -- ) last_part_stats -- where -- part_stats.node_id = last_part_stats.node_id -- and part_stats.start_date = last_part_stats.start_date -- and part_stats.end_date = last_part_stats.end_date -- and part_stats.end_date between last_part_stats.start_date and last_part_stats.end_date -- and part_stats.local_type ilike 'local' -- -- and part_stats.node_id = 13047 -- group by -- part_stats.node_id, part_stats.disk_id -- ) part_stats -- group by -- part_stats.node_id -- ), node_disk as ( select disk_stats.node_id as node_id, -- round(max(disk_stats.node_per_disk_size_kb)::numeric/1048576.0, 0) as node_max_disk_size_gb, -- round(max(disk_stats.node_per_disk_used_kb)::numeric/1048576.0, 0) as node_max_disk_used_gb, -- round(sum(disk_stats.node_per_disk_size_kb)::numeric/1048576.0, 0) as node_total_disk_size_gb, -- round(sum(disk_stats.node_per_disk_used_kb)::numeric/1048576.0, 0) as node_total_disk_used_gb round(disk_stats.node_total_disk_size_kb::numeric/1048576.0, 0) as node_total_disk_size_gb, round(disk_stats.node_total_disk_used_kb::numeric/1048576.0, 0) as node_total_disk_used_gb, round((disk_stats.node_total_disk_size_kb - disk_stats.node_total_disk_used_kb)::numeric/1048576.0, 0) as node_total_disk_free_gb, round(disk_stats.node_disk0_c_size_kb::numeric/1048576.0, 0) as node_disk0_c_size_gb, round(disk_stats.node_disk0_c_used_kb::numeric/1048576.0, 0) as node_disk0_c_used_gb, round((disk_stats.node_disk0_c_size_kb - disk_stats.node_disk0_c_used_kb)::numeric/1048576.0, 0) as node_disk0_c_free_gb from ( select disk_stats.node_id as node_id, -- disk_stats.disk_id as node_physical_disk_id, string_agg(distinct disk_stats.name, ',') as node_disk_names, sum(disk_stats.size) as node_total_disk_size_kb, sum(disk_stats.avg_used) as node_total_disk_used_kb, sum(case when disk_stats.name ilike '%disk0 ( C:%' then disk_stats.size end) as node_disk0_c_size_kb, sum(case when disk_stats.name ilike '%disk0 ( C:%' then disk_stats.avg_used end) as node_disk0_c_used_kb from -- tnt_audit.summaryreport_partition_stats part_stats, tnt_audit.summaryreport_disk_stats disk_stats, ( select disk_stats.node_id as node_id, max(disk_stats.start_date) as start_date, max(disk_stats.end_date) as end_date from -- tnt_audit.summaryreport_partition_stats disk_stats tnt_audit.summaryreport_disk_stats disk_stats -- where -- disk_stats.node_id = 13047 group by disk_stats.node_id ) last_disk_stats where disk_stats.node_id = last_disk_stats.node_id and disk_stats.start_date = last_disk_stats.start_date and disk_stats.end_date = last_disk_stats.end_date and disk_stats.end_date between last_disk_stats.start_date and last_disk_stats.end_date and disk_stats.type ilike 'LOCAL' -- and disk_stats.node_id = 13047 group by disk_stats.node_id--, disk_stats.disk_id ) disk_stats -- group by -- disk_stats.node_id ), node_health_stats as ( select hstats.node_id, hstats.sec_secure_boot from tnt_audit.summaryreport_machine_health_stats hstats, -- lwl_rollup.sr_machine_health_stats_da hstats, ( select node_id as node_id, max(start_date) as start_date, max(end_date) as end_date from tnt_audit.summaryreport_machine_health_stats -- lwl_rollup.sr_machine_health_stats_da hstats group by node_id ) last_health_stats where hstats.node_id = last_health_stats.node_id and hstats.start_date = last_health_stats.start_date and hstats.end_date = last_health_stats.end_date and hstats.end_date between last_health_stats.start_date and last_health_stats.end_date ), node_gpus as ( select hardware_id, string_agg(model, ', ') as node_gpu_model, string_agg(model, ',') as node_discrete_gpu_models, count(*) as node_discrete_gpu_count, string_agg(format('%s', speedmhz), ', ') as node_gpu_speed_mhz, -- string_agg(format('%s', colordepth), ', ') as node_gpu_color_depth, max(colordepth) as node_gpu_color_depth, count(*) as node_gpu_count from tnt_config.node_hardware_gpus where is_real = true group by hardware_id ), node_displays as ( select hardware_id, string_agg(dimensions, ', ') as node_display_dimensions, max(cast(split_part(dimensions, 'x', 2) as int)) as max_display_res_y, string_agg(coalesce(cast(details->'sizeInches' as text), 'N/A'), ',') as node_display_size_in_inches, max((cast(details->'sizeInches' as int))) as max_display_size_in_inches, count(*) as node_display_count from tnt_config.node_hardware_displays group by hardware_id ), -- Todo: Add -- Disk encryption providers, -- Cloud drives in use (OneDrive, Google Drive, AWS Drive), -- Top 10 Apps by user count, -- Top 10 Apps by CPU, RAM, Disk Space base_sql as ( select pn.id as node_id, pn.name as machine_name, nde.fqmn as machine_fqmn, nde.lastcontact::timestamptz at time zone ? as machine_last_contact, -- Machine hardware make, model, and chassis type nh.machine_make as machine_make, nh.machine_model as machine_model, nde.hwtype as machine_chassis_type, -- OS os.version as node_os_version, replace(replace(replace(replace(replace(replace(replace(replace(os.description, ' , ', ', '), 'Service Pack ', 'SP'), '(R)', ''), '(TM)', ''), '®', ''), '™', ''), '®', ''), '', '') as node_os_desc, os.buildversion as os_build_version, -- CPU nodecpu.node_cpu_model as node_cpu_model, nodecpu.node_cpu_short_models as node_cpu_short_models, round((nodecpu.node_per_cpu_mhz/1000.0)::numeric, 3) as node_cpu_speed_ghz, trim(both ' ' from nodecpu.cpu_brand) as cpu_brand, trim(both ' ' from nodecpu.cpu_sub_brand) as cpu_sub_brand, trim(both ' ' from nodecpu.cpu_sub_brand_modifier) as cpu_sub_brand_modifier, trim(both ' ' from nodecpu.cpu_model_number) as cpu_model_number, nodecpu.cpu_sku_level as cpu_sku_level, -- trim(both ' ' from nodecpu.cpu_generation) as cpu_generation, nodecpu.cpu_generation as cpu_generation, trim(both ' ' from nodecpu.cpu_sku) as cpu_sku, nodecpu.node_per_cpu_cores, nodecpu.node_cpu_cores, nodecpu.node_cpu_bitwidth, -- RAM noderam.node_ram_allocated_gb as node_ram_allocated_gb, nh.ram_alloc_gb, -- Disk storage nodedisk.node_disk0_c_size_gb as node_disk0_c_size_gb, nodedisk.node_disk0_c_used_gb as node_disk0_c_used_gb, nodedisk.node_disk0_c_free_gb as node_disk0_c_free_gb, nodedisk.node_total_disk_size_gb as node_total_disk_size_gb, nodedisk.node_total_disk_used_gb as node_total_disk_used_gb, nodedisk.node_total_disk_free_gb as node_total_disk_free_gb, -- GPU nodegpu.node_gpu_model as node_gpu_model, nodegpu.node_discrete_gpu_models as node_discrete_gpu_models, -- nodegpu.node_gpu_speed_mhz as node_gpu_speed_mhz, nodegpu.node_gpu_count as node_gpu_count, nodegpu.node_discrete_gpu_count as node_discrete_gpu_count, nodegpu.node_gpu_color_depth, os.dx12orwddm2 as os_dx12orwddm2, -- Display nodedis.node_display_dimensions as node_display_dimensions, nodedis.max_display_res_y as max_display_res_y, nodedis.node_display_size_in_inches, nodedis.max_display_size_in_inches, nodedis.node_display_count as node_display_count, -- BIOS & TPM case when nh.bios_uefi_capable is null then null else case when nh.bios_uefi_capable = 'Y' then true else false end end as machine_bios_uefi_capable, case when nh.bios_uefi_enabled is null then null else case when nh.bios_uefi_enabled = 'Y' then true else false end end as machine_bios_uefi_enabled, case when nodehealth.sec_secure_boot is null then null else nodehealth.sec_secure_boot end as machine_secure_boot, nh.tpm_specification as machine_tpm_specifications, case when nh.tpm_specification is null then null else case when strpos(nh.tpm_specification, '2.') > 0 then true else false end end as machine_tpm_specification, -- Windows 11 compatibility -- initcap(nde.win11_inplace_upgrade_compatibility) as win11_inplace_upgrade_compatibility, -- initcap(nde.win11_image_upgrade_compatibility) as win11_image_upgrade_compatibility -- Machine location loc_stats.city || ', ' || loc_stats.state || ', ' || loc_stats.country as machine_location_city_state_country, loc_stats.country as machine_location_country, loc_stats.state as machine_location_state, loc_stats.city as machine_location_city from tnt_config.policynode pn join tnt_config.node nde on (nde.id = pn.id) left outer join tnt_config.os os on (os.id = nde.os_id) left outer join node_hardware nh on (node_hardware_id = nde.hardware_id) left outer join node_cpus nodecpu on (nodecpu.hardware_id = nde.hardware_id) left outer join node_ram noderam on (noderam.node_id = pn.id) left outer join node_disk nodedisk on (nodedisk.node_id = pn.id) left outer join node_gpus nodegpu on (nodegpu.hardware_id = nde.hardware_id) left outer join node_displays nodedis on (nodedis.hardware_id = nde.hardware_id) left outer join node_health_stats nodehealth on (nodehealth.node_id = pn.id) left outer join ( select loc_stats.node_id as node_id, first(loc_stats.country) as country, first(loc_stats.state) as state, first(loc_stats.city) as city from tnt_audit.summaryreport_machine_location_stats loc_stats, -- lwl_rollup.sr_machine_location_stats_da loc_stats, ( select loc_stats.node_id as node_id, max(loc_stats.start_date) as start_date, max(loc_stats.end_date) as end_date from tnt_audit.summaryreport_machine_location_stats loc_stats -- lwl_rollup.sr_machine_location_stats_da loc_stats group by loc_stats.node_id ) latest_loc_stats where loc_stats.node_id = latest_loc_stats.node_id and loc_stats.start_date = latest_loc_stats.start_date and loc_stats.end_date = latest_loc_stats.end_date and loc_stats.end_date between latest_loc_stats.start_date and latest_loc_stats.end_date group by loc_stats.node_id ) loc_stats on (loc_stats.node_id = pn.id) where (pn.delete_time is null) -- Machine has not been deleted and (nde.delete_time is null) -- Machine has not been deleted and (nde.ihostversion is not null) -- Machine has a CID Key installed and (nde.certificate is not null) -- Machine has a valid certificate and (pn.system_object is false) -- Machine is not a system object like Stratusphere Hub, DB or Station and (pn.dirtystatusid is null or pn.dirtystatusid <> 3) -- Machine does not have a dirty status and (pn.type <= 2) -- Machines are either servers (1) or desktops (2) and (os.name = 'Windows') -- Machines that currently run Microsoft Windows and (os.description not ilike '%Windows 11%' -- Machine is already running Windows 11 and os.description not ilike '%Windows Server %') -- Machine is not already running Windows Server and (nde.vmtype is null) -- Machine is a physical machine to be considered for upgrade to Win10 -- Machine group filter and ('%' = ? or pn.id in (select ngn.nodeid from tnt_config.policynode pn, tnt_config.nodegroup_node ngn where (pn.type = 5) and (pn.id = ngn.nodegroupid) and (pn.name like ?))) -- Threshold value for machine having called back within last N days and (nde.last_report_seen_end_date >= (current_date - (interval '1 days' * ?))) -- Machine has called back within last 90 days order by lower(pn.name) asc nulls last ), base_with_cpu_support_sql as ( select s.*, case when cpu_brand = 'Intel' then case -- Intel Atom processors when cpu_sub_brand = 'Atom' and (cpu_model_number = 'x6200FE' or cpu_model_number = 'x6211E' or cpu_model_number = 'x6212RE' or cpu_model_number = 'x6413E' or cpu_model_number = 'x6414RE' or cpu_model_number = 'x6425E' or cpu_model_number = 'x6425RE' or cpu_model_number = 'x6427FE' or cpu_model_number = 'x7211E' or cpu_model_number = 'x7213E' or cpu_model_number = 'x7425E') then 'Y' -- Intel Celeron processors when cpu_sub_brand = 'Celeron' then case when cpu_sub_brand_modifier = 'G' and (cpu_sku = '4900' or cpu_sku = '4920' or cpu_sku = '4930' or cpu_sku = '4932' or cpu_sku = '4950' or cpu_sku = '5900' or cpu_sku = '5905' or cpu_sku = '5920' or cpu_sku = '5925' or cpu_sku = '6900') then 'Y' when cpu_sub_brand_modifier = 'J' and (cpu_sku = '4005' or cpu_sku = '4025' or cpu_sku = '4105' or cpu_sku = '4115' or cpu_sku = '4125' or cpu_sku = '6412' or cpu_sku = '6413') then 'Y' when cpu_sub_brand_modifier = 'N' and (cpu_sku = '4000' or cpu_sku = '4020' or cpu_sku = '4100' or cpu_sku = '4120' or cpu_sku = '4500' or cpu_sku = '4505' or cpu_sku = '5100' or cpu_sku = '5105' or cpu_sku = '6210' or cpu_sku = '6211') then 'Y' when cpu_sub_brand_modifier is null and (cpu_sku = '3867' or cpu_sku = '4205' or cpu_sku = '4305' or cpu_sku = '5205' or cpu_sku = '5205U' or cpu_sku = '5305' or cpu_sku = '5305U' or cpu_sku = '5805' or cpu_sku = '6305' or cpu_sku = '6600' or cpu_sku = '7300' or cpu_sku = '7305') then 'Y' else 'N' end -- Intel Core processors when cpu_sub_brand = 'Core' then case when cpu_sub_brand_modifier ilike 'Ultra%' then 'Y' when cpu_generation >= 8 then 'Y' else 'N' end -- Intel Pentium processors when cpu_sub_brand = 'Pentium' then case when cpu_sub_brand_modifier = 'Gold' and (cpu_sku = '4417' or cpu_sku = '4425' or cpu_sku = '5400' or cpu_sku = '5405' or cpu_sku = '6405' or cpu_sku = '6500' or cpu_sku = '7505' or cpu_sku = 'G5400' or cpu_sku = 'G5400T' or cpu_sku = 'G5420' or cpu_sku = 'G5420T' or cpu_sku = 'G5500' or cpu_sku = 'G5500T' or cpu_sku = 'G5600' or cpu_sku = 'G5600T' or cpu_sku = 'G5620' or cpu_sku = 'G6400' or cpu_sku = 'G6400E' or cpu_sku = 'G6400T' or cpu_sku = 'G6400TE' or cpu_sku = 'G6405' or cpu_sku = 'G6405T' or cpu_sku = 'G6500' or cpu_sku = 'G6500T' or cpu_sku = 'G6505' or cpu_sku = 'G6505T' or cpu_sku = 'G6600' or cpu_sku = 'G6605' or cpu_sku = 'G7400' or cpu_sku = 'G7400E' or cpu_sku = 'G7400T' or cpu_sku = 'G7400TE') then 'Y' when cpu_sub_brand_modifier = 'Silver' and (cpu_sku = 'J5005' or cpu_sku = 'J5040' or cpu_sku = 'N5000' or cpu_sku = 'N5030' or cpu_sku = 'N6000' or cpu_sku = 'N6005') then 'Y' when cpu_sub_brand_modifier is null and (cpu_sku = '6805' or cpu_sku = 'J6426' or cpu_sku = 'N6415') then 'Y' else 'N' end -- Intel Xeon processors when cpu_sub_brand = 'Xeon' then case when cpu_sub_brand_modifier = 'Bronze' and (cpu_model_number = '3104' or cpu_model_number = '3106' or cpu_model_number = '3204' or cpu_model_number = '3206R') then 'Y' when cpu_sub_brand_modifier = 'Silver' then -- Fixed the condition case when cpu_sku_level = 4 then case when cpu_generation = 1 and (cpu_sku = '08' or cpu_sku = '09' or cpu_sku = '10' or cpu_sku = '12' or cpu_sku = '14' or cpu_sku = '16') then 'Y' when cpu_generation = 2 and (cpu_sku = '08' or cpu_sku = '09' or cpu_sku = '10' or cpu_sku = '14' or cpu_sku = '15' or cpu_sku = '16') then 'Y' when cpu_generation = 3 and (cpu_sku = '09' or cpu_sku = '10' or cpu_sku = '14' or cpu_sku = '16') then 'Y' when cpu_generation = 4 and (cpu_sku = '10' or cpu_sku = '16') then 'Y' else 'N' end else 'N' end when cpu_sub_brand_modifier = 'Gold' then -- Fixed the condition case when cpu_sku_level = 5 then case when cpu_generation = 1 and (cpu_sku = '15' or cpu_sku = '18' or cpu_sku = '19' or cpu_sku = '20' or cpu_sku = '22') then 'Y' when cpu_generation = 2 and (cpu_sku = '15' or cpu_sku = '17' or cpu_sku = '18' or cpu_sku = '20' or cpu_sku = '22') then 'Y' when cpu_generation = 3 and (cpu_sku = '15' or cpu_sku = '17' or cpu_sku = '18' or cpu_sku = '20' or cpu_sku = '22') then 'Y' when cpu_generation = 4 and (cpu_sku = '15' or cpu_sku = '16' or cpu_sku = '18' or cpu_sku = '20') then 'Y' else 'N' end when cpu_sku_level = 6 then case when cpu_generation = 1 and (cpu_sku = '26' or cpu_sku = '28' or cpu_sku = '30' or cpu_sku = '32' or cpu_sku = '34' or cpu_sku = '36' or cpu_sku = '38' or cpu_sku = '40' or cpu_sku = '42' or cpu_sku = '44' or cpu_sku = '46' or cpu_sku = '48' or cpu_sku = '50' or cpu_sku = '52' or cpu_sku = '54') then 'Y' when cpu_generation = 2 and (cpu_sku = '08' or cpu_sku = '09' or cpu_sku = '10' or cpu_sku = '12' or cpu_sku = '22' or cpu_sku = '26' or cpu_sku = '30' or cpu_sku = '34' or cpu_sku = '38' or cpu_sku = '40' or cpu_sku = '42' or cpu_sku = '44' or cpu_sku = '46' or cpu_sku = '48' or cpu_sku = '50' or cpu_sku = '52' or cpu_sku = '54' or cpu_sku = '56' or cpu_sku = '58' or cpu_sku = '62') then 'Y' when cpu_generation = 3 and (cpu_sku = '12' or cpu_sku = '14' or cpu_sku = '26' or cpu_sku = '30' or cpu_sku = '34' or cpu_sku = '36' or cpu_sku = '38' or cpu_sku = '42' or cpu_sku = '46' or cpu_sku = '48' or cpu_sku = '54') then 'Y' when cpu_generation = 4 and (cpu_sku = '16' or cpu_sku = '18' or cpu_sku = '30' or cpu_sku = '38' or cpu_sku = '42') then 'Y' else 'N' end else 'N' end when cpu_sub_brand_modifier = 'Platinum' then case when cpu_sku_level = 8 then case when cpu_generation = 1 and (cpu_sku = '53' or cpu_sku = '56' or cpu_sku = '58' or cpu_sku = '60' or cpu_sku = '64' or cpu_sku = '68' or cpu_sku = '70' or cpu_sku = '71' or cpu_sku = '76' or cpu_sku = '80') then 'Y' when cpu_generation = 2 and (cpu_sku = '53' or cpu_sku = '56' or cpu_sku = '60' or cpu_sku = '68' or cpu_sku = '70' or cpu_sku = '72' or cpu_sku = '76' or cpu_sku = '80') then 'Y' when cpu_generation = 3 and (cpu_sku = '51' or cpu_sku = '52' or cpu_sku = '58' or cpu_sku = '60' or cpu_sku = '62' or cpu_sku = '68' or cpu_sku = '80') then 'Y' when cpu_generation = 4 and (cpu_sku = '52' or cpu_sku = '60' or cpu_sku = '68' or cpu_sku = '70' or cpu_sku = '80' or cpu_sku = '90') then 'Y' else 'N' end when cpu_sku_level = 9 then case when cpu_generation = 2 and (cpu_sku = '21' or cpu_sku = '22' or cpu_sku = '42' or cpu_sku = '82') then 'Y' else 'N' end else 'N' end when cpu_sub_brand_modifier = 'D' and (cpu_model_number = 'D-1702' or cpu_model_number = 'D-1712TR' or cpu_model_number = 'D-1713NT' or cpu_model_number = 'D-1713NTE' or cpu_model_number = 'D-1714' or cpu_model_number = 'D-1715TER' or cpu_model_number = 'D-1718T' or cpu_model_number = 'D-1722NE' or cpu_model_number = 'D-1726' or cpu_model_number = 'D-1732TE' or cpu_model_number = 'D-1733NT' or cpu_model_number = 'D-1735TR' or cpu_model_number = 'D-1736' or cpu_model_number = 'D-1736NT' or cpu_model_number = 'D-1739' or cpu_model_number = 'D-1746TER' or cpu_model_number = 'D-1747NTE' or cpu_model_number = 'D-1748TE' or cpu_model_number = 'D-1749NT' or cpu_model_number = 'D-2712T' or cpu_model_number = 'D-2733NT' or cpu_model_number = 'D-2738' or cpu_model_number = 'D-2752NTE' or cpu_model_number = 'D-2752TER' or cpu_model_number = 'D-2753NT' or cpu_model_number = 'D-2766NT' or cpu_model_number = 'D-2775TE' or cpu_model_number = 'D-2776NT' or cpu_model_number = 'D-2779' or cpu_model_number = 'D-2786NTE' or cpu_model_number = 'D-2795NT' or cpu_model_number = 'D-2796NT' or cpu_model_number = 'D-2796TE' or cpu_model_number = 'D-2798NT' or cpu_model_number = 'D-2799') then 'Y' when cpu_sub_brand_modifier = 'E' and (cpu_model_number = 'E-2104G' or cpu_model_number = 'E-2124' or cpu_model_number = 'E-2124G' or cpu_model_number = 'E-2126G' or cpu_model_number = 'E-2134' or cpu_model_number = 'E-2136' or cpu_model_number = 'E-2144G' or cpu_model_number = 'E-2146G' or cpu_model_number = 'E-2174G' or cpu_model_number = 'E-2176G' or cpu_model_number = 'E-2176M' or cpu_model_number = 'E-2186G' or cpu_model_number = 'E-2186M' or cpu_model_number = 'E-2224' or cpu_model_number = 'E-2224G' or cpu_model_number = 'E-2226G' or cpu_model_number = 'E-2226GE' or cpu_model_number = 'E-2234' or cpu_model_number = 'E-2236' or cpu_model_number = 'E-2244G' or cpu_model_number = 'E-2246G' or cpu_model_number = 'E-2254ME' or cpu_model_number = 'E-2254ML' or cpu_model_number = 'E-2274G' or cpu_model_number = 'E-2276G' or cpu_model_number = 'E-2276M' or cpu_model_number = 'E-2276ME' or cpu_model_number = 'E-2276ML' or cpu_model_number = 'E-2278G' or cpu_model_number = 'E-2278GE' or cpu_model_number = 'E-2278GEL' or cpu_model_number = 'E-2286G' or cpu_model_number = 'E-2286M' or cpu_model_number = 'E-2288G') then 'Y' when cpu_sub_brand_modifier = 'W' and (cpu_model_number = 'W-10855M' or cpu_model_number = 'W-10885M' or cpu_model_number = 'W-11855M' or cpu_model_number = 'W-11955M' or cpu_model_number = 'W-1250' or cpu_model_number = 'W-1250E' or cpu_model_number = 'W-1250P' or cpu_model_number = 'W-1250TE' or cpu_model_number = 'W-1270' or cpu_model_number = 'W-1270E' or cpu_model_number = 'W-1270P' or cpu_model_number = 'W-1270TE' or cpu_model_number = 'W-1290' or cpu_model_number = 'W-1290E' or cpu_model_number = 'W-1290P' or cpu_model_number = 'W-1290T' or cpu_model_number = 'W-1290TE' or cpu_model_number = 'W-2102' or cpu_model_number = 'W-2104' or cpu_model_number = 'W-2123' or cpu_model_number = 'W-2125' or cpu_model_number = 'W-2133' or cpu_model_number = 'W-2135' or cpu_model_number = 'W-2145' or cpu_model_number = 'W-2155' or cpu_model_number = 'W-2175' or cpu_model_number = 'W-2195' or cpu_model_number = 'W-2223' or cpu_model_number = 'W-2225' or cpu_model_number = 'W-2235' or cpu_model_number = 'W-2245' or cpu_model_number = 'W-2255' or cpu_model_number = 'W-2265' or cpu_model_number = 'W-2275' or cpu_model_number = 'W-2295' or cpu_model_number = 'W-3175X' or cpu_model_number = 'W-3223' or cpu_model_number = 'W-3225' or cpu_model_number = 'W-3235' or cpu_model_number = 'W-3245' or cpu_model_number = 'W-3245M' or cpu_model_number = 'W-3265' or cpu_model_number = 'W-3265M' or cpu_model_number = 'W-3275' or cpu_model_number = 'W-3275M' or cpu_model_number = 'W-3323' or cpu_model_number = 'W-3335' or cpu_model_number = 'W-3345' or cpu_model_number = 'W-3365' or cpu_model_number = 'W-3375') then 'Y' when cpu_sub_brand_modifier = 'W3' and (cpu_model_number = 'W3-2423' or cpu_model_number = 'W3-2425' or cpu_model_number = 'W3-2435') then 'Y' when cpu_sub_brand_modifier = 'W5' and (cpu_model_number = 'W5-2445' or cpu_model_number = 'W5-2455X' or cpu_model_number = 'W5-2465X' or cpu_model_number = 'W5-3423' or cpu_model_number = 'W5-3425' or cpu_model_number = 'W5-3433' or cpu_model_number = 'W5-3435X') then 'Y' when cpu_sub_brand_modifier = 'W7' and (cpu_model_number = ' W7-2475X' or cpu_model_number = 'W7-2495X' or cpu_model_number = 'W7-3445' or cpu_model_number = 'W7-3465X') then 'Y' when cpu_sub_brand_modifier = 'W9' and (cpu_model_number = 'W9-3475X' or cpu_model_number = 'W9-3495X') then 'Y' else 'N' end -- Xeon's cpu_sub_brand_modifier else 'N' end -- Intel's cpu_sub_brand -- AMD processors when cpu_brand = 'AMD' then case -- AMD Athlon processors when cpu_sub_brand = 'Athlon' and (cpu_model_number = '3000G' or cpu_model_number = '300GE' or cpu_model_number = '300U' or cpu_model_number = '320GE' or cpu_model_number = '7120e' or cpu_model_number = '7120U' or cpu_model_number = '7220e' or cpu_model_number = '7220U' or cpu_model_number = 'Gold 3150C' or cpu_model_number = 'Gold 3150G' or cpu_model_number = 'Gold 3150GE' or cpu_model_number = 'Gold 3150U' or cpu_model_number = 'Gold PRO 3125GE' or cpu_model_number = 'Gold PRO 3150G' or cpu_model_number = 'Gold PRO 3150GE' or cpu_model_number = 'Gold PRO 4150GE' or cpu_model_number = 'PRO 300GE' or cpu_model_number = 'PRO 300U' or cpu_model_number = 'PRO 3045B' or cpu_model_number = 'Silver 3050C' or cpu_model_number = 'Silver 3050e' or cpu_model_number = 'Silver 3050GE' or cpu_model_number = 'Silver 3050U' ) then 'Y' -- AMD EPYC processors when cpu_sub_brand = 'EPYC' and (cpu_model_number = '7252' or cpu_model_number = '7262' or cpu_model_number = '7272' or cpu_model_number = '7282' or cpu_model_number = '7302' or cpu_model_number = '7313' or cpu_model_number = '7343' or cpu_model_number = '7352' or cpu_model_number = '7402' or cpu_model_number = '7413' or cpu_model_number = '7443' or cpu_model_number = '7452' or cpu_model_number = '7453' or cpu_model_number = '7502' or cpu_model_number = '7513' or cpu_model_number = '7532' or cpu_model_number = '7542' or cpu_model_number = '7543' or cpu_model_number = '7552' or cpu_model_number = '7642' or cpu_model_number = '7643' or cpu_model_number = '7662' or cpu_model_number = '7663' or cpu_model_number = '7702' or cpu_model_number = '7713' or cpu_model_number = '7742' or cpu_model_number = '7763' or cpu_model_number = '7232P' or cpu_model_number = '72F3' or cpu_model_number = '7302P' or cpu_model_number = '7313P' or cpu_model_number = '73F3' or cpu_model_number = '7402P' or cpu_model_number = '7443P' or cpu_model_number = '74F3' or cpu_model_number = '7502P' or cpu_model_number = '7543P' or cpu_model_number = '75F3' or cpu_model_number = '7702P' or cpu_model_number = '7713P' or cpu_model_number = '7F32' or cpu_model_number = '7F52' or cpu_model_number = '7F72' or cpu_model_number = '7H12' or cpu_model_number = '8024P' or cpu_model_number = '8024PN' or cpu_model_number = '8124P' or cpu_model_number = '8124PN' or cpu_model_number = '8224P' or cpu_model_number = '8224PN' or cpu_model_number = '8324P' or cpu_model_number = '8324PN' or cpu_model_number = '8434P' or cpu_model_number = '8434PN' or cpu_model_number = '8534P' or cpu_model_number = '8534PN' or cpu_model_number = '9124' or cpu_model_number = '9244' or cpu_model_number = '9254' or cpu_model_number = '9334' or cpu_model_number = '9354' or cpu_model_number = '9454' or cpu_model_number = '9534' or cpu_model_number = '9554' or cpu_model_number = '9654' or cpu_model_number = '9654' or cpu_model_number = '9734' or cpu_model_number = '9754' or cpu_model_number = '9174F' or cpu_model_number = '9184X' or cpu_model_number = '9274F' or cpu_model_number = '9354P' or cpu_model_number = '9374F' or cpu_model_number = '9384X' or cpu_model_number = '9454P' or cpu_model_number = '9474F' or cpu_model_number = '9554P' or cpu_model_number = '9654P' or cpu_model_number = '9684X' or cpu_model_number = '9754S' ) then 'Y' -- AMD Ryzen processors when cpu_sub_brand = 'Ryzen' then case when cpu_sub_brand_modifier = '3' and (cpu_model_number = '3100' or cpu_model_number = '4100' or cpu_model_number = '2300X' or cpu_model_number = '3200G' or cpu_model_number = '3200GE' or cpu_model_number = '3200U' or cpu_model_number = '3250C' or cpu_model_number = '3250U' or cpu_model_number = '3300U' or cpu_model_number = '3350U' or cpu_model_number = '4300G' or cpu_model_number = '4300GE' or cpu_model_number = '4300U' or cpu_model_number = '5125C' or cpu_model_number = '5300G' or cpu_model_number = '5300GE' or cpu_model_number = '5300U' or cpu_model_number = '5380U' or cpu_model_number = '5400U' or cpu_model_number = '5425C' or cpu_model_number = '5425U' or cpu_model_number = '7320e' or cpu_model_number = '7320U' or cpu_model_number = '7330U' or cpu_model_number = '7335U' or cpu_model_number = '7440U' or cpu_model_number = '8300G' ) then 'Y' when cpu_sub_brand_modifier = '3 PRO' and (cpu_model_number = '3200G' or cpu_model_number = '3200GE' or cpu_model_number = '3300U' or cpu_model_number = '4350G' or cpu_model_number = '4350GE' or cpu_model_number = '4355G' or cpu_model_number = '4355GE' or cpu_model_number = '4450U' or cpu_model_number = '5350G' or cpu_model_number = '5350GE' or cpu_model_number = '5450U' or cpu_model_number = '5475U' or cpu_model_number = '7330U' or cpu_model_number = '8300G' or cpu_model_number = '8300GE' ) then 'Y' when cpu_sub_brand_modifier = '5' and (cpu_model_number = '2600' or cpu_model_number = '3600' or cpu_model_number = '4500' or cpu_model_number = '5500' or cpu_model_number = '5600' or cpu_model_number = '7600' or cpu_model_number = '2500X' or cpu_model_number = '2600E' or cpu_model_number = '2600X' or cpu_model_number = '3350G' or cpu_model_number = '3350GE' or cpu_model_number = '3400G' or cpu_model_number = '3400GE' or cpu_model_number = '3450U' or cpu_model_number = '3500' or cpu_model_number = '3500C' or cpu_model_number = '3500U' or cpu_model_number = '3550H' or cpu_model_number = '3580U' or cpu_model_number = '3600X' or cpu_model_number = '3600XT' or cpu_model_number = '4500U' or cpu_model_number = '4600U' or cpu_model_number = '4600GE' or cpu_model_number = '4600H' or cpu_model_number = '4600U' or cpu_model_number = '5300G' or cpu_model_number = '5300GE' or cpu_model_number = '5425U' or cpu_model_number = '5500U' or cpu_model_number = '5560U' or cpu_model_number = '5600G' or cpu_model_number = '5600GE' or cpu_model_number = '5600H' or cpu_model_number = '5600HS' or cpu_model_number = '5600U' or cpu_model_number = '5600X' or cpu_model_number = '5625C' or cpu_model_number = '5625U' or cpu_model_number = '6600H' or cpu_model_number = '6600HS' or cpu_model_number = '6600U' or cpu_model_number = '7430U' or cpu_model_number = '7520U' or cpu_model_number = '7530U' or cpu_model_number = '7535HS' or cpu_model_number = '7535U' or cpu_model_number = '7540U' or cpu_model_number = '7600X' or cpu_model_number = '7640H' or cpu_model_number = '7640HS' or cpu_model_number = '7640S' or cpu_model_number = '7640U' or cpu_model_number = '7645HX' or cpu_model_number = '8500G' or cpu_model_number = '8600G' ) then 'Y' when cpu_sub_brand_modifier = '5 PRO' and (cpu_model_number = '2600' or cpu_model_number = '3600' or cpu_model_number = '5645' or cpu_model_number = '3350G' or cpu_model_number = '3350GE' or cpu_model_number = '3400G' or cpu_model_number = '3400GE' or cpu_model_number = '3500U' or cpu_model_number = '4650G' or cpu_model_number = '4650GE' or cpu_model_number = '4650U' or cpu_model_number = '4655G' or cpu_model_number = '5650G' or cpu_model_number = '5650GE' or cpu_model_number = '5650HS' or cpu_model_number = '5650HX' or cpu_model_number = '5650U' or cpu_model_number = '5675U' or cpu_model_number = '5750G' or cpu_model_number = '5750GE' or cpu_model_number = '6650H' or cpu_model_number = '6650HS' or cpu_model_number = '6650U' or cpu_model_number = '7530U' or cpu_model_number = '7535U' or cpu_model_number = '7540U' or cpu_model_number = '7640U' or cpu_model_number = '8500G' or cpu_model_number = '8600G' or cpu_model_number = '8600GE' or cpu_model_number = '8640HS' or cpu_model_number = '8640U' or cpu_model_number = '8645HS' ) then 'Y' when cpu_sub_brand_modifier = '7' and (cpu_model_number = '2700' or cpu_model_number = '5800' or cpu_model_number = '7700' or cpu_model_number = '2700E' or cpu_model_number = '2700X' or cpu_model_number = '3700C' or cpu_model_number = '3700U' or cpu_model_number = '3700X' or cpu_model_number = '3750H' or cpu_model_number = '3780U' or cpu_model_number = '3800X' or cpu_model_number = '3800XT' or cpu_model_number = '4700G' or cpu_model_number = '4700GE' or cpu_model_number = '4700U' or cpu_model_number = '4800H' or cpu_model_number = '4800HS' or cpu_model_number = '4800U' or cpu_model_number = '5700G' or cpu_model_number = '5700GE' or cpu_model_number = '5700U' or cpu_model_number = '5700X' or cpu_model_number = '5800H' or cpu_model_number = '5800HS' or cpu_model_number = '5800U' or cpu_model_number = '5800X' or cpu_model_number = '5800X3D' or cpu_model_number = '5825C' or cpu_model_number = '5825U' or cpu_model_number = '6800H' or cpu_model_number = '6800HS' or cpu_model_number = '6800U' or cpu_model_number = '6810U' or cpu_model_number = '7700' or cpu_model_number = '7700X' or cpu_model_number = '7730U' or cpu_model_number = '7735HS' or cpu_model_number = '7735U' or cpu_model_number = '7736U' or cpu_model_number = '7745HX' or cpu_model_number = '7800X3D' or cpu_model_number = '7840H' or cpu_model_number = '7840HS' or cpu_model_number = '7840S' or cpu_model_number = '7840U' or cpu_model_number = '8700G') then 'Y' when cpu_sub_brand_modifier = '7 PRO' and (cpu_model_number = '2700' or cpu_model_number = '2700X' or cpu_model_number = '3700' or cpu_model_number = '3700U' or cpu_model_number = '4750G' or cpu_model_number = '4750GE' or cpu_model_number = '4750U' or cpu_model_number = '5845' or cpu_model_number = '5850HS' or cpu_model_number = '5850HX' or cpu_model_number = '5850U' or cpu_model_number = '5875U' or cpu_model_number = '6850H' or cpu_model_number = '6850H' or cpu_model_number = '6850HS' or cpu_model_number = '6850U' or cpu_model_number = '6860Z' or cpu_model_number = '7730U' or cpu_model_number = '7840HS' or cpu_model_number = '7840U' or cpu_model_number = '8700G' or cpu_model_number = '8840HS' or cpu_model_number = '8840U' or cpu_model_number = '8845HS' or cpu_model_number = '8945HS') then 'Y' when cpu_sub_brand_modifier = '9' and (cpu_model_number = '3900' or cpu_model_number = '3900X' or cpu_model_number = '3900XT' or cpu_model_number = '3950X' or cpu_model_number = '4900H' or cpu_model_number = '4900HS' or cpu_model_number = '5900' or cpu_model_number = '5900HS' or cpu_model_number = '5900HX' or cpu_model_number = '5900X' or cpu_model_number = '5950X' or cpu_model_number = '5980HS' or cpu_model_number = '5980HX' or cpu_model_number = '6900HS' or cpu_model_number = '6980HS' or cpu_model_number = '6980HX' or cpu_model_number = '7900' or cpu_model_number = '7900X' or cpu_model_number = '7900X3D' or cpu_model_number = '7940H' or cpu_model_number = '7940HS' or cpu_model_number = '7945HX' or cpu_model_number = '7950X' or cpu_model_number = '7950X3D' ) then 'Y' when cpu_sub_brand_modifier = '9 PRO' and (cpu_model_number = '3900' or cpu_model_number = '5945' or cpu_model_number = '6950H' or cpu_model_number = '6950HS') then 'Y' when cpu_sub_brand_modifier = 'Embedded' and (cpu_model_number = 'V2516' or cpu_model_number = 'V2546' or cpu_model_number = 'V2718' or cpu_model_number = 'V2748') then 'Y' when cpu_sub_brand_modifier = 'Threadripper' and (cpu_model_number = '2920X' or cpu_model_number = '2950X' or cpu_model_number = '2970WX' or cpu_model_number = '2990WX' or cpu_model_number = '3960X' or cpu_model_number = '3970X' or cpu_model_number = '3990X') then 'Y' when cpu_sub_brand_modifier = 'Threadripper PRO' and (cpu_model_number = '3945WX' or cpu_model_number = '3955WZ' or cpu_model_number = '3975WX' or cpu_model_number = '3995WX' or cpu_model_number = '5945WX' or cpu_model_number = '5955WZ' or cpu_model_number = '5965WZ' or cpu_model_number = '5975WX' or cpu_model_number = '5995WX' ) then 'Y' else 'N' end -- AMD Ryzen's cpu_sub_brand_modifier else -- Unsupported AMD cpu_sub_brand 'N' end else -- Unsupported cpu_brand 'N' end as cpu_support_status from base_sql s ), status_sql as ( select s.*, case -- First check for incompatible hardware/software when (node_cpu_speed_ghz < 1.0) or (node_per_cpu_cores < 2) or (ram_alloc_gb < 4.0) or (node_cpu_bitwidth is not null and node_cpu_bitwidth < 64.0) or (node_disk0_c_free_gb < 20.0) -- or (node_gpu_color_depth is not null and node_gpu_color_depth < 8) or (os_dx12orwddm2 is not null and os_dx12orwddm2 is false) -- or (max_display_res_y is not null and max_display_res_y < 720) -- or (max_display_size_in_inches is not null and max_display_size_in_inches < 9) or (machine_bios_uefi_capable is not null and machine_bios_uefi_capable is false) or (machine_secure_boot is not null and machine_secure_boot = 'Not supported') or (machine_tpm_specification is not null and machine_tpm_specification is false) or (cpu_support_status = 'N') then 'Unsupported' -- Then check for partial/maybe support (when values are NULL) when node_cpu_bitwidth is null or (node_disk0_c_free_gb is null) -- or node_gpu_color_depth is null or os_dx12orwddm2 is null -- or max_display_res_y is null -- or max_display_size_in_inches is null or machine_bios_uefi_capable is null or machine_secure_boot is null or machine_tpm_specification is null or (cpu_support_status is null) then 'Partial' -- Otherwise it's supported else 'Supported' end as win11_inplace_upgrade_label, case -- First check for incompatible hardware/software when (node_cpu_speed_ghz < 1.0) or (node_per_cpu_cores < 2) or (ram_alloc_gb < 4.0) or (node_cpu_bitwidth is not null and node_cpu_bitwidth < 64.0) or (node_disk0_c_size_gb < 64.0) -- or (node_gpu_color_depth is not null and node_gpu_color_depth < 8) or (os_dx12orwddm2 is not null and os_dx12orwddm2 is false) -- or (max_display_res_y is not null and max_display_res_y < 720) -- or (max_display_size_in_inches is not null and max_display_size_in_inches < 9) or (machine_bios_uefi_capable is not null and machine_bios_uefi_capable is false) or (machine_secure_boot is not null and machine_secure_boot = 'Not supported') or (machine_tpm_specification is not null and machine_tpm_specification is false) or (cpu_support_status = 'N') then 'Unsupported' -- Then check for partial/maybe support (when values are NULL) when node_cpu_bitwidth is null or (node_disk0_c_size_gb is null) -- or node_gpu_color_depth is null or os_dx12orwddm2 is null -- or max_display_res_y is null -- or max_display_size_in_inches is null or machine_bios_uefi_capable is null or machine_secure_boot is null or machine_tpm_specification is null or (cpu_support_status is null) then 'Partial' -- Otherwise it's supported else 'Supported' end as win11_image_upgrade_label from base_with_cpu_support_sql s ), by_make as ( select s.machine_make, count(distinct s.node_id) as machine_count from status_sql s where s.win11_inplace_upgrade_label = 'Unsupported' and s.win11_image_upgrade_label = 'Unsupported' group by s.machine_make order by machine_count desc limit ? ) select * from by_make; ]]>

2.0 In 5 -5 0 0 Unknown ]]>

machine_model dimension

machine_model

machine_count measure

machine_count

1 machine_model string 2 machine_count decimal

Portal

1 machine_model machine_model string 12 2 machine_count machine_count decimal -5

'vendor' as bios_vendor, -- bios_info->'smbBios' as bios_smbBios, -- bios_info->'version' as bios_version, -- bios_info->'revision' as bios_revision, -- date_trunc('day', cast(bios_info->'releaseDate' as timestamptz)) as bios_release_date, case when length(bios_info->'uefiCapable'::text) is null then null else case when bios_info->'uefiCapable' = 'false' then 'N' else 'Y' end end as bios_uefi_capable, case when length(bios_info->'uefiEnabled'::text) is null then null else case when bios_info->'uefiEnabled' = 'false' then 'N' else 'Y' end end as bios_uefi_enabled, -- tpm_info->'manufacturer' as tpm_manufacturer, -- tpm_info->'version' as tpm_version, -- (case when length(tpm_info->'owned'::text) is null then null else (case when tpm_info->'owned' = 'false' then 'N' else 'Y' end) end) as tpm_owned, -- (case when length(tpm_info->'active'::text) is null then null else (case when tpm_info->'active' = 'false' then 'N' else 'Y' end) end) as tpm_active, -- (case when length(tpm_info->'enabled'::text) is null then null else (case when tpm_info->'enabled' = 'false' then 'N' else 'Y' end) end) as tpm_enabled, tpm_info->'specification' as tpm_specification from tnt_config.node_hardware -- where -- id = 361955 -- id = 1219 ), -- node_cpus1 as ( -- select -- hardware_id, -- string_agg(distinct model, ', ') as node_cpu_model, -- string_agg(distinct rtrim(split_part(split_part(split_part(model, 'processor', 1), 'Processor', 1), 'CPU', 1)), ',') as node_cpu_short_models, -- array_agg(distinct bitwidth) as node_cpu_3264_bit, -- cpu_manufacturer, -- case -- when (cpu_manufacturer = 'AMD') then (trim(both ' ' from split_part(split_part(model, 'AMD ', 2), ' ', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then 'Pentium' -- trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then 'Atom' -- trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Core ') > 1)) then 'Core' -- (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), ' ', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then 'Xeon' -- (trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1))) -- end as cpu_class, -- case -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Opteron ') > 1)) then (trim(both ' ' from split_part(model, 'AMD Opteron Processor ', 2))) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Turion ') > 1)) then (replace(trim(both ' ' from split_part(model, 'AMD Turion ', 2)), 'Dual-Core ', '')) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then (replace(trim(both ' ' from split_part(model, 'AMD Ryzen ', 2)), 'Eight-Core Processor', '')) -- when (cpu_manufacturer = 'AMD') then (trim(both ' ' from split_part(split_part(model, 'AMD ', 2), ' ', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Core ') > 1)) then (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), ' ', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then (trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1))) -- end as cpu_model_number, -- case -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Opteron ') > 1)) then (trim(both ' ' from split_part(model, 'AMD Opteron Processor ', 2))) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Turion ') > 1)) then (replace(trim(both ' ' from split_part(model, 'AMD Turion ', 2)), 'Dual-Core ', '')) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then (replace(trim(both ' ' from split_part(model, 'AMD Ryzen ', 2)), 'Eight-Core Processor', '')) -- when (cpu_manufacturer = 'AMD') then (trim(both ' ' from split_part(split_part(model, 'AMD ', 2), ' ', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Core ') > 1) and (strpos(model, '-') > 1)) -- then -- (case -- when (cast(left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) as int) <= 11 ) -- then left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) -- when ((cast(left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) as int) >= 20)) -- then left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),1) -- end) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then (trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1))) -- end as cpu_generation, -- case -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Opteron ') > 1)) then 'AMD Opteron ' || (trim(both ' ' from split_part(model, 'AMD Opteron Processor ', 2))) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Turion ') > 1)) then 'AMD Turion ' || replace(trim(both ' ' from split_part(model, 'AMD Turion ', 2)), 'Dual-Core ', '') -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then 'AMD Ryzen ' || replace(trim(both ' ' from split_part(model, 'AMD Ryzen ', 2)), 'Eight-Core Processor', '') -- when (cpu_manufacturer = 'AMD') then (trim(both ' ' from 'AMD ' || split_part(split_part(model, 'AMD ', 2), ' ', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then 'Intel Pentium ' || trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then 'Intel Atom ' || trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Core ') > 1)) then (trim(both ' ' from split_part(model, ' CPU ', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then 'Intel Xeon ' || (trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1))) -- end as cpu_manu_class_model_number, -- count(*) as node_cpu_count, -- round(avg(speed_mhz)::numeric,0) as node_per_cpu_mhz, -- round(avg(cores)::numeric,0) as node_per_cpu_cores, -- sum(cores) as node_cpu_cores, -- round(sum(cores*speed_mhz)::numeric,0) as total_cpu_mhz -- from -- tnt_config.node_hardware_cpus -- group by -- hardware_id -- ), node_cpus as ( select hardware_id, string_agg(distinct model, ', ') as node_cpu_model, string_agg(distinct trim(regexp_replace(replace(replace(replace(replace(replace(split_part(model, ' @', 1), ' processor', ''), ' Processor', ''), ' CPU', ''), ' Eight-Core', ''), ' 8-Core', ''), '\s+', ' ', 'g')), ',') as node_cpu_short_models, string_agg(distinct case when (cpu_manufacturer = 'AMD' and (strpos(model, 'Opteron ') > 1)) then (trim(both ' ' from split_part(model, 'AMD Opteron Processor ', 2))) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Turion ') > 1)) then (replace(trim(both ' ' from split_part(model, 'AMD Turion ', 2)), 'Dual-Core ', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen 3 PRO ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen 3 PRO ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen 3 ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen 3 ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen 5 PRO ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen 5 PRO ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen 5 ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen 5 ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen 7 PRO ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen 7 PRO ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen 7 ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen 7 ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen 9 PRO ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen 9 PRO ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen 9 ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen 9 ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ThreadRipper PRO ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen ThreadRipper PRO ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ThreadRipper ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen ThreadRipper ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen Embedded ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), ' Ryzen Embedded ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then (replace(replace(trim(both ' ' from split_part(split_part(model, ' with ', 1), 'AMD Ryzen ', 2)), 'Eight-Core Processor', ''), ' 8-Core Processor', '')) when (cpu_manufacturer = 'AMD') then (trim(both ' ' from split_part(split_part(model, 'AMD ', 2), ' ', 1))) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium Gold ') >= 1)) then trim(both ' ' from split_part(split_part(model, ' CPU', 1), 'Pentium ', 2)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium Silver ') >= 1)) then trim(both ' ' from split_part(split_part(model, ' CPU', 1), 'Pentium ', 2)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then trim(both ' ' from split_part(split_part(model, 'Intel Atom ', 2), ' CPU', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Celeron CPU ') > 1)) then trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Celeron ') > 1) and (strpos(model, 'CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, 'Intel Celeron ', 2), ' CPU', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Celeron ') > 1) and (strpos(model, ' @ ') > 1)) then trim(both ' ' from split_part(model, ' ', 3)) when (cpu_manufacturer = 'Intel' and (strpos(model, ' Core Ultra ') > 1)) then (trim(both ' ' from split_part(model, ' ', 5))) when (cpu_manufacturer = 'Intel' and (strpos(model, ' Core ') > 1)) then (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), ' ', 1))) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Core2 Duo') > 1)) then split_part(model, ' ', 5) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Core2') > 1)) then split_part(model, ' ', 6) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Platinum') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 4)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Platinum') > 1) and (strpos(model, ' CPU @ ') <= 1)) then trim(both ' ' from split_part(model, ' ', 4)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Gold') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 4)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Gold') > 1) and (strpos(model, ' CPU @ ') <= 1)) then trim(both ' ' from split_part(model, ' ', 4)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Silver') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 4)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Silver') > 1) and (strpos(model, ' CPU @ ') <= 1)) then trim(both ' ' from split_part(model, ' ', 4)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Bronze') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 4)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 3)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1) and (strpos(model, ' @ ') <= 1)) then trim(both ' ' from split_part(model, ' ', 3)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then (trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1))) end, ',') as cpu_model_number, max(bitwidth) as node_cpu_bitwidth, string_agg(distinct cpu_manufacturer, ',') as cpu_brand, string_agg(distinct case when (cpu_manufacturer = 'AMD') then (trim(both ' ' from split_part(split_part(model, 'AMD ', 2), ' ', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium Gold ') >= 1)) then trim(both ' ' from split_part(split_part(model, 'Pentium ', 2), ' ', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium Silver ') >= 1)) then trim(both ' ' from split_part(split_part(model, 'Pentium ', 2), ' ', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then 'Pentium' -- trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then 'Atom' -- trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Celeron ') > 1)) then 'Celeron' -- trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, ' Core ') > 1)) then 'Core' -- (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), ' ', 1))) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Core2') > 1)) then 'Core2' -- (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), ' ', 1))) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then 'Xeon' -- (trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1))) end, ',') as cpu_sub_brand, -- string_agg(distinct case -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'EPYC ') > 1)) then null -- -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen Embedded ') > 1)) then left(trim(both ' ' from split_part(model, 'Embedded', 2)), 1) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1) and (strpos(model, ' PRO ') > 1)) then left(trim(both ' ' from split_part(split_part(model, 'Ryzen ', 2), ' PRO ', 1)), 1) || ' PRO' -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then left(trim(both ' ' from split_part(model, 'Ryzen ', 2)), 1) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium Gold ') >= 1)) then trim(both ' ' from split_part(split_part(model, 'Pentium ', 2), ' ', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium Silver ') >= 1)) then trim(both ' ' from split_part(split_part(model, 'Pentium ', 2), ' ', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then 'Pentium' -- trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then 'Atom' -- trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Celeron CPU ') > 1)) -- then ( -- case -- when ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) >= 48 and ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) <= 57 -- then null -- else left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1) -- end) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Celeron ') > 1) and (strpos(model, 'CPU @ ') > 1)) then left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron ', 2), ' CPU', 1)), 1) -- when (cpu_manufacturer = 'Intel' and (strpos(model, ' Core ') > 1) and (strpos(model, '-') > 1)) then (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), '-', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, ' Core ') > 1) and (strpos(model, ' Core Ultra ') > 1)) then (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), ' ', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Core2') > 1) and (strpos(model, '-') > 1)) then (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), '-', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Platinum ') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 3)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Gold ') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 3)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Silver ') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 3)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon Bronze ') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 3)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon CPU ') > 1) and (strpos(model, ' @ ') > 1)) then left(trim(both ' ' from split_part(split_part(model, ' @ ', 1), 'Intel Xeon CPU ', 2)), 1) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1) and (strpos(model, ' CPU @ ') > 1)) then (trim(both ' ' from split_part(split_part(model, ' ', 3), '-', 1))) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then (trim(both ' ' from split_part(split_part(model, ' CPU ', 2), '-', 1))) -- end, ',') as cpu_sub_brand_modifier, string_agg(distinct (case when (cpu_manufacturer = 'AMD') then (case when (strpos(model, 'EPYC ') > 1) then null when (strpos(model, ' Ryzen ') > 1) then (case when (strpos(model, ' Embedded ') > 1) then left(trim(both ' ' from split_part(model, 'Embedded', 2)), 1) when (strpos(model, ' PRO ') > 1) then left(trim(both ' ' from split_part(split_part(model, 'Ryzen ', 2), ' PRO ', 1)), 1) || ' PRO' else left(trim(both ' ' from split_part(model, ' Ryzen ', 2)), 1) end) else null end) when (cpu_manufacturer = 'Qualcomm') then null when (cpu_manufacturer = 'Intel') then (case when (strpos(model, ' Atom ') > 1) then 'Atom' when (strpos(model, ' Celeron ') > 1) then (case when ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) >= 48 and ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) <= 57 then null when (strpos(model, ' CPU @ ') > 1) then left(trim(both ' ' from split_part(split_part(model, ' Celeron ', 2), ' CPU', 1)), 1) when (strpos(model, ' @ ') > 1) then left(trim(both ' ' from split_part(split_part(model, ' Celeron ', 2), ' @ ', 1)), 1) -- else left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1) else null end) when (strpos(model, ' Core ') > 1) then (case when (strpos(model, '-') > 1) then (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), '-', 1))) when (strpos(model, ' Ultra ') > 1) then (trim(both ' ' from split_part(split_part(model, 'Intel Core ', 2), ' ', 1))) else null end) when (strpos(model, ' Core2 ') > 1) then (case when (strpos(model, ' Duo ') > 1 or strpos(model, ' Quad ') > 1) then trim(both ' ' from split_part(split_part(model, ' Core2 ', 2), ' ', 1)) else null end) when (strpos(model, ' Pentium ') > 1) then (case when (strpos(model, ' Gold ') > 1 or strpos(model, ' Silver ') > 1) then trim(both ' ' from split_part(split_part(model, ' Pentium ', 2), ' ', 1)) else null end) when (strpos(model, ' Xeon ') > 1) then (case when ((strpos(model, ' Platinum ') > 1 or strpos(model, ' Gold ') > 1 or strpos(model, ' Silver ') > 1 or strpos(model, ' Bronze ') > 1) and (strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 3)) when ((strpos(model, ' Platinum ') > 1 or strpos(model, ' Gold ') > 1 or strpos(model, ' Silver ') > 1 or strpos(model, ' Bronze ') > 1) and (strpos(model, ' CPU @ ') <= 1)) then trim(both ' ' from split_part(model, ' ', 3)) when ((strpos(model, ' CPU ') > 1) and (strpos(model, ' @ ') > 1)) then left(trim(both ' ' from split_part(split_part(model, ' @ ', 1), 'Intel Xeon CPU ', 2)), 1) when ((strpos(model, ' CPU @ ') > 1)) then trim(both ' ' from split_part(split_part(model, ' ', 3), '-', 1)) when ((strpos(model, '-') > 1)) then trim(both ' ' from split_part(split_part(model, ' Xeon ', 2), '-', 1)) else null end) when (strpos(model, ' Processor ') > 1) then null else null end) else null end), ',') as cpu_sub_brand_modifier, max( case when (cpu_manufacturer = 'AMD') then null when (cpu_manufacturer = 'Qualcomm') then null when (cpu_manufacturer = 'Intel') then ( case -- when (strpos(model, ' Atom ') > 1) -- then null -- when (strpos(model, ' Celeron ') > 1) -- then null -- when (strpos(model, ' Core Ultra ') > 1) -- then cast(left(trim(both ' ' from split_part(model, ' ', 5)), 1) as integer) -- when (strpos(model, ' Core ') > 1) -- then ( -- case -- when (strpos(model, 'th Gen ') > 1) and (strpos(model, '-') > 1) -- then cast(left(trim(both ' ' from split_part(model, '-', 2)), 2) as integer) -- when (strpos(model, 'th Gen ') <= 1) and (strpos(model, '-') > 1) and (length(split_part(split_part(model, '-', 2), ' ', 1)) >= 6) -- then cast(left(trim(both ' ' from split_part(model, '-', 2)), 2) as integer) -- when (strpos(model, 'th Gen ') <= 1) and (strpos(model, '-') > 1) -- then cast(left(trim(both ' ' from split_part(model, '-', 2)), 1) as integer) -- else null -- end) -- when (strpos(model, ' Pentium ') > 1) -- then null -- when (strpos(model, ' Processor ') > 1) -- then null when (strpos(model, ' Xeon ') > 1) then ( case when (strpos(model, ' Platinum ') > 1) or (strpos(model, ' Gold ') > 1) or (strpos(model, ' Silver ') > 1) or (strpos(model, ' Bronze ') > 1) then cast(left(trim(both ' ' from split_part(model, ' ', 4)), 1) as integer) else null end) else null end) else null end)::integer as cpu_sku_level, max( case when (cpu_manufacturer = 'AMD') then null when (cpu_manufacturer = 'Qualcomm') then null when (cpu_manufacturer = 'Intel') then ( case when (strpos(model, ' Atom ') > 1) then null when (strpos(model, ' Celeron ') > 1) then null when (strpos(model, ' Core Ultra ') > 1) then cast(left(trim(both ' ' from split_part(model, ' ', 5)), 1) as integer) when (strpos(model, ' Core ') > 1) then ( case when (strpos(model, 'th Gen ') > 1) and (strpos(model, '-') > 1) then cast(left(trim(both ' ' from split_part(model, '-', 2)), 2) as integer) when (strpos(model, 'th Gen ') <= 1) and (strpos(model, '-') > 1) and (length(split_part(split_part(model, '-', 2), ' ', 1)) >= 6) then cast(left(trim(both ' ' from split_part(model, '-', 2)), 2) as integer) when (strpos(model, 'th Gen ') <= 1) and (strpos(model, '-') > 1) then cast(left(trim(both ' ' from split_part(model, '-', 2)), 1) as integer) else null end) when (strpos(model, ' Pentium ') > 1) then null when (strpos(model, ' Processor ') > 1) then null when (strpos(model, ' Xeon ') > 1) then ( case when (strpos(model, ' Platinum ') > 1) or (strpos(model, ' Gold ') > 1) or (strpos(model, ' Silver ') > 1) or (strpos(model, ' Bronze ') > 1) then cast(right(left(trim(both ' ' from split_part(model, ' ', 4)), 2), 1) as integer) else null end) else null end) else null end)::integer as cpu_generation, -- string_agg(distinct case -- -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Opteron ') > 1)) then (trim(both ' ' from split_part(model, 'AMD Opteron Processor ', 2))) -- -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Turion ') > 1)) then (replace(trim(both ' ' from split_part(model, 'AMD Turion ', 2)), 'Dual-Core ', '')) -- -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then (replace(trim(both ' ' from split_part(model, 'AMD Ryzen ', 2)), 'Eight-Core Processor', '')) -- -- when (cpu_manufacturer = 'AMD') then (trim(both ' ' from split_part(split_part(model, 'AMD ', 2), ' ', 1))) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen Embedded ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, ' Embedded ', 2), ' ', 1)), 4, 2) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1) and (strpos(model, ' PRO ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, 'Ryzen ', 2), ' PRO ', 2)), 2, 4) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, 'AMD Ryzen ', 2), ' ', 2)), 3, 2) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium Gold ') >= 1)) then trim(both ' ' from split_part(split_part(model, 'Pentium Gold ', 2), ' CPU ', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium Silver ') >= 1)) then trim(both ' ' from split_part(split_part(model, 'Pentium Silver ', 2), ' CPU ', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1)) -- -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Celeron CPU ') > 1)) -- then (case when ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) >= 48 and ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) <= 57 -- then left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 4) -- else right(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 4) -- end) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Celeron ') > 1) and (strpos(model, 'CPU @ ') > 1)) then right(trim(both ' ' from split_part(split_part(model, 'Intel Celeron ', 2), ' CPU', 1)), 4) -- when (cpu_manufacturer = 'Intel' and (strpos(model, ' Core ') > 1) and (strpos(model, '-') > 1)) -- then -- (case -- -- Check if Intel, Core, and m3, m5, m7, then the first number after the - is supposed to be the SKU -- when ((strpos(lower(model), ' m3-') > 1) and (left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),1) ~ '^\d+(\.\d+)?$')) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) -- when ((strpos(lower(model), ' m5-') > 1) and (left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),1) ~ '^\d+(\.\d+)?$')) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) -- when ((strpos(lower(model), ' m7-') > 1) and (left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),1) ~ '^\d+(\.\d+)?$')) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) -- -- Check if Intel, Core, and i3, i5, i7, i9, then the first number after the - is supposed to be the SKU -- when ((strpos(lower(model), ' i3-') > 1) and (left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),1) ~ '^\d+(\.\d+)?$')) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) -- when ((strpos(lower(model), ' i5-') > 1) and (left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),1) ~ '^\d+(\.\d+)?$')) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) -- when ((strpos(lower(model), ' i7-') > 1) and (left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),1) ~ '^\d+(\.\d+)?$')) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) -- when ((strpos(lower(model), ' i9-') > 1) and (left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),1) ~ '^\d+(\.\d+)?$')) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) -- -- Check if Intel, Core and contains 'th Gen' to figure out generation -- when (strpos(lower(model), 'th gen ') > 1) -- then right(trim(both ' ' from split_part(model, '-', 2)), 3) -- when (cast(left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) as int) <= 11 and (strpos(model, 'G') > 1)) -- -- when (cast(left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) as int) <= 11 ) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),3, 2) -- when (cast(left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) as int) <= 11 and (strpos(model, 'G') <= 0)) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),3, 3) -- when ((cast(left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) as int) >= 20)) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2, 3) -- end) -- when (cpu_manufacturer = 'Intel' and (strpos(model, ' Core ') > 1) and (strpos(model, 'Ultra') > 1)) -- then trim(both ' ' from split_part(model, ' ', 5)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1) and (strpos(model, ' CPU @ ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, ' CPU @ ', 1), ' ', 4)), 3, 2) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon CPU ') > 1) and (strpos(model, ' @ ') > 1)) then right(trim(both ' ' from split_part(split_part(model, ' @ ', 1), 'Intel Xeon CPU ', 2)), 2) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, ' CPU ', 2), '-', 2)), 3, 2) -- end, ',') as cpu_sku, string_agg(distinct case when (cpu_manufacturer = 'AMD') then (case when ((strpos(model, 'Ryzen Embedded ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, ' Embedded ', 2), ' ', 1)), 4, 2) when ((strpos(model, 'Ryzen ') > 1) and (strpos(model, ' PRO ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, 'Ryzen ', 2), ' PRO ', 2)), 2, 4) when ((strpos(model, 'Ryzen ') > 1) and (strpos(model, ' PRO ') <= 1)) then substr(trim(both ' ' from split_part(split_part(model, 'AMD Ryzen ', 2), ' ', 2)), 3, 2) when ((strpos(model, 'Athlon II ') > 1)) then trim(both ' ' from split_part(split_part(model, ' Athlon II ', 2), ' ', 2)) when ((strpos(model, 'Athlon ') > 1) and (strpos(model, 'Athlon II ') <= 1)) then trim(both ' ' from split_part(split_part(model, ' Athlon ', 2), ' ', 2)) else null end) when (cpu_manufacturer = 'Qualcomm') then null when (cpu_manufacturer = 'Intel') then (case when (strpos(model, ' Atom ') > 1) then null when (strpos(model, ' Celeron ') > 1) then (case when (strpos(model, 'Celeron CPU ') > 1) then (case when ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) >= 48 and ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) <= 57 then left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 4) else right(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 4) end) when ((strpos(model, ' Celeron ') > 1) and (strpos(model, 'CPU @ ') > 1)) then split_part(model, ' ', 3) when ((strpos(model, ' Celeron ') > 1) and (strpos(model, ' @ ') > 1)) then split_part(model, ' ', 3) else null end) when (strpos(model, ' Core ') > 1) then (case when (strpos(model, ' Ultra ') > 1) then split_part(model, ' ', 5) when (strpos(model, 'th Gen ') > 1) and (strpos(model, '-') > 1) then split_part(split_part(model, '-', 2), ' ', 1) when (strpos(model, 'th Gen ') <= 1) and (strpos(model, '-') > 1) then split_part(split_part(model, '-', 2), ' ', 1) else null end) when (strpos(model, ' Core2 ') > 1) then (case when (strpos(model, ' Duo ') > 1) then split_part(model, ' ', 5) else null end) when (strpos(model, ' Pentium ') > 1) then (case when ((strpos(model, ' Gold ') > 1)) then trim(both ' ' from split_part(split_part(model, ' Gold ', 2), ' CPU ', 1)) when ((strpos(model, ' Silver ') > 1)) then trim(both ' ' from split_part(split_part(model, ' Silver ', 2), ' CPU ', 1)) when ((strpos(model, 'Pentium ') >= 1)) then trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1)) else null end) when (strpos(model, ' Xeon ') > 1) then (case when (strpos(model, ' Platinum ') > 1) or (strpos(model, ' Gold ') > 1) or (strpos(model, ' Silver ') > 1) or (strpos(model, ' Bronze ') > 1) then substr(split_part(model, ' ', 4), 3, 2) when ((strpos(model, 'Xeon CPU ') > 1) and (strpos(model, ' @ ') > 1)) then right(trim(both ' ' from split_part(split_part(model, ' @ ', 1), 'Intel Xeon CPU ', 2)), 2) -- when (strpos(model, ' CPU @ ') > 1) -- then substring(split_part(split_part(model, ' CPU @ ', 1), ' ', 4), 3, 2) when (strpos(model, ' CPU @ ') > 1) then split_part(split_part(model, ' CPU @ ', 1), '-', 2) when ((strpos(model, 'Xeon ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, ' CPU ', 2), '-', 2)), 3, 2) else null end) when (strpos(model, ' Processor ') > 1) then null else null end) else null end, ',') as cpu_sku, -- string_agg(distinct case -- -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Opteron ') > 1)) then (trim(both ' ' from split_part(model, 'AMD Opteron Processor ', 2))) -- -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Turion ') > 1)) then (replace(trim(both ' ' from split_part(model, 'AMD Turion ', 2)), 'Dual-Core ', '')) -- -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then (replace(trim(both ' ' from split_part(model, 'AMD Ryzen ', 2)), 'Eight-Core Processor', '')) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen Embedded ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, ' Embedded ', 2), ' ', 1)), 6, 1) -- when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then substr(trim(both ' ' from split_part(split_part(model, 'AMD Ryzen ', 2), ' ', 2)), 5, 1) -- -- when (cpu_manufacturer = 'AMD') then (trim(both ' ' from split_part(split_part(model, 'AMD ', 2), ' ', 1))) -- -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Celeron CPU ') > 1)) -- then (case when ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) >= 48 and ascii(left(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1)) <= 57 -- then right(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 1) -- -- else right(trim(both ' ' from split_part(split_part(model, 'Intel Celeron CPU ', 2), ' @ ', 1)), 4) -- end) -- when (cpu_manufacturer = 'Intel' and (strpos(model, ' Core ') > 1) and (strpos(model, '-') > 1)) -- then -- (case -- when (cast(left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) as int) <= 11 and (strpos(model, 'G') > 1)) -- then right(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)), 2) -- when (cast(left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) as int) <= 11 and (strpos(model, 'G') <= 0)) -- then right(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)), 1) -- when ((cast(left(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)),2) as int) >= 20)) -- then substr(trim(both ' ' from split_part(split_part(model, '-', 2), ' ', 1)), 5, 2) -- end) -- -- when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then (trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1))) -- end, ',') as cpu_suffix, string_agg(distinct case when (cpu_manufacturer = 'AMD' and (strpos(model, 'Opteron ') > 1)) then 'AMD Opteron ' || (trim(both ' ' from split_part(model, 'AMD Opteron Processor ', 2))) when (cpu_manufacturer = 'AMD' and (strpos(model, 'Turion ') > 1)) then 'AMD Turion ' || replace(trim(both ' ' from split_part(model, 'AMD Turion ', 2)), 'Dual-Core ', '') when (cpu_manufacturer = 'AMD' and (strpos(model, 'Ryzen ') > 1)) then 'AMD Ryzen ' || replace(trim(both ' ' from split_part(model, 'AMD Ryzen ', 2)), 'Eight-Core Processor', '') when (cpu_manufacturer = 'AMD') then (trim(both ' ' from 'AMD ' || split_part(split_part(model, 'AMD ', 2), ' ', 1))) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Pentium ') >= 1)) then 'Intel Pentium ' || trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Atom ') > 1)) then 'Intel Atom ' || trim(both ' ' from split_part(split_part(model, ' CPU', 2), '@', 1)) when (cpu_manufacturer = 'Intel' and (strpos(model, ' Core ') > 1)) then (trim(both ' ' from split_part(model, ' CPU ', 1))) when (cpu_manufacturer = 'Intel' and (strpos(model, 'Xeon ') > 1)) then 'Intel Xeon ' || (trim(both ' ' from split_part(split_part(model, ' CPU ', 2), ' @', 1))) end, ',') as cpu_manu_class_model_number, count(*) as node_cpu_count, round(avg(speed_mhz)::numeric,0) as node_per_cpu_mhz, round(avg(cores)::numeric,0) as node_per_cpu_cores, sum(cores) as node_cpu_cores, round(sum(cores*speed_mhz)::numeric,0) as total_cpu_mhz from ( select h.hardware_id, replace(replace(replace(h.model, '(R)', ''), '(TM)', ''), '(tm)', '') as model, case when split_part(replace(replace(replace(h.model, '(R)', ''), '(TM)', ''), '(tm)', ''), ' ', 1) ilike 'Pentium' then 'Intel' when strpos(model, 'Intel') > 1 then 'Intel' when strpos(model, 'AMD') > 1 then 'AMD' else split_part(replace(replace(replace(h.model, '(R)', ''), '(TM)', ''), '(tm)', ''), ' ', 1) end as cpu_manufacturer, h.bitwidth, h.cores as cores, h.speed_mhz from tnt_config.node_hardware_cpus h ) h group by hardware_id ), -- node_ram1 as ( -- with -- latest_sum_report as ( -- select -- sumrpt.node_id as node_id, -- max(sumrpt.start_date) as start_date, -- max(sumrpt.end_date) as end_date -- from -- tnt_audit.summaryreports sumrpt -- group by -- sumrpt.node_id -- ) -- select -- sumrpts.node_id as node_id, -- round((avg(sumrpts.mem_alloc)/1048576)::numeric, 3) as node_ram_allocated_gb -- from -- tnt_audit.summaryreports sumrpts, latest_sum_report lsr -- where -- sumrpts.node_id = lsr.node_id -- and sumrpts.start_date = lsr.start_date -- and sumrpts.end_date = lsr.end_date -- and sumrpts.end_date between lsr.start_date and lsr.end_date -- group by -- sumrpts.node_id -- ), -- node_ram2 as ( -- select -- sumrpts.node_id as node_id, -- round((avg(sumrpts.mem_alloc)/1048576)::numeric, 3) as node_ram_allocated_gb -- from -- tnt_audit.summaryreports sumrpts -- join tnt_config.node nde on (nde.id = sumrpts.node_id and nde.delete_time is null) -- where -- -- sumrpts.node_id = nde.id -- -- and sumrpts.start_date = nde.last_report_seen_start_date -- -- and sumrpts.end_date = nde.last_report_seen_end_date -- -- and sumrpts.end_date between nde.last_report_seen_start_date and nde.last_report_seen_end_date -- (sumrpts.end_date >= nde.last_report_seen_end_date) -- group by -- sumrpts.node_id -- ), node_ram as ( select sumrpts.node_id as node_id, round((avg(sumrpts.mem_alloc)/1048576)::numeric, 3) as node_ram_allocated_gb from tnt_audit.summaryreports sumrpts, ( select sumrpt.node_id as node_id, max(sumrpt.start_date) as start_date, max(sumrpt.end_date) as end_date from tnt_audit.summaryreports sumrpt group by sumrpt.node_id ) lsr where sumrpts.node_id = lsr.node_id and sumrpts.start_date = lsr.start_date and sumrpts.end_date = lsr.end_date and sumrpts.end_date between lsr.start_date and lsr.end_date group by sumrpts.node_id ), -- node_disk1 as ( -- with -- last_node_disk as ( -- select -- part_stats.node_id as node_id, -- max(part_stats.start_date) as start_date, -- max(part_stats.end_date) as end_date -- from -- tnt_audit.summaryreport_partition_stats part_stats -- group by -- part_stats.node_id -- ), -- part_stats as ( -- select -- part_stats.node_id as node_id, -- part_stats.disk_id as node_physical_disk_id, -- string_agg(distinct part_stats.name, ',') as node_disk_names, -- sum(part_stats.size) as node_per_disk_size_kb, -- sum(part_stats.avg_used) as node_per_disk_used_kb -- from -- tnt_audit.summaryreport_partition_stats part_stats, last_node_disk -- where -- part_stats.node_id = last_node_disk.node_id -- and part_stats.start_date = last_node_disk.start_date -- and part_stats.end_date = last_node_disk.end_date -- and part_stats.end_date between last_node_disk.start_date and last_node_disk.end_date -- and part_stats.local_type ilike 'local' -- group by -- part_stats.node_id, part_stats.disk_id -- ) -- select -- part_stats.node_id as node_id, -- round(max(part_stats.node_per_disk_size_kb)::numeric/1048576.0, 0) as node_max_disk_size_gb, -- round(max(part_stats.node_per_disk_used_kb)::numeric/1048576.0, 0) as node_max_disk_used_gb, -- round(sum(part_stats.node_per_disk_size_kb)::numeric/1048576, 0) as node_total_disk_size_gb, -- round(sum(part_stats.node_per_disk_used_kb)::numeric/1048576, 0) as node_total_disk_used_gb -- from -- part_stats -- group by -- part_stats.node_id -- ), -- node_disk2 as ( -- select -- part_stats.node_id as node_id, -- round(max(part_stats.node_per_disk_size_kb)::numeric/1048576.0, 0) as node_max_disk_size_gb, -- round(max(part_stats.node_per_disk_used_kb)::numeric/1048576.0, 0) as node_max_disk_used_gb, -- round(sum(part_stats.node_per_disk_size_kb)::numeric/1048576, 0) as node_total_disk_size_gb, -- round(sum(part_stats.node_per_disk_used_kb)::numeric/1048576, 0) as node_total_disk_used_gb -- from ( -- select -- part_stats.node_id as node_id, -- part_stats.disk_id as node_physical_disk_id, -- string_agg(distinct part_stats.name, ',') as node_disk_names, -- sum(part_stats.size) as node_per_disk_size_kb, -- sum(part_stats.avg_used) as node_per_disk_used_kb -- from -- tnt_audit.summaryreport_partition_stats part_stats -- join tnt_config.node nde on (nde.id = part_stats.node_id and nde.delete_time is null) -- where -- part_stats.node_id = nde.id -- and part_stats.start_date = nde.last_report_seen_start_date -- and part_stats.end_date = nde.last_report_seen_end_date -- and part_stats.end_date between nde.last_report_seen_start_date and nde.last_report_seen_end_date -- and part_stats.local_type ilike 'local' -- group by -- part_stats.node_id, part_stats.disk_id -- ) part_stats -- group by -- part_stats.node_id -- ), -- node_disk1 as ( -- select -- part_stats.node_id as node_id, -- round(max(part_stats.node_per_disk_size_kb)::numeric/1048576.0, 0) as node_max_disk_size_gb, -- round(max(part_stats.node_per_disk_used_kb)::numeric/1048576.0, 0) as node_max_disk_used_gb, -- round(sum(part_stats.node_per_disk_size_kb)::numeric/1048576, 0) as node_total_disk_size_gb, -- round(sum(part_stats.node_per_disk_used_kb)::numeric/1048576, 0) as node_total_disk_used_gb -- from ( -- select -- part_stats.node_id as node_id, -- part_stats.disk_id as node_physical_disk_id, -- string_agg(distinct part_stats.name, ',') as node_disk_names, -- sum(part_stats.size) as node_per_disk_size_kb, -- sum(part_stats.avg_used) as node_per_disk_used_kb -- from -- tnt_audit.summaryreport_partition_stats part_stats, -- ( select -- part_stats.node_id as node_id, -- max(part_stats.start_date) as start_date, -- max(part_stats.end_date) as end_date -- from -- tnt_audit.summaryreport_partition_stats part_stats -- -- where -- -- part_stats.node_id = 13047 -- group by -- part_stats.node_id -- ) last_part_stats -- where -- part_stats.node_id = last_part_stats.node_id -- and part_stats.start_date = last_part_stats.start_date -- and part_stats.end_date = last_part_stats.end_date -- and part_stats.end_date between last_part_stats.start_date and last_part_stats.end_date -- and part_stats.local_type ilike 'local' -- -- and part_stats.node_id = 13047 -- group by -- part_stats.node_id, part_stats.disk_id -- ) part_stats -- group by -- part_stats.node_id -- ), node_disk as ( select disk_stats.node_id as node_id, -- round(max(disk_stats.node_per_disk_size_kb)::numeric/1048576.0, 0) as node_max_disk_size_gb, -- round(max(disk_stats.node_per_disk_used_kb)::numeric/1048576.0, 0) as node_max_disk_used_gb, -- round(sum(disk_stats.node_per_disk_size_kb)::numeric/1048576.0, 0) as node_total_disk_size_gb, -- round(sum(disk_stats.node_per_disk_used_kb)::numeric/1048576.0, 0) as node_total_disk_used_gb round(disk_stats.node_total_disk_size_kb::numeric/1048576.0, 0) as node_total_disk_size_gb, round(disk_stats.node_total_disk_used_kb::numeric/1048576.0, 0) as node_total_disk_used_gb, round((disk_stats.node_total_disk_size_kb - disk_stats.node_total_disk_used_kb)::numeric/1048576.0, 0) as node_total_disk_free_gb, round(disk_stats.node_disk0_c_size_kb::numeric/1048576.0, 0) as node_disk0_c_size_gb, round(disk_stats.node_disk0_c_used_kb::numeric/1048576.0, 0) as node_disk0_c_used_gb, round((disk_stats.node_disk0_c_size_kb - disk_stats.node_disk0_c_used_kb)::numeric/1048576.0, 0) as node_disk0_c_free_gb from ( select disk_stats.node_id as node_id, -- disk_stats.disk_id as node_physical_disk_id, string_agg(distinct disk_stats.name, ',') as node_disk_names, sum(disk_stats.size) as node_total_disk_size_kb, sum(disk_stats.avg_used) as node_total_disk_used_kb, sum(case when disk_stats.name ilike '%disk0 ( C:%' then disk_stats.size end) as node_disk0_c_size_kb, sum(case when disk_stats.name ilike '%disk0 ( C:%' then disk_stats.avg_used end) as node_disk0_c_used_kb from -- tnt_audit.summaryreport_partition_stats part_stats, tnt_audit.summaryreport_disk_stats disk_stats, ( select disk_stats.node_id as node_id, max(disk_stats.start_date) as start_date, max(disk_stats.end_date) as end_date from -- tnt_audit.summaryreport_partition_stats disk_stats tnt_audit.summaryreport_disk_stats disk_stats -- where -- disk_stats.node_id = 13047 group by disk_stats.node_id ) last_disk_stats where disk_stats.node_id = last_disk_stats.node_id and disk_stats.start_date = last_disk_stats.start_date and disk_stats.end_date = last_disk_stats.end_date and disk_stats.end_date between last_disk_stats.start_date and last_disk_stats.end_date and disk_stats.type ilike 'LOCAL' -- and disk_stats.node_id = 13047 group by disk_stats.node_id--, disk_stats.disk_id ) disk_stats -- group by -- disk_stats.node_id ), node_health_stats as ( select hstats.node_id, hstats.sec_secure_boot from tnt_audit.summaryreport_machine_health_stats hstats, -- lwl_rollup.sr_machine_health_stats_da hstats, ( select node_id as node_id, max(start_date) as start_date, max(end_date) as end_date from tnt_audit.summaryreport_machine_health_stats -- lwl_rollup.sr_machine_health_stats_da hstats group by node_id ) last_health_stats where hstats.node_id = last_health_stats.node_id and hstats.start_date = last_health_stats.start_date and hstats.end_date = last_health_stats.end_date and hstats.end_date between last_health_stats.start_date and last_health_stats.end_date ), node_gpus as ( select hardware_id, string_agg(model, ', ') as node_gpu_model, string_agg(model, ',') as node_discrete_gpu_models, count(*) as node_discrete_gpu_count, string_agg(format('%s', speedmhz), ', ') as node_gpu_speed_mhz, -- string_agg(format('%s', colordepth), ', ') as node_gpu_color_depth, max(colordepth) as node_gpu_color_depth, count(*) as node_gpu_count from tnt_config.node_hardware_gpus where is_real = true group by hardware_id ), node_displays as ( select hardware_id, string_agg(dimensions, ', ') as node_display_dimensions, max(cast(split_part(dimensions, 'x', 2) as int)) as max_display_res_y, string_agg(coalesce(cast(details->'sizeInches' as text), 'N/A'), ',') as node_display_size_in_inches, max((cast(details->'sizeInches' as int))) as max_display_size_in_inches, count(*) as node_display_count from tnt_config.node_hardware_displays group by hardware_id ), -- Todo: Add -- Disk encryption providers, -- Cloud drives in use (OneDrive, Google Drive, AWS Drive), -- Top 10 Apps by user count, -- Top 10 Apps by CPU, RAM, Disk Space base_sql as ( select pn.id as node_id, pn.name as machine_name, nde.fqmn as machine_fqmn, nde.lastcontact::timestamptz at time zone ? as machine_last_contact, -- Machine hardware make, model, and chassis type nh.machine_make as machine_make, nh.machine_model as machine_model, nde.hwtype as machine_chassis_type, -- OS os.version as node_os_version, replace(replace(replace(replace(replace(replace(replace(replace(os.description, ' , ', ', '), 'Service Pack ', 'SP'), '(R)', ''), '(TM)', ''), '®', ''), '™', ''), '®', ''), '', '') as node_os_desc, os.buildversion as os_build_version, -- CPU nodecpu.node_cpu_model as node_cpu_model, nodecpu.node_cpu_short_models as node_cpu_short_models, round((nodecpu.node_per_cpu_mhz/1000.0)::numeric, 3) as node_cpu_speed_ghz, trim(both ' ' from nodecpu.cpu_brand) as cpu_brand, trim(both ' ' from nodecpu.cpu_sub_brand) as cpu_sub_brand, trim(both ' ' from nodecpu.cpu_sub_brand_modifier) as cpu_sub_brand_modifier, trim(both ' ' from nodecpu.cpu_model_number) as cpu_model_number, nodecpu.cpu_sku_level as cpu_sku_level, -- trim(both ' ' from nodecpu.cpu_generation) as cpu_generation, nodecpu.cpu_generation as cpu_generation, trim(both ' ' from nodecpu.cpu_sku) as cpu_sku, nodecpu.node_per_cpu_cores, nodecpu.node_cpu_cores, nodecpu.node_cpu_bitwidth, -- RAM noderam.node_ram_allocated_gb as node_ram_allocated_gb, nh.ram_alloc_gb, -- Disk storage nodedisk.node_disk0_c_size_gb as node_disk0_c_size_gb, nodedisk.node_disk0_c_used_gb as node_disk0_c_used_gb, nodedisk.node_disk0_c_free_gb as node_disk0_c_free_gb, nodedisk.node_total_disk_size_gb as node_total_disk_size_gb, nodedisk.node_total_disk_used_gb as node_total_disk_used_gb, nodedisk.node_total_disk_free_gb as node_total_disk_free_gb, -- GPU nodegpu.node_gpu_model as node_gpu_model, nodegpu.node_discrete_gpu_models as node_discrete_gpu_models, -- nodegpu.node_gpu_speed_mhz as node_gpu_speed_mhz, nodegpu.node_gpu_count as node_gpu_count, nodegpu.node_discrete_gpu_count as node_discrete_gpu_count, nodegpu.node_gpu_color_depth, os.dx12orwddm2 as os_dx12orwddm2, -- Display nodedis.node_display_dimensions as node_display_dimensions, nodedis.max_display_res_y as max_display_res_y, nodedis.node_display_size_in_inches, nodedis.max_display_size_in_inches, nodedis.node_display_count as node_display_count, -- BIOS & TPM case when nh.bios_uefi_capable is null then null else case when nh.bios_uefi_capable = 'Y' then true else false end end as machine_bios_uefi_capable, case when nh.bios_uefi_enabled is null then null else case when nh.bios_uefi_enabled = 'Y' then true else false end end as machine_bios_uefi_enabled, case when nodehealth.sec_secure_boot is null then null else nodehealth.sec_secure_boot end as machine_secure_boot, nh.tpm_specification as machine_tpm_specifications, case when nh.tpm_specification is null then null else case when strpos(nh.tpm_specification, '2.') > 0 then true else false end end as machine_tpm_specification, -- Windows 11 compatibility -- initcap(nde.win11_inplace_upgrade_compatibility) as win11_inplace_upgrade_compatibility, -- initcap(nde.win11_image_upgrade_compatibility) as win11_image_upgrade_compatibility -- Machine location loc_stats.city || ', ' || loc_stats.state || ', ' || loc_stats.country as machine_location_city_state_country, loc_stats.country as machine_location_country, loc_stats.state as machine_location_state, loc_stats.city as machine_location_city from tnt_config.policynode pn join tnt_config.node nde on (nde.id = pn.id) left outer join tnt_config.os os on (os.id = nde.os_id) left outer join node_hardware nh on (node_hardware_id = nde.hardware_id) left outer join node_cpus nodecpu on (nodecpu.hardware_id = nde.hardware_id) left outer join node_ram noderam on (noderam.node_id = pn.id) left outer join node_disk nodedisk on (nodedisk.node_id = pn.id) left outer join node_gpus nodegpu on (nodegpu.hardware_id = nde.hardware_id) left outer join node_displays nodedis on (nodedis.hardware_id = nde.hardware_id) left outer join node_health_stats nodehealth on (nodehealth.node_id = pn.id) left outer join ( select loc_stats.node_id as node_id, first(loc_stats.country) as country, first(loc_stats.state) as state, first(loc_stats.city) as city from tnt_audit.summaryreport_machine_location_stats loc_stats, -- lwl_rollup.sr_machine_location_stats_da loc_stats, ( select loc_stats.node_id as node_id, max(loc_stats.start_date) as start_date, max(loc_stats.end_date) as end_date from tnt_audit.summaryreport_machine_location_stats loc_stats -- lwl_rollup.sr_machine_location_stats_da loc_stats group by loc_stats.node_id ) latest_loc_stats where loc_stats.node_id = latest_loc_stats.node_id and loc_stats.start_date = latest_loc_stats.start_date and loc_stats.end_date = latest_loc_stats.end_date and loc_stats.end_date between latest_loc_stats.start_date and latest_loc_stats.end_date group by loc_stats.node_id ) loc_stats on (loc_stats.node_id = pn.id) where (pn.delete_time is null) -- Machine has not been deleted and (nde.delete_time is null) -- Machine has not been deleted and (nde.ihostversion is not null) -- Machine has a CID Key installed and (nde.certificate is not null) -- Machine has a valid certificate and (pn.system_object is false) -- Machine is not a system object like Stratusphere Hub, DB or Station and (pn.dirtystatusid is null or pn.dirtystatusid <> 3) -- Machine does not have a dirty status and (pn.type <= 2) -- Machines are either servers (1) or desktops (2) and (os.name = 'Windows') -- Machines that currently run Microsoft Windows and (os.description not ilike '%Windows 11%' -- Machine is already running Windows 11 and os.description not ilike '%Windows Server %') -- Machine is not already running Windows Server and (nde.vmtype is null) -- Machine is a physical machine to be considered for upgrade to Win10 -- Machine group filter and ('%' = ? or pn.id in (select ngn.nodeid from tnt_config.policynode pn, tnt_config.nodegroup_node ngn where (pn.type = 5) and (pn.id = ngn.nodegroupid) and (pn.name like ?))) -- Threshold value for machine having called back within last N days and (nde.last_report_seen_end_date >= (current_date - (interval '1 days' * ?))) -- Machine has called back within last 90 days order by lower(pn.name) asc nulls last ), base_with_cpu_support_sql as ( select s.*, case when cpu_brand = 'Intel' then case -- Intel Atom processors when cpu_sub_brand = 'Atom' and (cpu_model_number = 'x6200FE' or cpu_model_number = 'x6211E' or cpu_model_number = 'x6212RE' or cpu_model_number = 'x6413E' or cpu_model_number = 'x6414RE' or cpu_model_number = 'x6425E' or cpu_model_number = 'x6425RE' or cpu_model_number = 'x6427FE' or cpu_model_number = 'x7211E' or cpu_model_number = 'x7213E' or cpu_model_number = 'x7425E') then 'Y' -- Intel Celeron processors when cpu_sub_brand = 'Celeron' then case when cpu_sub_brand_modifier = 'G' and (cpu_sku = '4900' or cpu_sku = '4920' or cpu_sku = '4930' or cpu_sku = '4932' or cpu_sku = '4950' or cpu_sku = '5900' or cpu_sku = '5905' or cpu_sku = '5920' or cpu_sku = '5925' or cpu_sku = '6900') then 'Y' when cpu_sub_brand_modifier = 'J' and (cpu_sku = '4005' or cpu_sku = '4025' or cpu_sku = '4105' or cpu_sku = '4115' or cpu_sku = '4125' or cpu_sku = '6412' or cpu_sku = '6413') then 'Y' when cpu_sub_brand_modifier = 'N' and (cpu_sku = '4000' or cpu_sku = '4020' or cpu_sku = '4100' or cpu_sku = '4120' or cpu_sku = '4500' or cpu_sku = '4505' or cpu_sku = '5100' or cpu_sku = '5105' or cpu_sku = '6210' or cpu_sku = '6211') then 'Y' when cpu_sub_brand_modifier is null and (cpu_sku = '3867' or cpu_sku = '4205' or cpu_sku = '4305' or cpu_sku = '5205' or cpu_sku = '5205U' or cpu_sku = '5305' or cpu_sku = '5305U' or cpu_sku = '5805' or cpu_sku = '6305' or cpu_sku = '6600' or cpu_sku = '7300' or cpu_sku = '7305') then 'Y' else 'N' end -- Intel Core processors when cpu_sub_brand = 'Core' then case when cpu_sub_brand_modifier ilike 'Ultra%' then 'Y' when cpu_generation >= 8 then 'Y' else 'N' end -- Intel Pentium processors when cpu_sub_brand = 'Pentium' then case when cpu_sub_brand_modifier = 'Gold' and (cpu_sku = '4417' or cpu_sku = '4425' or cpu_sku = '5400' or cpu_sku = '5405' or cpu_sku = '6405' or cpu_sku = '6500' or cpu_sku = '7505' or cpu_sku = 'G5400' or cpu_sku = 'G5400T' or cpu_sku = 'G5420' or cpu_sku = 'G5420T' or cpu_sku = 'G5500' or cpu_sku = 'G5500T' or cpu_sku = 'G5600' or cpu_sku = 'G5600T' or cpu_sku = 'G5620' or cpu_sku = 'G6400' or cpu_sku = 'G6400E' or cpu_sku = 'G6400T' or cpu_sku = 'G6400TE' or cpu_sku = 'G6405' or cpu_sku = 'G6405T' or cpu_sku = 'G6500' or cpu_sku = 'G6500T' or cpu_sku = 'G6505' or cpu_sku = 'G6505T' or cpu_sku = 'G6600' or cpu_sku = 'G6605' or cpu_sku = 'G7400' or cpu_sku = 'G7400E' or cpu_sku = 'G7400T' or cpu_sku = 'G7400TE') then 'Y' when cpu_sub_brand_modifier = 'Silver' and (cpu_sku = 'J5005' or cpu_sku = 'J5040' or cpu_sku = 'N5000' or cpu_sku = 'N5030' or cpu_sku = 'N6000' or cpu_sku = 'N6005') then 'Y' when cpu_sub_brand_modifier is null and (cpu_sku = '6805' or cpu_sku = 'J6426' or cpu_sku = 'N6415') then 'Y' else 'N' end -- Intel Xeon processors when cpu_sub_brand = 'Xeon' then case when cpu_sub_brand_modifier = 'Bronze' and (cpu_model_number = '3104' or cpu_model_number = '3106' or cpu_model_number = '3204' or cpu_model_number = '3206R') then 'Y' when cpu_sub_brand_modifier = 'Silver' then -- Fixed the condition case when cpu_sku_level = 4 then case when cpu_generation = 1 and (cpu_sku = '08' or cpu_sku = '09' or cpu_sku = '10' or cpu_sku = '12' or cpu_sku = '14' or cpu_sku = '16') then 'Y' when cpu_generation = 2 and (cpu_sku = '08' or cpu_sku = '09' or cpu_sku = '10' or cpu_sku = '14' or cpu_sku = '15' or cpu_sku = '16') then 'Y' when cpu_generation = 3 and (cpu_sku = '09' or cpu_sku = '10' or cpu_sku = '14' or cpu_sku = '16') then 'Y' when cpu_generation = 4 and (cpu_sku = '10' or cpu_sku = '16') then 'Y' else 'N' end else 'N' end when cpu_sub_brand_modifier = 'Gold' then -- Fixed the condition case when cpu_sku_level = 5 then case when cpu_generation = 1 and (cpu_sku = '15' or cpu_sku = '18' or cpu_sku = '19' or cpu_sku = '20' or cpu_sku = '22') then 'Y' when cpu_generation = 2 and (cpu_sku = '15' or cpu_sku = '17' or cpu_sku = '18' or cpu_sku = '20' or cpu_sku = '22') then 'Y' when cpu_generation = 3 and (cpu_sku = '15' or cpu_sku = '17' or cpu_sku = '18' or cpu_sku = '20' or cpu_sku = '22') then 'Y' when cpu_generation = 4 and (cpu_sku = '15' or cpu_sku = '16' or cpu_sku = '18' or cpu_sku = '20') then 'Y' else 'N' end when cpu_sku_level = 6 then case when cpu_generation = 1 and (cpu_sku = '26' or cpu_sku = '28' or cpu_sku = '30' or cpu_sku = '32' or cpu_sku = '34' or cpu_sku = '36' or cpu_sku = '38' or cpu_sku = '40' or cpu_sku = '42' or cpu_sku = '44' or cpu_sku = '46' or cpu_sku = '48' or cpu_sku = '50' or cpu_sku = '52' or cpu_sku = '54') then 'Y' when cpu_generation = 2 and (cpu_sku = '08' or cpu_sku = '09' or cpu_sku = '10' or cpu_sku = '12' or cpu_sku = '22' or cpu_sku = '26' or cpu_sku = '30' or cpu_sku = '34' or cpu_sku = '38' or cpu_sku = '40' or cpu_sku = '42' or cpu_sku = '44' or cpu_sku = '46' or cpu_sku = '48' or cpu_sku = '50' or cpu_sku = '52' or cpu_sku = '54' or cpu_sku = '56' or cpu_sku = '58' or cpu_sku = '62') then 'Y' when cpu_generation = 3 and (cpu_sku = '12' or cpu_sku = '14' or cpu_sku = '26' or cpu_sku = '30' or cpu_sku = '34' or cpu_sku = '36' or cpu_sku = '38' or cpu_sku = '42' or cpu_sku = '46' or cpu_sku = '48' or cpu_sku = '54') then 'Y' when cpu_generation = 4 and (cpu_sku = '16' or cpu_sku = '18' or cpu_sku = '30' or cpu_sku = '38' or cpu_sku = '42') then 'Y' else 'N' end else 'N' end when cpu_sub_brand_modifier = 'Platinum' then case when cpu_sku_level = 8 then case when cpu_generation = 1 and (cpu_sku = '53' or cpu_sku = '56' or cpu_sku = '58' or cpu_sku = '60' or cpu_sku = '64' or cpu_sku = '68' or cpu_sku = '70' or cpu_sku = '71' or cpu_sku = '76' or cpu_sku = '80') then 'Y' when cpu_generation = 2 and (cpu_sku = '53' or cpu_sku = '56' or cpu_sku = '60' or cpu_sku = '68' or cpu_sku = '70' or cpu_sku = '72' or cpu_sku = '76' or cpu_sku = '80') then 'Y' when cpu_generation = 3 and (cpu_sku = '51' or cpu_sku = '52' or cpu_sku = '58' or cpu_sku = '60' or cpu_sku = '62' or cpu_sku = '68' or cpu_sku = '80') then 'Y' when cpu_generation = 4 and (cpu_sku = '52' or cpu_sku = '60' or cpu_sku = '68' or cpu_sku = '70' or cpu_sku = '80' or cpu_sku = '90') then 'Y' else 'N' end when cpu_sku_level = 9 then case when cpu_generation = 2 and (cpu_sku = '21' or cpu_sku = '22' or cpu_sku = '42' or cpu_sku = '82') then 'Y' else 'N' end else 'N' end when cpu_sub_brand_modifier = 'D' and (cpu_model_number = 'D-1702' or cpu_model_number = 'D-1712TR' or cpu_model_number = 'D-1713NT' or cpu_model_number = 'D-1713NTE' or cpu_model_number = 'D-1714' or cpu_model_number = 'D-1715TER' or cpu_model_number = 'D-1718T' or cpu_model_number = 'D-1722NE' or cpu_model_number = 'D-1726' or cpu_model_number = 'D-1732TE' or cpu_model_number = 'D-1733NT' or cpu_model_number = 'D-1735TR' or cpu_model_number = 'D-1736' or cpu_model_number = 'D-1736NT' or cpu_model_number = 'D-1739' or cpu_model_number = 'D-1746TER' or cpu_model_number = 'D-1747NTE' or cpu_model_number = 'D-1748TE' or cpu_model_number = 'D-1749NT' or cpu_model_number = 'D-2712T' or cpu_model_number = 'D-2733NT' or cpu_model_number = 'D-2738' or cpu_model_number = 'D-2752NTE' or cpu_model_number = 'D-2752TER' or cpu_model_number = 'D-2753NT' or cpu_model_number = 'D-2766NT' or cpu_model_number = 'D-2775TE' or cpu_model_number = 'D-2776NT' or cpu_model_number = 'D-2779' or cpu_model_number = 'D-2786NTE' or cpu_model_number = 'D-2795NT' or cpu_model_number = 'D-2796NT' or cpu_model_number = 'D-2796TE' or cpu_model_number = 'D-2798NT' or cpu_model_number = 'D-2799') then 'Y' when cpu_sub_brand_modifier = 'E' and (cpu_model_number = 'E-2104G' or cpu_model_number = 'E-2124' or cpu_model_number = 'E-2124G' or cpu_model_number = 'E-2126G' or cpu_model_number = 'E-2134' or cpu_model_number = 'E-2136' or cpu_model_number = 'E-2144G' or cpu_model_number = 'E-2146G' or cpu_model_number = 'E-2174G' or cpu_model_number = 'E-2176G' or cpu_model_number = 'E-2176M' or cpu_model_number = 'E-2186G' or cpu_model_number = 'E-2186M' or cpu_model_number = 'E-2224' or cpu_model_number = 'E-2224G' or cpu_model_number = 'E-2226G' or cpu_model_number = 'E-2226GE' or cpu_model_number = 'E-2234' or cpu_model_number = 'E-2236' or cpu_model_number = 'E-2244G' or cpu_model_number = 'E-2246G' or cpu_model_number = 'E-2254ME' or cpu_model_number = 'E-2254ML' or cpu_model_number = 'E-2274G' or cpu_model_number = 'E-2276G' or cpu_model_number = 'E-2276M' or cpu_model_number = 'E-2276ME' or cpu_model_number = 'E-2276ML' or cpu_model_number = 'E-2278G' or cpu_model_number = 'E-2278GE' or cpu_model_number = 'E-2278GEL' or cpu_model_number = 'E-2286G' or cpu_model_number = 'E-2286M' or cpu_model_number = 'E-2288G') then 'Y' when cpu_sub_brand_modifier = 'W' and (cpu_model_number = 'W-10855M' or cpu_model_number = 'W-10885M' or cpu_model_number = 'W-11855M' or cpu_model_number = 'W-11955M' or cpu_model_number = 'W-1250' or cpu_model_number = 'W-1250E' or cpu_model_number = 'W-1250P' or cpu_model_number = 'W-1250TE' or cpu_model_number = 'W-1270' or cpu_model_number = 'W-1270E' or cpu_model_number = 'W-1270P' or cpu_model_number = 'W-1270TE' or cpu_model_number = 'W-1290' or cpu_model_number = 'W-1290E' or cpu_model_number = 'W-1290P' or cpu_model_number = 'W-1290T' or cpu_model_number = 'W-1290TE' or cpu_model_number = 'W-2102' or cpu_model_number = 'W-2104' or cpu_model_number = 'W-2123' or cpu_model_number = 'W-2125' or cpu_model_number = 'W-2133' or cpu_model_number = 'W-2135' or cpu_model_number = 'W-2145' or cpu_model_number = 'W-2155' or cpu_model_number = 'W-2175' or cpu_model_number = 'W-2195' or cpu_model_number = 'W-2223' or cpu_model_number = 'W-2225' or cpu_model_number = 'W-2235' or cpu_model_number = 'W-2245' or cpu_model_number = 'W-2255' or cpu_model_number = 'W-2265' or cpu_model_number = 'W-2275' or cpu_model_number = 'W-2295' or cpu_model_number = 'W-3175X' or cpu_model_number = 'W-3223' or cpu_model_number = 'W-3225' or cpu_model_number = 'W-3235' or cpu_model_number = 'W-3245' or cpu_model_number = 'W-3245M' or cpu_model_number = 'W-3265' or cpu_model_number = 'W-3265M' or cpu_model_number = 'W-3275' or cpu_model_number = 'W-3275M' or cpu_model_number = 'W-3323' or cpu_model_number = 'W-3335' or cpu_model_number = 'W-3345' or cpu_model_number = 'W-3365' or cpu_model_number = 'W-3375') then 'Y' when cpu_sub_brand_modifier = 'W3' and (cpu_model_number = 'W3-2423' or cpu_model_number = 'W3-2425' or cpu_model_number = 'W3-2435') then 'Y' when cpu_sub_brand_modifier = 'W5' and (cpu_model_number = 'W5-2445' or cpu_model_number = 'W5-2455X' or cpu_model_number = 'W5-2465X' or cpu_model_number = 'W5-3423' or cpu_model_number = 'W5-3425' or cpu_model_number = 'W5-3433' or cpu_model_number = 'W5-3435X') then 'Y' when cpu_sub_brand_modifier = 'W7' and (cpu_model_number = ' W7-2475X' or cpu_model_number = 'W7-2495X' or cpu_model_number = 'W7-3445' or cpu_model_number = 'W7-3465X') then 'Y' when cpu_sub_brand_modifier = 'W9' and (cpu_model_number = 'W9-3475X' or cpu_model_number = 'W9-3495X') then 'Y' else 'N' end -- Xeon's cpu_sub_brand_modifier else 'N' end -- Intel's cpu_sub_brand -- AMD processors when cpu_brand = 'AMD' then case -- AMD Athlon processors when cpu_sub_brand = 'Athlon' and (cpu_model_number = '3000G' or cpu_model_number = '300GE' or cpu_model_number = '300U' or cpu_model_number = '320GE' or cpu_model_number = '7120e' or cpu_model_number = '7120U' or cpu_model_number = '7220e' or cpu_model_number = '7220U' or cpu_model_number = 'Gold 3150C' or cpu_model_number = 'Gold 3150G' or cpu_model_number = 'Gold 3150GE' or cpu_model_number = 'Gold 3150U' or cpu_model_number = 'Gold PRO 3125GE' or cpu_model_number = 'Gold PRO 3150G' or cpu_model_number = 'Gold PRO 3150GE' or cpu_model_number = 'Gold PRO 4150GE' or cpu_model_number = 'PRO 300GE' or cpu_model_number = 'PRO 300U' or cpu_model_number = 'PRO 3045B' or cpu_model_number = 'Silver 3050C' or cpu_model_number = 'Silver 3050e' or cpu_model_number = 'Silver 3050GE' or cpu_model_number = 'Silver 3050U' ) then 'Y' -- AMD EPYC processors when cpu_sub_brand = 'EPYC' and (cpu_model_number = '7252' or cpu_model_number = '7262' or cpu_model_number = '7272' or cpu_model_number = '7282' or cpu_model_number = '7302' or cpu_model_number = '7313' or cpu_model_number = '7343' or cpu_model_number = '7352' or cpu_model_number = '7402' or cpu_model_number = '7413' or cpu_model_number = '7443' or cpu_model_number = '7452' or cpu_model_number = '7453' or cpu_model_number = '7502' or cpu_model_number = '7513' or cpu_model_number = '7532' or cpu_model_number = '7542' or cpu_model_number = '7543' or cpu_model_number = '7552' or cpu_model_number = '7642' or cpu_model_number = '7643' or cpu_model_number = '7662' or cpu_model_number = '7663' or cpu_model_number = '7702' or cpu_model_number = '7713' or cpu_model_number = '7742' or cpu_model_number = '7763' or cpu_model_number = '7232P' or cpu_model_number = '72F3' or cpu_model_number = '7302P' or cpu_model_number = '7313P' or cpu_model_number = '73F3' or cpu_model_number = '7402P' or cpu_model_number = '7443P' or cpu_model_number = '74F3' or cpu_model_number = '7502P' or cpu_model_number = '7543P' or cpu_model_number = '75F3' or cpu_model_number = '7702P' or cpu_model_number = '7713P' or cpu_model_number = '7F32' or cpu_model_number = '7F52' or cpu_model_number = '7F72' or cpu_model_number = '7H12' or cpu_model_number = '8024P' or cpu_model_number = '8024PN' or cpu_model_number = '8124P' or cpu_model_number = '8124PN' or cpu_model_number = '8224P' or cpu_model_number = '8224PN' or cpu_model_number = '8324P' or cpu_model_number = '8324PN' or cpu_model_number = '8434P' or cpu_model_number = '8434PN' or cpu_model_number = '8534P' or cpu_model_number = '8534PN' or cpu_model_number = '9124' or cpu_model_number = '9244' or cpu_model_number = '9254' or cpu_model_number = '9334' or cpu_model_number = '9354' or cpu_model_number = '9454' or cpu_model_number = '9534' or cpu_model_number = '9554' or cpu_model_number = '9654' or cpu_model_number = '9654' or cpu_model_number = '9734' or cpu_model_number = '9754' or cpu_model_number = '9174F' or cpu_model_number = '9184X' or cpu_model_number = '9274F' or cpu_model_number = '9354P' or cpu_model_number = '9374F' or cpu_model_number = '9384X' or cpu_model_number = '9454P' or cpu_model_number = '9474F' or cpu_model_number = '9554P' or cpu_model_number = '9654P' or cpu_model_number = '9684X' or cpu_model_number = '9754S' ) then 'Y' -- AMD Ryzen processors when cpu_sub_brand = 'Ryzen' then case when cpu_sub_brand_modifier = '3' and (cpu_model_number = '3100' or cpu_model_number = '4100' or cpu_model_number = '2300X' or cpu_model_number = '3200G' or cpu_model_number = '3200GE' or cpu_model_number = '3200U' or cpu_model_number = '3250C' or cpu_model_number = '3250U' or cpu_model_number = '3300U' or cpu_model_number = '3350U' or cpu_model_number = '4300G' or cpu_model_number = '4300GE' or cpu_model_number = '4300U' or cpu_model_number = '5125C' or cpu_model_number = '5300G' or cpu_model_number = '5300GE' or cpu_model_number = '5300U' or cpu_model_number = '5380U' or cpu_model_number = '5400U' or cpu_model_number = '5425C' or cpu_model_number = '5425U' or cpu_model_number = '7320e' or cpu_model_number = '7320U' or cpu_model_number = '7330U' or cpu_model_number = '7335U' or cpu_model_number = '7440U' or cpu_model_number = '8300G' ) then 'Y' when cpu_sub_brand_modifier = '3 PRO' and (cpu_model_number = '3200G' or cpu_model_number = '3200GE' or cpu_model_number = '3300U' or cpu_model_number = '4350G' or cpu_model_number = '4350GE' or cpu_model_number = '4355G' or cpu_model_number = '4355GE' or cpu_model_number = '4450U' or cpu_model_number = '5350G' or cpu_model_number = '5350GE' or cpu_model_number = '5450U' or cpu_model_number = '5475U' or cpu_model_number = '7330U' or cpu_model_number = '8300G' or cpu_model_number = '8300GE' ) then 'Y' when cpu_sub_brand_modifier = '5' and (cpu_model_number = '2600' or cpu_model_number = '3600' or cpu_model_number = '4500' or cpu_model_number = '5500' or cpu_model_number = '5600' or cpu_model_number = '7600' or cpu_model_number = '2500X' or cpu_model_number = '2600E' or cpu_model_number = '2600X' or cpu_model_number = '3350G' or cpu_model_number = '3350GE' or cpu_model_number = '3400G' or cpu_model_number = '3400GE' or cpu_model_number = '3450U' or cpu_model_number = '3500' or cpu_model_number = '3500C' or cpu_model_number = '3500U' or cpu_model_number = '3550H' or cpu_model_number = '3580U' or cpu_model_number = '3600X' or cpu_model_number = '3600XT' or cpu_model_number = '4500U' or cpu_model_number = '4600U' or cpu_model_number = '4600GE' or cpu_model_number = '4600H' or cpu_model_number = '4600U' or cpu_model_number = '5300G' or cpu_model_number = '5300GE' or cpu_model_number = '5425U' or cpu_model_number = '5500U' or cpu_model_number = '5560U' or cpu_model_number = '5600G' or cpu_model_number = '5600GE' or cpu_model_number = '5600H' or cpu_model_number = '5600HS' or cpu_model_number = '5600U' or cpu_model_number = '5600X' or cpu_model_number = '5625C' or cpu_model_number = '5625U' or cpu_model_number = '6600H' or cpu_model_number = '6600HS' or cpu_model_number = '6600U' or cpu_model_number = '7430U' or cpu_model_number = '7520U' or cpu_model_number = '7530U' or cpu_model_number = '7535HS' or cpu_model_number = '7535U' or cpu_model_number = '7540U' or cpu_model_number = '7600X' or cpu_model_number = '7640H' or cpu_model_number = '7640HS' or cpu_model_number = '7640S' or cpu_model_number = '7640U' or cpu_model_number = '7645HX' or cpu_model_number = '8500G' or cpu_model_number = '8600G' ) then 'Y' when cpu_sub_brand_modifier = '5 PRO' and (cpu_model_number = '2600' or cpu_model_number = '3600' or cpu_model_number = '5645' or cpu_model_number = '3350G' or cpu_model_number = '3350GE' or cpu_model_number = '3400G' or cpu_model_number = '3400GE' or cpu_model_number = '3500U' or cpu_model_number = '4650G' or cpu_model_number = '4650GE' or cpu_model_number = '4650U' or cpu_model_number = '4655G' or cpu_model_number = '5650G' or cpu_model_number = '5650GE' or cpu_model_number = '5650HS' or cpu_model_number = '5650HX' or cpu_model_number = '5650U' or cpu_model_number = '5675U' or cpu_model_number = '5750G' or cpu_model_number = '5750GE' or cpu_model_number = '6650H' or cpu_model_number = '6650HS' or cpu_model_number = '6650U' or cpu_model_number = '7530U' or cpu_model_number = '7535U' or cpu_model_number = '7540U' or cpu_model_number = '7640U' or cpu_model_number = '8500G' or cpu_model_number = '8600G' or cpu_model_number = '8600GE' or cpu_model_number = '8640HS' or cpu_model_number = '8640U' or cpu_model_number = '8645HS' ) then 'Y' when cpu_sub_brand_modifier = '7' and (cpu_model_number = '2700' or cpu_model_number = '5800' or cpu_model_number = '7700' or cpu_model_number = '2700E' or cpu_model_number = '2700X' or cpu_model_number = '3700C' or cpu_model_number = '3700U' or cpu_model_number = '3700X' or cpu_model_number = '3750H' or cpu_model_number = '3780U' or cpu_model_number = '3800X' or cpu_model_number = '3800XT' or cpu_model_number = '4700G' or cpu_model_number = '4700GE' or cpu_model_number = '4700U' or cpu_model_number = '4800H' or cpu_model_number = '4800HS' or cpu_model_number = '4800U' or cpu_model_number = '5700G' or cpu_model_number = '5700GE' or cpu_model_number = '5700U' or cpu_model_number = '5700X' or cpu_model_number = '5800H' or cpu_model_number = '5800HS' or cpu_model_number = '5800U' or cpu_model_number = '5800X' or cpu_model_number = '5800X3D' or cpu_model_number = '5825C' or cpu_model_number = '5825U' or cpu_model_number = '6800H' or cpu_model_number = '6800HS' or cpu_model_number = '6800U' or cpu_model_number = '6810U' or cpu_model_number = '7700' or cpu_model_number = '7700X' or cpu_model_number = '7730U' or cpu_model_number = '7735HS' or cpu_model_number = '7735U' or cpu_model_number = '7736U' or cpu_model_number = '7745HX' or cpu_model_number = '7800X3D' or cpu_model_number = '7840H' or cpu_model_number = '7840HS' or cpu_model_number = '7840S' or cpu_model_number = '7840U' or cpu_model_number = '8700G') then 'Y' when cpu_sub_brand_modifier = '7 PRO' and (cpu_model_number = '2700' or cpu_model_number = '2700X' or cpu_model_number = '3700' or cpu_model_number = '3700U' or cpu_model_number = '4750G' or cpu_model_number = '4750GE' or cpu_model_number = '4750U' or cpu_model_number = '5845' or cpu_model_number = '5850HS' or cpu_model_number = '5850HX' or cpu_model_number = '5850U' or cpu_model_number = '5875U' or cpu_model_number = '6850H' or cpu_model_number = '6850H' or cpu_model_number = '6850HS' or cpu_model_number = '6850U' or cpu_model_number = '6860Z' or cpu_model_number = '7730U' or cpu_model_number = '7840HS' or cpu_model_number = '7840U' or cpu_model_number = '8700G' or cpu_model_number = '8840HS' or cpu_model_number = '8840U' or cpu_model_number = '8845HS' or cpu_model_number = '8945HS') then 'Y' when cpu_sub_brand_modifier = '9' and (cpu_model_number = '3900' or cpu_model_number = '3900X' or cpu_model_number = '3900XT' or cpu_model_number = '3950X' or cpu_model_number = '4900H' or cpu_model_number = '4900HS' or cpu_model_number = '5900' or cpu_model_number = '5900HS' or cpu_model_number = '5900HX' or cpu_model_number = '5900X' or cpu_model_number = '5950X' or cpu_model_number = '5980HS' or cpu_model_number = '5980HX' or cpu_model_number = '6900HS' or cpu_model_number = '6980HS' or cpu_model_number = '6980HX' or cpu_model_number = '7900' or cpu_model_number = '7900X' or cpu_model_number = '7900X3D' or cpu_model_number = '7940H' or cpu_model_number = '7940HS' or cpu_model_number = '7945HX' or cpu_model_number = '7950X' or cpu_model_number = '7950X3D' ) then 'Y' when cpu_sub_brand_modifier = '9 PRO' and (cpu_model_number = '3900' or cpu_model_number = '5945' or cpu_model_number = '6950H' or cpu_model_number = '6950HS') then 'Y' when cpu_sub_brand_modifier = 'Embedded' and (cpu_model_number = 'V2516' or cpu_model_number = 'V2546' or cpu_model_number = 'V2718' or cpu_model_number = 'V2748') then 'Y' when cpu_sub_brand_modifier = 'Threadripper' and (cpu_model_number = '2920X' or cpu_model_number = '2950X' or cpu_model_number = '2970WX' or cpu_model_number = '2990WX' or cpu_model_number = '3960X' or cpu_model_number = '3970X' or cpu_model_number = '3990X') then 'Y' when cpu_sub_brand_modifier = 'Threadripper PRO' and (cpu_model_number = '3945WX' or cpu_model_number = '3955WZ' or cpu_model_number = '3975WX' or cpu_model_number = '3995WX' or cpu_model_number = '5945WX' or cpu_model_number = '5955WZ' or cpu_model_number = '5965WZ' or cpu_model_number = '5975WX' or cpu_model_number = '5995WX' ) then 'Y' else 'N' end -- AMD Ryzen's cpu_sub_brand_modifier else -- Unsupported AMD cpu_sub_brand 'N' end else -- Unsupported cpu_brand 'N' end as cpu_support_status from base_sql s ), status_sql as ( select s.*, case -- First check for incompatible hardware/software when (node_cpu_speed_ghz < 1.0) or (node_per_cpu_cores < 2) or (ram_alloc_gb < 4.0) or (node_cpu_bitwidth is not null and node_cpu_bitwidth < 64.0) or (node_disk0_c_free_gb < 20.0) -- or (node_gpu_color_depth is not null and node_gpu_color_depth < 8) or (os_dx12orwddm2 is not null and os_dx12orwddm2 is false) -- or (max_display_res_y is not null and max_display_res_y < 720) -- or (max_display_size_in_inches is not null and max_display_size_in_inches < 9) or (machine_bios_uefi_capable is not null and machine_bios_uefi_capable is false) or (machine_secure_boot is not null and machine_secure_boot = 'Not supported') or (machine_tpm_specification is not null and machine_tpm_specification is false) or (cpu_support_status = 'N') then 'Unsupported' -- Then check for partial/maybe support (when values are NULL) when node_cpu_bitwidth is null or (node_disk0_c_free_gb is null) -- or node_gpu_color_depth is null or os_dx12orwddm2 is null -- or max_display_res_y is null -- or max_display_size_in_inches is null or machine_bios_uefi_capable is null or machine_secure_boot is null or machine_tpm_specification is null or (cpu_support_status is null) then 'Partial' -- Otherwise it's supported else 'Supported' end as win11_inplace_upgrade_label, case -- First check for incompatible hardware/software when (node_cpu_speed_ghz < 1.0) or (node_per_cpu_cores < 2) or (ram_alloc_gb < 4.0) or (node_cpu_bitwidth is not null and node_cpu_bitwidth < 64.0) or (node_disk0_c_size_gb < 64.0) -- or (node_gpu_color_depth is not null and node_gpu_color_depth < 8) or (os_dx12orwddm2 is not null and os_dx12orwddm2 is false) -- or (max_display_res_y is not null and max_display_res_y < 720) -- or (max_display_size_in_inches is not null and max_display_size_in_inches < 9) or (machine_bios_uefi_capable is not null and machine_bios_uefi_capable is false) or (machine_secure_boot is not null and machine_secure_boot = 'Not supported') or (machine_tpm_specification is not null and machine_tpm_specification is false) or (cpu_support_status = 'N') then 'Unsupported' -- Then check for partial/maybe support (when values are NULL) when node_cpu_bitwidth is null or (node_disk0_c_size_gb is null) -- or node_gpu_color_depth is null or os_dx12orwddm2 is null -- or max_display_res_y is null -- or max_display_size_in_inches is null or machine_bios_uefi_capable is null or machine_secure_boot is null or machine_tpm_specification is null or (cpu_support_status is null) then 'Partial' -- Otherwise it's supported else 'Supported' end as win11_image_upgrade_label from base_with_cpu_support_sql s ), by_model as ( select s.machine_model, count(distinct s.node_id) as machine_count from status_sql s where s.win11_inplace_upgrade_label = 'Unsupported' and s.win11_image_upgrade_label = 'Unsupported' group by s.machine_model order by machine_count desc limit ? ) select * from by_model; ]]>

2.0 In 5 -5 0 0 Unknown ]]>

NewTabularHierarchy

string machine_location_country

count dataSetRow["win11_inplace_upgrade_label"] integer

Windows11UpgradeHardwareCompatibility

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Caption

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Report Title:

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Microsoft Windows 11 Migration - Windows 10 Machines Replacement List

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Description:

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Requirements:

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Note: This report uses Microsoft Windows 11 System Requirements as published by Microsoft on their web site. Here are some highlights: Processor: 1 gigahertz (GHz) or faster with 2 or more cores on a compatible 64-bit processor or System on a Chip (SoC). RAM: 4 gigabytes (GB) Storage: 64 GB or larger storage device. System firmware: UEFI, Secure Boot capable. TPM : Trusted Platform Module (TPM) version 2.0. Graphics card: Compatible with DirectX 12 or later with WDDM 2.0 driver. Display: High definition (720p) display that is greater than 9” diagonally, 8 bits per color channel.

hyperlink Microsoft Windows 11 System Requirements https://www.microsoft.com/en-us/windows/windows-11-specifications _blank

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CPU Support:

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Microsoft has published a list of processors from Intel and AMD that are officially supported for Windows 11. This column displays this support but is NOT considered for Compatibility. Example: For Intel Core, only 8th generation and higher are fully supported by Microsoft for Windows 11. Please refer to the following links for additional information:

none

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Link to Windows 11 Supported Intel Processors as of February 28, 2025.

hyperlink Windows 11 Supported Intel Processors https://docs.microsoft.com/en-us/windows-hardware/design/minimum/supported/windows-11-supported-intel-processors _blank

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Link to Windows 11 Supported AMD Processors as of April 8, 2025.

hyperlink Windows 11 Supported AMD Processors https://docs.microsoft.com/en-us/windows-hardware/design/minimum/supported/windows-11-supported-amd-processors _blank

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This report does not determine support for Qualcomm processors.

hyperlink Windows 11 Supported AMD Processors https://docs.microsoft.com/en-us/windows-hardware/design/minimum/supported/windows-11-supported-amd-processors _blank

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Report Filters

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Start Date:

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all true

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End Date:

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all true

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User Group:

silver #000000 solid medium #000000 solid medium silver ReportSelectionCriteria sans-serif 10pt bold

Machine Group:

silver

ReportSelectionCriteria sans-serif 10pt 1pt left var grp = params["MachineGroup"]; if (grp == "%") { grp = "All Machines"; } grp; html

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Filters:

silver

ReportSelectionCriteria sans-serif 10pt left "Machines observed within last " + params["ThresholdValue"] + " days." html

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Physical machines

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Windows 10 and older machines

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node_id

dataSetRow["node_id"] integer win11_inplace_upgrade_label

win11_inplace_upgrade_label

dataSetRow["win11_inplace_upgrade_label"] string Aggregation

windows_10_count

integer COUNTDISTINCT

Expression row["node_id"]

true in_place_upgrade_count

in_place_upgrade_count

integer COUNTDISTINCT

Expression row["node_id"]

dataSetRow["win11_inplace_upgrade_label"] == "Supported" ? true : false; true image_wipe_count

image_wipe_count

integer COUNTDISTINCT

Expression row["node_id"]

dataSetRow["win11_image_upgrade_label"] == "Supported" ? true : false; true replacement_count

replacement_count

integer COUNTDISTINCT

Expression row["node_id"]

dataSetRow["win11_inplace_upgrade_label"] != "Supported" && dataSetRow["win11_image_upgrade_label"] != "Supported" ? true : false; true Partial Count

partial_count

integer COUNTDISTINCT

Expression row["node_id"]

dataSetRow["win11_inplace_upgrade_label"] == "Partial" && dataSetRow["win11_image_upgrade_label"] == "Partial" ? true : false; true

solid medium solid medium right ReportSectionTitle 14pt

Windows 10 Support

solid medium solid medium

14pt bold CountdownToEoS

days_difference

dataSetRow["days_difference"] decimal

solid medium solid medium solid medium right ReportSectionTitle 14pt

Total Windows 11 Machines

solid medium solid medium solid medium

14pt bold Windows11MachineCount

machine_count

dataSetRow["machine_count"] decimal

var data = row["machine_count"]; var unit = ""; var display = data + unit; display; html

right ReportSectionTitle 14pt

Total Windows 10 Machines

14pt bold Aggregation right ReportSectionTitle 14pt

Windows 10 In-place Upgradable Machines

14pt bold in_place_upgrade_count right ReportSectionTitle 14pt

Windows 10 Image Wipe Upgrade Machines

14pt bold image_wipe_count right ReportSectionTitle 14pt

Windows 10 Potentially Upgradable Machines

14pt bold Partial Count right ReportSectionTitle 14pt

Windows 10 Machines to be Replaced

14pt bold replacement_count 2 1 solid medium solid medium solid medium solid medium center ReportSectionTitle 16pt

Summary of Windows 10 Machines to be Replaced

solid medium solid medium solid medium solid medium center

2.6.1 Bar Chart Side-by-side 0.0 0.0 0.0 0.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true Machines by OS Edition SansSerif 16.0 true Center Center 0 255 255 255 1 255 0 0 0 0.0 2.0 0.0 3.0 true 0.0 0.0 0.0 0.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true 5 5 0 255 0 0 0 false 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 Both 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false false 0 255 0 0 0 false 2.0 2.0 2.0 2.0 Horizontal Left_Right 1 255 0 0 0 true Below Categories <Caption> <Value></Value> <Font> <Alignment/> </Font> </Caption> <Background xsi:type="attribute:ColorDefinition"> <Transparency>0</Transparency> <Red>255</Red> <Green>255</Green> <Blue>255</Blue> </Background> <Outline> <Style>Solid</Style> <Thickness>1</Thickness> <Color> <Transparency>255</Transparency> <Red>0</Red> <Green>0</Green> <Blue>0</Blue> </Color> <Visible>false</Visible> </Outline> <Insets> <Top>0.0</Top> <Left>2.0</Left> <Bottom>0.0</Bottom> <Right>3.0</Right> </Insets> <Visible>false</Visible> Above 0.0 0.0 212.0 130.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true Two_Dimensional Points 10.0 enable.area.alt false 'A','B','C','D','E' 6,4,12,8,10 0 This chart contains no data. SansSerif 12.0 Center Center 64 127 127 127 128 127 127 127 true 10.0 10.0 10.0 10.0 true Text <Caption> <Value>X-Axis Title</Value> <Font> <Size>14.0</Size> <Bold>true</Bold> <Alignment> <horizontalAlignment>Center</horizontalAlignment> <verticalAlignment>Center</verticalAlignment> </Alignment> </Font> </Caption> <Background xsi:type="attribute:ColorDefinition"> <Transparency>0</Transparency> <Red>255</Red> <Green>255</Green> <Blue>255</Blue> </Background> <Outline> <Style>Solid</Style> <Thickness>1</Thickness> <Color> <Transparency>255</Transparency> <Red>0</Red> <Green>0</Green> <Blue>0</Blue> </Color> </Outline> <Insets> <Top>0.0</Top> <Left>2.0</Left> <Bottom>0.0</Bottom> <Right>3.0</Right> </Insets> <Visible>false</Visible> Below Linear <Caption> <Value>Y-Axis Title</Value> <Font> <Size>14.0</Size> <Bold>true</Bold> <Alignment> <horizontalAlignment>Center</horizontalAlignment> <verticalAlignment>Center</verticalAlignment> </Alignment> </Font> </Caption> <Background xsi:type="attribute:ColorDefinition"> <Transparency>0</Transparency> <Red>255</Red> <Green>255</Green> <Blue>255</Blue> </Background> <Outline> <Style>Solid</Style> <Thickness>1</Thickness> <Color> <Transparency>255</Transparency> <Red>0</Red> <Green>0</Green> <Blue>0</Blue> </Color> </Outline> <Insets> <Top>0.0</Top> <Left>2.0</Left> <Bottom>0.0</Bottom> <Right>3.0</Right> </Insets> <Visible>false</Visible> Left 255 0 0 128 255 0 0 255 255 51 102 255 255 0 204 255 255 0 255 255 255 153 204 255 255 51 204 204 255 128 128 0 255 192 192 192 255 255 255 128 255 128 192 128 255 7 146 94 255 0 128 255 255 255 128 192 255 0 255 255 255 255 128 128 255 0 128 192 255 255 0 255 255 128 64 64 255 255 128 64 255 80 240 120 255 0 64 128 255 128 0 64 255 255 0 128 255 128 128 64 255 128 128 128 255 255 128 255 255 0 64 0 255 0 0 0 255 255 255 255 255 255 128 0 true SansSerif 9.0 0 255 255 255 1 255 0 0 0 false 0.0 2.0 0.0 3.0 true row["node_id"] false Text Unsupported Orthogonal_Value Outside false onmouseover Show_Tooltip 200 Rectangle Vertical 1 255 0 0 0 true 0 255 255 255 1 255 0 0 0 0.0 2.0 0.0 3.0 true Left 1 255 196 196 196 false Across 1 255 196 196 196 true 1 255 225 225 225 false Across 1 255 225 225 225 false 5 Min 0.0 true false 255 0 0 128 255 0 0 255 255 51 102 255 255 0 204 255 255 0 255 255 255 153 204 255 255 51 204 204 255 128 128 0 255 192 192 192 255 255 255 128 255 128 192 128 255 7 146 94 255 0 128 255 255 255 128 192 255 0 255 255 255 255 128 128 255 0 128 192 255 255 0 255 255 128 64 64 255 255 128 64 255 80 240 120 255 0 64 128 255 128 0 64 255 255 0 128 255 128 128 64 255 128 128 128 255 255 128 255 255 0 64 0 255 0 0 0 255 255 255 255 255 255 128 0 true 0 255 255 255 1 255 0 0 0 false 0.0 2.0 0.0 3.0 false var dispData = "Unknown"; var data = row["node_os_desc"]; if (data != null) { dispData = data; } data; Orthogonal_Value , Outside false true Text DistinctCount Ascending row["node_os_desc"] Horizontal 1 255 0 0 0 true 0 255 255 255 1 255 0 0 0 0.0 2.0 0.0 3.0 true Below 1 255 196 196 196 false Across 1 255 196 196 196 true 1 255 225 225 225 false Across 1 255 225 225 225 false 5 Min 0.0 true true false Horizontal 50.0 -20.0 45.0 0.0 None ]]>

SVG

eq row["win11_inplace_upgrade_label"]

"Unsupported"

true eq row["win11_image_upgrade_label"]

"Unsupported"

true

false 3.75in 5in Windows10MachineCountsByStatus

node_id dataSetRow["node_id"] integer machine_name dataSetRow["machine_name"] string machine_fqmn dataSetRow["machine_fqmn"] string machine_last_contact dataSetRow["machine_last_contact"] date-time machine_make dataSetRow["machine_make"] string machine_model dataSetRow["machine_model"] string machine_chassis_type dataSetRow["machine_chassis_type"] string node_os_version dataSetRow["node_os_version"] string node_os_desc dataSetRow["node_os_desc"] string os_build_version dataSetRow["os_build_version"] string node_cpu_model dataSetRow["node_cpu_model"] string node_cpu_short_models dataSetRow["node_cpu_short_models"] string node_cpu_speed_ghz dataSetRow["node_cpu_speed_ghz"] decimal cpu_brand dataSetRow["cpu_brand"] string cpu_sub_brand dataSetRow["cpu_sub_brand"] string cpu_sub_brand_modifier dataSetRow["cpu_sub_brand_modifier"] string cpu_model_number dataSetRow["cpu_model_number"] string cpu_sku_level dataSetRow["cpu_sku_level"] integer cpu_generation dataSetRow["cpu_generation"] integer cpu_sku dataSetRow["cpu_sku"] string node_per_cpu_cores dataSetRow["node_per_cpu_cores"] decimal node_cpu_cores dataSetRow["node_cpu_cores"] decimal node_cpu_bitwidth dataSetRow["node_cpu_bitwidth"] integer node_ram_allocated_gb dataSetRow["node_ram_allocated_gb"] decimal ram_alloc_gb dataSetRow["ram_alloc_gb"] decimal node_disk0_c_size_gb dataSetRow["node_disk0_c_size_gb"] decimal node_disk0_c_used_gb dataSetRow["node_disk0_c_used_gb"] decimal node_disk0_c_free_gb dataSetRow["node_disk0_c_free_gb"] decimal node_total_disk_size_gb dataSetRow["node_total_disk_size_gb"] decimal node_total_disk_used_gb dataSetRow["node_total_disk_used_gb"] decimal node_total_disk_free_gb dataSetRow["node_total_disk_free_gb"] decimal node_gpu_model dataSetRow["node_gpu_model"] string node_discrete_gpu_models dataSetRow["node_discrete_gpu_models"] string node_gpu_count dataSetRow["node_gpu_count"] decimal node_discrete_gpu_count dataSetRow["node_discrete_gpu_count"] decimal node_gpu_color_depth dataSetRow["node_gpu_color_depth"] integer os_dx12orwddm2 dataSetRow["os_dx12orwddm2"] integer node_display_dimensions dataSetRow["node_display_dimensions"] string max_display_res_y dataSetRow["max_display_res_y"] integer node_display_size_in_inches dataSetRow["node_display_size_in_inches"] string max_display_size_in_inches dataSetRow["max_display_size_in_inches"] integer node_display_count dataSetRow["node_display_count"] decimal machine_bios_uefi_capable dataSetRow["machine_bios_uefi_capable"] integer machine_bios_uefi_enabled dataSetRow["machine_bios_uefi_enabled"] integer machine_secure_boot dataSetRow["machine_secure_boot"] string machine_tpm_specifications dataSetRow["machine_tpm_specifications"] string machine_tpm_specification dataSetRow["machine_tpm_specification"] integer machine_location_city_state_country dataSetRow["machine_location_city_state_country"] string machine_location_country dataSetRow["machine_location_country"] string machine_location_state dataSetRow["machine_location_state"] string machine_location_city dataSetRow["machine_location_city"] string cpu_support_status dataSetRow["cpu_support_status"] string win11_inplace_upgrade_label dataSetRow["win11_inplace_upgrade_label"] string win11_image_upgrade_label dataSetRow["win11_image_upgrade_label"] string

solid medium solid medium solid medium solid medium center

2.6.1 Pie Chart Standard 0.0 0.0 0.0 0.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true Machines by OS Version SansSerif 16.0 true Center Center 0 255 255 255 1 255 0 0 0 0.0 2.0 0.0 3.0 true 0.0 0.0 0.0 0.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true 5 5 0 255 0 0 0 false 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false false 0 255 0 0 0 false 2.0 2.0 2.0 2.0 Vertical Top_Bottom 1 255 0 0 0 true Right Categories <Caption> <Value></Value> <Font> <Alignment/> </Font> </Caption> <Background xsi:type="attribute:ColorDefinition"> <Transparency>0</Transparency> <Red>255</Red> <Green>255</Green> <Blue>255</Blue> </Background> <Outline> <Style>Solid</Style> <Thickness>1</Thickness> <Color> <Transparency>255</Transparency> <Red>0</Red> <Green>0</Green> <Blue>0</Blue> </Color> <Visible>false</Visible> </Outline> <Insets> <Top>0.0</Top> <Left>2.0</Left> <Bottom>0.0</Bottom> <Right>3.0</Right> </Insets> <Visible>false</Visible> Above 0.0 0.0 212.0 130.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true Two_Dimensional Points 10.0 0 enable.area.alt false 'A','B','C','D','E' 6,4,12,8,10 0 This chart contains no data. SansSerif 12.0 Center Center 64 127 127 127 128 127 127 127 true 10.0 10.0 10.0 10.0 true 255 0 0 128 255 0 0 255 255 51 102 255 255 0 204 255 255 153 204 255 255 51 204 204 255 0 255 255 255 204 255 255 255 192 192 192 255 255 255 128 255 128 192 128 255 7 146 94 255 0 128 255 255 255 128 192 255 0 255 255 255 255 128 128 255 0 128 192 255 255 0 255 255 128 64 64 255 255 128 64 255 80 240 120 255 0 64 128 255 128 0 64 255 255 0 128 255 128 128 64 255 128 128 128 255 255 128 255 255 0 64 0 255 0 0 0 255 255 255 255 255 255 128 0 255 0 0 128 255 0 0 255 255 51 102 255 255 0 204 255 255 153 204 255 255 51 204 204 255 0 255 255 255 204 255 255 255 192 192 192 255 255 255 128 255 128 192 128 255 7 146 94 255 0 128 255 255 255 128 192 255 0 255 255 255 255 128 128 255 0 128 192 255 255 0 255 255 128 64 64 255 255 128 64 255 80 240 120 255 0 64 128 255 128 0 64 255 255 0 128 255 128 128 64 255 128 128 128 255 255 128 255 255 0 64 0 255 0 0 0 255 255 255 255 255 255 128 0 true SansSerif 9.0 0 255 255 255 1 255 0 0 0 false 0.0 2.0 0.0 3.0 true row["node_id"] true Text DistinctCount Orthogonal_Value Base_Value , Outside false onmouseover Show_Tooltip 200 0 <Caption> <Value></Value> <Font> <Size>16.0</Size> <Bold>true</Bold> <Alignment/> </Font> </Caption> <Background xsi:type="attribute:ColorDefinition"> <Transparency>0</Transparency> <Red>255</Red> <Green>255</Green> <Blue>255</Blue> </Background> <Outline> <Style>Solid</Style> <Thickness>1</Thickness> <Color> <Transparency>255</Transparency> <Red>0</Red> <Green>0</Green> <Blue>0</Blue> </Color> </Outline> <Insets> <Top>0.0</Top> <Left>2.0</Left> <Bottom>0.0</Bottom> <Right>3.0</Right> </Insets> <Visible>true</Visible> Below 1 true 10.0 true 0 255 255 255 1 255 0 0 0 false 0.0 2.0 0.0 3.0 false var data = "Unknown"; if (row["os_build_version"] != null) { data = row["os_build_version"]; } data; Orthogonal_Value , Outside false true Text DistinctCount Ascending row["os_build_version"] ]]>

SVG

eq row["win11_inplace_upgrade_label"]

"Unsupported"

true eq row["win11_image_upgrade_label"]

"Unsupported"

true

false 3.75in 5in Windows10MachineCountsByStatus

node_id

dataSetRow["node_id"] integer machine_name

machine_name

dataSetRow["machine_name"] string machine_fqmn

machine_fqmn

dataSetRow["machine_fqmn"] string machine_last_contact

machine_last_contact

dataSetRow["machine_last_contact"] date-time machine_make

machine_make

dataSetRow["machine_make"] string machine_model

machine_model

dataSetRow["machine_model"] string machine_chassis_type

machine_chassis_type

dataSetRow["machine_chassis_type"] string node_os_version

node_os_version

dataSetRow["node_os_version"] string node_os_desc

node_os_desc

dataSetRow["node_os_desc"] string os_build_version

os_build_version

dataSetRow["os_build_version"] string node_cpu_model

node_cpu_model

dataSetRow["node_cpu_model"] string node_cpu_short_models

node_cpu_short_models

dataSetRow["node_cpu_short_models"] string node_cpu_speed_ghz

node_cpu_speed_ghz

dataSetRow["node_cpu_speed_ghz"] decimal cpu_brand

cpu_brand

dataSetRow["cpu_brand"] string cpu_sub_brand

cpu_sub_brand

dataSetRow["cpu_sub_brand"] string cpu_sub_brand_modifier

cpu_sub_brand_modifier

dataSetRow["cpu_sub_brand_modifier"] string cpu_model_number

cpu_model_number

dataSetRow["cpu_model_number"] string cpu_sku_level

cpu_sku_level

dataSetRow["cpu_sku_level"] integer cpu_generation

cpu_generation

dataSetRow["cpu_generation"] integer cpu_sku

cpu_sku

dataSetRow["cpu_sku"] string node_per_cpu_cores

node_per_cpu_cores

dataSetRow["node_per_cpu_cores"] decimal node_cpu_cores

node_cpu_cores

dataSetRow["node_cpu_cores"] decimal node_cpu_bitwidth

node_cpu_bitwidth

dataSetRow["node_cpu_bitwidth"] integer node_ram_allocated_gb

node_ram_allocated_gb

dataSetRow["node_ram_allocated_gb"] decimal ram_alloc_gb

ram_alloc_gb

dataSetRow["ram_alloc_gb"] decimal node_disk0_c_size_gb

node_disk0_c_size_gb

dataSetRow["node_disk0_c_size_gb"] decimal node_disk0_c_used_gb

node_disk0_c_used_gb

dataSetRow["node_disk0_c_used_gb"] decimal node_disk0_c_free_gb

node_disk0_c_free_gb

dataSetRow["node_disk0_c_free_gb"] decimal node_total_disk_size_gb

node_total_disk_size_gb

dataSetRow["node_total_disk_size_gb"] decimal node_total_disk_used_gb

node_total_disk_used_gb

dataSetRow["node_total_disk_used_gb"] decimal node_total_disk_free_gb

node_total_disk_free_gb

dataSetRow["node_total_disk_free_gb"] decimal node_gpu_model

node_gpu_model

dataSetRow["node_gpu_model"] string node_discrete_gpu_models

node_discrete_gpu_models

dataSetRow["node_discrete_gpu_models"] string node_gpu_count

node_gpu_count

dataSetRow["node_gpu_count"] decimal node_discrete_gpu_count

node_discrete_gpu_count

dataSetRow["node_discrete_gpu_count"] decimal node_gpu_color_depth

node_gpu_color_depth

dataSetRow["node_gpu_color_depth"] integer os_dx12orwddm2

os_dx12orwddm2

dataSetRow["os_dx12orwddm2"] integer node_display_dimensions

node_display_dimensions

dataSetRow["node_display_dimensions"] string max_display_res_y

max_display_res_y

dataSetRow["max_display_res_y"] integer node_display_size_in_inches

node_display_size_in_inches

dataSetRow["node_display_size_in_inches"] string max_display_size_in_inches

max_display_size_in_inches

dataSetRow["max_display_size_in_inches"] integer node_display_count

node_display_count

dataSetRow["node_display_count"] decimal machine_bios_uefi_capable

machine_bios_uefi_capable

dataSetRow["machine_bios_uefi_capable"] integer machine_bios_uefi_enabled

machine_bios_uefi_enabled

dataSetRow["machine_bios_uefi_enabled"] integer machine_secure_boot

machine_secure_boot

dataSetRow["machine_secure_boot"] string machine_tpm_specifications

machine_tpm_specifications

dataSetRow["machine_tpm_specifications"] string machine_tpm_specification

machine_tpm_specification

dataSetRow["machine_tpm_specification"] integer machine_location_city_state_country

machine_location_city_state_country

dataSetRow["machine_location_city_state_country"] string machine_location_country

machine_location_country

dataSetRow["machine_location_country"] string machine_location_state

machine_location_state

dataSetRow["machine_location_state"] string machine_location_city

machine_location_city

dataSetRow["machine_location_city"] string cpu_support_status

cpu_support_status

dataSetRow["cpu_support_status"] string win11_inplace_upgrade_label

win11_inplace_upgrade_label

dataSetRow["win11_inplace_upgrade_label"] string win11_image_upgrade_label

win11_image_upgrade_label

dataSetRow["win11_image_upgrade_label"] string

solid medium solid medium solid medium solid medium center

2.6.1 Pie Chart Standard 0.0 0.0 0.0 0.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true Machines by CPU Clock Speed SansSerif 16.0 true Center Center 0 255 255 255 1 255 0 0 0 0.0 2.0 0.0 3.0 true 0.0 0.0 0.0 0.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true 5 5 0 255 0 0 0 false 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false false 0 255 0 0 0 false 2.0 2.0 2.0 2.0 Vertical Top_Bottom 1 255 0 0 0 true Right Categories <Caption> <Value></Value> <Font> <Alignment/> </Font> </Caption> <Background xsi:type="attribute:ColorDefinition"> <Transparency>0</Transparency> <Red>255</Red> <Green>255</Green> <Blue>255</Blue> </Background> <Outline> <Style>Solid</Style> <Thickness>1</Thickness> <Color> <Transparency>255</Transparency> <Red>0</Red> <Green>0</Green> <Blue>0</Blue> </Color> <Visible>false</Visible> </Outline> <Insets> <Top>0.0</Top> <Left>2.0</Left> <Bottom>0.0</Bottom> <Right>3.0</Right> </Insets> <Visible>false</Visible> Above 0.0 0.0 212.0 130.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true Two_Dimensional Points 10.0 0 enable.area.alt false 'A','B','C','D','E' 6,4,12,8,10 0 This chart contains no data. SansSerif 12.0 Center Center 64 127 127 127 128 127 127 127 true 10.0 10.0 10.0 10.0 true 255 0 50 0 255 0 128 0 255 51 153 102 255 0 255 0 255 204 255 204 255 154 204 0 255 124 124 0 255 51 51 0 255 192 192 192 255 255 255 128 255 128 192 128 255 7 146 94 255 0 128 255 255 255 128 192 255 0 255 255 255 255 128 128 255 0 128 192 255 255 0 255 255 128 64 64 255 255 128 64 255 80 240 120 255 0 64 128 255 128 0 64 255 255 0 128 255 128 128 64 255 128 128 128 255 255 128 255 255 0 64 0 255 0 0 0 255 255 255 255 255 255 128 0 255 0 50 0 255 0 128 0 255 51 153 102 255 0 255 0 255 204 255 204 255 154 204 0 255 124 124 0 255 51 51 0 255 192 192 192 255 255 255 128 255 128 192 128 255 7 146 94 255 0 128 255 255 255 128 192 255 0 255 255 255 255 128 128 255 0 128 192 255 255 0 255 255 128 64 64 255 255 128 64 255 80 240 120 255 0 64 128 255 128 0 64 255 255 0 128 255 128 128 64 255 128 128 128 255 255 128 255 255 0 64 0 255 0 0 0 255 255 255 255 255 255 128 0 true SansSerif 9.0 0 255 255 255 1 255 0 0 0 false 0.0 2.0 0.0 3.0 true row["node_id"] true Text DistinctCount Orthogonal_Value Base_Value , Outside false onmouseover Show_Tooltip 200 0 <Caption> <Value></Value> <Font> <Size>16.0</Size> <Bold>true</Bold> <Alignment/> </Font> </Caption> <Background xsi:type="attribute:ColorDefinition"> <Transparency>0</Transparency> <Red>255</Red> <Green>255</Green> <Blue>255</Blue> </Background> <Outline> <Style>Solid</Style> <Thickness>1</Thickness> <Color> <Transparency>255</Transparency> <Red>0</Red> <Green>0</Green> <Blue>0</Blue> </Color> </Outline> <Insets> <Top>0.0</Top> <Left>2.0</Left> <Bottom>0.0</Bottom> <Right>3.0</Right> </Insets> <Visible>true</Visible> Below 1 true 10.0 true 0 255 255 255 1 255 0 0 0 false 0.0 2.0 0.0 3.0 false var data = row["node_cpu_speed_ghz"]; var dispData = "Unknown"; if (data != null) { if (data <= 1.0) { dispData = "<= 1.0 GHz"; } else if (data > 1.0 && data <= 1.5) { dispData = "<= 1.5 GHz"; } else if (data > 1.5 && data <= 2.0) { dispData = "<= 2.0 GHz"; } else if (data > 2.0 && data <= 2.5) { dispData = "<= 2.5 GHz"; } else if (data > 2.5 && data <= 3.0) { dispData = "<= 3.0 GHz"; } else if (data > 3.0 && data <= 3.5) { dispData = "<= 3.5 GHz"; } else if (data > 3.5 && data <= 4.0) { dispData = "<= 4.0 GHz"; } else { dispData = "> 4 GHz"; } } dispData; Orthogonal_Value , Outside false true 1.0 Text Sum Ascending var data = row["node_cpu_speed_ghz"]; var dispData = "Unknown"; if (data != null) { if (data <= 1.0) { dispData = "<= 1.0 GHz"; } else if (data > 1.0 && data <= 1.5) { dispData = "<= 1.5 GHz"; } else if (data > 1.5 && data <= 2.0) { dispData = "<= 2.0 GHz"; } else if (data > 2.0 && data <= 2.5) { dispData = "<= 2.5 GHz"; } else if (data > 2.5 && data <= 3.0) { dispData = "<= 3.0 GHz"; } else if (data > 3.0 && data <= 3.5) { dispData = "<= 3.5 GHz"; } else if (data > 3.5 && data <= 4.0) { dispData = "<= 4.0 GHz"; } else { dispData = "> 4 GHz"; } } dispData; ]]>

SVG

eq row["win11_inplace_upgrade_label"]

"Unsupported"

true eq row["win11_image_upgrade_label"]

"Unsupported"

true

false 3.75in 5in Windows10MachineCountsByStatus

solid medium solid medium solid medium solid medium center

2.6.1 Pie Chart Standard 0.0 0.0 0.0 0.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true Machines by CPU Cores SansSerif 16.0 true Center Center 0 255 255 255 1 255 0 0 0 0.0 2.0 0.0 3.0 true 0.0 0.0 0.0 0.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true 5 5 0 255 0 0 0 false 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false false 0 255 0 0 0 false 2.0 2.0 2.0 2.0 Vertical Top_Bottom 1 255 0 0 0 true Right Categories <Caption> <Value></Value> <Font> <Alignment/> </Font> </Caption> <Background xsi:type="attribute:ColorDefinition"> <Transparency>0</Transparency> <Red>255</Red> <Green>255</Green> <Blue>255</Blue> </Background> <Outline> <Style>Solid</Style> <Thickness>1</Thickness> <Color> <Transparency>255</Transparency> <Red>0</Red> <Green>0</Green> <Blue>0</Blue> </Color> <Visible>false</Visible> </Outline> <Insets> <Top>0.0</Top> <Left>2.0</Left> <Bottom>0.0</Bottom> <Right>3.0</Right> </Insets> <Visible>false</Visible> Above 0.0 0.0 212.0 130.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true Two_Dimensional Points 10.0 0 enable.area.alt false 'A','B','C','D','E' 6,4,12,8,10 0 This chart contains no data. SansSerif 12.0 Center Center 64 127 127 127 128 127 127 127 true 10.0 10.0 10.0 10.0 true 255 0 50 0 255 0 128 0 255 51 153 102 255 0 255 0 255 204 255 204 255 154 204 0 255 124 124 0 255 204 255 204 255 192 192 192 255 255 255 128 255 128 192 128 255 7 146 94 255 0 128 255 255 255 128 192 255 0 255 255 255 255 128 128 255 0 128 192 255 255 0 255 255 128 64 64 255 255 128 64 255 80 240 120 255 0 64 128 255 128 0 64 255 255 0 128 255 128 128 64 255 128 128 128 255 255 128 255 255 0 64 0 255 0 0 0 255 255 255 255 255 255 128 0 255 0 50 0 255 0 128 0 255 51 153 102 255 0 255 0 255 204 255 204 255 154 204 0 255 124 124 0 255 204 255 204 255 192 192 192 255 255 255 128 255 128 192 128 255 7 146 94 255 0 128 255 255 255 128 192 255 0 255 255 255 255 128 128 255 0 128 192 255 255 0 255 255 128 64 64 255 255 128 64 255 80 240 120 255 0 64 128 255 128 0 64 255 255 0 128 255 128 128 64 255 128 128 128 255 255 128 255 255 0 64 0 255 0 0 0 255 255 255 255 255 255 128 0 true SansSerif 9.0 0 255 255 255 1 255 0 0 0 false 0.0 2.0 0.0 3.0 true row["node_id"] true Text DistinctCount Orthogonal_Value Base_Value cores count, Outside false onmouseover Show_Tooltip 200 0 <Caption> <Value></Value> <Font> <Size>16.0</Size> <Bold>true</Bold> <Alignment/> </Font> </Caption> <Background xsi:type="attribute:ColorDefinition"> <Transparency>0</Transparency> <Red>255</Red> <Green>255</Green> <Blue>255</Blue> </Background> <Outline> <Style>Solid</Style> <Thickness>1</Thickness> <Color> <Transparency>255</Transparency> <Red>0</Red> <Green>0</Green> <Blue>0</Blue> </Color> </Outline> <Insets> <Top>0.0</Top> <Left>2.0</Left> <Bottom>0.0</Bottom> <Right>3.0</Right> </Insets> <Visible>true</Visible> Below 1 true 10.0 true 0 255 255 255 1 255 0 0 0 false 0.0 2.0 0.0 3.0 false var dispData = "Unknown"; var data = row["node_cpu_cores"]; if (data != null) { dispData = data; } dispData; Orthogonal_Value , Outside false true Text Sum Ascending row["node_cpu_cores"] ]]>

SVG

eq row["win11_inplace_upgrade_label"]

"Unsupported"

true eq row["win11_image_upgrade_label"]

"Unsupported"

true

false 3.75in 5in Windows10MachineCountsByStatus

solid medium solid medium solid medium solid medium center

2.6.1 Pie Chart Standard 0.0 0.0 0.0 0.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true Machines by RAM SansSerif 16.0 true Center Center 0 255 255 255 1 255 0 0 0 0.0 2.0 0.0 3.0 true 0.0 0.0 0.0 0.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true 5 5 0 255 0 0 0 false 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false false 0 255 0 0 0 false 2.0 2.0 2.0 2.0 Vertical Top_Bottom 1 255 0 0 0 true Right Categories <Caption> <Value></Value> <Font> <Alignment/> </Font> </Caption> <Background xsi:type="attribute:ColorDefinition"> <Transparency>0</Transparency> <Red>255</Red> <Green>255</Green> <Blue>255</Blue> </Background> <Outline> <Style>Solid</Style> <Thickness>1</Thickness> <Color> <Transparency>255</Transparency> <Red>0</Red> <Green>0</Green> <Blue>0</Blue> </Color> <Visible>false</Visible> </Outline> <Insets> <Top>0.0</Top> <Left>2.0</Left> <Bottom>0.0</Bottom> <Right>3.0</Right> </Insets> <Visible>false</Visible> Above 0.0 0.0 212.0 130.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true Two_Dimensional Points 10.0 0 enable.area.alt false 'A','B','C','D','E' 6,4,12,8,10 0 This chart contains no data. SansSerif 12.0 Center Center 64 127 127 127 128 127 127 127 true 10.0 10.0 10.0 10.0 true 255 80 166 218 255 0 204 255 255 153 204 255 255 51 204 204 255 0 255 255 255 204 255 255 255 170 85 85 255 128 128 0 255 192 192 192 255 255 255 128 255 128 192 128 255 7 146 94 255 0 128 255 255 255 128 192 255 0 255 255 255 255 128 128 255 0 128 192 255 255 0 255 255 128 64 64 255 255 128 64 255 80 240 120 255 0 64 128 255 128 0 64 255 255 0 128 255 128 128 64 255 128 128 128 255 255 128 255 255 0 64 0 255 0 0 0 255 255 255 255 255 255 128 0 255 80 166 218 255 0 204 255 255 153 204 255 255 51 204 204 255 0 255 255 255 204 255 255 255 170 85 85 255 128 128 0 255 192 192 192 255 255 255 128 255 128 192 128 255 7 146 94 255 0 128 255 255 255 128 192 255 0 255 255 255 255 128 128 255 0 128 192 255 255 0 255 255 128 64 64 255 255 128 64 255 80 240 120 255 0 64 128 255 128 0 64 255 255 0 128 255 128 128 64 255 128 128 128 255 255 128 255 255 0 64 0 255 0 0 0 255 255 255 255 255 255 128 0 true SansSerif 9.0 0 255 255 255 1 255 0 0 0 false 0.0 2.0 0.0 3.0 true row["node_id"] true Text DistinctCount Orthogonal_Value Base_Value GB count, Outside false onmouseover Show_Tooltip 200 0 <Caption> <Value></Value> <Font> <Size>16.0</Size> <Bold>true</Bold> <Alignment/> </Font> </Caption> <Background xsi:type="attribute:ColorDefinition"> <Transparency>0</Transparency> <Red>255</Red> <Green>255</Green> <Blue>255</Blue> </Background> <Outline> <Style>Solid</Style> <Thickness>1</Thickness> <Color> <Transparency>255</Transparency> <Red>0</Red> <Green>0</Green> <Blue>0</Blue> </Color> </Outline> <Insets> <Top>0.0</Top> <Left>2.0</Left> <Bottom>0.0</Bottom> <Right>3.0</Right> </Insets> <Visible>true</Visible> Below 1 true 10.0 true 0 255 255 255 1 255 0 0 0 false 0.0 2.0 0.0 3.0 false var dispData = "Unknown"; var data = row["ram_alloc_gb"]; if (data != null) { if (data < 4) { dispData = " < 4"; } else if (data >= 4 && data <= 8) { dispData = " 4 - 8"; } else if (data > 8 && data <= 16) { dispData = " 8 - 16"; } else if (data > 16 && data <= 32) { dispData = " 16 - 32"; } else { dispData = " > 32"; } } dispData; Orthogonal_Value , Outside false true Text Sum Ascending row["ram_alloc_gb"] ]]>

SVG

eq row["win11_inplace_upgrade_label"]

"Unsupported"

true eq row["win11_image_upgrade_label"]

"Unsupported"

true

false 3.75in 5in Windows10MachineCountsByStatus

node_id dataSetRow["node_id"] integer machine_name dataSetRow["machine_name"] string machine_fqmn dataSetRow["machine_fqmn"] string machine_last_contact dataSetRow["machine_last_contact"] date-time machine_make dataSetRow["machine_make"] string machine_model dataSetRow["machine_model"] string machine_chassis_type dataSetRow["machine_chassis_type"] string node_os_version dataSetRow["node_os_version"] string node_os_desc dataSetRow["node_os_desc"] string os_build_version dataSetRow["os_build_version"] string node_cpu_model dataSetRow["node_cpu_model"] string node_cpu_short_models dataSetRow["node_cpu_short_models"] string node_cpu_speed_ghz dataSetRow["node_cpu_speed_ghz"] decimal cpu_brand dataSetRow["cpu_brand"] string cpu_sub_brand dataSetRow["cpu_sub_brand"] string cpu_sub_brand_modifier dataSetRow["cpu_sub_brand_modifier"] string cpu_model_number dataSetRow["cpu_model_number"] string cpu_sku_level dataSetRow["cpu_sku_level"] integer cpu_generation dataSetRow["cpu_generation"] integer cpu_sku dataSetRow["cpu_sku"] string node_per_cpu_cores dataSetRow["node_per_cpu_cores"] decimal node_cpu_cores dataSetRow["node_cpu_cores"] decimal node_cpu_bitwidth dataSetRow["node_cpu_bitwidth"] integer node_ram_allocated_gb dataSetRow["node_ram_allocated_gb"] decimal ram_alloc_gb dataSetRow["ram_alloc_gb"] decimal node_disk0_c_size_gb dataSetRow["node_disk0_c_size_gb"] decimal node_disk0_c_used_gb dataSetRow["node_disk0_c_used_gb"] decimal node_disk0_c_free_gb dataSetRow["node_disk0_c_free_gb"] decimal node_total_disk_size_gb dataSetRow["node_total_disk_size_gb"] decimal node_total_disk_used_gb dataSetRow["node_total_disk_used_gb"] decimal node_total_disk_free_gb dataSetRow["node_total_disk_free_gb"] decimal node_gpu_model dataSetRow["node_gpu_model"] string node_discrete_gpu_models dataSetRow["node_discrete_gpu_models"] string node_gpu_count dataSetRow["node_gpu_count"] decimal node_discrete_gpu_count dataSetRow["node_discrete_gpu_count"] decimal node_gpu_color_depth dataSetRow["node_gpu_color_depth"] integer os_dx12orwddm2 dataSetRow["os_dx12orwddm2"] integer node_display_dimensions dataSetRow["node_display_dimensions"] string max_display_res_y dataSetRow["max_display_res_y"] integer node_display_size_in_inches dataSetRow["node_display_size_in_inches"] string max_display_size_in_inches dataSetRow["max_display_size_in_inches"] integer node_display_count dataSetRow["node_display_count"] decimal machine_bios_uefi_capable dataSetRow["machine_bios_uefi_capable"] integer machine_bios_uefi_enabled dataSetRow["machine_bios_uefi_enabled"] integer machine_secure_boot dataSetRow["machine_secure_boot"] string machine_tpm_specifications dataSetRow["machine_tpm_specifications"] string machine_tpm_specification dataSetRow["machine_tpm_specification"] integer machine_location_city_state_country dataSetRow["machine_location_city_state_country"] string machine_location_country dataSetRow["machine_location_country"] string machine_location_state dataSetRow["machine_location_state"] string machine_location_city dataSetRow["machine_location_city"] string win11_inplace_upgrade_label dataSetRow["win11_inplace_upgrade_label"] string win11_image_upgrade_label dataSetRow["win11_image_upgrade_label"] string cpu_support_status dataSetRow["cpu_support_status"] string

solid medium solid medium solid medium solid medium center

2.6.1 Pie Chart Standard 0.0 0.0 0.0 0.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true Machines by Disk Free Space SansSerif 16.0 true Center Center 0 255 255 255 1 255 0 0 0 0.0 2.0 0.0 3.0 true 0.0 0.0 0.0 0.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true 5 5 0 255 0 0 0 false 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false false 0 255 0 0 0 false 2.0 2.0 2.0 2.0 Vertical Top_Bottom 1 255 0 0 0 true Right Categories <Caption> <Value></Value> <Font> <Alignment/> </Font> </Caption> <Background xsi:type="attribute:ColorDefinition"> <Transparency>0</Transparency> <Red>255</Red> <Green>255</Green> <Blue>255</Blue> </Background> <Outline> <Style>Solid</Style> <Thickness>1</Thickness> <Color> <Transparency>255</Transparency> <Red>0</Red> <Green>0</Green> <Blue>0</Blue> </Color> <Visible>false</Visible> </Outline> <Insets> <Top>0.0</Top> <Left>2.0</Left> <Bottom>0.0</Bottom> <Right>3.0</Right> </Insets> <Visible>false</Visible> Above 0.0 0.0 212.0 130.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true Two_Dimensional Points 10.0 0 enable.area.alt false 'A','B','C','D','E' 6,4,12,8,10 0 This chart contains no data. SansSerif 12.0 Center Center 64 127 127 127 128 127 127 127 true 10.0 10.0 10.0 10.0 true 255 51 153 102 255 154 204 0 255 232 172 57 255 128 255 128 255 64 128 128 255 128 128 192 255 170 85 85 255 128 128 0 255 192 192 192 255 255 255 128 255 128 192 128 255 7 146 94 255 0 128 255 255 255 128 192 255 0 255 255 255 255 128 128 255 0 128 192 255 255 0 255 255 128 64 64 255 255 128 64 255 80 240 120 255 0 64 128 255 128 0 64 255 255 0 128 255 128 128 64 255 128 128 128 255 255 128 255 255 0 64 0 255 0 0 0 255 255 255 255 255 255 128 0 255 51 153 102 255 154 204 0 255 232 172 57 255 128 255 128 255 64 128 128 255 128 128 192 255 170 85 85 255 128 128 0 255 192 192 192 255 255 255 128 255 128 192 128 255 7 146 94 255 0 128 255 255 255 128 192 255 0 255 255 255 255 128 128 255 0 128 192 255 255 0 255 255 128 64 64 255 255 128 64 255 80 240 120 255 0 64 128 255 128 0 64 255 255 0 128 255 128 128 64 255 128 128 128 255 255 128 255 255 0 64 0 255 0 0 0 255 255 255 255 255 255 128 0 true SansSerif 9.0 0 255 255 255 1 255 0 0 0 false 0.0 2.0 0.0 3.0 true row["node_id"] true Text DistinctCount Orthogonal_Value Base_Value GB count, Outside false onmouseover Show_Tooltip 200 0 <Caption> <Value></Value> <Font> <Size>16.0</Size> <Bold>true</Bold> <Alignment/> </Font> </Caption> <Background xsi:type="attribute:ColorDefinition"> <Transparency>0</Transparency> <Red>255</Red> <Green>255</Green> <Blue>255</Blue> </Background> <Outline> <Style>Solid</Style> <Thickness>1</Thickness> <Color> <Transparency>255</Transparency> <Red>0</Red> <Green>0</Green> <Blue>0</Blue> </Color> </Outline> <Insets> <Top>0.0</Top> <Left>2.0</Left> <Bottom>0.0</Bottom> <Right>3.0</Right> </Insets> <Visible>true</Visible> Below 1 true 10.0 true 0 255 255 255 1 255 0 0 0 false 0.0 2.0 0.0 3.0 false var dispData = "Unknown"; var data = row["node_disk0_c_free_gb"]; if (data != null) { if (data < 20) { dispData = " < 20"; } else { dispData = " >= 20"; } } dispData; Orthogonal_Value , Outside false true Text Sum Ascending row["ram_alloc_gb"] ]]>

SVG

eq row["win11_inplace_upgrade_label"]

"Unsupported"

true eq row["win11_image_upgrade_label"]

"Unsupported"

true

false 3.75in 5in Windows10MachineCountsByStatus

node_id dataSetRow["node_id"] integer machine_name dataSetRow["machine_name"] string machine_fqmn dataSetRow["machine_fqmn"] string machine_last_contact dataSetRow["machine_last_contact"] date-time machine_make dataSetRow["machine_make"] string machine_model dataSetRow["machine_model"] string machine_chassis_type dataSetRow["machine_chassis_type"] string node_os_version dataSetRow["node_os_version"] string node_os_desc dataSetRow["node_os_desc"] string os_build_version dataSetRow["os_build_version"] string node_cpu_model dataSetRow["node_cpu_model"] string node_cpu_short_models dataSetRow["node_cpu_short_models"] string node_cpu_speed_ghz dataSetRow["node_cpu_speed_ghz"] decimal cpu_brand dataSetRow["cpu_brand"] string cpu_sub_brand dataSetRow["cpu_sub_brand"] string cpu_sub_brand_modifier dataSetRow["cpu_sub_brand_modifier"] string cpu_model_number dataSetRow["cpu_model_number"] string cpu_sku_level dataSetRow["cpu_sku_level"] integer cpu_generation dataSetRow["cpu_generation"] integer cpu_sku dataSetRow["cpu_sku"] string node_per_cpu_cores dataSetRow["node_per_cpu_cores"] decimal node_cpu_cores dataSetRow["node_cpu_cores"] decimal node_cpu_bitwidth dataSetRow["node_cpu_bitwidth"] integer node_ram_allocated_gb dataSetRow["node_ram_allocated_gb"] decimal ram_alloc_gb dataSetRow["ram_alloc_gb"] decimal node_disk0_c_size_gb dataSetRow["node_disk0_c_size_gb"] decimal node_disk0_c_used_gb dataSetRow["node_disk0_c_used_gb"] decimal node_disk0_c_free_gb dataSetRow["node_disk0_c_free_gb"] decimal node_total_disk_size_gb dataSetRow["node_total_disk_size_gb"] decimal node_total_disk_used_gb dataSetRow["node_total_disk_used_gb"] decimal node_total_disk_free_gb dataSetRow["node_total_disk_free_gb"] decimal node_gpu_model dataSetRow["node_gpu_model"] string node_discrete_gpu_models dataSetRow["node_discrete_gpu_models"] string node_gpu_count dataSetRow["node_gpu_count"] decimal node_discrete_gpu_count dataSetRow["node_discrete_gpu_count"] decimal node_gpu_color_depth dataSetRow["node_gpu_color_depth"] integer os_dx12orwddm2 dataSetRow["os_dx12orwddm2"] integer node_display_dimensions dataSetRow["node_display_dimensions"] string max_display_res_y dataSetRow["max_display_res_y"] integer node_display_size_in_inches dataSetRow["node_display_size_in_inches"] string max_display_size_in_inches dataSetRow["max_display_size_in_inches"] integer node_display_count dataSetRow["node_display_count"] decimal machine_bios_uefi_capable dataSetRow["machine_bios_uefi_capable"] integer machine_bios_uefi_enabled dataSetRow["machine_bios_uefi_enabled"] integer machine_secure_boot dataSetRow["machine_secure_boot"] string machine_tpm_specifications dataSetRow["machine_tpm_specifications"] string machine_tpm_specification dataSetRow["machine_tpm_specification"] integer machine_location_city_state_country dataSetRow["machine_location_city_state_country"] string machine_location_country dataSetRow["machine_location_country"] string machine_location_state dataSetRow["machine_location_state"] string machine_location_city dataSetRow["machine_location_city"] string win11_inplace_upgrade_label dataSetRow["win11_inplace_upgrade_label"] string win11_image_upgrade_label dataSetRow["win11_image_upgrade_label"] string cpu_support_status dataSetRow["cpu_support_status"] string

solid medium solid medium solid medium solid medium center

2.6.1 Pie Chart Standard 0.0 0.0 0.0 0.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true By Chassis SansSerif 16.0 true Center Center 0 255 255 255 1 255 0 0 0 0.0 2.0 0.0 3.0 true 0.0 0.0 0.0 0.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true 5 5 0 255 0 0 0 false 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false false 0 255 0 0 0 false 2.0 2.0 2.0 2.0 Vertical Top_Bottom 1 255 0 0 0 true Right Categories <Caption> <Value></Value> <Font> <Alignment/> </Font> </Caption> <Background xsi:type="attribute:ColorDefinition"> <Transparency>0</Transparency> <Red>255</Red> <Green>255</Green> <Blue>255</Blue> </Background> <Outline> <Style>Solid</Style> <Thickness>1</Thickness> <Color> <Transparency>255</Transparency> <Red>0</Red> <Green>0</Green> <Blue>0</Blue> </Color> <Visible>false</Visible> </Outline> <Insets> <Top>0.0</Top> <Left>2.0</Left> <Bottom>0.0</Bottom> <Right>3.0</Right> </Insets> <Visible>false</Visible> Above 0.0 0.0 212.0 130.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true Two_Dimensional Points 10.0 0 enable.area.alt false 'A','B','C','D','E' 6,4,12,8,10 0 This chart contains no data. SansSerif 12.0 Center Center 64 127 127 127 128 127 127 127 true 10.0 10.0 10.0 10.0 true 255 80 166 218 255 0 204 255 255 153 204 255 255 0 255 255 255 51 204 204 255 128 128 192 255 170 85 85 255 128 128 0 255 192 192 192 255 255 255 128 255 128 192 128 255 7 146 94 255 0 128 255 255 255 128 192 255 0 255 255 255 255 128 128 255 0 128 192 255 255 0 255 255 128 64 64 255 255 128 64 255 80 240 120 255 0 64 128 255 128 0 64 255 255 0 128 255 128 128 64 255 128 128 128 255 255 128 255 255 0 64 0 255 0 0 0 255 255 255 255 255 255 128 0 255 80 166 218 255 0 204 255 255 153 204 255 255 0 255 255 255 51 204 204 255 128 128 192 255 170 85 85 255 128 128 0 255 192 192 192 255 255 255 128 255 128 192 128 255 7 146 94 255 0 128 255 255 255 128 192 255 0 255 255 255 255 128 128 255 0 128 192 255 255 0 255 255 128 64 64 255 255 128 64 255 80 240 120 255 0 64 128 255 128 0 64 255 255 0 128 255 128 128 64 255 128 128 128 255 255 128 255 255 0 64 0 255 0 0 0 255 255 255 255 255 255 128 0 true SansSerif 9.0 0 255 255 255 1 255 0 0 0 false 0.0 2.0 0.0 3.0 true row["node_id"] true Text DistinctCount Orthogonal_Value Base_Value , Outside false onmouseover Show_Tooltip 200 0 <Caption> <Value></Value> <Font> <Size>16.0</Size> <Bold>true</Bold> <Alignment/> </Font> </Caption> <Background xsi:type="attribute:ColorDefinition"> <Transparency>0</Transparency> <Red>255</Red> <Green>255</Green> <Blue>255</Blue> </Background> <Outline> <Style>Solid</Style> <Thickness>1</Thickness> <Color> <Transparency>255</Transparency> <Red>0</Red> <Green>0</Green> <Blue>0</Blue> </Color> </Outline> <Insets> <Top>0.0</Top> <Left>2.0</Left> <Bottom>0.0</Bottom> <Right>3.0</Right> </Insets> <Visible>true</Visible> Below 1 true 10.0 true 0 255 255 255 1 255 0 0 0 false 0.0 2.0 0.0 3.0 false var data = "Unknown"; if (row["machine_chassis_type"] != null) { data = row["machine_chassis_type"]; } data; Orthogonal_Value , Outside false true Text Sum Ascending row["machine_chassis_type"] ]]>

SVG

eq row["win11_inplace_upgrade_label"]

"Unsupported"

true eq row["win11_image_upgrade_label"]

"Unsupported"

true

false 3.75in 5in Windows10MachineCountsByStatus

node_id

dataSetRow["node_id"] integer machine_name

machine_name

dataSetRow["machine_name"] string machine_fqmn

machine_fqmn

dataSetRow["machine_fqmn"] string machine_last_contact

machine_last_contact

dataSetRow["machine_last_contact"] date-time machine_make

machine_make

dataSetRow["machine_make"] string machine_model

machine_model

dataSetRow["machine_model"] string machine_chassis_type

machine_chassis_type

dataSetRow["machine_chassis_type"] string node_os_version

node_os_version

dataSetRow["node_os_version"] string node_os_desc

node_os_desc

dataSetRow["node_os_desc"] string os_build_version

os_build_version

dataSetRow["os_build_version"] string node_cpu_model

node_cpu_model

dataSetRow["node_cpu_model"] string node_cpu_short_models

node_cpu_short_models

dataSetRow["node_cpu_short_models"] string node_cpu_speed_ghz

node_cpu_speed_ghz

dataSetRow["node_cpu_speed_ghz"] decimal cpu_brand

cpu_brand

dataSetRow["cpu_brand"] string cpu_sub_brand

cpu_sub_brand

dataSetRow["cpu_sub_brand"] string cpu_sub_brand_modifier

cpu_sub_brand_modifier

dataSetRow["cpu_sub_brand_modifier"] string cpu_model_number

cpu_model_number

dataSetRow["cpu_model_number"] string cpu_sku_level

cpu_sku_level

dataSetRow["cpu_sku_level"] integer cpu_generation

cpu_generation

dataSetRow["cpu_generation"] integer cpu_sku

cpu_sku

dataSetRow["cpu_sku"] string node_per_cpu_cores

node_per_cpu_cores

dataSetRow["node_per_cpu_cores"] decimal node_cpu_cores

node_cpu_cores

dataSetRow["node_cpu_cores"] decimal node_cpu_bitwidth

node_cpu_bitwidth

dataSetRow["node_cpu_bitwidth"] integer node_ram_allocated_gb

node_ram_allocated_gb

dataSetRow["node_ram_allocated_gb"] decimal ram_alloc_gb

ram_alloc_gb

dataSetRow["ram_alloc_gb"] decimal node_disk0_c_size_gb

node_disk0_c_size_gb

dataSetRow["node_disk0_c_size_gb"] decimal node_disk0_c_used_gb

node_disk0_c_used_gb

dataSetRow["node_disk0_c_used_gb"] decimal node_disk0_c_free_gb

node_disk0_c_free_gb

dataSetRow["node_disk0_c_free_gb"] decimal node_total_disk_size_gb

node_total_disk_size_gb

dataSetRow["node_total_disk_size_gb"] decimal node_total_disk_used_gb

node_total_disk_used_gb

dataSetRow["node_total_disk_used_gb"] decimal node_total_disk_free_gb

node_total_disk_free_gb

dataSetRow["node_total_disk_free_gb"] decimal node_gpu_model

node_gpu_model

dataSetRow["node_gpu_model"] string node_discrete_gpu_models

node_discrete_gpu_models

dataSetRow["node_discrete_gpu_models"] string node_gpu_count

node_gpu_count

dataSetRow["node_gpu_count"] decimal node_discrete_gpu_count

node_discrete_gpu_count

dataSetRow["node_discrete_gpu_count"] decimal node_gpu_color_depth

node_gpu_color_depth

dataSetRow["node_gpu_color_depth"] integer os_dx12orwddm2

os_dx12orwddm2

dataSetRow["os_dx12orwddm2"] integer node_display_dimensions

node_display_dimensions

dataSetRow["node_display_dimensions"] string max_display_res_y

max_display_res_y

dataSetRow["max_display_res_y"] integer node_display_size_in_inches

node_display_size_in_inches

dataSetRow["node_display_size_in_inches"] string max_display_size_in_inches

max_display_size_in_inches

dataSetRow["max_display_size_in_inches"] integer node_display_count

node_display_count

dataSetRow["node_display_count"] decimal machine_bios_uefi_capable

machine_bios_uefi_capable

dataSetRow["machine_bios_uefi_capable"] integer machine_bios_uefi_enabled

machine_bios_uefi_enabled

dataSetRow["machine_bios_uefi_enabled"] integer machine_secure_boot

machine_secure_boot

dataSetRow["machine_secure_boot"] string machine_tpm_specifications

machine_tpm_specifications

dataSetRow["machine_tpm_specifications"] string machine_tpm_specification

machine_tpm_specification

dataSetRow["machine_tpm_specification"] integer machine_location_city_state_country

machine_location_city_state_country

dataSetRow["machine_location_city_state_country"] string machine_location_country

machine_location_country

dataSetRow["machine_location_country"] string machine_location_state

machine_location_state

dataSetRow["machine_location_state"] string machine_location_city

machine_location_city

dataSetRow["machine_location_city"] string win11_inplace_upgrade_label

win11_inplace_upgrade_label

dataSetRow["win11_inplace_upgrade_label"] string win11_image_upgrade_label

win11_image_upgrade_label

dataSetRow["win11_image_upgrade_label"] string cpu_support_status

cpu_support_status

dataSetRow["cpu_support_status"] string

center solid medium solid medium solid medium solid medium center

2.6.1 Pie Chart Standard 0.0 0.0 0.0 0.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true Top 5 Machines Makes SansSerif 16.0 true Center Center 0 255 255 255 1 255 0 0 0 0.0 2.0 0.0 3.0 true 0.0 0.0 0.0 0.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true 5 5 0 255 0 0 0 false 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false false 0 255 0 0 0 false 2.0 2.0 2.0 2.0 Vertical Top_Bottom 1 255 0 0 0 true Right Categories <Caption> <Value></Value> <Font> <Alignment/> </Font> </Caption> <Background xsi:type="attribute:ColorDefinition"> <Transparency>0</Transparency> <Red>255</Red> <Green>255</Green> <Blue>255</Blue> </Background> <Outline> <Style>Solid</Style> <Thickness>1</Thickness> <Color> <Transparency>255</Transparency> <Red>0</Red> <Green>0</Green> <Blue>0</Blue> </Color> <Visible>false</Visible> </Outline> <Insets> <Top>0.0</Top> <Left>2.0</Left> <Bottom>0.0</Bottom> <Right>3.0</Right> </Insets> <Visible>false</Visible> Above 0.0 0.0 212.0 130.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true Two_Dimensional Points 10.0 0 enable.area.alt false 'A','B','C','D','E' 6,4,12,8,10 0 This chart contains no data. SansSerif 12.0 Center Center 64 127 127 127 128 127 127 127 true 10.0 10.0 10.0 10.0 true 255 51 51 153 255 0 0 255 255 51 102 255 255 0 204 255 255 153 204 255 255 128 128 192 255 170 85 85 255 128 128 0 255 192 192 192 255 255 255 128 255 128 192 128 255 7 146 94 255 0 128 255 255 255 128 192 255 0 255 255 255 255 128 128 255 0 128 192 255 255 0 255 255 128 64 64 255 255 128 64 255 80 240 120 255 0 64 128 255 128 0 64 255 255 0 128 255 128 128 64 255 128 128 128 255 255 128 255 255 0 64 0 255 0 0 0 255 255 255 255 255 255 128 0 255 51 51 153 255 0 0 255 255 51 102 255 255 0 204 255 255 153 204 255 255 128 128 192 255 170 85 85 255 128 128 0 255 192 192 192 255 255 255 128 255 128 192 128 255 7 146 94 255 0 128 255 255 255 128 192 255 0 255 255 255 255 128 128 255 0 128 192 255 255 0 255 255 128 64 64 255 255 128 64 255 80 240 120 255 0 64 128 255 128 0 64 255 255 0 128 255 128 128 64 255 128 128 128 255 255 128 255 255 0 64 0 255 0 0 0 255 255 255 255 255 255 128 0 true SansSerif 9.0 0 255 255 255 1 255 0 0 0 false 0.0 2.0 0.0 3.0 true row["machine_count"] true Text DistinctCount Orthogonal_Value Base_Value , Outside false onmouseover Show_Tooltip 200 0 <Caption> <Value></Value> <Font> <Size>16.0</Size> <Bold>true</Bold> <Alignment/> </Font> </Caption> <Background xsi:type="attribute:ColorDefinition"> <Transparency>0</Transparency> <Red>255</Red> <Green>255</Green> <Blue>255</Blue> </Background> <Outline> <Style>Solid</Style> <Thickness>1</Thickness> <Color> <Transparency>255</Transparency> <Red>0</Red> <Green>0</Green> <Blue>0</Blue> </Color> </Outline> <Insets> <Top>0.0</Top> <Left>2.0</Left> <Bottom>0.0</Bottom> <Right>3.0</Right> </Insets> <Visible>true</Visible> Below 1 true 10.0 true 0 255 255 255 1 255 0 0 0 false 0.0 2.0 0.0 3.0 false var dispData = "Unknown"; var data = row["machine_make"]; if (data != null) { dispData = data; } dispData; Orthogonal_Value , Outside false false Text Count Descending row["machine_count"] ]]>

SVG false 3.75in 5in ByMachineMake

machine_make dataSetRow["machine_make"] string machine_count dataSetRow["machine_count"] decimal

solid medium solid medium solid medium solid medium center

2.6.1 Pie Chart Standard 0.0 0.0 0.0 0.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true Top 5 Machine Models SansSerif 16.0 true Center Center 0 255 255 255 1 255 0 0 0 0.0 2.0 0.0 3.0 true 0.0 0.0 0.0 0.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true 5 5 0 255 0 0 0 false 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false false 0 255 0 0 0 false 2.0 2.0 2.0 2.0 Vertical Top_Bottom 1 255 0 0 0 true Right Categories <Caption> <Value></Value> <Font> <Alignment/> </Font> </Caption> <Background xsi:type="attribute:ColorDefinition"> <Transparency>0</Transparency> <Red>255</Red> <Green>255</Green> <Blue>255</Blue> </Background> <Outline> <Style>Solid</Style> <Thickness>1</Thickness> <Color> <Transparency>255</Transparency> <Red>0</Red> <Green>0</Green> <Blue>0</Blue> </Color> <Visible>false</Visible> </Outline> <Insets> <Top>0.0</Top> <Left>2.0</Left> <Bottom>0.0</Bottom> <Right>3.0</Right> </Insets> <Visible>false</Visible> Above 0.0 0.0 212.0 130.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true Two_Dimensional Points 10.0 0 enable.area.alt false 'A','B','C','D','E' 6,4,12,8,10 0 This chart contains no data. SansSerif 12.0 Center Center 64 127 127 127 128 127 127 127 true 10.0 10.0 10.0 10.0 true 255 51 51 153 255 0 0 255 255 51 102 255 255 0 204 255 255 153 204 255 255 128 128 192 255 170 85 85 255 128 128 0 255 192 192 192 255 255 255 128 255 128 192 128 255 7 146 94 255 0 128 255 255 255 128 192 255 0 255 255 255 255 128 128 255 0 128 192 255 255 0 255 255 128 64 64 255 255 128 64 255 80 240 120 255 0 64 128 255 128 0 64 255 255 0 128 255 128 128 64 255 128 128 128 255 255 128 255 255 0 64 0 255 0 0 0 255 255 255 255 255 255 128 0 255 51 51 153 255 0 0 255 255 51 102 255 255 0 204 255 255 153 204 255 255 128 128 192 255 170 85 85 255 128 128 0 255 192 192 192 255 255 255 128 255 128 192 128 255 7 146 94 255 0 128 255 255 255 128 192 255 0 255 255 255 255 128 128 255 0 128 192 255 255 0 255 255 128 64 64 255 255 128 64 255 80 240 120 255 0 64 128 255 128 0 64 255 255 0 128 255 128 128 64 255 128 128 128 255 255 128 255 255 0 64 0 255 0 0 0 255 255 255 255 255 255 128 0 true SansSerif 9.0 0 255 255 255 1 255 0 0 0 false 0.0 2.0 0.0 3.0 true row["machine_count"]; true Text DistinctCount Orthogonal_Value Base_Value , Outside false onmouseover Show_Tooltip 200 0 <Caption> <Value></Value> <Font> <Size>16.0</Size> <Bold>true</Bold> <Alignment/> </Font> </Caption> <Background xsi:type="attribute:ColorDefinition"> <Transparency>0</Transparency> <Red>255</Red> <Green>255</Green> <Blue>255</Blue> </Background> <Outline> <Style>Solid</Style> <Thickness>1</Thickness> <Color> <Transparency>255</Transparency> <Red>0</Red> <Green>0</Green> <Blue>0</Blue> </Color> </Outline> <Insets> <Top>0.0</Top> <Left>2.0</Left> <Bottom>0.0</Bottom> <Right>3.0</Right> </Insets> <Visible>true</Visible> Below 1 true 10.0 true 0 255 255 255 1 255 0 0 0 false 0.0 2.0 0.0 3.0 false var dispData = "Unknown"; var data = row["machine_model"]; if (data != null) { dispData = data; } dispData; Orthogonal_Value , Outside false false Text DistinctCount Descending row["machine_count"] ]]>

SVG false 3.75in 5in ByMachineModel

machine_model dataSetRow["machine_model"] string machine_count dataSetRow["machine_count"] decimal

solid medium solid medium solid medium solid medium center

2.6.1 Pie Chart Standard 0.0 0.0 0.0 0.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true Machines by TPM Specifications SansSerif 16.0 true Center Center 0 255 255 255 1 255 0 0 0 0.0 2.0 0.0 3.0 true 0.0 0.0 0.0 0.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true 5 5 0 255 0 0 0 false 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false false 0 255 0 0 0 false 2.0 2.0 2.0 2.0 Vertical Top_Bottom 1 255 0 0 0 true Right Categories <Caption> <Value></Value> <Font> <Alignment/> </Font> </Caption> <Background xsi:type="attribute:ColorDefinition"> <Transparency>0</Transparency> <Red>255</Red> <Green>255</Green> <Blue>255</Blue> </Background> <Outline> <Style>Solid</Style> <Thickness>1</Thickness> <Color> <Transparency>255</Transparency> <Red>0</Red> <Green>0</Green> <Blue>0</Blue> </Color> <Visible>false</Visible> </Outline> <Insets> <Top>0.0</Top> <Left>2.0</Left> <Bottom>0.0</Bottom> <Right>3.0</Right> </Insets> <Visible>false</Visible> Above 0.0 0.0 212.0 130.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true Two_Dimensional Points 10.0 0 enable.area.alt false 'A','B','C','D','E' 6,4,12,8,10 0 This chart contains no data. SansSerif 12.0 Center Center 64 127 127 127 128 127 127 127 true 10.0 10.0 10.0 10.0 true 255 80 166 218 255 128 0 128 255 204 153 255 255 128 255 128 255 64 128 128 255 128 128 192 255 170 85 85 255 128 128 0 255 192 192 192 255 255 255 128 255 128 192 128 255 7 146 94 255 0 128 255 255 255 128 192 255 0 255 255 255 255 128 128 255 0 128 192 255 255 0 255 255 128 64 64 255 255 128 64 255 80 240 120 255 0 64 128 255 128 0 64 255 255 0 128 255 128 128 64 255 128 128 128 255 255 128 255 255 0 64 0 255 0 0 0 255 255 255 255 255 255 128 0 255 80 166 218 255 128 0 128 255 204 153 255 255 128 255 128 255 64 128 128 255 128 128 192 255 170 85 85 255 128 128 0 255 192 192 192 255 255 255 128 255 128 192 128 255 7 146 94 255 0 128 255 255 255 128 192 255 0 255 255 255 255 128 128 255 0 128 192 255 255 0 255 255 128 64 64 255 255 128 64 255 80 240 120 255 0 64 128 255 128 0 64 255 255 0 128 255 128 128 64 255 128 128 128 255 255 128 255 255 0 64 0 255 0 0 0 255 255 255 255 255 255 128 0 true SansSerif 9.0 0 255 255 255 1 255 0 0 0 false 0.0 2.0 0.0 3.0 true row["node_id"] true Text DistinctCount Orthogonal_Value Base_Value count, TPM: Outside false onmouseover Show_Tooltip 200 0 <Caption> <Value></Value> <Font> <Size>16.0</Size> <Bold>true</Bold> <Alignment/> </Font> </Caption> <Background xsi:type="attribute:ColorDefinition"> <Transparency>0</Transparency> <Red>255</Red> <Green>255</Green> <Blue>255</Blue> </Background> <Outline> <Style>Solid</Style> <Thickness>1</Thickness> <Color> <Transparency>255</Transparency> <Red>0</Red> <Green>0</Green> <Blue>0</Blue> </Color> </Outline> <Insets> <Top>0.0</Top> <Left>2.0</Left> <Bottom>0.0</Bottom> <Right>3.0</Right> </Insets> <Visible>true</Visible> Below 1 true 10.0 true 0 255 255 255 1 255 0 0 0 false 0.0 2.0 0.0 3.0 false var dispData = "Unknown"; var data = row["machine_tpm_specifications"]; if (data != null) { dispData = data; } dispData; Orthogonal_Value , Outside false true Text Sum Ascending row["machine_tpm_specification"] ]]>

SVG

eq row["win11_inplace_upgrade_label"]

"Unsupported"

true eq row["win11_image_upgrade_label"]

"Unsupported"

true

false 3.75in 5in Windows10MachineCountsByStatus

node_id

dataSetRow["node_id"] integer machine_name

machine_name

dataSetRow["machine_name"] string machine_fqmn

machine_fqmn

dataSetRow["machine_fqmn"] string machine_last_contact

machine_last_contact

dataSetRow["machine_last_contact"] date-time machine_make

machine_make

dataSetRow["machine_make"] string machine_model

machine_model

dataSetRow["machine_model"] string machine_chassis_type

machine_chassis_type

dataSetRow["machine_chassis_type"] string node_os_version

node_os_version

dataSetRow["node_os_version"] string node_os_desc

node_os_desc

dataSetRow["node_os_desc"] string os_build_version

os_build_version

dataSetRow["os_build_version"] string node_cpu_model

node_cpu_model

dataSetRow["node_cpu_model"] string node_cpu_short_models

node_cpu_short_models

dataSetRow["node_cpu_short_models"] string node_cpu_speed_ghz

node_cpu_speed_ghz

dataSetRow["node_cpu_speed_ghz"] decimal cpu_brand

cpu_brand

dataSetRow["cpu_brand"] string cpu_sub_brand

cpu_sub_brand

dataSetRow["cpu_sub_brand"] string cpu_sub_brand_modifier

cpu_sub_brand_modifier

dataSetRow["cpu_sub_brand_modifier"] string cpu_model_number

cpu_model_number

dataSetRow["cpu_model_number"] string cpu_sku_level

cpu_sku_level

dataSetRow["cpu_sku_level"] integer cpu_generation

cpu_generation

dataSetRow["cpu_generation"] integer cpu_sku

cpu_sku

dataSetRow["cpu_sku"] string node_per_cpu_cores

node_per_cpu_cores

dataSetRow["node_per_cpu_cores"] decimal node_cpu_cores

node_cpu_cores

dataSetRow["node_cpu_cores"] decimal node_cpu_bitwidth

node_cpu_bitwidth

dataSetRow["node_cpu_bitwidth"] integer node_ram_allocated_gb

node_ram_allocated_gb

dataSetRow["node_ram_allocated_gb"] decimal ram_alloc_gb

ram_alloc_gb

dataSetRow["ram_alloc_gb"] decimal node_disk0_c_size_gb

node_disk0_c_size_gb

dataSetRow["node_disk0_c_size_gb"] decimal node_disk0_c_used_gb

node_disk0_c_used_gb

dataSetRow["node_disk0_c_used_gb"] decimal node_disk0_c_free_gb

node_disk0_c_free_gb

dataSetRow["node_disk0_c_free_gb"] decimal node_total_disk_size_gb

node_total_disk_size_gb

dataSetRow["node_total_disk_size_gb"] decimal node_total_disk_used_gb

node_total_disk_used_gb

dataSetRow["node_total_disk_used_gb"] decimal node_total_disk_free_gb

node_total_disk_free_gb

dataSetRow["node_total_disk_free_gb"] decimal node_gpu_model

node_gpu_model

dataSetRow["node_gpu_model"] string node_discrete_gpu_models

node_discrete_gpu_models

dataSetRow["node_discrete_gpu_models"] string node_gpu_count

node_gpu_count

dataSetRow["node_gpu_count"] decimal node_discrete_gpu_count

node_discrete_gpu_count

dataSetRow["node_discrete_gpu_count"] decimal node_gpu_color_depth

node_gpu_color_depth

dataSetRow["node_gpu_color_depth"] integer os_dx12orwddm2

os_dx12orwddm2

dataSetRow["os_dx12orwddm2"] integer node_display_dimensions

node_display_dimensions

dataSetRow["node_display_dimensions"] string max_display_res_y

max_display_res_y

dataSetRow["max_display_res_y"] integer node_display_size_in_inches

node_display_size_in_inches

dataSetRow["node_display_size_in_inches"] string max_display_size_in_inches

max_display_size_in_inches

dataSetRow["max_display_size_in_inches"] integer node_display_count

node_display_count

dataSetRow["node_display_count"] decimal machine_bios_uefi_capable

machine_bios_uefi_capable

dataSetRow["machine_bios_uefi_capable"] integer machine_bios_uefi_enabled

machine_bios_uefi_enabled

dataSetRow["machine_bios_uefi_enabled"] integer machine_secure_boot

machine_secure_boot

dataSetRow["machine_secure_boot"] string machine_tpm_specifications

machine_tpm_specifications

dataSetRow["machine_tpm_specifications"] string machine_tpm_specification

machine_tpm_specification

dataSetRow["machine_tpm_specification"] integer machine_location_city_state_country

machine_location_city_state_country

dataSetRow["machine_location_city_state_country"] string machine_location_country

machine_location_country

dataSetRow["machine_location_country"] string machine_location_state

machine_location_state

dataSetRow["machine_location_state"] string machine_location_city

machine_location_city

dataSetRow["machine_location_city"] string win11_inplace_upgrade_label

win11_inplace_upgrade_label

dataSetRow["win11_inplace_upgrade_label"] string win11_image_upgrade_label

win11_image_upgrade_label

dataSetRow["win11_image_upgrade_label"] string cpu_support_status

cpu_support_status

dataSetRow["cpu_support_status"] string

solid medium solid medium solid medium solid medium center

2.6.1 Pie Chart Standard 0.0 0.0 0.0 0.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true Machines With Secure Boot SansSerif 16.0 true Center Center 0 255 255 255 1 255 0 0 0 0.0 2.0 0.0 3.0 true 0.0 0.0 0.0 0.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true 5 5 0 255 0 0 0 false 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false false 0 255 0 0 0 false 2.0 2.0 2.0 2.0 Vertical Top_Bottom 1 255 0 0 0 true Right Categories <Caption> <Value></Value> <Font> <Alignment/> </Font> </Caption> <Background xsi:type="attribute:ColorDefinition"> <Transparency>0</Transparency> <Red>255</Red> <Green>255</Green> <Blue>255</Blue> </Background> <Outline> <Style>Solid</Style> <Thickness>1</Thickness> <Color> <Transparency>255</Transparency> <Red>0</Red> <Green>0</Green> <Blue>0</Blue> </Color> <Visible>false</Visible> </Outline> <Insets> <Top>0.0</Top> <Left>2.0</Left> <Bottom>0.0</Bottom> <Right>3.0</Right> </Insets> <Visible>false</Visible> Above 0.0 0.0 212.0 130.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true Two_Dimensional Points 10.0 0 enable.area.alt false 'A','B','C','D','E' 6,4,12,8,10 0 This chart contains no data. SansSerif 12.0 Center Center 64 127 127 127 128 127 127 127 true 10.0 10.0 10.0 10.0 true 255 80 166 218 255 51 51 153 255 204 153 255 255 153 204 255 255 253 153 204 255 128 128 192 255 170 85 85 255 128 128 0 255 192 192 192 255 255 255 128 255 128 192 128 255 7 146 94 255 0 128 255 255 255 128 192 255 0 255 255 255 255 128 128 255 0 128 192 255 255 0 255 255 128 64 64 255 255 128 64 255 80 240 120 255 0 64 128 255 128 0 64 255 255 0 128 255 128 128 64 255 128 128 128 255 255 128 255 255 0 64 0 255 0 0 0 255 255 255 255 255 255 128 0 255 80 166 218 255 51 51 153 255 204 153 255 255 153 204 255 255 253 153 204 255 128 128 192 255 170 85 85 255 128 128 0 255 192 192 192 255 255 255 128 255 128 192 128 255 7 146 94 255 0 128 255 255 255 128 192 255 0 255 255 255 255 128 128 255 0 128 192 255 255 0 255 255 128 64 64 255 255 128 64 255 80 240 120 255 0 64 128 255 128 0 64 255 255 0 128 255 128 128 64 255 128 128 128 255 255 128 255 255 0 64 0 255 0 0 0 255 255 255 255 255 255 128 0 true SansSerif 9.0 0 255 255 255 1 255 0 0 0 false 0.0 2.0 0.0 3.0 true row["node_id"] true Text DistinctCount Orthogonal_Value Base_Value , Outside false onmouseover Show_Tooltip 200 0 <Caption> <Value></Value> <Font> <Size>16.0</Size> <Bold>true</Bold> <Alignment/> </Font> </Caption> <Background xsi:type="attribute:ColorDefinition"> <Transparency>0</Transparency> <Red>255</Red> <Green>255</Green> <Blue>255</Blue> </Background> <Outline> <Style>Solid</Style> <Thickness>1</Thickness> <Color> <Transparency>255</Transparency> <Red>0</Red> <Green>0</Green> <Blue>0</Blue> </Color> </Outline> <Insets> <Top>0.0</Top> <Left>2.0</Left> <Bottom>0.0</Bottom> <Right>3.0</Right> </Insets> <Visible>true</Visible> Below 1 true 10.0 true 0 255 255 255 1 255 0 0 0 false 0.0 2.0 0.0 3.0 false var dispData = "Unknown"; var data = row["machine_secure_boot"]; if (data != null) { dispData = data; } dispData; Orthogonal_Value , Outside false true Text DistinctCount Ascending row["machine_secure_boot"] ]]>

SVG

eq row["win11_inplace_upgrade_label"]

"Unsupported"

true eq row["win11_image_upgrade_label"]

"Unsupported"

true

false 3.75in 5in Windows10MachineCountsByStatus

node_id

dataSetRow["node_id"] integer machine_name

machine_name

dataSetRow["machine_name"] string machine_fqmn

machine_fqmn

dataSetRow["machine_fqmn"] string machine_last_contact

machine_last_contact

dataSetRow["machine_last_contact"] date-time machine_make

machine_make

dataSetRow["machine_make"] string machine_model

machine_model

dataSetRow["machine_model"] string machine_chassis_type

machine_chassis_type

dataSetRow["machine_chassis_type"] string node_os_version

node_os_version

dataSetRow["node_os_version"] string node_os_desc

node_os_desc

dataSetRow["node_os_desc"] string os_build_version

os_build_version

dataSetRow["os_build_version"] string node_cpu_model

node_cpu_model

dataSetRow["node_cpu_model"] string node_cpu_short_models

node_cpu_short_models

dataSetRow["node_cpu_short_models"] string node_cpu_speed_ghz

node_cpu_speed_ghz

dataSetRow["node_cpu_speed_ghz"] decimal cpu_brand

cpu_brand

dataSetRow["cpu_brand"] string cpu_sub_brand

cpu_sub_brand

dataSetRow["cpu_sub_brand"] string cpu_sub_brand_modifier

cpu_sub_brand_modifier

dataSetRow["cpu_sub_brand_modifier"] string cpu_model_number

cpu_model_number

dataSetRow["cpu_model_number"] string cpu_sku_level

cpu_sku_level

dataSetRow["cpu_sku_level"] integer cpu_generation

cpu_generation

dataSetRow["cpu_generation"] integer cpu_sku

cpu_sku

dataSetRow["cpu_sku"] string node_per_cpu_cores

node_per_cpu_cores

dataSetRow["node_per_cpu_cores"] decimal node_cpu_cores

node_cpu_cores

dataSetRow["node_cpu_cores"] decimal node_cpu_bitwidth

node_cpu_bitwidth

dataSetRow["node_cpu_bitwidth"] integer node_ram_allocated_gb

node_ram_allocated_gb

dataSetRow["node_ram_allocated_gb"] decimal ram_alloc_gb

ram_alloc_gb

dataSetRow["ram_alloc_gb"] decimal node_disk0_c_size_gb

node_disk0_c_size_gb

dataSetRow["node_disk0_c_size_gb"] decimal node_disk0_c_used_gb

node_disk0_c_used_gb

dataSetRow["node_disk0_c_used_gb"] decimal node_disk0_c_free_gb

node_disk0_c_free_gb

dataSetRow["node_disk0_c_free_gb"] decimal node_total_disk_size_gb

node_total_disk_size_gb

dataSetRow["node_total_disk_size_gb"] decimal node_total_disk_used_gb

node_total_disk_used_gb

dataSetRow["node_total_disk_used_gb"] decimal node_total_disk_free_gb

node_total_disk_free_gb

dataSetRow["node_total_disk_free_gb"] decimal node_gpu_model

node_gpu_model

dataSetRow["node_gpu_model"] string node_discrete_gpu_models

node_discrete_gpu_models

dataSetRow["node_discrete_gpu_models"] string node_gpu_count

node_gpu_count

dataSetRow["node_gpu_count"] decimal node_discrete_gpu_count

node_discrete_gpu_count

dataSetRow["node_discrete_gpu_count"] decimal node_gpu_color_depth

node_gpu_color_depth

dataSetRow["node_gpu_color_depth"] integer os_dx12orwddm2

os_dx12orwddm2

dataSetRow["os_dx12orwddm2"] integer node_display_dimensions

node_display_dimensions

dataSetRow["node_display_dimensions"] string max_display_res_y

max_display_res_y

dataSetRow["max_display_res_y"] integer node_display_size_in_inches

node_display_size_in_inches

dataSetRow["node_display_size_in_inches"] string max_display_size_in_inches

max_display_size_in_inches

dataSetRow["max_display_size_in_inches"] integer node_display_count

node_display_count

dataSetRow["node_display_count"] decimal machine_bios_uefi_capable

machine_bios_uefi_capable

dataSetRow["machine_bios_uefi_capable"] integer machine_bios_uefi_enabled

machine_bios_uefi_enabled

dataSetRow["machine_bios_uefi_enabled"] integer machine_secure_boot

machine_secure_boot

dataSetRow["machine_secure_boot"] string machine_tpm_specifications

machine_tpm_specifications

dataSetRow["machine_tpm_specifications"] string machine_tpm_specification

machine_tpm_specification

dataSetRow["machine_tpm_specification"] integer machine_location_city_state_country

machine_location_city_state_country

dataSetRow["machine_location_city_state_country"] string machine_location_country

machine_location_country

dataSetRow["machine_location_country"] string machine_location_state

machine_location_state

dataSetRow["machine_location_state"] string machine_location_city

machine_location_city

dataSetRow["machine_location_city"] string win11_inplace_upgrade_label

win11_inplace_upgrade_label

dataSetRow["win11_inplace_upgrade_label"] string win11_image_upgrade_label

win11_image_upgrade_label

dataSetRow["win11_image_upgrade_label"] string cpu_support_status

cpu_support_status

dataSetRow["cpu_support_status"] string

solid medium solid medium solid medium solid medium center

2.6.1 Pie Chart Standard 0.0 0.0 0.0 0.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true Machines by Country SansSerif 16.0 true Center Center 0 255 255 255 1 255 0 0 0 0.0 2.0 0.0 3.0 true 0.0 0.0 0.0 0.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true 5 5 0 255 0 0 0 false 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false false 0 255 0 0 0 false 2.0 2.0 2.0 2.0 Vertical Top_Bottom 1 255 0 0 0 true Right Categories <Caption> <Value></Value> <Font> <Alignment/> </Font> </Caption> <Background xsi:type="attribute:ColorDefinition"> <Transparency>0</Transparency> <Red>255</Red> <Green>255</Green> <Blue>255</Blue> </Background> <Outline> <Style>Solid</Style> <Thickness>1</Thickness> <Color> <Transparency>255</Transparency> <Red>0</Red> <Green>0</Green> <Blue>0</Blue> </Color> <Visible>false</Visible> </Outline> <Insets> <Top>0.0</Top> <Left>2.0</Left> <Bottom>0.0</Bottom> <Right>3.0</Right> </Insets> <Visible>false</Visible> Above 0.0 0.0 212.0 130.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true Two_Dimensional Points 10.0 0 enable.area.alt false 'A','B','C','D','E' 6,4,12,8,10 0 This chart contains no data. SansSerif 12.0 Center Center 64 127 127 127 128 127 127 127 true 10.0 10.0 10.0 10.0 true 255 80 166 218 255 242 88 106 255 232 172 57 255 128 255 128 255 64 128 128 255 128 128 192 255 170 85 85 255 128 128 0 255 192 192 192 255 255 255 128 255 128 192 128 255 7 146 94 255 0 128 255 255 255 128 192 255 0 255 255 255 255 128 128 255 0 128 192 255 255 0 255 255 128 64 64 255 255 128 64 255 80 240 120 255 0 64 128 255 128 0 64 255 255 0 128 255 128 128 64 255 128 128 128 255 255 128 255 255 0 64 0 255 0 0 0 255 255 255 255 255 255 128 0 255 80 166 218 255 242 88 106 255 232 172 57 255 128 255 128 255 64 128 128 255 128 128 192 255 170 85 85 255 128 128 0 255 192 192 192 255 255 255 128 255 128 192 128 255 7 146 94 255 0 128 255 255 255 128 192 255 0 255 255 255 255 128 128 255 0 128 192 255 255 0 255 255 128 64 64 255 255 128 64 255 80 240 120 255 0 64 128 255 128 0 64 255 255 0 128 255 128 128 64 255 128 128 128 255 255 128 255 255 0 64 0 255 0 0 0 255 255 255 255 255 255 128 0 true SansSerif 9.0 0 255 255 255 1 255 0 0 0 false 0.0 2.0 0.0 3.0 true row["node_id"] true Text DistinctCount Orthogonal_Value Base_Value , Outside false onmouseover Show_Tooltip 200 0 <Caption> <Value></Value> <Font> <Size>16.0</Size> <Bold>true</Bold> <Alignment/> </Font> </Caption> <Background xsi:type="attribute:ColorDefinition"> <Transparency>0</Transparency> <Red>255</Red> <Green>255</Green> <Blue>255</Blue> </Background> <Outline> <Style>Solid</Style> <Thickness>1</Thickness> <Color> <Transparency>255</Transparency> <Red>0</Red> <Green>0</Green> <Blue>0</Blue> </Color> </Outline> <Insets> <Top>0.0</Top> <Left>2.0</Left> <Bottom>0.0</Bottom> <Right>3.0</Right> </Insets> <Visible>true</Visible> Below 1 true 10.0 true 0 255 255 255 1 255 0 0 0 false 0.0 2.0 0.0 3.0 false var location = "Unknown"; if (row["machine_location_country"] != null) { location = row["machine_location_country"]; } location; Orthogonal_Value , Outside false true Text Sum ]]>

SVG

eq row["win11_inplace_upgrade_label"]

"Unsupported"

true eq row["win11_image_upgrade_label"]

"Unsupported"

true

false 3.75in 5in Windows10MachineCountsByStatus

node_id

dataSetRow["node_id"] integer machine_name

machine_name

dataSetRow["machine_name"] string machine_fqmn

machine_fqmn

dataSetRow["machine_fqmn"] string machine_last_contact

machine_last_contact

dataSetRow["machine_last_contact"] date-time machine_make

machine_make

dataSetRow["machine_make"] string machine_model

machine_model

dataSetRow["machine_model"] string machine_chassis_type

machine_chassis_type

dataSetRow["machine_chassis_type"] string node_os_version

node_os_version

dataSetRow["node_os_version"] string node_os_desc

node_os_desc

dataSetRow["node_os_desc"] string os_build_version

os_build_version

dataSetRow["os_build_version"] string node_cpu_model

node_cpu_model

dataSetRow["node_cpu_model"] string node_cpu_short_models

node_cpu_short_models

dataSetRow["node_cpu_short_models"] string node_cpu_speed_ghz

node_cpu_speed_ghz

dataSetRow["node_cpu_speed_ghz"] decimal cpu_brand

cpu_brand

dataSetRow["cpu_brand"] string cpu_sub_brand

cpu_sub_brand

dataSetRow["cpu_sub_brand"] string cpu_sub_brand_modifier

cpu_sub_brand_modifier

dataSetRow["cpu_sub_brand_modifier"] string cpu_model_number

cpu_model_number

dataSetRow["cpu_model_number"] string cpu_sku_level

cpu_sku_level

dataSetRow["cpu_sku_level"] integer cpu_generation

cpu_generation

dataSetRow["cpu_generation"] integer cpu_sku

cpu_sku

dataSetRow["cpu_sku"] string node_per_cpu_cores

node_per_cpu_cores

dataSetRow["node_per_cpu_cores"] decimal node_cpu_cores

node_cpu_cores

dataSetRow["node_cpu_cores"] decimal node_cpu_bitwidth

node_cpu_bitwidth

dataSetRow["node_cpu_bitwidth"] integer node_ram_allocated_gb

node_ram_allocated_gb

dataSetRow["node_ram_allocated_gb"] decimal ram_alloc_gb

ram_alloc_gb

dataSetRow["ram_alloc_gb"] decimal node_disk0_c_size_gb

node_disk0_c_size_gb

dataSetRow["node_disk0_c_size_gb"] decimal node_disk0_c_used_gb

node_disk0_c_used_gb

dataSetRow["node_disk0_c_used_gb"] decimal node_disk0_c_free_gb

node_disk0_c_free_gb

dataSetRow["node_disk0_c_free_gb"] decimal node_total_disk_size_gb

node_total_disk_size_gb

dataSetRow["node_total_disk_size_gb"] decimal node_total_disk_used_gb

node_total_disk_used_gb

dataSetRow["node_total_disk_used_gb"] decimal node_total_disk_free_gb

node_total_disk_free_gb

dataSetRow["node_total_disk_free_gb"] decimal node_gpu_model

node_gpu_model

dataSetRow["node_gpu_model"] string node_discrete_gpu_models

node_discrete_gpu_models

dataSetRow["node_discrete_gpu_models"] string node_gpu_count

node_gpu_count

dataSetRow["node_gpu_count"] decimal node_discrete_gpu_count

node_discrete_gpu_count

dataSetRow["node_discrete_gpu_count"] decimal node_gpu_color_depth

node_gpu_color_depth

dataSetRow["node_gpu_color_depth"] integer os_dx12orwddm2

os_dx12orwddm2

dataSetRow["os_dx12orwddm2"] integer node_display_dimensions

node_display_dimensions

dataSetRow["node_display_dimensions"] string max_display_res_y

max_display_res_y

dataSetRow["max_display_res_y"] integer node_display_size_in_inches

node_display_size_in_inches

dataSetRow["node_display_size_in_inches"] string max_display_size_in_inches

max_display_size_in_inches

dataSetRow["max_display_size_in_inches"] integer node_display_count

node_display_count

dataSetRow["node_display_count"] decimal machine_bios_uefi_capable

machine_bios_uefi_capable

dataSetRow["machine_bios_uefi_capable"] integer machine_bios_uefi_enabled

machine_bios_uefi_enabled

dataSetRow["machine_bios_uefi_enabled"] integer machine_secure_boot

machine_secure_boot

dataSetRow["machine_secure_boot"] string machine_tpm_specifications

machine_tpm_specifications

dataSetRow["machine_tpm_specifications"] string machine_tpm_specification

machine_tpm_specification

dataSetRow["machine_tpm_specification"] integer machine_location_city_state_country

machine_location_city_state_country

dataSetRow["machine_location_city_state_country"] string machine_location_country

machine_location_country

dataSetRow["machine_location_country"] string machine_location_state

machine_location_state

dataSetRow["machine_location_state"] string machine_location_city

machine_location_city

dataSetRow["machine_location_city"] string win11_inplace_upgrade_label

win11_inplace_upgrade_label

dataSetRow["win11_inplace_upgrade_label"] string win11_image_upgrade_label

win11_image_upgrade_label

dataSetRow["win11_image_upgrade_label"] string cpu_support_status

cpu_support_status

dataSetRow["cpu_support_status"] string

solid medium solid medium solid medium solid medium center

2.6.1 Pie Chart Standard 0.0 0.0 0.0 0.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true Machines by City SansSerif 16.0 true Center Center 0 255 255 255 1 255 0 0 0 0.0 2.0 0.0 3.0 true 0.0 0.0 0.0 0.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true 5 5 0 255 0 0 0 false 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false false 0 255 0 0 0 false 2.0 2.0 2.0 2.0 Vertical Top_Bottom 1 255 0 0 0 true Right Categories <Caption> <Value></Value> <Font> <Alignment/> </Font> </Caption> <Background xsi:type="attribute:ColorDefinition"> <Transparency>0</Transparency> <Red>255</Red> <Green>255</Green> <Blue>255</Blue> </Background> <Outline> <Style>Solid</Style> <Thickness>1</Thickness> <Color> <Transparency>255</Transparency> <Red>0</Red> <Green>0</Green> <Blue>0</Blue> </Color> <Visible>false</Visible> </Outline> <Insets> <Top>0.0</Top> <Left>2.0</Left> <Bottom>0.0</Bottom> <Right>3.0</Right> </Insets> <Visible>false</Visible> Above 0.0 0.0 212.0 130.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true Two_Dimensional Points 10.0 0 enable.area.alt false 'A','B','C','D','E' 6,4,12,8,10 0 This chart contains no data. SansSerif 12.0 Center Center 64 127 127 127 128 127 127 127 true 10.0 10.0 10.0 10.0 true 255 80 166 218 255 128 0 128 255 204 153 255 255 253 153 204 255 153 204 255 255 128 128 192 255 170 85 85 255 128 128 0 255 192 192 192 255 255 255 128 255 128 192 128 255 7 146 94 255 0 128 255 255 255 128 192 255 0 255 255 255 255 128 128 255 0 128 192 255 255 0 255 255 128 64 64 255 255 128 64 255 80 240 120 255 0 64 128 255 128 0 64 255 255 0 128 255 128 128 64 255 128 128 128 255 255 128 255 255 0 64 0 255 0 0 0 255 255 255 255 255 255 128 0 255 80 166 218 255 128 0 128 255 204 153 255 255 253 153 204 255 153 204 255 255 128 128 192 255 170 85 85 255 128 128 0 255 192 192 192 255 255 255 128 255 128 192 128 255 7 146 94 255 0 128 255 255 255 128 192 255 0 255 255 255 255 128 128 255 0 128 192 255 255 0 255 255 128 64 64 255 255 128 64 255 80 240 120 255 0 64 128 255 128 0 64 255 255 0 128 255 128 128 64 255 128 128 128 255 255 128 255 255 0 64 0 255 0 0 0 255 255 255 255 255 255 128 0 true SansSerif 9.0 0 255 255 255 1 255 0 0 0 false 0.0 2.0 0.0 3.0 true row["node_id"] true Text DistinctCount Orthogonal_Value Base_Value , Outside false onmouseover Show_Tooltip 200 0 <Caption> <Value></Value> <Font> <Size>16.0</Size> <Bold>true</Bold> <Alignment/> </Font> </Caption> <Background xsi:type="attribute:ColorDefinition"> <Transparency>0</Transparency> <Red>255</Red> <Green>255</Green> <Blue>255</Blue> </Background> <Outline> <Style>Solid</Style> <Thickness>1</Thickness> <Color> <Transparency>255</Transparency> <Red>0</Red> <Green>0</Green> <Blue>0</Blue> </Color> </Outline> <Insets> <Top>0.0</Top> <Left>2.0</Left> <Bottom>0.0</Bottom> <Right>3.0</Right> </Insets> <Visible>true</Visible> Below 1 true Stretch_To_Side 10.0 true 0 255 255 255 1 255 0 0 0 false 0.0 2.0 0.0 3.0 false var location = "Unknown"; if (row["machine_location_city"] != null) { location = row["machine_location_city"]; } location; Orthogonal_Value , Outside false true Text Sum ]]>

SVG

eq row["win11_inplace_upgrade_label"]

"Unsupported"

true eq row["win11_image_upgrade_label"]

"Unsupported"

true

false 3.75in 5in Windows10MachineCountsByStatus

node_id

dataSetRow["node_id"] integer machine_name

machine_name

dataSetRow["machine_name"] string machine_fqmn

machine_fqmn

dataSetRow["machine_fqmn"] string machine_last_contact

machine_last_contact

dataSetRow["machine_last_contact"] date-time machine_make

machine_make

dataSetRow["machine_make"] string machine_model

machine_model

dataSetRow["machine_model"] string machine_chassis_type

machine_chassis_type

dataSetRow["machine_chassis_type"] string node_os_version

node_os_version

dataSetRow["node_os_version"] string node_os_desc

node_os_desc

dataSetRow["node_os_desc"] string os_build_version

os_build_version

dataSetRow["os_build_version"] string node_cpu_model

node_cpu_model

dataSetRow["node_cpu_model"] string node_cpu_short_models

node_cpu_short_models

dataSetRow["node_cpu_short_models"] string node_cpu_speed_ghz

node_cpu_speed_ghz

dataSetRow["node_cpu_speed_ghz"] decimal cpu_brand

cpu_brand

dataSetRow["cpu_brand"] string cpu_sub_brand

cpu_sub_brand

dataSetRow["cpu_sub_brand"] string cpu_sub_brand_modifier

cpu_sub_brand_modifier

dataSetRow["cpu_sub_brand_modifier"] string cpu_model_number

cpu_model_number

dataSetRow["cpu_model_number"] string cpu_sku_level

cpu_sku_level

dataSetRow["cpu_sku_level"] integer cpu_generation

cpu_generation

dataSetRow["cpu_generation"] integer cpu_sku

cpu_sku

dataSetRow["cpu_sku"] string node_per_cpu_cores

node_per_cpu_cores

dataSetRow["node_per_cpu_cores"] decimal node_cpu_cores

node_cpu_cores

dataSetRow["node_cpu_cores"] decimal node_cpu_bitwidth

node_cpu_bitwidth

dataSetRow["node_cpu_bitwidth"] integer node_ram_allocated_gb

node_ram_allocated_gb

dataSetRow["node_ram_allocated_gb"] decimal ram_alloc_gb

ram_alloc_gb

dataSetRow["ram_alloc_gb"] decimal node_disk0_c_size_gb

node_disk0_c_size_gb

dataSetRow["node_disk0_c_size_gb"] decimal node_disk0_c_used_gb

node_disk0_c_used_gb

dataSetRow["node_disk0_c_used_gb"] decimal node_disk0_c_free_gb

node_disk0_c_free_gb

dataSetRow["node_disk0_c_free_gb"] decimal node_total_disk_size_gb

node_total_disk_size_gb

dataSetRow["node_total_disk_size_gb"] decimal node_total_disk_used_gb

node_total_disk_used_gb

dataSetRow["node_total_disk_used_gb"] decimal node_total_disk_free_gb

node_total_disk_free_gb

dataSetRow["node_total_disk_free_gb"] decimal node_gpu_model

node_gpu_model

dataSetRow["node_gpu_model"] string node_discrete_gpu_models

node_discrete_gpu_models

dataSetRow["node_discrete_gpu_models"] string node_gpu_count

node_gpu_count

dataSetRow["node_gpu_count"] decimal node_discrete_gpu_count

node_discrete_gpu_count

dataSetRow["node_discrete_gpu_count"] decimal node_gpu_color_depth

node_gpu_color_depth

dataSetRow["node_gpu_color_depth"] integer os_dx12orwddm2

os_dx12orwddm2

dataSetRow["os_dx12orwddm2"] integer node_display_dimensions

node_display_dimensions

dataSetRow["node_display_dimensions"] string max_display_res_y

max_display_res_y

dataSetRow["max_display_res_y"] integer node_display_size_in_inches

node_display_size_in_inches

dataSetRow["node_display_size_in_inches"] string max_display_size_in_inches

max_display_size_in_inches

dataSetRow["max_display_size_in_inches"] integer node_display_count

node_display_count

dataSetRow["node_display_count"] decimal machine_bios_uefi_capable

machine_bios_uefi_capable

dataSetRow["machine_bios_uefi_capable"] integer machine_bios_uefi_enabled

machine_bios_uefi_enabled

dataSetRow["machine_bios_uefi_enabled"] integer machine_secure_boot

machine_secure_boot

dataSetRow["machine_secure_boot"] string machine_tpm_specifications

machine_tpm_specifications

dataSetRow["machine_tpm_specifications"] string machine_tpm_specification

machine_tpm_specification

dataSetRow["machine_tpm_specification"] integer machine_location_city_state_country

machine_location_city_state_country

dataSetRow["machine_location_city_state_country"] string machine_location_country

machine_location_country

dataSetRow["machine_location_country"] string machine_location_state

machine_location_state

dataSetRow["machine_location_state"] string machine_location_city

machine_location_city

dataSetRow["machine_location_city"] string win11_inplace_upgrade_label

win11_inplace_upgrade_label

dataSetRow["win11_inplace_upgrade_label"] string win11_image_upgrade_label

win11_image_upgrade_label

dataSetRow["win11_image_upgrade_label"] string cpu_support_status

cpu_support_status

dataSetRow["cpu_support_status"] string

solid medium solid medium solid medium solid medium center

2.6.1 Pie Chart Standard 0.0 0.0 0.0 0.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true Machines by State SansSerif 16.0 true Center Center 0 255 255 255 1 255 0 0 0 0.0 2.0 0.0 3.0 true 0.0 0.0 0.0 0.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true 5 5 0 255 0 0 0 false 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false false 0 255 0 0 0 false 2.0 2.0 2.0 2.0 Vertical Top_Bottom 1 255 0 0 0 true Right Categories <Caption> <Value></Value> <Font> <Alignment/> </Font> </Caption> <Background xsi:type="attribute:ColorDefinition"> <Transparency>0</Transparency> <Red>255</Red> <Green>255</Green> <Blue>255</Blue> </Background> <Outline> <Style>Solid</Style> <Thickness>1</Thickness> <Color> <Transparency>255</Transparency> <Red>0</Red> <Green>0</Green> <Blue>0</Blue> </Color> <Visible>false</Visible> </Outline> <Insets> <Top>0.0</Top> <Left>2.0</Left> <Bottom>0.0</Bottom> <Right>3.0</Right> </Insets> <Visible>false</Visible> Above 0.0 0.0 212.0 130.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true Two_Dimensional Points 10.0 0 enable.area.alt false 'A','B','C','D','E' 6,4,12,8,10 0 This chart contains no data. SansSerif 12.0 Center Center 64 127 127 127 128 127 127 127 true 10.0 10.0 10.0 10.0 true 255 80 166 218 255 128 0 128 255 204 153 255 255 253 153 204 255 255 204 153 255 128 128 192 255 170 85 85 255 128 128 0 255 192 192 192 255 255 255 128 255 128 192 128 255 7 146 94 255 0 128 255 255 255 128 192 255 0 255 255 255 255 128 128 255 0 128 192 255 255 0 255 255 128 64 64 255 255 128 64 255 80 240 120 255 0 64 128 255 128 0 64 255 255 0 128 255 128 128 64 255 128 128 128 255 255 128 255 255 0 64 0 255 0 0 0 255 255 255 255 255 255 128 0 255 80 166 218 255 128 0 128 255 204 153 255 255 253 153 204 255 255 204 153 255 128 128 192 255 170 85 85 255 128 128 0 255 192 192 192 255 255 255 128 255 128 192 128 255 7 146 94 255 0 128 255 255 255 128 192 255 0 255 255 255 255 128 128 255 0 128 192 255 255 0 255 255 128 64 64 255 255 128 64 255 80 240 120 255 0 64 128 255 128 0 64 255 255 0 128 255 128 128 64 255 128 128 128 255 255 128 255 255 0 64 0 255 0 0 0 255 255 255 255 255 255 128 0 true SansSerif 9.0 0 255 255 255 1 255 0 0 0 false 0.0 2.0 0.0 3.0 true row["node_id"] true Text DistinctCount Orthogonal_Value Base_Value , Outside false onmouseover Show_Tooltip 200 0 <Caption> <Value></Value> <Font> <Size>16.0</Size> <Bold>true</Bold> <Alignment/> </Font> </Caption> <Background xsi:type="attribute:ColorDefinition"> <Transparency>0</Transparency> <Red>255</Red> <Green>255</Green> <Blue>255</Blue> </Background> <Outline> <Style>Solid</Style> <Thickness>1</Thickness> <Color> <Transparency>255</Transparency> <Red>0</Red> <Green>0</Green> <Blue>0</Blue> </Color> </Outline> <Insets> <Top>0.0</Top> <Left>2.0</Left> <Bottom>0.0</Bottom> <Right>3.0</Right> </Insets> <Visible>true</Visible> Below 1 true Stretch_To_Side 10.0 true 0 255 255 255 1 255 0 0 0 false 0.0 2.0 0.0 3.0 false var location = "Unknown"; if (row["machine_location_state"] != null) { location = row["machine_location_state"]; } location; Orthogonal_Value , Outside false true Text Sum ]]>

SVG

eq row["win11_inplace_upgrade_label"]

"Unsupported"

true eq row["win11_image_upgrade_label"]

"Unsupported"

true

false 3.75in 5in Windows10MachineCountsByStatus

node_id

dataSetRow["node_id"] integer machine_name

machine_name

dataSetRow["machine_name"] string machine_fqmn

machine_fqmn

dataSetRow["machine_fqmn"] string machine_last_contact

machine_last_contact

dataSetRow["machine_last_contact"] date-time machine_make

machine_make

dataSetRow["machine_make"] string machine_model

machine_model

dataSetRow["machine_model"] string machine_chassis_type

machine_chassis_type

dataSetRow["machine_chassis_type"] string node_os_version

node_os_version

dataSetRow["node_os_version"] string node_os_desc

node_os_desc

dataSetRow["node_os_desc"] string os_build_version

os_build_version

dataSetRow["os_build_version"] string node_cpu_model

node_cpu_model

dataSetRow["node_cpu_model"] string node_cpu_short_models

node_cpu_short_models

dataSetRow["node_cpu_short_models"] string node_cpu_speed_ghz

node_cpu_speed_ghz

dataSetRow["node_cpu_speed_ghz"] decimal cpu_brand

cpu_brand

dataSetRow["cpu_brand"] string cpu_sub_brand

cpu_sub_brand

dataSetRow["cpu_sub_brand"] string cpu_sub_brand_modifier

cpu_sub_brand_modifier

dataSetRow["cpu_sub_brand_modifier"] string cpu_model_number

cpu_model_number

dataSetRow["cpu_model_number"] string cpu_sku_level

cpu_sku_level

dataSetRow["cpu_sku_level"] integer cpu_generation

cpu_generation

dataSetRow["cpu_generation"] integer cpu_sku

cpu_sku

dataSetRow["cpu_sku"] string node_per_cpu_cores

node_per_cpu_cores

dataSetRow["node_per_cpu_cores"] decimal node_cpu_cores

node_cpu_cores

dataSetRow["node_cpu_cores"] decimal node_cpu_bitwidth

node_cpu_bitwidth

dataSetRow["node_cpu_bitwidth"] integer node_ram_allocated_gb

node_ram_allocated_gb

dataSetRow["node_ram_allocated_gb"] decimal ram_alloc_gb

ram_alloc_gb

dataSetRow["ram_alloc_gb"] decimal node_disk0_c_size_gb

node_disk0_c_size_gb

dataSetRow["node_disk0_c_size_gb"] decimal node_disk0_c_used_gb

node_disk0_c_used_gb

dataSetRow["node_disk0_c_used_gb"] decimal node_disk0_c_free_gb

node_disk0_c_free_gb

dataSetRow["node_disk0_c_free_gb"] decimal node_total_disk_size_gb

node_total_disk_size_gb

dataSetRow["node_total_disk_size_gb"] decimal node_total_disk_used_gb

node_total_disk_used_gb

dataSetRow["node_total_disk_used_gb"] decimal node_total_disk_free_gb

node_total_disk_free_gb

dataSetRow["node_total_disk_free_gb"] decimal node_gpu_model

node_gpu_model

dataSetRow["node_gpu_model"] string node_discrete_gpu_models

node_discrete_gpu_models

dataSetRow["node_discrete_gpu_models"] string node_gpu_count

node_gpu_count

dataSetRow["node_gpu_count"] decimal node_discrete_gpu_count

node_discrete_gpu_count

dataSetRow["node_discrete_gpu_count"] decimal node_gpu_color_depth

node_gpu_color_depth

dataSetRow["node_gpu_color_depth"] integer os_dx12orwddm2

os_dx12orwddm2

dataSetRow["os_dx12orwddm2"] integer node_display_dimensions

node_display_dimensions

dataSetRow["node_display_dimensions"] string max_display_res_y

max_display_res_y

dataSetRow["max_display_res_y"] integer node_display_size_in_inches

node_display_size_in_inches

dataSetRow["node_display_size_in_inches"] string max_display_size_in_inches

max_display_size_in_inches

dataSetRow["max_display_size_in_inches"] integer node_display_count

node_display_count

dataSetRow["node_display_count"] decimal machine_bios_uefi_capable

machine_bios_uefi_capable

dataSetRow["machine_bios_uefi_capable"] integer machine_bios_uefi_enabled

machine_bios_uefi_enabled

dataSetRow["machine_bios_uefi_enabled"] integer machine_secure_boot

machine_secure_boot

dataSetRow["machine_secure_boot"] string machine_tpm_specifications

machine_tpm_specifications

dataSetRow["machine_tpm_specifications"] string machine_tpm_specification

machine_tpm_specification

dataSetRow["machine_tpm_specification"] integer machine_location_city_state_country

machine_location_city_state_country

dataSetRow["machine_location_city_state_country"] string machine_location_country

machine_location_country

dataSetRow["machine_location_country"] string machine_location_state

machine_location_state

dataSetRow["machine_location_state"] string machine_location_city

machine_location_city

dataSetRow["machine_location_city"] string win11_inplace_upgrade_label

win11_inplace_upgrade_label

dataSetRow["win11_inplace_upgrade_label"] string win11_image_upgrade_label

win11_image_upgrade_label

dataSetRow["win11_image_upgrade_label"] string cpu_support_status

cpu_support_status

dataSetRow["cpu_support_status"] string

center center center always 2 1 center

ExcelEmitter.ForceAutoColWidths boolean

autotrue100%Windows10MachineCountsByStatus

node_id

dataSetRow["node_id"] integer machine_name

machine_name

dataSetRow["machine_name"] string machine_fqmn

machine_fqmn

dataSetRow["machine_fqmn"] string machine_last_contact

machine_last_contact

dataSetRow["machine_last_contact"] date-time machine_make

machine_make

dataSetRow["machine_make"] string machine_model

machine_model

dataSetRow["machine_model"] string machine_chassis_type

machine_chassis_type

dataSetRow["machine_chassis_type"] string node_os_version

node_os_version

dataSetRow["node_os_version"] string node_os_desc

node_os_desc

dataSetRow["node_os_desc"] string os_build_version

os_build_version

dataSetRow["os_build_version"] string node_cpu_model

node_cpu_model

dataSetRow["node_cpu_model"] string node_cpu_short_models

node_cpu_short_models

dataSetRow["node_cpu_short_models"] string node_cpu_speed_ghz

node_cpu_speed_ghz

dataSetRow["node_cpu_speed_ghz"] decimal cpu_brand

cpu_brand

dataSetRow["cpu_brand"] string cpu_sub_brand

cpu_sub_brand

dataSetRow["cpu_sub_brand"] string cpu_sub_brand_modifier

cpu_sub_brand_modifier

dataSetRow["cpu_sub_brand_modifier"] string cpu_model_number

cpu_model_number

dataSetRow["cpu_model_number"] string cpu_sku_level

cpu_sku_level

dataSetRow["cpu_sku_level"] integer cpu_generation

cpu_generation

dataSetRow["cpu_generation"] integer cpu_sku

cpu_sku

dataSetRow["cpu_sku"] string node_per_cpu_cores

node_per_cpu_cores

dataSetRow["node_per_cpu_cores"] decimal node_cpu_cores

node_cpu_cores

dataSetRow["node_cpu_cores"] decimal node_cpu_bitwidth

node_cpu_bitwidth

dataSetRow["node_cpu_bitwidth"] integer node_ram_allocated_gb

node_ram_allocated_gb

dataSetRow["node_ram_allocated_gb"] decimal ram_alloc_gb

ram_alloc_gb

dataSetRow["ram_alloc_gb"] decimal node_disk0_c_size_gb

node_disk0_c_size_gb

dataSetRow["node_disk0_c_size_gb"] decimal node_disk0_c_used_gb

node_disk0_c_used_gb

dataSetRow["node_disk0_c_used_gb"] decimal node_disk0_c_free_gb

node_disk0_c_free_gb

dataSetRow["node_disk0_c_free_gb"] decimal node_total_disk_size_gb

node_total_disk_size_gb

dataSetRow["node_total_disk_size_gb"] decimal node_total_disk_used_gb

node_total_disk_used_gb

dataSetRow["node_total_disk_used_gb"] decimal node_total_disk_free_gb

node_total_disk_free_gb

dataSetRow["node_total_disk_free_gb"] decimal node_gpu_model

node_gpu_model

dataSetRow["node_gpu_model"] string node_discrete_gpu_models

node_discrete_gpu_models

dataSetRow["node_discrete_gpu_models"] string node_gpu_count

node_gpu_count

dataSetRow["node_gpu_count"] decimal node_discrete_gpu_count

node_discrete_gpu_count

dataSetRow["node_discrete_gpu_count"] decimal node_gpu_color_depth

node_gpu_color_depth

dataSetRow["node_gpu_color_depth"] integer os_dx12orwddm2

os_dx12orwddm2

dataSetRow["os_dx12orwddm2"] integer node_display_dimensions

node_display_dimensions

dataSetRow["node_display_dimensions"] string max_display_res_y

max_display_res_y

dataSetRow["max_display_res_y"] integer node_display_size_in_inches

node_display_size_in_inches

dataSetRow["node_display_size_in_inches"] string max_display_size_in_inches

max_display_size_in_inches

dataSetRow["max_display_size_in_inches"] integer node_display_count

node_display_count

dataSetRow["node_display_count"] decimal machine_bios_uefi_capable

machine_bios_uefi_capable

dataSetRow["machine_bios_uefi_capable"] integer machine_bios_uefi_enabled

machine_bios_uefi_enabled

dataSetRow["machine_bios_uefi_enabled"] integer machine_secure_boot

machine_secure_boot

dataSetRow["machine_secure_boot"] string machine_tpm_specifications

machine_tpm_specifications

dataSetRow["machine_tpm_specifications"] string machine_tpm_specification

machine_tpm_specification

dataSetRow["machine_tpm_specification"] integer machine_location_city_state_country

machine_location_city_state_country

dataSetRow["machine_location_city_state_country"] string machine_location_country

machine_location_country

dataSetRow["machine_location_country"] string machine_location_state

machine_location_state

dataSetRow["machine_location_state"] string machine_location_city

machine_location_city

dataSetRow["machine_location_city"] string win11_inplace_upgrade_label

win11_inplace_upgrade_label

dataSetRow["win11_inplace_upgrade_label"] string win11_image_upgrade_label

win11_image_upgrade_label

dataSetRow["win11_image_upgrade_label"] string cpu_support_status

cpu_support_status

dataSetRow["cpu_support_status"] string

999999

eq row["win11_inplace_upgrade_label"]

"Unsupported"

true eq row["win11_image_upgrade_label"]

"Unsupported"

true

Report

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all true

center

all true

center center center center

TableHeaderCell 1 1 TableHeaderCell left bottom sans-serif 9pt maroon left

Machine Name

1 1 TableHeaderCell left bottom sans-serif 9pt left

OS Edition

TableHeaderCell right bottom sans-serif 9pt left

OS Version

TableHeaderCell right bottom sans-serif 9pt left

Machine Chassis

TableHeaderCell right bottom sans-serif 9pt left

Machine Make

TableHeaderCell right bottom sans-serif 9pt left

Machine Model

TableHeaderCell right bottom sans-serif 9pt center

Windows 11 In-Place Upgrade

TableHeaderCell right bottom sans-serif 9pt center

Windows 11 Image Refresh

TableHeaderCell right bottom sans-serif 9pt left

CPU Model

TableHeaderCell right bottom sans-serif 9pt center

CPU Support

1 1 TableHeaderCell right bottom sans-serif 9pt right

CPU (GHz)

TableHeaderCell right bottom sans-serif 9pt right

Cores per CPU

TableHeaderCell right bottom sans-serif 9pt right

CPU Bit Width

1 1 TableHeaderCell right bottom sans-serif 9pt right

RAM (GB)

TableHeaderCell right bottom sans-serif 9pt right

Allocated HDD Space (GB)

TableHeaderCell right bottom sans-serif 9pt right

Used HDD Space (GB)

1 1 TableHeaderCell right bottom sans-serif 9pt right

Free HDD Space (GB)

TableHeaderCell left bottom sans-serif 9pt left

GPU Models

TableHeaderCell right bottom sans-serif 9pt right

GPU Count

TableHeaderCell right bottom sans-serif 9pt right

Display Color Depth Bits

TableHeaderCell right bottom sans-serif 9pt center

GPU (DirectX12 / WDDM 2.0)

TableHeaderCell right bottom sans-serif 9pt left

Display Resolutions

TableHeaderCell right bottom

Display Size (inches)

TableHeaderCell right bottom sans-serif 9pt center

BIOS UEFI Capable

TableHeaderCell right bottom sans-serif 9pt center

BIOS UEFI Enabled

TableHeaderCell right bottom sans-serif 9pt center

Secure Boot Status

TableHeaderCell right bottom sans-serif 9pt left

TPM Specifications

TableHeaderCell bottom sans-serif 9pt center

Windows 11 In Place Upgrade

TableHeaderCell bottom sans-serif 9pt center

Windows 11 Image Refresh

TableHeaderCell bottom sans-serif 9pt left

Location: Country

TableHeaderCell bottom sans-serif 9pt left

Location: State

TableHeaderCell bottom sans-serif 9pt left

Location: City

TableCell TableCell 9pt left 9pt Unformatted left machine_name

ExcelEmitter.FreezePanes boolean

true TableCell 9pt left 9pt Unformatted node_os_desc TableCell 9pt right 9pt Unformatted os_build_version TableCell 9pt right 9pt Unformatted left machine_chassis_type TableCell 9pt right 9pt Unformatted left machine_make TableCell 9pt right 9pt Unformatted left machine_model TableCell 9pt right

eq bold #FF0000 row["win11_inplace_upgrade_label"]

"Unsupported"

eq #FFFF00 bold row["win11_inplace_upgrade_label"]

"Partial"

eq bold #008000 row["win11_inplace_upgrade_label"]

"Supported"

9pt win11_inplace_upgrade_label TableCell 9pt right

eq sans-serif bold #FF0000 row["win11_image_upgrade_label"]

"Unsupported"

eq #FFFF00 sans-serif bold row["win11_image_upgrade_label"]

"Partial"

eq sans-serif bold #008000 row["win11_image_upgrade_label"]

"Supported"

9pt win11_image_upgrade_label TableCell 9pt right 9pt Unformatted left node_cpu_short_models TableCell 9pt right

eq bold #008000 row["cpu_support_status"]

'Y'

eq bold #FF0000 row["cpu_support_status"]

'N'

is-null #C0C0C0 row["cpu_support_status"] eq #FFFF00 bold row["cpu_support_status"]

Unformatted center cpu_support_status TableCell 9pt right

lt #FF0000 bold #FFFFFF row["node_cpu_speed_ghz"]

1.0

9pt Unformatted node_cpu_speed_ghz TableCell 9pt right

lt #FF0000 bold #FFFFFF row["node_per_cpu_cores"]

2.0

node_per_cpu_cores TableCell 9pt right

lt #FF0000 bold #FFFFFF row["node_cpu_bitwidth"]

is-null #FFFF00 row["node_cpu_bitwidth"]

node_cpu_bitwidth TableCell 9pt right

lt #FF0000 bold #FFFFFF row["ram_alloc_gb"]

4.0

9pt Unformatted ram_alloc_gb TableCell 9pt right

lt #FF0000 bold #FFFFFF row["node_disk0_c_size_gb"]

64.0

9pt Unformatted right node_disk0_c_size_gb TableCell 9pt right 9pt Unformatted right node_disk0_c_used_gb TableCell 9pt right

lt #FF0000 bold #FFFFFF row["node_disk0_c_free_gb"]

20.0

9pt Unformatted right node_disk0_c_free_gb TableCell silver 9pt right left node_discrete_gpu_models TableCell silver 9pt right 9pt Unformatted right node_discrete_gpu_count TableCell silver 9pt right

lt #FF0000 bold #FFFFFF row["node_gpu_color_depth"]

is-null #FFFF00 bold #000000 row["node_gpu_color_depth"]

9pt Unformatted right node_gpu_color_depth TableCell 9pt right

eq bold #FF0000 row["os_dx12orwddm2"]

is-null #FFFF00 row["os_dx12orwddm2"]

center var out = 'N'; if (row["os_dx12orwddm2"] == 1) { out = 'Y'; } out; html

TableCell silver 9pt right

lt normal #FF0000 row["max_display_res_y"]

720

is-null #FFFF00 row["max_display_res_y"]

9pt Unformatted left node_display_dimensions TableCell silver 9pt right

lt italic normal #FF0000 row["max_display_size_in_inches"]

is-null #FFFF00 normal #000000 row["max_display_size_in_inches"]

node_display_size_in_inches TableCell 9pt right

eq #FF0000 bold #FFFFFF row["machine_bios_uefi_capable"]

is-null #FFFF00 row["machine_bios_uefi_capable"]

center var uefi = row["machine_bios_uefi_capable"]; var str = ""; if (uefi === 1) { str = "Y"; } else if (uefi === 0) { str = "N"; } else { str = ""; } str; html

TableCell #C0C0C0 9pt right

eq bold #FF0000 row["machine_bios_uefi_enabled"]

is-null #FFFF00 row["machine_bios_uefi_capable"]

center var uefi = row["machine_bios_uefi_enabled"]; var str = ""; if (uefi === 1) { str = "Y"; } else if (uefi === 0) { str = "N"; } else { str = ""; } str; html

TableCell 9pt center

eq #FF0000 bold #FFFFFF row["machine_secure_boot"]

'Not supported'

eq #FFFF00 bold #000000 row["machine_secure_boot"]

'Not configured'

eq bold #FF0000 row["machine_secure_boot"]

'Disabled'

eq bold #008000 row["machine_secure_boot"]

'Enabled'

is-null #FFFF00 bold #000000 row["machine_secure_boot"]

center machine_secure_boot TableCell 9pt right

eq #FF0000 bold #FFFFFF row["machine_tpm_specification"]

is-null #FFFF00 row["machine_tpm_specification"]

left machine_tpm_specifications TableCell 9pt

eq #FF0000 bold #FFFFFF row["win11_inplace_upgrade_label"]

'Unsupported'

eq #008000 bold #FFFFFF row["win11_inplace_upgrade_label"]

'Supported'

eq #FFFF00 bold #000000 row["win11_inplace_upgrade_label"]

'Partial'

eq #0080FF bold row["win11_inplace_upgrade_label"]

'Installed'

9pt win11_inplace_upgrade_label TableCell 9pt

eq #FF0000 bold #FFFFFF row["win11_image_upgrade_label"]

'Unsupported'

eq #008000 bold #FFFFFF row["win11_image_upgrade_label"]

'Supported'

eq #FFFF00 bold #000000 row["win11_image_upgrade_label"]

'Partial'

eq #C0C0C0 bold row["win11_image_upgrade_label"]

'Installed'

9pt win11_image_upgrade_label TableCell 9pt 9pt Unformatted left machine_location_country TableCell 9pt 9pt Unformatted left machine_location_state TableCell 9pt 9pt Unformatted left machine_location_city

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Glossary

3in 7in TableHeaderCell 2 1 TableHeaderCell left bottom ReportSectionTitle left Simple MasterPage auto

Glossary of Terms

TableHeaderCell TableHeaderCell 9pt left bottom sans-serif 9pt left

Column Name

TableHeaderCell 9pt left bottom sans-serif 9pt left

Description

TableCell left TableCell 9pt left top sans-serif left

Machine Name

TableCell 9pt left top sans-serif left

Machine Name.

TableCell left TableCell 9pt left top sans-serif left

Operating System: Edition

TableCell 9pt left top sans-serif left

The Operating System currently installed on the machine.

TableCell left TableCell 9pt left top sans-serif left

Operating System: Version

TableCell 9pt left top sans-serif left

The Operating System version (eg. 22H2) currently installed on the machine.

TableCell left TableCell 9pt left top sans-serif left

Machine Chassis

TableCell 9pt left top sans-serif left

The type of chassis of the machine such as Notebook, Laptop, Desktop, Tower, etc.

TableCell left TableCell 9pt left top sans-serif left

Machine Made

TableCell 9pt left top sans-serif left

The make of the machine.

TableCell left TableCell 9pt left top sans-serif left

Machine Model

TableCell 9pt left top sans-serif left

The model of the machine.

TableCell left TableCell 9pt left top sans-serif left

Windows 11 In Place Upgrade Compatibility

html

TableCell 9pt left top sans-serif normal left

auto

TableCell left TableCell 9pt left top sans-serif left

Windows 11 Image Refresh Compatibility

TableCell 9pt left top sans-serif left

auto

TableCell left TableCell 9pt left top sans-serif left

CPU Model

TableCell 9pt left top sans-serif left

The CPU Model.

TableCell left 1 4 TableCell 9pt left top sans-serif left

CPU Support

TableCell 9pt left top sans-serif left

none

TableCell left TableCell 9pt left top sans-serif left

Link to Windows 11 Supported Intel Processors as of February 28, 2025.

hyperlink Windows 11 Supported Intel Processors https://docs.microsoft.com/en-us/windows-hardware/design/minimum/supported/windows-11-supported-intel-processors _blank

TableCell left TableCell 9pt left top sans-serif left

Link to Windows 11 Supported AMD Processors as of April 8, 2025.

hyperlink Windows 11 Supported AMD Processors https://docs.microsoft.com/en-us/windows-hardware/design/minimum/supported/windows-11-supported-amd-processors _blank

TableCell left TableCell 9pt left top sans-serif left

This report does not determine support for Qualcomm processors.

hyperlink Windows 11 Supported AMD Processors https://docs.microsoft.com/en-us/windows-hardware/design/minimum/supported/windows-11-supported-amd-processors _blank

TableCell left TableCell 9pt left top sans-serif left

CPU (GHz)

TableCell 9pt left top sans-serif left

The CPU Clock Speed in GHz. Based on Microsoft guidelines, if the Clock Speed of the CPU is greater than or equal to 1GHz then it is compatible with Windows 11.

TableCell left TableCell 9pt left top sans-serif left

Cores per CPU

TableCell 9pt left top sans-serif left

The number of cores per CPU. Based on Microsoft guidelines, if the Cores per CPU must be equal to or greater than 2 cores to be compatible with Windows 11.

TableCell left TableCell 9pt left top sans-serif left

CPU Bit Width

TableCell 9pt left top sans-serif left

The bitwidth i.e. whether the processor is 32bit or 64bit. Based on Microsoft guidelines, the processor must be a 64bit processor for it to be compatible with Windows 11.

TableCell left TableCell 9pt left top sans-serif left

RAM (GB)

TableCell 9pt left top sans-serif left

The RAM installed on a machine. Based on Microsoft guidelines, if the amount of RAM installed is greater than or equal to 4GB then it is compatible with Windows 11.

TableCell left TableCell 9pt left top sans-serif left

HDD Space (GB)

TableCell 9pt left top sans-serif left

The amount of free or available HDD space. Based on Microsoft guidelines, if the amount of free space available on the harddisk is 20GB then it is enough to install Windows 11 using the in-place upgrade route. If there is 64GB of storage, Windows 11 could be installed as a new image.

TableCell left TableCell 9pt left top sans-serif left

Display Color Depth Bits

TableCell 9pt left top sans-serif left

The display color depth on the display GPU. Based on Microsoft guidelines, if the display GPU supports 8bits color depth, then it is compatible with Windows 11.

TableCell left TableCell 9pt left top sans-serif left

GPU Models

TableCell 9pt left top sans-serif left

A list of real GPU models found on the machine including Integrated GPUs or Discrete GPUs. This list removes software based GPUs such as Microsoft Basic Render Driver, Microsoft Remote Display Adaptor, VMware SVGA II / 3D, Citrix Indirect Display Driver, etc.

TableCell left TableCell 9pt left top sans-serif left

GPU Count

TableCell 9pt left top sans-serif left

A count of real GPU models found on the machine including Integrated GPUs or Discrete GPUs.

TableCell left TableCell 9pt left top sans-serif left

GPU DirectX 12 / WDDM 2.0

TableCell 9pt left top sans-serif left

The GPU compatibility with DirectX 12 or WDDM2. Based on Microsoft guidelines, if the GPU supports DirectX 12 or WDDM2, then it is compatible with Windows 11.

TableCell left TableCell 9pt left top sans-serif left

Display Size in Inches

TableCell 9pt left top sans-serif left

The display size or monitor size in inches. Based on Microsoft guidelines, if the monitor display size is greater than 9" then it is compatible with Windows 11.

TableCell left TableCell 9pt left top sans-serif left

Display Resolution

TableCell 9pt left top sans-serif left

The display resolution of the display monitors available on the machine. Based on Microsoft guidelines, if the display monitor resolution is greater than or equal to 720p then it is compatible with Windows 11.

TableCell left TableCell 9pt left top sans-serif left

BIOS UEFI Capable

TableCell 9pt left top sans-serif left

Whether or not the BIOS is UEFI capable. Based on Microsoft guidelines, if the BIOS is UEFI capable for Secure Boot then it is considered Windows 11 compatible.

TableCell left TableCell 9pt left top sans-serif left

BIOS UEFI Enabled

TableCell 9pt left top sans-serif left

Whether or not the BIOS is UEFI enabled. Based on Microsoft guidelines, if the BIOS is UEFI capable for Secure Boot then it is considered Windows 11 compatible. This column only shows the current status of UEFI and does NOT determine whether the machine is Supported or Unsupported for Windows 11.

TableCell left TableCell 9pt left top sans-serif left

Secure Boot

TableCell 9pt left top sans-serif left

The current status or mode of Secure Boot. Based on Microsoft guidelines, if the BIOS is UEFI capable, this column shows the current status of Secure Boot such as Enabled, Disabled, Not configured, or Not supported. If the status is Enabled, Disabled, or Not configured, then the machine is considered to be Windows 11 Supported because it could be changed or configured to comply with Windows 11 guidelines. However, if it Secure Boot status is Not supported, then the machine is considered Unsupported for Windows 11 because Secure Boot requires this capability to be supported and available.

TableCell left TableCell 9pt left top sans-serif left

TPM Specifications

TableCell 9pt left top sans-serif left

Whether or not the TPM Spec includes compatibility greater than 2.0. Based on Microsoft guidelines, if the TPM specification includes 2.0 or higher then, it is compatible with Windows 11.

TableCell left TableCell 9pt left top sans-serif left

Location: Country

TableCell 9pt left top sans-serif left

The location of the machine by Country. This field is populated only if the Machine Location checkbox is enabled under Configure metrics section of the Hub Administration > Connector ID Keys > Connector ID Key Properties tab.

TableCell left TableCell 9pt left top sans-serif left

Location: State

TableCell 9pt left top sans-serif left

The location of the machine by State or Province. This field is populated only if the Machine Location checkbox is enabled under Configure metrics section of the Hub Administration > Connector ID Keys > Connector ID Key Properties tab.

TableCell left TableCell 9pt left top sans-serif left

Location: City

TableCell 9pt left top sans-serif left

The location of the machine by City. This field is populated only if the Machine Location checkbox is enabled under Configure metrics section of the Hub Administration > Connector ID Keys > Connector ID Key Properties tab.

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node_id

dataSetRow["node_id"] integer machine_name

machine_name

dataSetRow["machine_name"] string machine_fqmn

machine_fqmn

dataSetRow["machine_fqmn"] string machine_last_contact

machine_last_contact

dataSetRow["machine_last_contact"] date-time machine_make

machine_make

dataSetRow["machine_make"] string machine_model

machine_model

dataSetRow["machine_model"] string machine_chassis_type

machine_chassis_type

dataSetRow["machine_chassis_type"] string node_os_version

node_os_version

dataSetRow["node_os_version"] string node_os_desc

node_os_desc

dataSetRow["node_os_desc"] string os_build_version

os_build_version

dataSetRow["os_build_version"] string node_cpu_model

node_cpu_model

dataSetRow["node_cpu_model"] string node_cpu_short_models

node_cpu_short_models

dataSetRow["node_cpu_short_models"] string node_cpu_speed_ghz

node_cpu_speed_ghz

dataSetRow["node_cpu_speed_ghz"] decimal cpu_brand

cpu_brand

dataSetRow["cpu_brand"] string cpu_sub_brand

cpu_sub_brand

dataSetRow["cpu_sub_brand"] string cpu_sub_brand_modifier

cpu_sub_brand_modifier

dataSetRow["cpu_sub_brand_modifier"] string cpu_model_number

cpu_model_number

dataSetRow["cpu_model_number"] string cpu_sku_level

cpu_sku_level

dataSetRow["cpu_sku_level"] integer cpu_generation

cpu_generation

dataSetRow["cpu_generation"] integer cpu_sku

cpu_sku

dataSetRow["cpu_sku"] string node_per_cpu_cores

node_per_cpu_cores

dataSetRow["node_per_cpu_cores"] decimal node_cpu_cores

node_cpu_cores

dataSetRow["node_cpu_cores"] decimal node_cpu_bitwidth

node_cpu_bitwidth

dataSetRow["node_cpu_bitwidth"] integer node_ram_allocated_gb

node_ram_allocated_gb

dataSetRow["node_ram_allocated_gb"] decimal ram_alloc_gb

ram_alloc_gb

dataSetRow["ram_alloc_gb"] decimal node_disk0_c_size_gb

node_disk0_c_size_gb

dataSetRow["node_disk0_c_size_gb"] decimal node_disk0_c_used_gb

node_disk0_c_used_gb

dataSetRow["node_disk0_c_used_gb"] decimal node_disk0_c_free_gb

node_disk0_c_free_gb

dataSetRow["node_disk0_c_free_gb"] decimal node_total_disk_size_gb

node_total_disk_size_gb

dataSetRow["node_total_disk_size_gb"] decimal node_total_disk_used_gb

node_total_disk_used_gb

dataSetRow["node_total_disk_used_gb"] decimal node_total_disk_free_gb

node_total_disk_free_gb

dataSetRow["node_total_disk_free_gb"] decimal node_gpu_model

node_gpu_model

dataSetRow["node_gpu_model"] string node_discrete_gpu_models

node_discrete_gpu_models

dataSetRow["node_discrete_gpu_models"] string node_gpu_count

node_gpu_count

dataSetRow["node_gpu_count"] decimal node_discrete_gpu_count

node_discrete_gpu_count

dataSetRow["node_discrete_gpu_count"] decimal node_gpu_color_depth

node_gpu_color_depth

dataSetRow["node_gpu_color_depth"] integer os_dx12orwddm2

os_dx12orwddm2

dataSetRow["os_dx12orwddm2"] integer node_display_dimensions

node_display_dimensions

dataSetRow["node_display_dimensions"] string max_display_res_y

max_display_res_y

dataSetRow["max_display_res_y"] integer node_display_size_in_inches

node_display_size_in_inches

dataSetRow["node_display_size_in_inches"] string max_display_size_in_inches

max_display_size_in_inches

dataSetRow["max_display_size_in_inches"] integer node_display_count

node_display_count

dataSetRow["node_display_count"] decimal machine_bios_uefi_capable

machine_bios_uefi_capable

dataSetRow["machine_bios_uefi_capable"] integer machine_bios_uefi_enabled

machine_bios_uefi_enabled

dataSetRow["machine_bios_uefi_enabled"] integer machine_secure_boot

machine_secure_boot

dataSetRow["machine_secure_boot"] string machine_tpm_specifications

machine_tpm_specifications

dataSetRow["machine_tpm_specifications"] string machine_tpm_specification

machine_tpm_specification

dataSetRow["machine_tpm_specification"] integer machine_location_city_state_country

machine_location_city_state_country

dataSetRow["machine_location_city_state_country"] string machine_location_country

machine_location_country

dataSetRow["machine_location_country"] string machine_location_state

machine_location_state

dataSetRow["machine_location_state"] string machine_location_city

machine_location_city

dataSetRow["machine_location_city"] string cpu_support_status

cpu_support_status

dataSetRow["cpu_support_status"] string win11_inplace_upgrade_label

win11_inplace_upgrade_label

dataSetRow["win11_inplace_upgrade_label"] string win11_image_upgrade_label

win11_image_upgrade_label

dataSetRow["win11_image_upgrade_label"] string

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Windows 11 Migration

ReportTitle sans-serif

Windows 10 Machines Replacement List

ReportDescription sans-serif 10pt

This report lists the machines that need to be replaced due to lack of specifications or requirements for Windows 11. This list will details why the machines are not recommended to run Windows 11. The report displays a breakdown of all the different editions of Windows 10 such as Professional, Enterprise, etc., OS Versions such as 21H2, 22H2, etc., CPU Clock Speed, CPU Cores, RAM, Disk Free, TPM, UEFI, Machine Chassis, Make, Model, and if available their location by Country, State, and City. It can also be filtered by Machine Groups to only show machines within a Machine Group. These filters can be applied within the Stratusphere Web UI before running the selected report.

ReportTableDataRow sans-serif 10pt 1pt var grp = params["MachineGroup"]; if (grp == "%") { grp = "All Machines"; } "Machine group: " + grp; html

ReportTableDataRow sans-serif 10pt 5pt left "Filters: Physical machines, Windows 10 and older machines"; html

1 4 sans-serif #0B72BA solid thin #0B72BA solid thin #0B72BA solid thin #0B72BA solid thin 0pt 100% 80% 1 1 CardTitle-WhiteOnLiquidwareBlue #0B72BA none none none none center ReportSectionTitle 16pt

Windows 10 Support

center middle

36pt bold CountdownToEoS

days_difference

dataSetRow["days_difference"] decimal

var data = row["days_difference"]; var unit = " days." var display = "Ends in "; if (data >= 0) { display += data + unit; } else { display += "has ended."; } display; html

none none none none none none none none none none none none 20pt 2 1 sans-serif center 3 1 sans-serif #0B72BA solid thin #0B72BA solid thin #0B72BA solid thin #0B72BA solid thin 0pt left 100% 80% 1 1 CardTitle-WhiteOnLiquidwareBlue #0B72BA none none none none center ReportSectionTitle 16pt

Windows 10 Machines

center middle sans-serif 18pt bold 2pt Custom #,##0 center Windows10OrEarlierMachineCount

machine_count

dataSetRow["machine_count"] decimal

machine_count 1 2 sans-serif #0B72BA solid thin #0B72BA solid thin #0B72BA solid thin #0B72BA solid thin 0pt 100% 100% 80% 1 1 CardTitle-WhiteOnLiquidwareBlue #0B72BA none none none none center ReportSectionTitle 16pt

Windows 11 Machines

center middle

61pt bold Windows11MachineCount

machine_count

dataSetRow["machine_count"] decimal

var data = row["machine_count"]; var unit = ""; var display = data + unit; display; html

sans-serif #0B72BA solid thin #0B72BA solid thin #0B72BA solid thin #0B72BA solid thin 0pt 100% Windows10MachineCountsByStatus

node_id

dataSetRow["node_id"] integer win11_inplace_upgrade_label

win11_inplace_upgrade_label

dataSetRow["win11_inplace_upgrade_label"] string in_place_upgrade_machine_count integer COUNTDISTINCT

Expression row["node_id"]

var data = dataSetRow["win11_inplace_upgrade_label"]; var filter = false; if (data == "Supported") filter = true; filter; true image_upgrade_machine_count integer COUNTDISTINCT

Expression row["node_id"]

var data = dataSetRow["win11_image_upgrade_label"]; var filter = false; if (data == "Supported") filter = true; filter; true replacement_machine_count integer COUNTDISTINCT

Expression row["node_id"]

var data = dataSetRow["win11_inplace_upgrade_label"]; var data1 = dataSetRow["win11_image_upgrade_label"]; var filter = false; if (data == "Unsupported" && data1 == "Unsupported") filter = true; filter; true

80% 1 1 CardTitle-WhiteOnLiquidwareBlue #0B72BA none none none none center ReportSectionTitle 16pt

In-place Upgrades

center middle 18pt bold in_place_upgrade_machine_count sans-serif #0B72BA solid thin #0B72BA solid thin #0B72BA solid thin #0B72BA solid thin 0pt 100% Windows10MachineCountsByStatus

node_id

dataSetRow["node_id"] integer win11_inplace_upgrade_label

win11_inplace_upgrade_label

dataSetRow["win11_inplace_upgrade_label"] string in_place_upgrade_machine_count integer COUNTDISTINCT

Expression row["node_id"]

var data = dataSetRow["win11_inplace_upgrade_label"]; var filter = false; if (data == "Supported") filter = true; filter; true image_upgrade_machine_count integer COUNTDISTINCT

Expression row["node_id"]

var data = dataSetRow["win11_image_upgrade_label"]; var filter = false; if (data == "Supported") filter = true; filter; true replacement_machine_count integer COUNTDISTINCT

Expression row["node_id"]

80% 1 1 CardTitle-WhiteOnLiquidwareBlue #0B72BA none none none none center ReportSectionTitle 16pt

Image Upgrades

center middle 18pt bold image_upgrade_machine_count sans-serif #0B72BA solid thin #0B72BA solid thin #0B72BA solid thin #0B72BA solid thin 0pt 100% Windows10MachineCountsByStatus

node_id

dataSetRow["node_id"] integer win11_inplace_upgrade_label

win11_inplace_upgrade_label

dataSetRow["win11_inplace_upgrade_label"] string in_place_upgrade_machine_count integer COUNTDISTINCT

Expression row["node_id"]

var data = dataSetRow["win11_inplace_upgrade_label"]; var filter = false; if (data == "Supported") filter = true; filter; true image_upgrade_machine_count integer COUNTDISTINCT

Expression row["node_id"]

var data = dataSetRow["win11_image_upgrade_label"]; var filter = false; if (data == "Supported") filter = true; filter; true replacement_machine_count integer COUNTDISTINCT

Expression row["node_id"]

80% 1 1 CardTitle-WhiteOnLiquidwareBlue #0B72BA none none none none center ReportSectionTitle 16pt

Replacements

center middle 18pt bold replacement_machine_count 20pt sans-serif center

2.6.1 Bar Chart Side-by-side 0.0 0.0 0.0 0.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true Machines by OS Edition SansSerif 16.0 true Center Center 0 255 255 255 1 255 0 0 0 0.0 2.0 0.0 3.0 true 0.0 0.0 0.0 0.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true 5 5 0 255 0 0 0 false 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 Both 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false false 0 255 0 0 0 false 2.0 2.0 2.0 2.0 Horizontal Left_Right 1 255 0 0 0 true Below Series <Caption> <Value></Value> <Font> <Alignment/> </Font> </Caption> <Background xsi:type="attribute:ColorDefinition"> <Transparency>0</Transparency> <Red>255</Red> <Green>255</Green> <Blue>255</Blue> </Background> <Outline> <Style>Solid</Style> <Thickness>1</Thickness> <Color> <Transparency>255</Transparency> <Red>0</Red> <Green>0</Green> <Blue>0</Blue> </Color> <Visible>false</Visible> </Outline> <Insets> <Top>0.0</Top> <Left>2.0</Left> <Bottom>0.0</Bottom> <Right>3.0</Right> </Insets> <Visible>false</Visible> Above 0.0 0.0 212.0 130.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true Two_Dimensional Points 10.0 enable.area.alt false 'A','B','C','D','E' 6,4,12,8,10 0 This chart contains no data. SansSerif 12.0 Center Center 64 127 127 127 128 127 127 127 true 10.0 10.0 10.0 10.0 true Text <Caption> <Value>X-Axis Title</Value> <Font> <Size>14.0</Size> <Bold>true</Bold> <Alignment> <horizontalAlignment>Center</horizontalAlignment> <verticalAlignment>Center</verticalAlignment> </Alignment> </Font> </Caption> <Background xsi:type="attribute:ColorDefinition"> <Transparency>0</Transparency> <Red>255</Red> <Green>255</Green> <Blue>255</Blue> </Background> <Outline> <Style>Solid</Style> <Thickness>1</Thickness> <Color> <Transparency>255</Transparency> <Red>0</Red> <Green>0</Green> <Blue>0</Blue> </Color> </Outline> <Insets> <Top>0.0</Top> <Left>2.0</Left> <Bottom>0.0</Bottom> <Right>3.0</Right> </Insets> <Visible>false</Visible> Below Linear <Caption> <Value>Y-Axis Title</Value> <Font> <Size>14.0</Size> <Bold>true</Bold> <Alignment> <horizontalAlignment>Center</horizontalAlignment> <verticalAlignment>Center</verticalAlignment> </Alignment> </Font> </Caption> <Background xsi:type="attribute:ColorDefinition"> <Transparency>0</Transparency> <Red>255</Red> <Green>255</Green> <Blue>255</Blue> </Background> <Outline> <Style>Solid</Style> <Thickness>1</Thickness> <Color> <Transparency>255</Transparency> <Red>0</Red> <Green>0</Green> <Blue>0</Blue> </Color> </Outline> <Insets> <Top>0.0</Top> <Left>2.0</Left> <Bottom>0.0</Bottom> <Right>3.0</Right> </Insets> <Visible>false</Visible> Left 255 0 0 128 255 0 0 255 255 51 102 255 255 0 204 255 255 0 255 255 255 153 204 255 255 51 204 204 255 128 128 0 255 192 192 192 255 255 255 128 255 128 192 128 255 7 146 94 255 0 128 255 255 255 128 192 255 0 255 255 255 255 128 128 255 0 128 192 255 255 0 255 255 128 64 64 255 255 128 64 255 80 240 120 255 0 64 128 255 128 0 64 255 255 0 128 255 128 128 64 255 128 128 128 255 255 128 255 255 0 64 0 255 0 0 0 255 255 255 255 255 255 128 0 true SansSerif 8.0 0 255 255 255 1 255 0 0 0 false 0.0 2.0 0.0 3.0 true row["node_id"] false Text Unsupported Orthogonal_Value Outside false onmouseover Show_Tooltip 200 Rectangle Vertical 1 255 0 0 0 true 0 255 255 255 1 255 0 0 0 0.0 2.0 0.0 3.0 true Left 1 255 196 196 196 false Across 1 255 196 196 196 true 1 255 225 225 225 false Across 1 255 225 225 225 false 5 Min 0.0 true false 255 0 0 128 255 0 0 255 255 51 102 255 255 0 204 255 255 0 255 255 255 153 204 255 255 51 204 204 255 128 128 0 255 192 192 192 255 255 255 128 255 128 192 128 255 7 146 94 255 0 128 255 255 255 128 192 255 0 255 255 255 255 128 128 255 0 128 192 255 255 0 255 255 128 64 64 255 255 128 64 255 80 240 120 255 0 64 128 255 128 0 64 255 255 0 128 255 128 128 64 255 128 128 128 255 255 128 255 255 0 64 0 255 0 0 0 255 255 255 255 255 255 128 0 true 0 255 255 255 1 255 0 0 0 false 0.0 2.0 0.0 3.0 false var dispData = "Unknown"; var data = row["node_os_desc"]; if (data != null) { dispData = data; } data; Orthogonal_Value , Outside false true Text DistinctCount Ascending row["node_os_desc"] Horizontal 1 255 0 0 0 true 0 255 255 255 1 255 0 0 0 0.0 2.0 0.0 3.0 true Below 1 255 196 196 196 false Across 1 255 196 196 196 true 1 255 225 225 225 false Across 1 255 225 225 225 false 5 Min 0.0 true true false Horizontal 50.0 -20.0 45.0 0.0 None ]]>

SVG

eq row["win11_inplace_upgrade_label"]

"Unsupported"

true eq row["win11_image_upgrade_label"]

"Unsupported"

true

false 3.75in 5in Windows10MachineCountsByStatus

sans-serif center

2.6.1 Pie Chart Standard 0.0 0.0 0.0 0.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true Machines by OS Version SansSerif 16.0 true Center Center 0 255 255 255 1 255 0 0 0 0.0 2.0 0.0 3.0 true 0.0 0.0 0.0 0.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true 5 5 0 255 0 0 0 false 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false false 0 255 0 0 0 false 2.0 2.0 2.0 2.0 Vertical Top_Bottom 1 255 0 0 0 true Right Categories <Caption> <Value></Value> <Font> <Alignment/> </Font> </Caption> <Background xsi:type="attribute:ColorDefinition"> <Transparency>0</Transparency> <Red>255</Red> <Green>255</Green> <Blue>255</Blue> </Background> <Outline> <Style>Solid</Style> <Thickness>1</Thickness> <Color> <Transparency>255</Transparency> <Red>0</Red> <Green>0</Green> <Blue>0</Blue> </Color> <Visible>false</Visible> </Outline> <Insets> <Top>0.0</Top> <Left>2.0</Left> <Bottom>0.0</Bottom> <Right>3.0</Right> </Insets> <Visible>false</Visible> Above 0.0 0.0 212.0 130.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true Two_Dimensional Points 10.0 0 enable.area.alt false 'A','B','C','D','E' 6,4,12,8,10 0 This chart contains no data. SansSerif 12.0 Center Center 64 127 127 127 128 127 127 127 true 10.0 10.0 10.0 10.0 true 255 0 0 128 255 0 0 255 255 51 102 255 255 0 204 255 255 153 204 255 255 51 204 204 255 0 255 255 255 204 255 255 255 192 192 192 255 255 255 128 255 128 192 128 255 7 146 94 255 0 128 255 255 255 128 192 255 0 255 255 255 255 128 128 255 0 128 192 255 255 0 255 255 128 64 64 255 255 128 64 255 80 240 120 255 0 64 128 255 128 0 64 255 255 0 128 255 128 128 64 255 128 128 128 255 255 128 255 255 0 64 0 255 0 0 0 255 255 255 255 255 255 128 0 255 0 0 128 255 0 0 255 255 51 102 255 255 0 204 255 255 153 204 255 255 51 204 204 255 0 255 255 255 204 255 255 255 192 192 192 255 255 255 128 255 128 192 128 255 7 146 94 255 0 128 255 255 255 128 192 255 0 255 255 255 255 128 128 255 0 128 192 255 255 0 255 255 128 64 64 255 255 128 64 255 80 240 120 255 0 64 128 255 128 0 64 255 255 0 128 255 128 128 64 255 128 128 128 255 255 128 255 255 0 64 0 255 0 0 0 255 255 255 255 255 255 128 0 true SansSerif 8.0 0 255 255 255 1 255 0 0 0 false 0.0 2.0 0.0 3.0 true row["node_id"] true Text DistinctCount Orthogonal_Value Base_Value , Outside false onmouseover Show_Tooltip 200 0 <Caption> <Value></Value> <Font> <Size>16.0</Size> <Bold>true</Bold> <Alignment/> </Font> </Caption> <Background xsi:type="attribute:ColorDefinition"> <Transparency>0</Transparency> <Red>255</Red> <Green>255</Green> <Blue>255</Blue> </Background> <Outline> <Style>Solid</Style> <Thickness>1</Thickness> <Color> <Transparency>255</Transparency> <Red>0</Red> <Green>0</Green> <Blue>0</Blue> </Color> </Outline> <Insets> <Top>0.0</Top> <Left>2.0</Left> <Bottom>0.0</Bottom> <Right>3.0</Right> </Insets> <Visible>true</Visible> Below 1 true 10.0 true 0 255 255 255 1 255 0 0 0 false 0.0 2.0 0.0 3.0 false var data = "Unknown"; if (row["os_build_version"] != null) { data = row["os_build_version"]; } data; Orthogonal_Value , Outside false true Text DistinctCount Ascending row["os_build_version"] ]]>

SVG

eq row["win11_inplace_upgrade_label"]

"Unsupported"

true eq row["win11_image_upgrade_label"]

"Unsupported"

true

false 3.75in 5in Windows10MachineCountsByStatus

node_id

dataSetRow["node_id"] integer machine_name

machine_name

dataSetRow["machine_name"] string machine_fqmn

machine_fqmn

dataSetRow["machine_fqmn"] string machine_last_contact

machine_last_contact

dataSetRow["machine_last_contact"] date-time machine_make

machine_make

dataSetRow["machine_make"] string machine_model

machine_model

dataSetRow["machine_model"] string machine_chassis_type

machine_chassis_type

dataSetRow["machine_chassis_type"] string node_os_version

node_os_version

dataSetRow["node_os_version"] string node_os_desc

node_os_desc

dataSetRow["node_os_desc"] string os_build_version

os_build_version

dataSetRow["os_build_version"] string node_cpu_model

node_cpu_model

dataSetRow["node_cpu_model"] string node_cpu_short_models

node_cpu_short_models

dataSetRow["node_cpu_short_models"] string node_cpu_speed_ghz

node_cpu_speed_ghz

dataSetRow["node_cpu_speed_ghz"] decimal cpu_brand

cpu_brand

dataSetRow["cpu_brand"] string cpu_sub_brand

cpu_sub_brand

dataSetRow["cpu_sub_brand"] string cpu_sub_brand_modifier

cpu_sub_brand_modifier

dataSetRow["cpu_sub_brand_modifier"] string cpu_model_number

cpu_model_number

dataSetRow["cpu_model_number"] string cpu_sku_level

cpu_sku_level

dataSetRow["cpu_sku_level"] integer cpu_generation

cpu_generation

dataSetRow["cpu_generation"] integer cpu_sku

cpu_sku

dataSetRow["cpu_sku"] string node_per_cpu_cores

node_per_cpu_cores

dataSetRow["node_per_cpu_cores"] decimal node_cpu_cores

node_cpu_cores

dataSetRow["node_cpu_cores"] decimal node_cpu_bitwidth

node_cpu_bitwidth

dataSetRow["node_cpu_bitwidth"] integer node_ram_allocated_gb

node_ram_allocated_gb

dataSetRow["node_ram_allocated_gb"] decimal ram_alloc_gb

ram_alloc_gb

dataSetRow["ram_alloc_gb"] decimal node_disk0_c_size_gb

node_disk0_c_size_gb

dataSetRow["node_disk0_c_size_gb"] decimal node_disk0_c_used_gb

node_disk0_c_used_gb

dataSetRow["node_disk0_c_used_gb"] decimal node_disk0_c_free_gb

node_disk0_c_free_gb

dataSetRow["node_disk0_c_free_gb"] decimal node_total_disk_size_gb

node_total_disk_size_gb

dataSetRow["node_total_disk_size_gb"] decimal node_total_disk_used_gb

node_total_disk_used_gb

dataSetRow["node_total_disk_used_gb"] decimal node_total_disk_free_gb

node_total_disk_free_gb

dataSetRow["node_total_disk_free_gb"] decimal node_gpu_model

node_gpu_model

dataSetRow["node_gpu_model"] string node_discrete_gpu_models

node_discrete_gpu_models

dataSetRow["node_discrete_gpu_models"] string node_gpu_count

node_gpu_count

dataSetRow["node_gpu_count"] decimal node_discrete_gpu_count

node_discrete_gpu_count

dataSetRow["node_discrete_gpu_count"] decimal node_gpu_color_depth

node_gpu_color_depth

dataSetRow["node_gpu_color_depth"] integer os_dx12orwddm2

os_dx12orwddm2

dataSetRow["os_dx12orwddm2"] integer node_display_dimensions

node_display_dimensions

dataSetRow["node_display_dimensions"] string max_display_res_y

max_display_res_y

dataSetRow["max_display_res_y"] integer node_display_size_in_inches

node_display_size_in_inches

dataSetRow["node_display_size_in_inches"] string max_display_size_in_inches

max_display_size_in_inches

dataSetRow["max_display_size_in_inches"] integer node_display_count

node_display_count

dataSetRow["node_display_count"] decimal machine_bios_uefi_capable

machine_bios_uefi_capable

dataSetRow["machine_bios_uefi_capable"] integer machine_bios_uefi_enabled

machine_bios_uefi_enabled

dataSetRow["machine_bios_uefi_enabled"] integer machine_secure_boot

machine_secure_boot

dataSetRow["machine_secure_boot"] string machine_tpm_specifications

machine_tpm_specifications

dataSetRow["machine_tpm_specifications"] string machine_tpm_specification

machine_tpm_specification

dataSetRow["machine_tpm_specification"] integer machine_location_city_state_country

machine_location_city_state_country

dataSetRow["machine_location_city_state_country"] string machine_location_country

machine_location_country

dataSetRow["machine_location_country"] string machine_location_state

machine_location_state

dataSetRow["machine_location_state"] string machine_location_city

machine_location_city

dataSetRow["machine_location_city"] string cpu_support_status

cpu_support_status

dataSetRow["cpu_support_status"] string win11_inplace_upgrade_label

win11_inplace_upgrade_label

dataSetRow["win11_inplace_upgrade_label"] string win11_image_upgrade_label

win11_image_upgrade_label

dataSetRow["win11_image_upgrade_label"] string

always 20pt sans-serif center

2.6.1 Pie Chart Standard 0.0 0.0 0.0 0.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true Machines by CPU Clock Speed SansSerif 16.0 true Center Center 0 255 255 255 1 255 0 0 0 0.0 2.0 0.0 3.0 true 0.0 0.0 0.0 0.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true 5 5 0 255 0 0 0 false 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false false 0 255 0 0 0 false 2.0 2.0 2.0 2.0 Vertical Top_Bottom 1 255 0 0 0 true Right Categories <Caption> <Value></Value> <Font> <Alignment/> </Font> </Caption> <Background xsi:type="attribute:ColorDefinition"> <Transparency>0</Transparency> <Red>255</Red> <Green>255</Green> <Blue>255</Blue> </Background> <Outline> <Style>Solid</Style> <Thickness>1</Thickness> <Color> <Transparency>255</Transparency> <Red>0</Red> <Green>0</Green> <Blue>0</Blue> </Color> <Visible>false</Visible> </Outline> <Insets> <Top>0.0</Top> <Left>2.0</Left> <Bottom>0.0</Bottom> <Right>3.0</Right> </Insets> <Visible>false</Visible> Above 0.0 0.0 212.0 130.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true Two_Dimensional Points 10.0 0 enable.area.alt false 'A','B','C','D','E' 6,4,12,8,10 0 This chart contains no data. SansSerif 12.0 Center Center 64 127 127 127 128 127 127 127 true 10.0 10.0 10.0 10.0 true 255 0 50 0 255 0 128 0 255 51 153 102 255 0 255 0 255 204 255 204 255 154 204 0 255 124 124 0 255 51 51 0 255 192 192 192 255 255 255 128 255 128 192 128 255 7 146 94 255 0 128 255 255 255 128 192 255 0 255 255 255 255 128 128 255 0 128 192 255 255 0 255 255 128 64 64 255 255 128 64 255 80 240 120 255 0 64 128 255 128 0 64 255 255 0 128 255 128 128 64 255 128 128 128 255 255 128 255 255 0 64 0 255 0 0 0 255 255 255 255 255 255 128 0 255 0 50 0 255 0 128 0 255 51 153 102 255 0 255 0 255 204 255 204 255 154 204 0 255 124 124 0 255 51 51 0 255 192 192 192 255 255 255 128 255 128 192 128 255 7 146 94 255 0 128 255 255 255 128 192 255 0 255 255 255 255 128 128 255 0 128 192 255 255 0 255 255 128 64 64 255 255 128 64 255 80 240 120 255 0 64 128 255 128 0 64 255 255 0 128 255 128 128 64 255 128 128 128 255 255 128 255 255 0 64 0 255 0 0 0 255 255 255 255 255 255 128 0 true SansSerif 8.0 0 255 255 255 1 255 0 0 0 false 0.0 2.0 0.0 3.0 true row["node_id"] true Text DistinctCount Orthogonal_Value Base_Value , Outside false onmouseover Show_Tooltip 200 0 <Caption> <Value></Value> <Font> <Size>16.0</Size> <Bold>true</Bold> <Alignment/> </Font> </Caption> <Background xsi:type="attribute:ColorDefinition"> <Transparency>0</Transparency> <Red>255</Red> <Green>255</Green> <Blue>255</Blue> </Background> <Outline> <Style>Solid</Style> <Thickness>1</Thickness> <Color> <Transparency>255</Transparency> <Red>0</Red> <Green>0</Green> <Blue>0</Blue> </Color> </Outline> <Insets> <Top>0.0</Top> <Left>2.0</Left> <Bottom>0.0</Bottom> <Right>3.0</Right> </Insets> <Visible>true</Visible> Below 1 true 10.0 true 0 255 255 255 1 255 0 0 0 false 0.0 2.0 0.0 3.0 false var data = row["node_cpu_speed_ghz"]; var dispData = "Unknown"; if (data != null) { if (data <= 1.0) { dispData = "<= 1.0 GHz"; } else if (data > 1.0 && data <= 1.5) { dispData = "<= 1.5 GHz"; } else if (data > 1.5 && data <= 2.0) { dispData = "<= 2.0 GHz"; } else if (data > 2.0 && data <= 2.5) { dispData = "<= 2.5 GHz"; } else if (data > 2.5 && data <= 3.0) { dispData = "<= 3.0 GHz"; } else if (data > 3.0 && data <= 3.5) { dispData = "<= 3.5 GHz"; } else if (data > 3.5 && data <= 4.0) { dispData = "<= 4.0 GHz"; } else { dispData = "> 4 GHz"; } } dispData; Orthogonal_Value , Outside false true 1.0 Text Sum Ascending var data = row["node_cpu_speed_ghz"]; var dispData = "Unknown"; if (data != null) { if (data <= 1.0) { dispData = "<= 1.0 GHz"; } else if (data > 1.0 && data <= 1.5) { dispData = "<= 1.5 GHz"; } else if (data > 1.5 && data <= 2.0) { dispData = "<= 2.0 GHz"; } else if (data > 2.0 && data <= 2.5) { dispData = "<= 2.5 GHz"; } else if (data > 2.5 && data <= 3.0) { dispData = "<= 3.0 GHz"; } else if (data > 3.0 && data <= 3.5) { dispData = "<= 3.5 GHz"; } else if (data > 3.5 && data <= 4.0) { dispData = "<= 4.0 GHz"; } else { dispData = "> 4 GHz"; } } dispData; ]]>

SVG

eq row["win11_inplace_upgrade_label"]

"Unsupported"

true eq row["win11_image_upgrade_label"]

"Unsupported"

true

false 3.75in 5in Windows10MachineCountsByStatus

sans-serif center

2.6.1 Pie Chart Standard 0.0 0.0 0.0 0.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true Machines by CPU Cores SansSerif 16.0 true Center Center 0 255 255 255 1 255 0 0 0 0.0 2.0 0.0 3.0 true 0.0 0.0 0.0 0.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true 5 5 0 255 0 0 0 false 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false false 0 255 0 0 0 false 2.0 2.0 2.0 2.0 Vertical Top_Bottom 1 255 0 0 0 true Right Categories <Caption> <Value></Value> <Font> <Alignment/> </Font> </Caption> <Background xsi:type="attribute:ColorDefinition"> <Transparency>0</Transparency> <Red>255</Red> <Green>255</Green> <Blue>255</Blue> </Background> <Outline> <Style>Solid</Style> <Thickness>1</Thickness> <Color> <Transparency>255</Transparency> <Red>0</Red> <Green>0</Green> <Blue>0</Blue> </Color> <Visible>false</Visible> </Outline> <Insets> <Top>0.0</Top> <Left>2.0</Left> <Bottom>0.0</Bottom> <Right>3.0</Right> </Insets> <Visible>false</Visible> Above 0.0 0.0 212.0 130.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true Two_Dimensional Points 10.0 0 enable.area.alt false 'A','B','C','D','E' 6,4,12,8,10 0 This chart contains no data. SansSerif 12.0 Center Center 64 127 127 127 128 127 127 127 true 10.0 10.0 10.0 10.0 true 255 0 50 0 255 0 128 0 255 51 153 102 255 0 255 0 255 204 255 204 255 154 204 0 255 124 124 0 255 204 255 204 255 192 192 192 255 255 255 128 255 128 192 128 255 7 146 94 255 0 128 255 255 255 128 192 255 0 255 255 255 255 128 128 255 0 128 192 255 255 0 255 255 128 64 64 255 255 128 64 255 80 240 120 255 0 64 128 255 128 0 64 255 255 0 128 255 128 128 64 255 128 128 128 255 255 128 255 255 0 64 0 255 0 0 0 255 255 255 255 255 255 128 0 255 0 50 0 255 0 128 0 255 51 153 102 255 0 255 0 255 204 255 204 255 154 204 0 255 124 124 0 255 204 255 204 255 192 192 192 255 255 255 128 255 128 192 128 255 7 146 94 255 0 128 255 255 255 128 192 255 0 255 255 255 255 128 128 255 0 128 192 255 255 0 255 255 128 64 64 255 255 128 64 255 80 240 120 255 0 64 128 255 128 0 64 255 255 0 128 255 128 128 64 255 128 128 128 255 255 128 255 255 0 64 0 255 0 0 0 255 255 255 255 255 255 128 0 true SansSerif 8.0 0 255 255 255 1 255 0 0 0 false 0.0 2.0 0.0 3.0 true row["node_id"] true Text DistinctCount Orthogonal_Value Base_Value cores count, Outside false onmouseover Show_Tooltip 200 0 <Caption> <Value></Value> <Font> <Size>16.0</Size> <Bold>true</Bold> <Alignment/> </Font> </Caption> <Background xsi:type="attribute:ColorDefinition"> <Transparency>0</Transparency> <Red>255</Red> <Green>255</Green> <Blue>255</Blue> </Background> <Outline> <Style>Solid</Style> <Thickness>1</Thickness> <Color> <Transparency>255</Transparency> <Red>0</Red> <Green>0</Green> <Blue>0</Blue> </Color> </Outline> <Insets> <Top>0.0</Top> <Left>2.0</Left> <Bottom>0.0</Bottom> <Right>3.0</Right> </Insets> <Visible>true</Visible> Below 1 true 10.0 true 0 255 255 255 1 255 0 0 0 false 0.0 2.0 0.0 3.0 false var dispData = "Unknown"; var data = row["node_cpu_cores"]; if (data != null) { dispData = data; } dispData; Orthogonal_Value , Outside false true Text Sum Ascending row["node_cpu_cores"] ]]>

SVG

eq row["win11_inplace_upgrade_label"]

"Unsupported"

true eq row["win11_image_upgrade_label"]

"Unsupported"

true

false 3.75in 5in Windows10MachineCountsByStatus

20pt sans-serif center

2.6.1 Pie Chart Standard 0.0 0.0 0.0 0.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true Machines by RAM SansSerif 16.0 true Center Center 0 255 255 255 1 255 0 0 0 0.0 2.0 0.0 3.0 true 0.0 0.0 0.0 0.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true 5 5 0 255 0 0 0 false 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false false 0 255 0 0 0 false 2.0 2.0 2.0 2.0 Vertical Top_Bottom 1 255 0 0 0 true Right Categories <Caption> <Value></Value> <Font> <Alignment/> </Font> </Caption> <Background xsi:type="attribute:ColorDefinition"> <Transparency>0</Transparency> <Red>255</Red> <Green>255</Green> <Blue>255</Blue> </Background> <Outline> <Style>Solid</Style> <Thickness>1</Thickness> <Color> <Transparency>255</Transparency> <Red>0</Red> <Green>0</Green> <Blue>0</Blue> </Color> <Visible>false</Visible> </Outline> <Insets> <Top>0.0</Top> <Left>2.0</Left> <Bottom>0.0</Bottom> <Right>3.0</Right> </Insets> <Visible>false</Visible> Above 0.0 0.0 212.0 130.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true Two_Dimensional Points 10.0 0 enable.area.alt false 'A','B','C','D','E' 6,4,12,8,10 0 This chart contains no data. SansSerif 12.0 Center Center 64 127 127 127 128 127 127 127 true 10.0 10.0 10.0 10.0 true 255 80 166 218 255 0 204 255 255 153 204 255 255 51 204 204 255 0 255 255 255 204 255 255 255 170 85 85 255 128 128 0 255 192 192 192 255 255 255 128 255 128 192 128 255 7 146 94 255 0 128 255 255 255 128 192 255 0 255 255 255 255 128 128 255 0 128 192 255 255 0 255 255 128 64 64 255 255 128 64 255 80 240 120 255 0 64 128 255 128 0 64 255 255 0 128 255 128 128 64 255 128 128 128 255 255 128 255 255 0 64 0 255 0 0 0 255 255 255 255 255 255 128 0 255 80 166 218 255 0 204 255 255 153 204 255 255 51 204 204 255 0 255 255 255 204 255 255 255 170 85 85 255 128 128 0 255 192 192 192 255 255 255 128 255 128 192 128 255 7 146 94 255 0 128 255 255 255 128 192 255 0 255 255 255 255 128 128 255 0 128 192 255 255 0 255 255 128 64 64 255 255 128 64 255 80 240 120 255 0 64 128 255 128 0 64 255 255 0 128 255 128 128 64 255 128 128 128 255 255 128 255 255 0 64 0 255 0 0 0 255 255 255 255 255 255 128 0 true SansSerif 8.0 0 255 255 255 1 255 0 0 0 false 0.0 2.0 0.0 3.0 true row["node_id"] true Text DistinctCount Orthogonal_Value Base_Value GB count, Outside false onmouseover Show_Tooltip 200 0 <Caption> <Value></Value> <Font> <Size>16.0</Size> <Bold>true</Bold> <Alignment/> </Font> </Caption> <Background xsi:type="attribute:ColorDefinition"> <Transparency>0</Transparency> <Red>255</Red> <Green>255</Green> <Blue>255</Blue> </Background> <Outline> <Style>Solid</Style> <Thickness>1</Thickness> <Color> <Transparency>255</Transparency> <Red>0</Red> <Green>0</Green> <Blue>0</Blue> </Color> </Outline> <Insets> <Top>0.0</Top> <Left>2.0</Left> <Bottom>0.0</Bottom> <Right>3.0</Right> </Insets> <Visible>true</Visible> Below 1 true 10.0 true 0 255 255 255 1 255 0 0 0 false 0.0 2.0 0.0 3.0 false var dispData = "Unknown"; var data = row["ram_alloc_gb"]; if (data != null) { if (data < 4) { dispData = " < 4"; } else if (data >= 4 && data <= 8) { dispData = " 4 - 8"; } else if (data > 8 && data <= 16) { dispData = " 8 - 16"; } else if (data > 16 && data <= 32) { dispData = " 16 - 32"; } else { dispData = " > 32"; } } dispData; Orthogonal_Value , Outside false true Text Sum Ascending row["ram_alloc_gb"] ]]>

SVG

eq row["win11_inplace_upgrade_label"]

"Unsupported"

true eq row["win11_image_upgrade_label"]

"Unsupported"

true

false 3.75in 5in Windows10MachineCountsByStatus

node_id dataSetRow["node_id"] integer machine_name dataSetRow["machine_name"] string machine_fqmn dataSetRow["machine_fqmn"] string machine_last_contact dataSetRow["machine_last_contact"] date-time machine_make dataSetRow["machine_make"] string machine_model dataSetRow["machine_model"] string machine_chassis_type dataSetRow["machine_chassis_type"] string node_os_version dataSetRow["node_os_version"] string node_os_desc dataSetRow["node_os_desc"] string os_build_version dataSetRow["os_build_version"] string node_cpu_model dataSetRow["node_cpu_model"] string node_cpu_short_models dataSetRow["node_cpu_short_models"] string node_cpu_speed_ghz dataSetRow["node_cpu_speed_ghz"] decimal cpu_brand dataSetRow["cpu_brand"] string cpu_sub_brand dataSetRow["cpu_sub_brand"] string cpu_sub_brand_modifier dataSetRow["cpu_sub_brand_modifier"] string cpu_model_number dataSetRow["cpu_model_number"] string cpu_sku_level dataSetRow["cpu_sku_level"] integer cpu_generation dataSetRow["cpu_generation"] integer cpu_sku dataSetRow["cpu_sku"] string node_per_cpu_cores dataSetRow["node_per_cpu_cores"] decimal node_cpu_cores dataSetRow["node_cpu_cores"] decimal node_cpu_bitwidth dataSetRow["node_cpu_bitwidth"] integer node_ram_allocated_gb dataSetRow["node_ram_allocated_gb"] decimal ram_alloc_gb dataSetRow["ram_alloc_gb"] decimal node_disk0_c_size_gb dataSetRow["node_disk0_c_size_gb"] decimal node_disk0_c_used_gb dataSetRow["node_disk0_c_used_gb"] decimal node_disk0_c_free_gb dataSetRow["node_disk0_c_free_gb"] decimal node_total_disk_size_gb dataSetRow["node_total_disk_size_gb"] decimal node_total_disk_used_gb dataSetRow["node_total_disk_used_gb"] decimal node_total_disk_free_gb dataSetRow["node_total_disk_free_gb"] decimal node_gpu_model dataSetRow["node_gpu_model"] string node_discrete_gpu_models dataSetRow["node_discrete_gpu_models"] string node_gpu_count dataSetRow["node_gpu_count"] decimal node_discrete_gpu_count dataSetRow["node_discrete_gpu_count"] decimal node_gpu_color_depth dataSetRow["node_gpu_color_depth"] integer os_dx12orwddm2 dataSetRow["os_dx12orwddm2"] integer node_display_dimensions dataSetRow["node_display_dimensions"] string max_display_res_y dataSetRow["max_display_res_y"] integer node_display_size_in_inches dataSetRow["node_display_size_in_inches"] string max_display_size_in_inches dataSetRow["max_display_size_in_inches"] integer node_display_count dataSetRow["node_display_count"] decimal machine_bios_uefi_capable dataSetRow["machine_bios_uefi_capable"] integer machine_bios_uefi_enabled dataSetRow["machine_bios_uefi_enabled"] integer machine_secure_boot dataSetRow["machine_secure_boot"] string machine_tpm_specifications dataSetRow["machine_tpm_specifications"] string machine_tpm_specification dataSetRow["machine_tpm_specification"] integer machine_location_city_state_country dataSetRow["machine_location_city_state_country"] string machine_location_country dataSetRow["machine_location_country"] string machine_location_state dataSetRow["machine_location_state"] string machine_location_city dataSetRow["machine_location_city"] string win11_inplace_upgrade_label dataSetRow["win11_inplace_upgrade_label"] string win11_image_upgrade_label dataSetRow["win11_image_upgrade_label"] string cpu_support_status dataSetRow["cpu_support_status"] string

sans-serif center

2.6.1 Pie Chart Standard 0.0 0.0 0.0 0.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true Machines by Disk Free Space SansSerif 16.0 true Center Center 0 255 255 255 1 255 0 0 0 0.0 2.0 0.0 3.0 true 0.0 0.0 0.0 0.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true 5 5 0 255 0 0 0 false 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false false 0 255 0 0 0 false 2.0 2.0 2.0 2.0 Vertical Top_Bottom 1 255 0 0 0 true Right Categories <Caption> <Value></Value> <Font> <Alignment/> </Font> </Caption> <Background xsi:type="attribute:ColorDefinition"> <Transparency>0</Transparency> <Red>255</Red> <Green>255</Green> <Blue>255</Blue> </Background> <Outline> <Style>Solid</Style> <Thickness>1</Thickness> <Color> <Transparency>255</Transparency> <Red>0</Red> <Green>0</Green> <Blue>0</Blue> </Color> <Visible>false</Visible> </Outline> <Insets> <Top>0.0</Top> <Left>2.0</Left> <Bottom>0.0</Bottom> <Right>3.0</Right> </Insets> <Visible>false</Visible> Above 0.0 0.0 212.0 130.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true Two_Dimensional Points 10.0 0 enable.area.alt false 'A','B','C','D','E' 6,4,12,8,10 0 This chart contains no data. SansSerif 12.0 Center Center 64 127 127 127 128 127 127 127 true 10.0 10.0 10.0 10.0 true 255 51 153 102 255 154 204 0 255 232 172 57 255 128 255 128 255 64 128 128 255 128 128 192 255 170 85 85 255 128 128 0 255 192 192 192 255 255 255 128 255 128 192 128 255 7 146 94 255 0 128 255 255 255 128 192 255 0 255 255 255 255 128 128 255 0 128 192 255 255 0 255 255 128 64 64 255 255 128 64 255 80 240 120 255 0 64 128 255 128 0 64 255 255 0 128 255 128 128 64 255 128 128 128 255 255 128 255 255 0 64 0 255 0 0 0 255 255 255 255 255 255 128 0 255 51 153 102 255 154 204 0 255 232 172 57 255 128 255 128 255 64 128 128 255 128 128 192 255 170 85 85 255 128 128 0 255 192 192 192 255 255 255 128 255 128 192 128 255 7 146 94 255 0 128 255 255 255 128 192 255 0 255 255 255 255 128 128 255 0 128 192 255 255 0 255 255 128 64 64 255 255 128 64 255 80 240 120 255 0 64 128 255 128 0 64 255 255 0 128 255 128 128 64 255 128 128 128 255 255 128 255 255 0 64 0 255 0 0 0 255 255 255 255 255 255 128 0 true SansSerif 8.0 0 255 255 255 1 255 0 0 0 false 0.0 2.0 0.0 3.0 true row["node_id"] true Text DistinctCount Orthogonal_Value Base_Value GB count, Outside false onmouseover Show_Tooltip 200 0 <Caption> <Value></Value> <Font> <Size>16.0</Size> <Bold>true</Bold> <Alignment/> </Font> </Caption> <Background xsi:type="attribute:ColorDefinition"> <Transparency>0</Transparency> <Red>255</Red> <Green>255</Green> <Blue>255</Blue> </Background> <Outline> <Style>Solid</Style> <Thickness>1</Thickness> <Color> <Transparency>255</Transparency> <Red>0</Red> <Green>0</Green> <Blue>0</Blue> </Color> </Outline> <Insets> <Top>0.0</Top> <Left>2.0</Left> <Bottom>0.0</Bottom> <Right>3.0</Right> </Insets> <Visible>true</Visible> Below 1 true 10.0 true 0 255 255 255 1 255 0 0 0 false 0.0 2.0 0.0 3.0 false var dispData = "Unknown"; var data = row["node_disk0_c_free_gb"]; if (data != null) { if (data < 20) { dispData = " < 20"; } else { dispData = " >= 20"; } } dispData; Orthogonal_Value , Outside false true Text Sum Ascending row["ram_alloc_gb"] ]]>

SVG

eq row["win11_inplace_upgrade_label"]

"Unsupported"

true eq row["win11_image_upgrade_label"]

"Unsupported"

true

false 3.75in 5in Windows10MachineCountsByStatus

node_id dataSetRow["node_id"] integer machine_name dataSetRow["machine_name"] string machine_fqmn dataSetRow["machine_fqmn"] string machine_last_contact dataSetRow["machine_last_contact"] date-time machine_make dataSetRow["machine_make"] string machine_model dataSetRow["machine_model"] string machine_chassis_type dataSetRow["machine_chassis_type"] string node_os_version dataSetRow["node_os_version"] string node_os_desc dataSetRow["node_os_desc"] string os_build_version dataSetRow["os_build_version"] string node_cpu_model dataSetRow["node_cpu_model"] string node_cpu_short_models dataSetRow["node_cpu_short_models"] string node_cpu_speed_ghz dataSetRow["node_cpu_speed_ghz"] decimal cpu_brand dataSetRow["cpu_brand"] string cpu_sub_brand dataSetRow["cpu_sub_brand"] string cpu_sub_brand_modifier dataSetRow["cpu_sub_brand_modifier"] string cpu_model_number dataSetRow["cpu_model_number"] string cpu_sku_level dataSetRow["cpu_sku_level"] integer cpu_generation dataSetRow["cpu_generation"] integer cpu_sku dataSetRow["cpu_sku"] string node_per_cpu_cores dataSetRow["node_per_cpu_cores"] decimal node_cpu_cores dataSetRow["node_cpu_cores"] decimal node_cpu_bitwidth dataSetRow["node_cpu_bitwidth"] integer node_ram_allocated_gb dataSetRow["node_ram_allocated_gb"] decimal ram_alloc_gb dataSetRow["ram_alloc_gb"] decimal node_disk0_c_size_gb dataSetRow["node_disk0_c_size_gb"] decimal node_disk0_c_used_gb dataSetRow["node_disk0_c_used_gb"] decimal node_disk0_c_free_gb dataSetRow["node_disk0_c_free_gb"] decimal node_total_disk_size_gb dataSetRow["node_total_disk_size_gb"] decimal node_total_disk_used_gb dataSetRow["node_total_disk_used_gb"] decimal node_total_disk_free_gb dataSetRow["node_total_disk_free_gb"] decimal node_gpu_model dataSetRow["node_gpu_model"] string node_discrete_gpu_models dataSetRow["node_discrete_gpu_models"] string node_gpu_count dataSetRow["node_gpu_count"] decimal node_discrete_gpu_count dataSetRow["node_discrete_gpu_count"] decimal node_gpu_color_depth dataSetRow["node_gpu_color_depth"] integer os_dx12orwddm2 dataSetRow["os_dx12orwddm2"] integer node_display_dimensions dataSetRow["node_display_dimensions"] string max_display_res_y dataSetRow["max_display_res_y"] integer node_display_size_in_inches dataSetRow["node_display_size_in_inches"] string max_display_size_in_inches dataSetRow["max_display_size_in_inches"] integer node_display_count dataSetRow["node_display_count"] decimal machine_bios_uefi_capable dataSetRow["machine_bios_uefi_capable"] integer machine_bios_uefi_enabled dataSetRow["machine_bios_uefi_enabled"] integer machine_secure_boot dataSetRow["machine_secure_boot"] string machine_tpm_specifications dataSetRow["machine_tpm_specifications"] string machine_tpm_specification dataSetRow["machine_tpm_specification"] integer machine_location_city_state_country dataSetRow["machine_location_city_state_country"] string machine_location_country dataSetRow["machine_location_country"] string machine_location_state dataSetRow["machine_location_state"] string machine_location_city dataSetRow["machine_location_city"] string win11_inplace_upgrade_label dataSetRow["win11_inplace_upgrade_label"] string win11_image_upgrade_label dataSetRow["win11_image_upgrade_label"] string cpu_support_status dataSetRow["cpu_support_status"] string

20pt

all true

sans-serif center sans-serif center 20pt 2 1 sans-serif center

2.6.1 Pie Chart Standard 0.0 0.0 0.0 0.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true By Chassis SansSerif 16.0 true Center Center 0 255 255 255 1 255 0 0 0 0.0 2.0 0.0 3.0 true 0.0 0.0 0.0 0.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true 5 5 0 255 0 0 0 false 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false false 0 255 0 0 0 false 2.0 2.0 2.0 2.0 Vertical Top_Bottom 1 255 0 0 0 true Right Categories <Caption> <Value></Value> <Font> <Alignment/> </Font> </Caption> <Background xsi:type="attribute:ColorDefinition"> <Transparency>0</Transparency> <Red>255</Red> <Green>255</Green> <Blue>255</Blue> </Background> <Outline> <Style>Solid</Style> <Thickness>1</Thickness> <Color> <Transparency>255</Transparency> <Red>0</Red> <Green>0</Green> <Blue>0</Blue> </Color> <Visible>false</Visible> </Outline> <Insets> <Top>0.0</Top> <Left>2.0</Left> <Bottom>0.0</Bottom> <Right>3.0</Right> </Insets> <Visible>false</Visible> Above 0.0 0.0 212.0 130.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true Two_Dimensional Points 10.0 0 enable.area.alt false 'A','B','C','D','E' 6,4,12,8,10 0 This chart contains no data. SansSerif 12.0 Center Center 64 127 127 127 128 127 127 127 true 10.0 10.0 10.0 10.0 true 255 80 166 218 255 0 204 255 255 153 204 255 255 0 255 255 255 51 204 204 255 128 128 192 255 170 85 85 255 128 128 0 255 192 192 192 255 255 255 128 255 128 192 128 255 7 146 94 255 0 128 255 255 255 128 192 255 0 255 255 255 255 128 128 255 0 128 192 255 255 0 255 255 128 64 64 255 255 128 64 255 80 240 120 255 0 64 128 255 128 0 64 255 255 0 128 255 128 128 64 255 128 128 128 255 255 128 255 255 0 64 0 255 0 0 0 255 255 255 255 255 255 128 0 255 80 166 218 255 0 204 255 255 153 204 255 255 0 255 255 255 51 204 204 255 128 128 192 255 170 85 85 255 128 128 0 255 192 192 192 255 255 255 128 255 128 192 128 255 7 146 94 255 0 128 255 255 255 128 192 255 0 255 255 255 255 128 128 255 0 128 192 255 255 0 255 255 128 64 64 255 255 128 64 255 80 240 120 255 0 64 128 255 128 0 64 255 255 0 128 255 128 128 64 255 128 128 128 255 255 128 255 255 0 64 0 255 0 0 0 255 255 255 255 255 255 128 0 true SansSerif 8.0 0 255 255 255 1 255 0 0 0 false 0.0 2.0 0.0 3.0 true row["node_id"] true Text DistinctCount Orthogonal_Value Base_Value , Outside false onmouseover Show_Tooltip 200 0 <Caption> <Value></Value> <Font> <Size>16.0</Size> <Bold>true</Bold> <Alignment/> </Font> </Caption> <Background xsi:type="attribute:ColorDefinition"> <Transparency>0</Transparency> <Red>255</Red> <Green>255</Green> <Blue>255</Blue> </Background> <Outline> <Style>Solid</Style> <Thickness>1</Thickness> <Color> <Transparency>255</Transparency> <Red>0</Red> <Green>0</Green> <Blue>0</Blue> </Color> </Outline> <Insets> <Top>0.0</Top> <Left>2.0</Left> <Bottom>0.0</Bottom> <Right>3.0</Right> </Insets> <Visible>true</Visible> Below 1 true 10.0 true 0 255 255 255 1 255 0 0 0 false 0.0 2.0 0.0 3.0 false var data = "Unknown"; if (row["machine_chassis_type"] != null) { data = row["machine_chassis_type"]; } data; Orthogonal_Value , Outside false true Text Sum Ascending row["machine_chassis_type"] ]]>

SVG

eq row["win11_inplace_upgrade_label"]

"Unsupported"

true eq row["win11_image_upgrade_label"]

"Unsupported"

true

false 3.75in 5in Windows10MachineCountsByStatus

node_id

dataSetRow["node_id"] integer machine_name

machine_name

dataSetRow["machine_name"] string machine_fqmn

machine_fqmn

dataSetRow["machine_fqmn"] string machine_last_contact

machine_last_contact

dataSetRow["machine_last_contact"] date-time machine_make

machine_make

dataSetRow["machine_make"] string machine_model

machine_model

dataSetRow["machine_model"] string machine_chassis_type

machine_chassis_type

dataSetRow["machine_chassis_type"] string node_os_version

node_os_version

dataSetRow["node_os_version"] string node_os_desc

node_os_desc

dataSetRow["node_os_desc"] string os_build_version

os_build_version

dataSetRow["os_build_version"] string node_cpu_model

node_cpu_model

dataSetRow["node_cpu_model"] string node_cpu_short_models

node_cpu_short_models

dataSetRow["node_cpu_short_models"] string node_cpu_speed_ghz

node_cpu_speed_ghz

dataSetRow["node_cpu_speed_ghz"] decimal cpu_brand

cpu_brand

dataSetRow["cpu_brand"] string cpu_sub_brand

cpu_sub_brand

dataSetRow["cpu_sub_brand"] string cpu_sub_brand_modifier

cpu_sub_brand_modifier

dataSetRow["cpu_sub_brand_modifier"] string cpu_model_number

cpu_model_number

dataSetRow["cpu_model_number"] string cpu_sku_level

cpu_sku_level

dataSetRow["cpu_sku_level"] integer cpu_generation

cpu_generation

dataSetRow["cpu_generation"] integer cpu_sku

cpu_sku

dataSetRow["cpu_sku"] string node_per_cpu_cores

node_per_cpu_cores

dataSetRow["node_per_cpu_cores"] decimal node_cpu_cores

node_cpu_cores

dataSetRow["node_cpu_cores"] decimal node_cpu_bitwidth

node_cpu_bitwidth

dataSetRow["node_cpu_bitwidth"] integer node_ram_allocated_gb

node_ram_allocated_gb

dataSetRow["node_ram_allocated_gb"] decimal ram_alloc_gb

ram_alloc_gb

dataSetRow["ram_alloc_gb"] decimal node_disk0_c_size_gb

node_disk0_c_size_gb

dataSetRow["node_disk0_c_size_gb"] decimal node_disk0_c_used_gb

node_disk0_c_used_gb

dataSetRow["node_disk0_c_used_gb"] decimal node_disk0_c_free_gb

node_disk0_c_free_gb

dataSetRow["node_disk0_c_free_gb"] decimal node_total_disk_size_gb

node_total_disk_size_gb

dataSetRow["node_total_disk_size_gb"] decimal node_total_disk_used_gb

node_total_disk_used_gb

dataSetRow["node_total_disk_used_gb"] decimal node_total_disk_free_gb

node_total_disk_free_gb

dataSetRow["node_total_disk_free_gb"] decimal node_gpu_model

node_gpu_model

dataSetRow["node_gpu_model"] string node_discrete_gpu_models

node_discrete_gpu_models

dataSetRow["node_discrete_gpu_models"] string node_gpu_count

node_gpu_count

dataSetRow["node_gpu_count"] decimal node_discrete_gpu_count

node_discrete_gpu_count

dataSetRow["node_discrete_gpu_count"] decimal node_gpu_color_depth

node_gpu_color_depth

dataSetRow["node_gpu_color_depth"] integer os_dx12orwddm2

os_dx12orwddm2

dataSetRow["os_dx12orwddm2"] integer node_display_dimensions

node_display_dimensions

dataSetRow["node_display_dimensions"] string max_display_res_y

max_display_res_y

dataSetRow["max_display_res_y"] integer node_display_size_in_inches

node_display_size_in_inches

dataSetRow["node_display_size_in_inches"] string max_display_size_in_inches

max_display_size_in_inches

dataSetRow["max_display_size_in_inches"] integer node_display_count

node_display_count

dataSetRow["node_display_count"] decimal machine_bios_uefi_capable

machine_bios_uefi_capable

dataSetRow["machine_bios_uefi_capable"] integer machine_bios_uefi_enabled

machine_bios_uefi_enabled

dataSetRow["machine_bios_uefi_enabled"] integer machine_secure_boot

machine_secure_boot

dataSetRow["machine_secure_boot"] string machine_tpm_specifications

machine_tpm_specifications

dataSetRow["machine_tpm_specifications"] string machine_tpm_specification

machine_tpm_specification

dataSetRow["machine_tpm_specification"] integer machine_location_city_state_country

machine_location_city_state_country

dataSetRow["machine_location_city_state_country"] string machine_location_country

machine_location_country

dataSetRow["machine_location_country"] string machine_location_state

machine_location_state

dataSetRow["machine_location_state"] string machine_location_city

machine_location_city

dataSetRow["machine_location_city"] string win11_inplace_upgrade_label

win11_inplace_upgrade_label

dataSetRow["win11_inplace_upgrade_label"] string win11_image_upgrade_label

win11_image_upgrade_label

dataSetRow["win11_image_upgrade_label"] string cpu_support_status

cpu_support_status

dataSetRow["cpu_support_status"] string

20pt sans-serif center

2.6.1 Pie Chart Standard 0.0 0.0 0.0 0.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true Top 5 Machines Makes SansSerif 16.0 true Center Center 0 255 255 255 1 255 0 0 0 0.0 2.0 0.0 3.0 true 0.0 0.0 0.0 0.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true 5 5 0 255 0 0 0 false 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false false 0 255 0 0 0 false 2.0 2.0 2.0 2.0 Vertical Top_Bottom 1 255 0 0 0 true Right Categories <Caption> <Value></Value> <Font> <Alignment/> </Font> </Caption> <Background xsi:type="attribute:ColorDefinition"> <Transparency>0</Transparency> <Red>255</Red> <Green>255</Green> <Blue>255</Blue> </Background> <Outline> <Style>Solid</Style> <Thickness>1</Thickness> <Color> <Transparency>255</Transparency> <Red>0</Red> <Green>0</Green> <Blue>0</Blue> </Color> <Visible>false</Visible> </Outline> <Insets> <Top>0.0</Top> <Left>2.0</Left> <Bottom>0.0</Bottom> <Right>3.0</Right> </Insets> <Visible>false</Visible> Above 0.0 0.0 212.0 130.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true Two_Dimensional Points 10.0 0 enable.area.alt false 'A','B','C','D','E' 6,4,12,8,10 0 This chart contains no data. SansSerif 12.0 Center Center 64 127 127 127 128 127 127 127 true 10.0 10.0 10.0 10.0 true 255 51 51 153 255 0 0 255 255 51 102 255 255 0 204 255 255 153 204 255 255 128 128 192 255 170 85 85 255 128 128 0 255 192 192 192 255 255 255 128 255 128 192 128 255 7 146 94 255 0 128 255 255 255 128 192 255 0 255 255 255 255 128 128 255 0 128 192 255 255 0 255 255 128 64 64 255 255 128 64 255 80 240 120 255 0 64 128 255 128 0 64 255 255 0 128 255 128 128 64 255 128 128 128 255 255 128 255 255 0 64 0 255 0 0 0 255 255 255 255 255 255 128 0 255 51 51 153 255 0 0 255 255 51 102 255 255 0 204 255 255 153 204 255 255 128 128 192 255 170 85 85 255 128 128 0 255 192 192 192 255 255 255 128 255 128 192 128 255 7 146 94 255 0 128 255 255 255 128 192 255 0 255 255 255 255 128 128 255 0 128 192 255 255 0 255 255 128 64 64 255 255 128 64 255 80 240 120 255 0 64 128 255 128 0 64 255 255 0 128 255 128 128 64 255 128 128 128 255 255 128 255 255 0 64 0 255 0 0 0 255 255 255 255 255 255 128 0 true SansSerif 8.0 0 255 255 255 1 255 0 0 0 false 0.0 2.0 0.0 3.0 true row["node_id"] true Text DistinctCount Orthogonal_Value Base_Value , Outside false onmouseover Show_Tooltip 200 0 <Caption> <Value></Value> <Font> <Size>16.0</Size> <Bold>true</Bold> <Alignment/> </Font> </Caption> <Background xsi:type="attribute:ColorDefinition"> <Transparency>0</Transparency> <Red>255</Red> <Green>255</Green> <Blue>255</Blue> </Background> <Outline> <Style>Solid</Style> <Thickness>1</Thickness> <Color> <Transparency>255</Transparency> <Red>0</Red> <Green>0</Green> <Blue>0</Blue> </Color> </Outline> <Insets> <Top>0.0</Top> <Left>2.0</Left> <Bottom>0.0</Bottom> <Right>3.0</Right> </Insets> <Visible>true</Visible> Below 1 true 10.0 true 0 255 255 255 1 255 0 0 0 false 0.0 2.0 0.0 3.0 false var dispData = "Unknown"; var data = row["machine_make"]; if (data != null) { dispData = data; } dispData; Orthogonal_Value , Outside false true Text DistinctCount Ascending var dispData = "Unknown"; var data = row["machine_make"]; if (data != null) { dispData = data; } dispData; ]]>

SVG

eq row["win11_inplace_upgrade_label"]

"Unsupported"

true eq row["win11_image_upgrade_label"]

"Unsupported"

true top-n row["machine_make"]

params["ThresholdValue"].value

true

false 3.75in 5in Windows10MachineCountsByStatus

sans-serif center

2.6.1 Pie Chart Standard 0.0 0.0 0.0 0.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true Top 5 Machine Models SansSerif 16.0 true Center Center 0 255 255 255 1 255 0 0 0 0.0 2.0 0.0 3.0 true 0.0 0.0 0.0 0.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true 5 5 0 255 0 0 0 false 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false false 0 255 0 0 0 false 2.0 2.0 2.0 2.0 Vertical Top_Bottom 1 255 0 0 0 true Right Categories <Caption> <Value></Value> <Font> <Alignment/> </Font> </Caption> <Background xsi:type="attribute:ColorDefinition"> <Transparency>0</Transparency> <Red>255</Red> <Green>255</Green> <Blue>255</Blue> </Background> <Outline> <Style>Solid</Style> <Thickness>1</Thickness> <Color> <Transparency>255</Transparency> <Red>0</Red> <Green>0</Green> <Blue>0</Blue> </Color> <Visible>false</Visible> </Outline> <Insets> <Top>0.0</Top> <Left>2.0</Left> <Bottom>0.0</Bottom> <Right>3.0</Right> </Insets> <Visible>false</Visible> Above 0.0 0.0 212.0 130.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true Two_Dimensional Points 10.0 0 enable.area.alt false 'A','B','C','D','E' 6,4,12,8,10 0 This chart contains no data. SansSerif 12.0 Center Center 64 127 127 127 128 127 127 127 true 10.0 10.0 10.0 10.0 true 255 51 51 153 255 0 0 255 255 51 102 255 255 0 204 255 255 153 204 255 255 128 128 192 255 170 85 85 255 128 128 0 255 192 192 192 255 255 255 128 255 128 192 128 255 7 146 94 255 0 128 255 255 255 128 192 255 0 255 255 255 255 128 128 255 0 128 192 255 255 0 255 255 128 64 64 255 255 128 64 255 80 240 120 255 0 64 128 255 128 0 64 255 255 0 128 255 128 128 64 255 128 128 128 255 255 128 255 255 0 64 0 255 0 0 0 255 255 255 255 255 255 128 0 255 51 51 153 255 0 0 255 255 51 102 255 255 0 204 255 255 153 204 255 255 128 128 192 255 170 85 85 255 128 128 0 255 192 192 192 255 255 255 128 255 128 192 128 255 7 146 94 255 0 128 255 255 255 128 192 255 0 255 255 255 255 128 128 255 0 128 192 255 255 0 255 255 128 64 64 255 255 128 64 255 80 240 120 255 0 64 128 255 128 0 64 255 255 0 128 255 128 128 64 255 128 128 128 255 255 128 255 255 0 64 0 255 0 0 0 255 255 255 255 255 255 128 0 true SansSerif 8.0 0 255 255 255 1 255 0 0 0 false 0.0 2.0 0.0 3.0 true row["node_id"] true Text DistinctCount Orthogonal_Value Base_Value , Outside false onmouseover Show_Tooltip 200 0 <Caption> <Value></Value> <Font> <Size>16.0</Size> <Bold>true</Bold> <Alignment/> </Font> </Caption> <Background xsi:type="attribute:ColorDefinition"> <Transparency>0</Transparency> <Red>255</Red> <Green>255</Green> <Blue>255</Blue> </Background> <Outline> <Style>Solid</Style> <Thickness>1</Thickness> <Color> <Transparency>255</Transparency> <Red>0</Red> <Green>0</Green> <Blue>0</Blue> </Color> </Outline> <Insets> <Top>0.0</Top> <Left>2.0</Left> <Bottom>0.0</Bottom> <Right>3.0</Right> </Insets> <Visible>true</Visible> Below 1 true 10.0 true 0 255 255 255 1 255 0 0 0 false 0.0 2.0 0.0 3.0 false var dispData = "Unknown"; var data = row["machine_model"]; if (data != null) { dispData = data; } dispData; Orthogonal_Value , Outside false true Text DistinctCount Ascending var dispData = "Unknown"; var data = row["machine_model"]; if (data != null) { dispData = data; } dispData; ]]>

SVG

eq row["win11_inplace_upgrade_label"]

"Unsupported"

true eq row["win11_image_upgrade_label"]

"Unsupported"

true top-n row["machine_model"]

params["ThresholdValue"].value

true

false 3.75in 5in Windows10MachineCountsByStatus

always 20pt sans-serif center

2.6.1 Pie Chart Standard 0.0 0.0 0.0 0.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true Machines by TPM Specifications SansSerif 16.0 true Center Center 0 255 255 255 1 255 0 0 0 0.0 2.0 0.0 3.0 true 0.0 0.0 0.0 0.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true 5 5 0 255 0 0 0 false 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false false 0 255 0 0 0 false 2.0 2.0 2.0 2.0 Vertical Top_Bottom 1 255 0 0 0 true Right Categories <Caption> <Value></Value> <Font> <Alignment/> </Font> </Caption> <Background xsi:type="attribute:ColorDefinition"> <Transparency>0</Transparency> <Red>255</Red> <Green>255</Green> <Blue>255</Blue> </Background> <Outline> <Style>Solid</Style> <Thickness>1</Thickness> <Color> <Transparency>255</Transparency> <Red>0</Red> <Green>0</Green> <Blue>0</Blue> </Color> <Visible>false</Visible> </Outline> <Insets> <Top>0.0</Top> <Left>2.0</Left> <Bottom>0.0</Bottom> <Right>3.0</Right> </Insets> <Visible>false</Visible> Above 0.0 0.0 212.0 130.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true Two_Dimensional Points 10.0 0 enable.area.alt false 'A','B','C','D','E' 6,4,12,8,10 0 This chart contains no data. SansSerif 12.0 Center Center 64 127 127 127 128 127 127 127 true 10.0 10.0 10.0 10.0 true 255 80 166 218 255 128 0 128 255 204 153 255 255 128 255 128 255 64 128 128 255 128 128 192 255 170 85 85 255 128 128 0 255 192 192 192 255 255 255 128 255 128 192 128 255 7 146 94 255 0 128 255 255 255 128 192 255 0 255 255 255 255 128 128 255 0 128 192 255 255 0 255 255 128 64 64 255 255 128 64 255 80 240 120 255 0 64 128 255 128 0 64 255 255 0 128 255 128 128 64 255 128 128 128 255 255 128 255 255 0 64 0 255 0 0 0 255 255 255 255 255 255 128 0 255 80 166 218 255 128 0 128 255 204 153 255 255 128 255 128 255 64 128 128 255 128 128 192 255 170 85 85 255 128 128 0 255 192 192 192 255 255 255 128 255 128 192 128 255 7 146 94 255 0 128 255 255 255 128 192 255 0 255 255 255 255 128 128 255 0 128 192 255 255 0 255 255 128 64 64 255 255 128 64 255 80 240 120 255 0 64 128 255 128 0 64 255 255 0 128 255 128 128 64 255 128 128 128 255 255 128 255 255 0 64 0 255 0 0 0 255 255 255 255 255 255 128 0 true SansSerif 8.0 0 255 255 255 1 255 0 0 0 false 0.0 2.0 0.0 3.0 true row["node_id"] true Text DistinctCount Orthogonal_Value Base_Value count, TPM: Outside false onmouseover Show_Tooltip 200 0 <Caption> <Value></Value> <Font> <Size>16.0</Size> <Bold>true</Bold> <Alignment/> </Font> </Caption> <Background xsi:type="attribute:ColorDefinition"> <Transparency>0</Transparency> <Red>255</Red> <Green>255</Green> <Blue>255</Blue> </Background> <Outline> <Style>Solid</Style> <Thickness>1</Thickness> <Color> <Transparency>255</Transparency> <Red>0</Red> <Green>0</Green> <Blue>0</Blue> </Color> </Outline> <Insets> <Top>0.0</Top> <Left>2.0</Left> <Bottom>0.0</Bottom> <Right>3.0</Right> </Insets> <Visible>true</Visible> Below 1 true 10.0 true 0 255 255 255 1 255 0 0 0 false 0.0 2.0 0.0 3.0 false var dispData = "Unknown"; var data = row["machine_tpm_specifications"]; if (data != null) { dispData = data; } dispData; Orthogonal_Value , Outside false true Text Sum Ascending row["machine_tpm_specification"] ]]>

SVG

eq row["win11_inplace_upgrade_label"]

"Unsupported"

true eq row["win11_image_upgrade_label"]

"Unsupported"

true

false 3.75in 5in Windows10MachineCountsByStatus

node_id

dataSetRow["node_id"] integer machine_name

machine_name

dataSetRow["machine_name"] string machine_fqmn

machine_fqmn

dataSetRow["machine_fqmn"] string machine_last_contact

machine_last_contact

dataSetRow["machine_last_contact"] date-time machine_make

machine_make

dataSetRow["machine_make"] string machine_model

machine_model

dataSetRow["machine_model"] string machine_chassis_type

machine_chassis_type

dataSetRow["machine_chassis_type"] string node_os_version

node_os_version

dataSetRow["node_os_version"] string node_os_desc

node_os_desc

dataSetRow["node_os_desc"] string os_build_version

os_build_version

dataSetRow["os_build_version"] string node_cpu_model

node_cpu_model

dataSetRow["node_cpu_model"] string node_cpu_short_models

node_cpu_short_models

dataSetRow["node_cpu_short_models"] string node_cpu_speed_ghz

node_cpu_speed_ghz

dataSetRow["node_cpu_speed_ghz"] decimal cpu_brand

cpu_brand

dataSetRow["cpu_brand"] string cpu_sub_brand

cpu_sub_brand

dataSetRow["cpu_sub_brand"] string cpu_sub_brand_modifier

cpu_sub_brand_modifier

dataSetRow["cpu_sub_brand_modifier"] string cpu_model_number

cpu_model_number

dataSetRow["cpu_model_number"] string cpu_sku_level

cpu_sku_level

dataSetRow["cpu_sku_level"] integer cpu_generation

cpu_generation

dataSetRow["cpu_generation"] integer cpu_sku

cpu_sku

dataSetRow["cpu_sku"] string node_per_cpu_cores

node_per_cpu_cores

dataSetRow["node_per_cpu_cores"] decimal node_cpu_cores

node_cpu_cores

dataSetRow["node_cpu_cores"] decimal node_cpu_bitwidth

node_cpu_bitwidth

dataSetRow["node_cpu_bitwidth"] integer node_ram_allocated_gb

node_ram_allocated_gb

dataSetRow["node_ram_allocated_gb"] decimal ram_alloc_gb

ram_alloc_gb

dataSetRow["ram_alloc_gb"] decimal node_disk0_c_size_gb

node_disk0_c_size_gb

dataSetRow["node_disk0_c_size_gb"] decimal node_disk0_c_used_gb

node_disk0_c_used_gb

dataSetRow["node_disk0_c_used_gb"] decimal node_disk0_c_free_gb

node_disk0_c_free_gb

dataSetRow["node_disk0_c_free_gb"] decimal node_total_disk_size_gb

node_total_disk_size_gb

dataSetRow["node_total_disk_size_gb"] decimal node_total_disk_used_gb

node_total_disk_used_gb

dataSetRow["node_total_disk_used_gb"] decimal node_total_disk_free_gb

node_total_disk_free_gb

dataSetRow["node_total_disk_free_gb"] decimal node_gpu_model

node_gpu_model

dataSetRow["node_gpu_model"] string node_discrete_gpu_models

node_discrete_gpu_models

dataSetRow["node_discrete_gpu_models"] string node_gpu_count

node_gpu_count

dataSetRow["node_gpu_count"] decimal node_discrete_gpu_count

node_discrete_gpu_count

dataSetRow["node_discrete_gpu_count"] decimal node_gpu_color_depth

node_gpu_color_depth

dataSetRow["node_gpu_color_depth"] integer os_dx12orwddm2

os_dx12orwddm2

dataSetRow["os_dx12orwddm2"] integer node_display_dimensions

node_display_dimensions

dataSetRow["node_display_dimensions"] string max_display_res_y

max_display_res_y

dataSetRow["max_display_res_y"] integer node_display_size_in_inches

node_display_size_in_inches

dataSetRow["node_display_size_in_inches"] string max_display_size_in_inches

max_display_size_in_inches

dataSetRow["max_display_size_in_inches"] integer node_display_count

node_display_count

dataSetRow["node_display_count"] decimal machine_bios_uefi_capable

machine_bios_uefi_capable

dataSetRow["machine_bios_uefi_capable"] integer machine_bios_uefi_enabled

machine_bios_uefi_enabled

dataSetRow["machine_bios_uefi_enabled"] integer machine_secure_boot

machine_secure_boot

dataSetRow["machine_secure_boot"] string machine_tpm_specifications

machine_tpm_specifications

dataSetRow["machine_tpm_specifications"] string machine_tpm_specification

machine_tpm_specification

dataSetRow["machine_tpm_specification"] integer machine_location_city_state_country

machine_location_city_state_country

dataSetRow["machine_location_city_state_country"] string machine_location_country

machine_location_country

dataSetRow["machine_location_country"] string machine_location_state

machine_location_state

dataSetRow["machine_location_state"] string machine_location_city

machine_location_city

dataSetRow["machine_location_city"] string win11_inplace_upgrade_label

win11_inplace_upgrade_label

dataSetRow["win11_inplace_upgrade_label"] string win11_image_upgrade_label

win11_image_upgrade_label

dataSetRow["win11_image_upgrade_label"] string cpu_support_status

cpu_support_status

dataSetRow["cpu_support_status"] string

sans-serif center

2.6.1 Pie Chart Standard 0.0 0.0 0.0 0.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true Machines With Secure Boot SansSerif 16.0 true Center Center 0 255 255 255 1 255 0 0 0 0.0 2.0 0.0 3.0 true 0.0 0.0 0.0 0.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true 5 5 0 255 0 0 0 false 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false false 0 255 0 0 0 false 2.0 2.0 2.0 2.0 Vertical Top_Bottom 1 255 0 0 0 true Right Categories <Caption> <Value></Value> <Font> <Alignment/> </Font> </Caption> <Background xsi:type="attribute:ColorDefinition"> <Transparency>0</Transparency> <Red>255</Red> <Green>255</Green> <Blue>255</Blue> </Background> <Outline> <Style>Solid</Style> <Thickness>1</Thickness> <Color> <Transparency>255</Transparency> <Red>0</Red> <Green>0</Green> <Blue>0</Blue> </Color> <Visible>false</Visible> </Outline> <Insets> <Top>0.0</Top> <Left>2.0</Left> <Bottom>0.0</Bottom> <Right>3.0</Right> </Insets> <Visible>false</Visible> Above 0.0 0.0 212.0 130.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true Two_Dimensional Points 10.0 0 enable.area.alt false 'A','B','C','D','E' 6,4,12,8,10 0 This chart contains no data. SansSerif 12.0 Center Center 64 127 127 127 128 127 127 127 true 10.0 10.0 10.0 10.0 true 255 80 166 218 255 51 51 153 255 204 153 255 255 153 204 255 255 253 153 204 255 128 128 192 255 170 85 85 255 128 128 0 255 192 192 192 255 255 255 128 255 128 192 128 255 7 146 94 255 0 128 255 255 255 128 192 255 0 255 255 255 255 128 128 255 0 128 192 255 255 0 255 255 128 64 64 255 255 128 64 255 80 240 120 255 0 64 128 255 128 0 64 255 255 0 128 255 128 128 64 255 128 128 128 255 255 128 255 255 0 64 0 255 0 0 0 255 255 255 255 255 255 128 0 255 80 166 218 255 51 51 153 255 204 153 255 255 153 204 255 255 253 153 204 255 128 128 192 255 170 85 85 255 128 128 0 255 192 192 192 255 255 255 128 255 128 192 128 255 7 146 94 255 0 128 255 255 255 128 192 255 0 255 255 255 255 128 128 255 0 128 192 255 255 0 255 255 128 64 64 255 255 128 64 255 80 240 120 255 0 64 128 255 128 0 64 255 255 0 128 255 128 128 64 255 128 128 128 255 255 128 255 255 0 64 0 255 0 0 0 255 255 255 255 255 255 128 0 true SansSerif 8.0 0 255 255 255 1 255 0 0 0 false 0.0 2.0 0.0 3.0 true row["node_id"] true Text DistinctCount Orthogonal_Value Base_Value , Outside false onmouseover Show_Tooltip 200 0 <Caption> <Value></Value> <Font> <Size>16.0</Size> <Bold>true</Bold> <Alignment/> </Font> </Caption> <Background xsi:type="attribute:ColorDefinition"> <Transparency>0</Transparency> <Red>255</Red> <Green>255</Green> <Blue>255</Blue> </Background> <Outline> <Style>Solid</Style> <Thickness>1</Thickness> <Color> <Transparency>255</Transparency> <Red>0</Red> <Green>0</Green> <Blue>0</Blue> </Color> </Outline> <Insets> <Top>0.0</Top> <Left>2.0</Left> <Bottom>0.0</Bottom> <Right>3.0</Right> </Insets> <Visible>true</Visible> Below 1 true 10.0 true 0 255 255 255 1 255 0 0 0 false 0.0 2.0 0.0 3.0 false var dispData = "Unknown"; var data = row["machine_secure_boot"]; if (data != null) { dispData = data; } dispData; Orthogonal_Value , Outside false true Text DistinctCount Ascending row["machine_secure_boot"] ]]>

SVG

eq row["win11_inplace_upgrade_label"]

"Unsupported"

true eq row["win11_image_upgrade_label"]

"Unsupported"

true

false 3.75in 5in Windows10MachineCountsByStatus

node_id

dataSetRow["node_id"] integer machine_name

machine_name

dataSetRow["machine_name"] string machine_fqmn

machine_fqmn

dataSetRow["machine_fqmn"] string machine_last_contact

machine_last_contact

dataSetRow["machine_last_contact"] date-time machine_make

machine_make

dataSetRow["machine_make"] string machine_model

machine_model

dataSetRow["machine_model"] string machine_chassis_type

machine_chassis_type

dataSetRow["machine_chassis_type"] string node_os_version

node_os_version

dataSetRow["node_os_version"] string node_os_desc

node_os_desc

dataSetRow["node_os_desc"] string os_build_version

os_build_version

dataSetRow["os_build_version"] string node_cpu_model

node_cpu_model

dataSetRow["node_cpu_model"] string node_cpu_short_models

node_cpu_short_models

dataSetRow["node_cpu_short_models"] string node_cpu_speed_ghz

node_cpu_speed_ghz

dataSetRow["node_cpu_speed_ghz"] decimal cpu_brand

cpu_brand

dataSetRow["cpu_brand"] string cpu_sub_brand

cpu_sub_brand

dataSetRow["cpu_sub_brand"] string cpu_sub_brand_modifier

cpu_sub_brand_modifier

dataSetRow["cpu_sub_brand_modifier"] string cpu_model_number

cpu_model_number

dataSetRow["cpu_model_number"] string cpu_sku_level

cpu_sku_level

dataSetRow["cpu_sku_level"] integer cpu_generation

cpu_generation

dataSetRow["cpu_generation"] integer cpu_sku

cpu_sku

dataSetRow["cpu_sku"] string node_per_cpu_cores

node_per_cpu_cores

dataSetRow["node_per_cpu_cores"] decimal node_cpu_cores

node_cpu_cores

dataSetRow["node_cpu_cores"] decimal node_cpu_bitwidth

node_cpu_bitwidth

dataSetRow["node_cpu_bitwidth"] integer node_ram_allocated_gb

node_ram_allocated_gb

dataSetRow["node_ram_allocated_gb"] decimal ram_alloc_gb

ram_alloc_gb

dataSetRow["ram_alloc_gb"] decimal node_disk0_c_size_gb

node_disk0_c_size_gb

dataSetRow["node_disk0_c_size_gb"] decimal node_disk0_c_used_gb

node_disk0_c_used_gb

dataSetRow["node_disk0_c_used_gb"] decimal node_disk0_c_free_gb

node_disk0_c_free_gb

dataSetRow["node_disk0_c_free_gb"] decimal node_total_disk_size_gb

node_total_disk_size_gb

dataSetRow["node_total_disk_size_gb"] decimal node_total_disk_used_gb

node_total_disk_used_gb

dataSetRow["node_total_disk_used_gb"] decimal node_total_disk_free_gb

node_total_disk_free_gb

dataSetRow["node_total_disk_free_gb"] decimal node_gpu_model

node_gpu_model

dataSetRow["node_gpu_model"] string node_discrete_gpu_models

node_discrete_gpu_models

dataSetRow["node_discrete_gpu_models"] string node_gpu_count

node_gpu_count

dataSetRow["node_gpu_count"] decimal node_discrete_gpu_count

node_discrete_gpu_count

dataSetRow["node_discrete_gpu_count"] decimal node_gpu_color_depth

node_gpu_color_depth

dataSetRow["node_gpu_color_depth"] integer os_dx12orwddm2

os_dx12orwddm2

dataSetRow["os_dx12orwddm2"] integer node_display_dimensions

node_display_dimensions

dataSetRow["node_display_dimensions"] string max_display_res_y

max_display_res_y

dataSetRow["max_display_res_y"] integer node_display_size_in_inches

node_display_size_in_inches

dataSetRow["node_display_size_in_inches"] string max_display_size_in_inches

max_display_size_in_inches

dataSetRow["max_display_size_in_inches"] integer node_display_count

node_display_count

dataSetRow["node_display_count"] decimal machine_bios_uefi_capable

machine_bios_uefi_capable

dataSetRow["machine_bios_uefi_capable"] integer machine_bios_uefi_enabled

machine_bios_uefi_enabled

dataSetRow["machine_bios_uefi_enabled"] integer machine_secure_boot

machine_secure_boot

dataSetRow["machine_secure_boot"] string machine_tpm_specifications

machine_tpm_specifications

dataSetRow["machine_tpm_specifications"] string machine_tpm_specification

machine_tpm_specification

dataSetRow["machine_tpm_specification"] integer machine_location_city_state_country

machine_location_city_state_country

dataSetRow["machine_location_city_state_country"] string machine_location_country

machine_location_country

dataSetRow["machine_location_country"] string machine_location_state

machine_location_state

dataSetRow["machine_location_state"] string machine_location_city

machine_location_city

dataSetRow["machine_location_city"] string win11_inplace_upgrade_label

win11_inplace_upgrade_label

dataSetRow["win11_inplace_upgrade_label"] string win11_image_upgrade_label

win11_image_upgrade_label

dataSetRow["win11_image_upgrade_label"] string cpu_support_status

cpu_support_status

dataSetRow["cpu_support_status"] string

auto 20pt sans-serif center

2.6.1 Pie Chart Standard 0.0 0.0 0.0 0.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true UEFI Capable Machines SansSerif 16.0 true Center Center 0 255 255 255 1 255 0 0 0 0.0 2.0 0.0 3.0 true 0.0 0.0 0.0 0.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true 5 5 0 255 0 0 0 false 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false false 0 255 0 0 0 false 2.0 2.0 2.0 2.0 Vertical Top_Bottom 1 255 0 0 0 true Right Categories <Caption> <Value></Value> <Font> <Alignment/> </Font> </Caption> <Background xsi:type="attribute:ColorDefinition"> <Transparency>0</Transparency> <Red>255</Red> <Green>255</Green> <Blue>255</Blue> </Background> <Outline> <Style>Solid</Style> <Thickness>1</Thickness> <Color> <Transparency>255</Transparency> <Red>0</Red> <Green>0</Green> <Blue>0</Blue> </Color> <Visible>false</Visible> </Outline> <Insets> <Top>0.0</Top> <Left>2.0</Left> <Bottom>0.0</Bottom> <Right>3.0</Right> </Insets> <Visible>false</Visible> Above 0.0 0.0 212.0 130.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true Two_Dimensional Points 10.0 0 enable.area.alt false 'A','B','C','D','E' 6,4,12,8,10 0 This chart contains no data. SansSerif 12.0 Center Center 64 127 127 127 128 127 127 127 true 10.0 10.0 10.0 10.0 true 255 128 0 0 255 0 128 0 255 255 153 0 255 128 255 128 255 64 128 128 255 128 128 192 255 170 85 85 255 128 128 0 255 192 192 192 255 255 255 128 255 128 192 128 255 7 146 94 255 0 128 255 255 255 128 192 255 0 255 255 255 255 128 128 255 0 128 192 255 255 0 255 255 128 64 64 255 255 128 64 255 80 240 120 255 0 64 128 255 128 0 64 255 255 0 128 255 128 128 64 255 128 128 128 255 255 128 255 255 0 64 0 255 0 0 0 255 255 255 255 255 255 128 0 255 128 0 0 255 0 128 0 255 255 153 0 255 128 255 128 255 64 128 128 255 128 128 192 255 170 85 85 255 128 128 0 255 192 192 192 255 255 255 128 255 128 192 128 255 7 146 94 255 0 128 255 255 255 128 192 255 0 255 255 255 255 128 128 255 0 128 192 255 255 0 255 255 128 64 64 255 255 128 64 255 80 240 120 255 0 64 128 255 128 0 64 255 255 0 128 255 128 128 64 255 128 128 128 255 255 128 255 255 0 64 0 255 0 0 0 255 255 255 255 255 255 128 0 true SansSerif 8.0 0 255 255 255 1 255 0 0 0 false 0.0 2.0 0.0 3.0 true row["node_id"] true Text DistinctCount Orthogonal_Value Base_Value , Outside false onmouseover Show_Tooltip 200 0 <Caption> <Value></Value> <Font> <Size>16.0</Size> <Bold>true</Bold> <Alignment/> </Font> </Caption> <Background xsi:type="attribute:ColorDefinition"> <Transparency>0</Transparency> <Red>255</Red> <Green>255</Green> <Blue>255</Blue> </Background> <Outline> <Style>Solid</Style> <Thickness>1</Thickness> <Color> <Transparency>255</Transparency> <Red>0</Red> <Green>0</Green> <Blue>0</Blue> </Color> </Outline> <Insets> <Top>0.0</Top> <Left>2.0</Left> <Bottom>0.0</Bottom> <Right>3.0</Right> </Insets> <Visible>true</Visible> Below 1 true 10.0 true 0 255 255 255 1 255 0 0 0 false 0.0 2.0 0.0 3.0 false var dispData = "Unknown"; var data = row["machine_bios_uefi_capable"]; if (data != null) { if (data == 1) { dispData = "Yes"; } else { dispData = "No"; } } dispData; Orthogonal_Value , Outside false true 1.0 Text Sum Descending row["machine_bios_uefi_capable"] ]]>

SVG

eq row["win11_inplace_upgrade_label"]

"Unsupported"

true eq row["win11_image_upgrade_label"]

"Unsupported"

true

false 3.75in 5in Windows10MachineCountsByStatus

node_id dataSetRow["node_id"] integer machine_name dataSetRow["machine_name"] string machine_fqmn dataSetRow["machine_fqmn"] string machine_last_contact dataSetRow["machine_last_contact"] date-time machine_make dataSetRow["machine_make"] string machine_model dataSetRow["machine_model"] string machine_chassis_type dataSetRow["machine_chassis_type"] string node_os_version dataSetRow["node_os_version"] string node_os_desc dataSetRow["node_os_desc"] string os_build_version dataSetRow["os_build_version"] string node_cpu_model dataSetRow["node_cpu_model"] string node_cpu_short_models dataSetRow["node_cpu_short_models"] string node_cpu_speed_ghz dataSetRow["node_cpu_speed_ghz"] decimal cpu_brand dataSetRow["cpu_brand"] string cpu_sub_brand dataSetRow["cpu_sub_brand"] string cpu_sub_brand_modifier dataSetRow["cpu_sub_brand_modifier"] string cpu_model_number dataSetRow["cpu_model_number"] string cpu_sku_level dataSetRow["cpu_sku_level"] integer cpu_generation dataSetRow["cpu_generation"] integer cpu_sku dataSetRow["cpu_sku"] string node_per_cpu_cores dataSetRow["node_per_cpu_cores"] decimal node_cpu_cores dataSetRow["node_cpu_cores"] decimal node_cpu_bitwidth dataSetRow["node_cpu_bitwidth"] integer node_ram_allocated_gb dataSetRow["node_ram_allocated_gb"] decimal ram_alloc_gb dataSetRow["ram_alloc_gb"] decimal node_disk0_c_size_gb dataSetRow["node_disk0_c_size_gb"] decimal node_disk0_c_used_gb dataSetRow["node_disk0_c_used_gb"] decimal node_disk0_c_free_gb dataSetRow["node_disk0_c_free_gb"] decimal node_total_disk_size_gb dataSetRow["node_total_disk_size_gb"] decimal node_total_disk_used_gb dataSetRow["node_total_disk_used_gb"] decimal node_total_disk_free_gb dataSetRow["node_total_disk_free_gb"] decimal node_gpu_model dataSetRow["node_gpu_model"] string node_discrete_gpu_models dataSetRow["node_discrete_gpu_models"] string node_gpu_count dataSetRow["node_gpu_count"] decimal node_discrete_gpu_count dataSetRow["node_discrete_gpu_count"] decimal node_gpu_color_depth dataSetRow["node_gpu_color_depth"] integer os_dx12orwddm2 dataSetRow["os_dx12orwddm2"] integer node_display_dimensions dataSetRow["node_display_dimensions"] string max_display_res_y dataSetRow["max_display_res_y"] integer node_display_size_in_inches dataSetRow["node_display_size_in_inches"] string max_display_size_in_inches dataSetRow["max_display_size_in_inches"] integer node_display_count dataSetRow["node_display_count"] decimal machine_bios_uefi_capable dataSetRow["machine_bios_uefi_capable"] integer machine_bios_uefi_enabled dataSetRow["machine_bios_uefi_enabled"] integer machine_secure_boot dataSetRow["machine_secure_boot"] string machine_tpm_specifications dataSetRow["machine_tpm_specifications"] string machine_tpm_specification dataSetRow["machine_tpm_specification"] integer machine_location_city_state_country dataSetRow["machine_location_city_state_country"] string machine_location_country dataSetRow["machine_location_country"] string machine_location_state dataSetRow["machine_location_state"] string machine_location_city dataSetRow["machine_location_city"] string win11_inplace_upgrade_label dataSetRow["win11_inplace_upgrade_label"] string win11_image_upgrade_label dataSetRow["win11_image_upgrade_label"] string cpu_support_status dataSetRow["cpu_support_status"] string

sans-serif center

2.6.1 Pie Chart Standard 0.0 0.0 0.0 0.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true DirectX 12 / WDDM 2.0 Machines SansSerif 16.0 true Center Center 0 255 255 255 1 255 0 0 0 0.0 2.0 0.0 3.0 true 0.0 0.0 0.0 0.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true 5 5 0 255 0 0 0 false 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false false 0 255 0 0 0 false 2.0 2.0 2.0 2.0 Vertical Top_Bottom 1 255 0 0 0 true Right Categories <Caption> <Value></Value> <Font> <Alignment/> </Font> </Caption> <Background xsi:type="attribute:ColorDefinition"> <Transparency>0</Transparency> <Red>255</Red> <Green>255</Green> <Blue>255</Blue> </Background> <Outline> <Style>Solid</Style> <Thickness>1</Thickness> <Color> <Transparency>255</Transparency> <Red>0</Red> <Green>0</Green> <Blue>0</Blue> </Color> <Visible>false</Visible> </Outline> <Insets> <Top>0.0</Top> <Left>2.0</Left> <Bottom>0.0</Bottom> <Right>3.0</Right> </Insets> <Visible>false</Visible> Above 0.0 0.0 212.0 130.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true Two_Dimensional Points 10.0 0 enable.area.alt false 'A','B','C','D','E' 6,4,12,8,10 0 This chart contains no data. SansSerif 12.0 Center Center 64 127 127 127 128 127 127 127 true 10.0 10.0 10.0 10.0 true 255 128 0 0 255 0 128 0 255 255 153 0 255 128 255 128 255 64 128 128 255 128 128 192 255 170 85 85 255 128 128 0 255 192 192 192 255 255 255 128 255 128 192 128 255 7 146 94 255 0 128 255 255 255 128 192 255 0 255 255 255 255 128 128 255 0 128 192 255 255 0 255 255 128 64 64 255 255 128 64 255 80 240 120 255 0 64 128 255 128 0 64 255 255 0 128 255 128 128 64 255 128 128 128 255 255 128 255 255 0 64 0 255 0 0 0 255 255 255 255 255 255 128 0 255 128 0 0 255 0 128 0 255 255 153 0 255 128 255 128 255 64 128 128 255 128 128 192 255 170 85 85 255 128 128 0 255 192 192 192 255 255 255 128 255 128 192 128 255 7 146 94 255 0 128 255 255 255 128 192 255 0 255 255 255 255 128 128 255 0 128 192 255 255 0 255 255 128 64 64 255 255 128 64 255 80 240 120 255 0 64 128 255 128 0 64 255 255 0 128 255 128 128 64 255 128 128 128 255 255 128 255 255 0 64 0 255 0 0 0 255 255 255 255 255 255 128 0 true SansSerif 8.0 0 255 255 255 1 255 0 0 0 false 0.0 2.0 0.0 3.0 true row["node_id"] true Text DistinctCount Orthogonal_Value Base_Value , Outside false onmouseover Show_Tooltip 200 0 <Caption> <Value></Value> <Font> <Size>16.0</Size> <Bold>true</Bold> <Alignment/> </Font> </Caption> <Background xsi:type="attribute:ColorDefinition"> <Transparency>0</Transparency> <Red>255</Red> <Green>255</Green> <Blue>255</Blue> </Background> <Outline> <Style>Solid</Style> <Thickness>1</Thickness> <Color> <Transparency>255</Transparency> <Red>0</Red> <Green>0</Green> <Blue>0</Blue> </Color> </Outline> <Insets> <Top>0.0</Top> <Left>2.0</Left> <Bottom>0.0</Bottom> <Right>3.0</Right> </Insets> <Visible>true</Visible> Below 1 true 10.0 true 0 255 255 255 1 255 0 0 0 false 0.0 2.0 0.0 3.0 false var dispData = "Unknown"; var data = row["os_dx12orwddm2"]; if (data != null) { if (data == 1) { dispData = "Yes"; } else { dispData = "No"; } } dispData; Orthogonal_Value , Outside false true 1.0 Text Sum Descending row["machine_bios_uefi_capable"] ]]>

SVG

eq row["win11_inplace_upgrade_label"]

"Unsupported"

true eq row["win11_image_upgrade_label"]

"Unsupported"

true

false 3.75in 5in Windows10MachineCountsByStatus

node_id dataSetRow["node_id"] integer machine_name dataSetRow["machine_name"] string machine_fqmn dataSetRow["machine_fqmn"] string machine_last_contact dataSetRow["machine_last_contact"] date-time machine_make dataSetRow["machine_make"] string machine_model dataSetRow["machine_model"] string machine_chassis_type dataSetRow["machine_chassis_type"] string node_os_version dataSetRow["node_os_version"] string node_os_desc dataSetRow["node_os_desc"] string os_build_version dataSetRow["os_build_version"] string node_cpu_model dataSetRow["node_cpu_model"] string node_cpu_short_models dataSetRow["node_cpu_short_models"] string node_cpu_speed_ghz dataSetRow["node_cpu_speed_ghz"] decimal cpu_brand dataSetRow["cpu_brand"] string cpu_sub_brand dataSetRow["cpu_sub_brand"] string cpu_sub_brand_modifier dataSetRow["cpu_sub_brand_modifier"] string cpu_model_number dataSetRow["cpu_model_number"] string cpu_sku_level dataSetRow["cpu_sku_level"] integer cpu_generation dataSetRow["cpu_generation"] integer cpu_sku dataSetRow["cpu_sku"] string node_per_cpu_cores dataSetRow["node_per_cpu_cores"] decimal node_cpu_cores dataSetRow["node_cpu_cores"] decimal node_cpu_bitwidth dataSetRow["node_cpu_bitwidth"] integer node_ram_allocated_gb dataSetRow["node_ram_allocated_gb"] decimal ram_alloc_gb dataSetRow["ram_alloc_gb"] decimal node_disk0_c_size_gb dataSetRow["node_disk0_c_size_gb"] decimal node_disk0_c_used_gb dataSetRow["node_disk0_c_used_gb"] decimal node_disk0_c_free_gb dataSetRow["node_disk0_c_free_gb"] decimal node_total_disk_size_gb dataSetRow["node_total_disk_size_gb"] decimal node_total_disk_used_gb dataSetRow["node_total_disk_used_gb"] decimal node_total_disk_free_gb dataSetRow["node_total_disk_free_gb"] decimal node_gpu_model dataSetRow["node_gpu_model"] string node_discrete_gpu_models dataSetRow["node_discrete_gpu_models"] string node_gpu_count dataSetRow["node_gpu_count"] decimal node_discrete_gpu_count dataSetRow["node_discrete_gpu_count"] decimal node_gpu_color_depth dataSetRow["node_gpu_color_depth"] integer os_dx12orwddm2 dataSetRow["os_dx12orwddm2"] integer node_display_dimensions dataSetRow["node_display_dimensions"] string max_display_res_y dataSetRow["max_display_res_y"] integer node_display_size_in_inches dataSetRow["node_display_size_in_inches"] string max_display_size_in_inches dataSetRow["max_display_size_in_inches"] integer node_display_count dataSetRow["node_display_count"] decimal machine_bios_uefi_capable dataSetRow["machine_bios_uefi_capable"] integer machine_bios_uefi_enabled dataSetRow["machine_bios_uefi_enabled"] integer machine_secure_boot dataSetRow["machine_secure_boot"] string machine_tpm_specifications dataSetRow["machine_tpm_specifications"] string machine_tpm_specification dataSetRow["machine_tpm_specification"] integer machine_location_city_state_country dataSetRow["machine_location_city_state_country"] string machine_location_country dataSetRow["machine_location_country"] string machine_location_state dataSetRow["machine_location_state"] string machine_location_city dataSetRow["machine_location_city"] string win11_inplace_upgrade_label dataSetRow["win11_inplace_upgrade_label"] string win11_image_upgrade_label dataSetRow["win11_image_upgrade_label"] string cpu_support_status dataSetRow["cpu_support_status"] string

always center

2.6.1 Pie Chart Standard 0.0 0.0 0.0 0.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true Machines by Country SansSerif 16.0 true Center Center 0 255 255 255 1 255 0 0 0 0.0 2.0 0.0 3.0 true 0.0 0.0 0.0 0.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true 5 5 0 255 0 0 0 false 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false false 0 255 0 0 0 false 2.0 2.0 2.0 2.0 Vertical Top_Bottom 1 255 0 0 0 true Right Categories <Caption> <Value></Value> <Font> <Alignment/> </Font> </Caption> <Background xsi:type="attribute:ColorDefinition"> <Transparency>0</Transparency> <Red>255</Red> <Green>255</Green> <Blue>255</Blue> </Background> <Outline> <Style>Solid</Style> <Thickness>1</Thickness> <Color> <Transparency>255</Transparency> <Red>0</Red> <Green>0</Green> <Blue>0</Blue> </Color> <Visible>false</Visible> </Outline> <Insets> <Top>0.0</Top> <Left>2.0</Left> <Bottom>0.0</Bottom> <Right>3.0</Right> </Insets> <Visible>false</Visible> Above 0.0 0.0 212.0 130.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true Two_Dimensional Points 10.0 0 enable.area.alt false 'A','B','C','D','E' 6,4,12,8,10 0 This chart contains no data. SansSerif 12.0 Center Center 64 127 127 127 128 127 127 127 true 10.0 10.0 10.0 10.0 true 255 80 166 218 255 242 88 106 255 232 172 57 255 128 255 128 255 64 128 128 255 128 128 192 255 170 85 85 255 128 128 0 255 192 192 192 255 255 255 128 255 128 192 128 255 7 146 94 255 0 128 255 255 255 128 192 255 0 255 255 255 255 128 128 255 0 128 192 255 255 0 255 255 128 64 64 255 255 128 64 255 80 240 120 255 0 64 128 255 128 0 64 255 255 0 128 255 128 128 64 255 128 128 128 255 255 128 255 255 0 64 0 255 0 0 0 255 255 255 255 255 255 128 0 255 80 166 218 255 242 88 106 255 232 172 57 255 128 255 128 255 64 128 128 255 128 128 192 255 170 85 85 255 128 128 0 255 192 192 192 255 255 255 128 255 128 192 128 255 7 146 94 255 0 128 255 255 255 128 192 255 0 255 255 255 255 128 128 255 0 128 192 255 255 0 255 255 128 64 64 255 255 128 64 255 80 240 120 255 0 64 128 255 128 0 64 255 255 0 128 255 128 128 64 255 128 128 128 255 255 128 255 255 0 64 0 255 0 0 0 255 255 255 255 255 255 128 0 true SansSerif 8.0 0 255 255 255 1 255 0 0 0 false 0.0 2.0 0.0 3.0 true row["node_id"] true Text DistinctCount Orthogonal_Value Base_Value , Outside false onmouseover Show_Tooltip 200 0 <Caption> <Value></Value> <Font> <Size>16.0</Size> <Bold>true</Bold> <Alignment/> </Font> </Caption> <Background xsi:type="attribute:ColorDefinition"> <Transparency>0</Transparency> <Red>255</Red> <Green>255</Green> <Blue>255</Blue> </Background> <Outline> <Style>Solid</Style> <Thickness>1</Thickness> <Color> <Transparency>255</Transparency> <Red>0</Red> <Green>0</Green> <Blue>0</Blue> </Color> </Outline> <Insets> <Top>0.0</Top> <Left>2.0</Left> <Bottom>0.0</Bottom> <Right>3.0</Right> </Insets> <Visible>true</Visible> Below 1 true 10.0 true 0 255 255 255 1 255 0 0 0 false 0.0 2.0 0.0 3.0 false var location = "Unknown"; if (row["machine_location_country"] != null) { location = row["machine_location_country"]; } location; Orthogonal_Value , Outside false true Text Sum ]]>

SVG

eq row["win11_inplace_upgrade_label"]

"Unsupported"

true eq row["win11_image_upgrade_label"]

"Unsupported"

true

false 3.75in 5in Windows10MachineCountsByStatus

node_id

dataSetRow["node_id"] integer machine_name

machine_name

dataSetRow["machine_name"] string machine_fqmn

machine_fqmn

dataSetRow["machine_fqmn"] string machine_last_contact

machine_last_contact

dataSetRow["machine_last_contact"] date-time machine_make

machine_make

dataSetRow["machine_make"] string machine_model

machine_model

dataSetRow["machine_model"] string machine_chassis_type

machine_chassis_type

dataSetRow["machine_chassis_type"] string node_os_version

node_os_version

dataSetRow["node_os_version"] string node_os_desc

node_os_desc

dataSetRow["node_os_desc"] string os_build_version

os_build_version

dataSetRow["os_build_version"] string node_cpu_model

node_cpu_model

dataSetRow["node_cpu_model"] string node_cpu_short_models

node_cpu_short_models

dataSetRow["node_cpu_short_models"] string node_cpu_speed_ghz

node_cpu_speed_ghz

dataSetRow["node_cpu_speed_ghz"] decimal cpu_brand

cpu_brand

dataSetRow["cpu_brand"] string cpu_sub_brand

cpu_sub_brand

dataSetRow["cpu_sub_brand"] string cpu_sub_brand_modifier

cpu_sub_brand_modifier

dataSetRow["cpu_sub_brand_modifier"] string cpu_model_number

cpu_model_number

dataSetRow["cpu_model_number"] string cpu_sku_level

cpu_sku_level

dataSetRow["cpu_sku_level"] integer cpu_generation

cpu_generation

dataSetRow["cpu_generation"] integer cpu_sku

cpu_sku

dataSetRow["cpu_sku"] string node_per_cpu_cores

node_per_cpu_cores

dataSetRow["node_per_cpu_cores"] decimal node_cpu_cores

node_cpu_cores

dataSetRow["node_cpu_cores"] decimal node_cpu_bitwidth

node_cpu_bitwidth

dataSetRow["node_cpu_bitwidth"] integer node_ram_allocated_gb

node_ram_allocated_gb

dataSetRow["node_ram_allocated_gb"] decimal ram_alloc_gb

ram_alloc_gb

dataSetRow["ram_alloc_gb"] decimal node_disk0_c_size_gb

node_disk0_c_size_gb

dataSetRow["node_disk0_c_size_gb"] decimal node_disk0_c_used_gb

node_disk0_c_used_gb

dataSetRow["node_disk0_c_used_gb"] decimal node_disk0_c_free_gb

node_disk0_c_free_gb

dataSetRow["node_disk0_c_free_gb"] decimal node_total_disk_size_gb

node_total_disk_size_gb

dataSetRow["node_total_disk_size_gb"] decimal node_total_disk_used_gb

node_total_disk_used_gb

dataSetRow["node_total_disk_used_gb"] decimal node_total_disk_free_gb

node_total_disk_free_gb

dataSetRow["node_total_disk_free_gb"] decimal node_gpu_model

node_gpu_model

dataSetRow["node_gpu_model"] string node_discrete_gpu_models

node_discrete_gpu_models

dataSetRow["node_discrete_gpu_models"] string node_gpu_count

node_gpu_count

dataSetRow["node_gpu_count"] decimal node_discrete_gpu_count

node_discrete_gpu_count

dataSetRow["node_discrete_gpu_count"] decimal node_gpu_color_depth

node_gpu_color_depth

dataSetRow["node_gpu_color_depth"] integer os_dx12orwddm2

os_dx12orwddm2

dataSetRow["os_dx12orwddm2"] integer node_display_dimensions

node_display_dimensions

dataSetRow["node_display_dimensions"] string max_display_res_y

max_display_res_y

dataSetRow["max_display_res_y"] integer node_display_size_in_inches

node_display_size_in_inches

dataSetRow["node_display_size_in_inches"] string max_display_size_in_inches

max_display_size_in_inches

dataSetRow["max_display_size_in_inches"] integer node_display_count

node_display_count

dataSetRow["node_display_count"] decimal machine_bios_uefi_capable

machine_bios_uefi_capable

dataSetRow["machine_bios_uefi_capable"] integer machine_bios_uefi_enabled

machine_bios_uefi_enabled

dataSetRow["machine_bios_uefi_enabled"] integer machine_secure_boot

machine_secure_boot

dataSetRow["machine_secure_boot"] string machine_tpm_specifications

machine_tpm_specifications

dataSetRow["machine_tpm_specifications"] string machine_tpm_specification

machine_tpm_specification

dataSetRow["machine_tpm_specification"] integer machine_location_city_state_country

machine_location_city_state_country

dataSetRow["machine_location_city_state_country"] string machine_location_country

machine_location_country

dataSetRow["machine_location_country"] string machine_location_state

machine_location_state

dataSetRow["machine_location_state"] string machine_location_city

machine_location_city

dataSetRow["machine_location_city"] string win11_inplace_upgrade_label

win11_inplace_upgrade_label

dataSetRow["win11_inplace_upgrade_label"] string win11_image_upgrade_label

win11_image_upgrade_label

dataSetRow["win11_image_upgrade_label"] string cpu_support_status

cpu_support_status

dataSetRow["cpu_support_status"] string

center

2.6.1 Pie Chart Standard 0.0 0.0 0.0 0.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true Machines by City SansSerif 16.0 true Center Center 0 255 255 255 1 255 0 0 0 0.0 2.0 0.0 3.0 true 0.0 0.0 0.0 0.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true 5 5 0 255 0 0 0 false 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false false 0 255 0 0 0 false 2.0 2.0 2.0 2.0 Vertical Top_Bottom 1 255 0 0 0 true Right Categories <Caption> <Value></Value> <Font> <Alignment/> </Font> </Caption> <Background xsi:type="attribute:ColorDefinition"> <Transparency>0</Transparency> <Red>255</Red> <Green>255</Green> <Blue>255</Blue> </Background> <Outline> <Style>Solid</Style> <Thickness>1</Thickness> <Color> <Transparency>255</Transparency> <Red>0</Red> <Green>0</Green> <Blue>0</Blue> </Color> <Visible>false</Visible> </Outline> <Insets> <Top>0.0</Top> <Left>2.0</Left> <Bottom>0.0</Bottom> <Right>3.0</Right> </Insets> <Visible>false</Visible> Above 0.0 0.0 212.0 130.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true Two_Dimensional Points 10.0 0 enable.area.alt false 'A','B','C','D','E' 6,4,12,8,10 0 This chart contains no data. SansSerif 12.0 Center Center 64 127 127 127 128 127 127 127 true 10.0 10.0 10.0 10.0 true 255 80 166 218 255 128 0 128 255 204 153 255 255 253 153 204 255 153 204 255 255 128 128 192 255 170 85 85 255 128 128 0 255 192 192 192 255 255 255 128 255 128 192 128 255 7 146 94 255 0 128 255 255 255 128 192 255 0 255 255 255 255 128 128 255 0 128 192 255 255 0 255 255 128 64 64 255 255 128 64 255 80 240 120 255 0 64 128 255 128 0 64 255 255 0 128 255 128 128 64 255 128 128 128 255 255 128 255 255 0 64 0 255 0 0 0 255 255 255 255 255 255 128 0 255 80 166 218 255 128 0 128 255 204 153 255 255 253 153 204 255 153 204 255 255 128 128 192 255 170 85 85 255 128 128 0 255 192 192 192 255 255 255 128 255 128 192 128 255 7 146 94 255 0 128 255 255 255 128 192 255 0 255 255 255 255 128 128 255 0 128 192 255 255 0 255 255 128 64 64 255 255 128 64 255 80 240 120 255 0 64 128 255 128 0 64 255 255 0 128 255 128 128 64 255 128 128 128 255 255 128 255 255 0 64 0 255 0 0 0 255 255 255 255 255 255 128 0 true SansSerif 8.0 0 255 255 255 1 255 0 0 0 false 0.0 2.0 0.0 3.0 true row["node_id"] true Text DistinctCount Orthogonal_Value Base_Value , Outside false onmouseover Show_Tooltip 200 0 <Caption> <Value></Value> <Font> <Size>16.0</Size> <Bold>true</Bold> <Alignment/> </Font> </Caption> <Background xsi:type="attribute:ColorDefinition"> <Transparency>0</Transparency> <Red>255</Red> <Green>255</Green> <Blue>255</Blue> </Background> <Outline> <Style>Solid</Style> <Thickness>1</Thickness> <Color> <Transparency>255</Transparency> <Red>0</Red> <Green>0</Green> <Blue>0</Blue> </Color> </Outline> <Insets> <Top>0.0</Top> <Left>2.0</Left> <Bottom>0.0</Bottom> <Right>3.0</Right> </Insets> <Visible>true</Visible> Below 1 true Stretch_To_Side 10.0 true 0 255 255 255 1 255 0 0 0 false 0.0 2.0 0.0 3.0 false var location = "Unknown"; if (row["machine_location_city"] != null) { location = row["machine_location_city"]; } location; Orthogonal_Value , Outside false true Text Sum ]]>

SVG

eq row["win11_inplace_upgrade_label"]

"Unsupported"

true eq row["win11_image_upgrade_label"]

"Unsupported"

true

false 3.75in 5in Windows10MachineCountsByStatus

node_id

dataSetRow["node_id"] integer machine_name

machine_name

dataSetRow["machine_name"] string machine_fqmn

machine_fqmn

dataSetRow["machine_fqmn"] string machine_last_contact

machine_last_contact

dataSetRow["machine_last_contact"] date-time machine_make

machine_make

dataSetRow["machine_make"] string machine_model

machine_model

dataSetRow["machine_model"] string machine_chassis_type

machine_chassis_type

dataSetRow["machine_chassis_type"] string node_os_version

node_os_version

dataSetRow["node_os_version"] string node_os_desc

node_os_desc

dataSetRow["node_os_desc"] string os_build_version

os_build_version

dataSetRow["os_build_version"] string node_cpu_model

node_cpu_model

dataSetRow["node_cpu_model"] string node_cpu_short_models

node_cpu_short_models

dataSetRow["node_cpu_short_models"] string node_cpu_speed_ghz

node_cpu_speed_ghz

dataSetRow["node_cpu_speed_ghz"] decimal cpu_brand

cpu_brand

dataSetRow["cpu_brand"] string cpu_sub_brand

cpu_sub_brand

dataSetRow["cpu_sub_brand"] string cpu_sub_brand_modifier

cpu_sub_brand_modifier

dataSetRow["cpu_sub_brand_modifier"] string cpu_model_number

cpu_model_number

dataSetRow["cpu_model_number"] string cpu_sku_level

cpu_sku_level

dataSetRow["cpu_sku_level"] integer cpu_generation

cpu_generation

dataSetRow["cpu_generation"] integer cpu_sku

cpu_sku

dataSetRow["cpu_sku"] string node_per_cpu_cores

node_per_cpu_cores

dataSetRow["node_per_cpu_cores"] decimal node_cpu_cores

node_cpu_cores

dataSetRow["node_cpu_cores"] decimal node_cpu_bitwidth

node_cpu_bitwidth

dataSetRow["node_cpu_bitwidth"] integer node_ram_allocated_gb

node_ram_allocated_gb

dataSetRow["node_ram_allocated_gb"] decimal ram_alloc_gb

ram_alloc_gb

dataSetRow["ram_alloc_gb"] decimal node_disk0_c_size_gb

node_disk0_c_size_gb

dataSetRow["node_disk0_c_size_gb"] decimal node_disk0_c_used_gb

node_disk0_c_used_gb

dataSetRow["node_disk0_c_used_gb"] decimal node_disk0_c_free_gb

node_disk0_c_free_gb

dataSetRow["node_disk0_c_free_gb"] decimal node_total_disk_size_gb

node_total_disk_size_gb

dataSetRow["node_total_disk_size_gb"] decimal node_total_disk_used_gb

node_total_disk_used_gb

dataSetRow["node_total_disk_used_gb"] decimal node_total_disk_free_gb

node_total_disk_free_gb

dataSetRow["node_total_disk_free_gb"] decimal node_gpu_model

node_gpu_model

dataSetRow["node_gpu_model"] string node_discrete_gpu_models

node_discrete_gpu_models

dataSetRow["node_discrete_gpu_models"] string node_gpu_count

node_gpu_count

dataSetRow["node_gpu_count"] decimal node_discrete_gpu_count

node_discrete_gpu_count

dataSetRow["node_discrete_gpu_count"] decimal node_gpu_color_depth

node_gpu_color_depth

dataSetRow["node_gpu_color_depth"] integer os_dx12orwddm2

os_dx12orwddm2

dataSetRow["os_dx12orwddm2"] integer node_display_dimensions

node_display_dimensions

dataSetRow["node_display_dimensions"] string max_display_res_y

max_display_res_y

dataSetRow["max_display_res_y"] integer node_display_size_in_inches

node_display_size_in_inches

dataSetRow["node_display_size_in_inches"] string max_display_size_in_inches

max_display_size_in_inches

dataSetRow["max_display_size_in_inches"] integer node_display_count

node_display_count

dataSetRow["node_display_count"] decimal machine_bios_uefi_capable

machine_bios_uefi_capable

dataSetRow["machine_bios_uefi_capable"] integer machine_bios_uefi_enabled

machine_bios_uefi_enabled

dataSetRow["machine_bios_uefi_enabled"] integer machine_secure_boot

machine_secure_boot

dataSetRow["machine_secure_boot"] string machine_tpm_specifications

machine_tpm_specifications

dataSetRow["machine_tpm_specifications"] string machine_tpm_specification

machine_tpm_specification

dataSetRow["machine_tpm_specification"] integer machine_location_city_state_country

machine_location_city_state_country

dataSetRow["machine_location_city_state_country"] string machine_location_country

machine_location_country

dataSetRow["machine_location_country"] string machine_location_state

machine_location_state

dataSetRow["machine_location_state"] string machine_location_city

machine_location_city

dataSetRow["machine_location_city"] string win11_inplace_upgrade_label

win11_inplace_upgrade_label

dataSetRow["win11_inplace_upgrade_label"] string win11_image_upgrade_label

win11_image_upgrade_label

dataSetRow["win11_image_upgrade_label"] string cpu_support_status

cpu_support_status

dataSetRow["cpu_support_status"] string

always center

2.6.1 Pie Chart Standard 0.0 0.0 0.0 0.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true Machines by State SansSerif 16.0 true Center Center 0 255 255 255 1 255 0 0 0 0.0 2.0 0.0 3.0 true 0.0 0.0 0.0 0.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true 5 5 0 255 0 0 0 false 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false false 0 255 0 0 0 false 2.0 2.0 2.0 2.0 Vertical Top_Bottom 1 255 0 0 0 true Right Categories <Caption> <Value></Value> <Font> <Alignment/> </Font> </Caption> <Background xsi:type="attribute:ColorDefinition"> <Transparency>0</Transparency> <Red>255</Red> <Green>255</Green> <Blue>255</Blue> </Background> <Outline> <Style>Solid</Style> <Thickness>1</Thickness> <Color> <Transparency>255</Transparency> <Red>0</Red> <Green>0</Green> <Blue>0</Blue> </Color> <Visible>false</Visible> </Outline> <Insets> <Top>0.0</Top> <Left>2.0</Left> <Bottom>0.0</Bottom> <Right>3.0</Right> </Insets> <Visible>false</Visible> Above 0.0 0.0 212.0 130.0 3.0 3.0 3.0 3.0 -1 -1 -1 -1 1 255 0 0 0 false true Two_Dimensional Points 10.0 0 enable.area.alt false 'A','B','C','D','E' 6,4,12,8,10 0 This chart contains no data. SansSerif 12.0 Center Center 64 127 127 127 128 127 127 127 true 10.0 10.0 10.0 10.0 true 255 80 166 218 255 128 0 128 255 204 153 255 255 253 153 204 255 255 204 153 255 128 128 192 255 170 85 85 255 128 128 0 255 192 192 192 255 255 255 128 255 128 192 128 255 7 146 94 255 0 128 255 255 255 128 192 255 0 255 255 255 255 128 128 255 0 128 192 255 255 0 255 255 128 64 64 255 255 128 64 255 80 240 120 255 0 64 128 255 128 0 64 255 255 0 128 255 128 128 64 255 128 128 128 255 255 128 255 255 0 64 0 255 0 0 0 255 255 255 255 255 255 128 0 255 80 166 218 255 128 0 128 255 204 153 255 255 253 153 204 255 255 204 153 255 128 128 192 255 170 85 85 255 128 128 0 255 192 192 192 255 255 255 128 255 128 192 128 255 7 146 94 255 0 128 255 255 255 128 192 255 0 255 255 255 255 128 128 255 0 128 192 255 255 0 255 255 128 64 64 255 255 128 64 255 80 240 120 255 0 64 128 255 128 0 64 255 255 0 128 255 128 128 64 255 128 128 128 255 255 128 255 255 0 64 0 255 0 0 0 255 255 255 255 255 255 128 0 true SansSerif 8.0 0 255 255 255 1 255 0 0 0 false 0.0 2.0 0.0 3.0 true row["node_id"] true Text DistinctCount Orthogonal_Value Base_Value , Outside false onmouseover Show_Tooltip 200 0 <Caption> <Value></Value> <Font> <Size>16.0</Size> <Bold>true</Bold> <Alignment/> </Font> </Caption> <Background xsi:type="attribute:ColorDefinition"> <Transparency>0</Transparency> <Red>255</Red> <Green>255</Green> <Blue>255</Blue> </Background> <Outline> <Style>Solid</Style> <Thickness>1</Thickness> <Color> <Transparency>255</Transparency> <Red>0</Red> <Green>0</Green> <Blue>0</Blue> </Color> </Outline> <Insets> <Top>0.0</Top> <Left>2.0</Left> <Bottom>0.0</Bottom> <Right>3.0</Right> </Insets> <Visible>true</Visible> Below 1 true Stretch_To_Side 10.0 true 0 255 255 255 1 255 0 0 0 false 0.0 2.0 0.0 3.0 false var location = "Unknown"; if (row["machine_location_state"] != null) { location = row["machine_location_state"]; } location; Orthogonal_Value , Outside false true Text Sum ]]>

SVG

eq row["win11_inplace_upgrade_label"]

"Unsupported"

true eq row["win11_image_upgrade_label"]

"Unsupported"

true

false 3.75in 5in Windows10MachineCountsByStatus

node_id

dataSetRow["node_id"] integer machine_name

machine_name

dataSetRow["machine_name"] string machine_fqmn

machine_fqmn

dataSetRow["machine_fqmn"] string machine_last_contact

machine_last_contact

dataSetRow["machine_last_contact"] date-time machine_make

machine_make

dataSetRow["machine_make"] string machine_model

machine_model

dataSetRow["machine_model"] string machine_chassis_type

machine_chassis_type

dataSetRow["machine_chassis_type"] string node_os_version

node_os_version

dataSetRow["node_os_version"] string node_os_desc

node_os_desc

dataSetRow["node_os_desc"] string os_build_version

os_build_version

dataSetRow["os_build_version"] string node_cpu_model

node_cpu_model

dataSetRow["node_cpu_model"] string node_cpu_short_models

node_cpu_short_models

dataSetRow["node_cpu_short_models"] string node_cpu_speed_ghz

node_cpu_speed_ghz

dataSetRow["node_cpu_speed_ghz"] decimal cpu_brand

cpu_brand

dataSetRow["cpu_brand"] string cpu_sub_brand

cpu_sub_brand

dataSetRow["cpu_sub_brand"] string cpu_sub_brand_modifier

cpu_sub_brand_modifier

dataSetRow["cpu_sub_brand_modifier"] string cpu_model_number

cpu_model_number

dataSetRow["cpu_model_number"] string cpu_sku_level

cpu_sku_level

dataSetRow["cpu_sku_level"] integer cpu_generation

cpu_generation

dataSetRow["cpu_generation"] integer cpu_sku

cpu_sku

dataSetRow["cpu_sku"] string node_per_cpu_cores

node_per_cpu_cores

dataSetRow["node_per_cpu_cores"] decimal node_cpu_cores

node_cpu_cores

dataSetRow["node_cpu_cores"] decimal node_cpu_bitwidth

node_cpu_bitwidth

dataSetRow["node_cpu_bitwidth"] integer node_ram_allocated_gb

node_ram_allocated_gb

dataSetRow["node_ram_allocated_gb"] decimal ram_alloc_gb

ram_alloc_gb

dataSetRow["ram_alloc_gb"] decimal node_disk0_c_size_gb

node_disk0_c_size_gb

dataSetRow["node_disk0_c_size_gb"] decimal node_disk0_c_used_gb

node_disk0_c_used_gb

dataSetRow["node_disk0_c_used_gb"] decimal node_disk0_c_free_gb

node_disk0_c_free_gb

dataSetRow["node_disk0_c_free_gb"] decimal node_total_disk_size_gb

node_total_disk_size_gb

dataSetRow["node_total_disk_size_gb"] decimal node_total_disk_used_gb

node_total_disk_used_gb

dataSetRow["node_total_disk_used_gb"] decimal node_total_disk_free_gb

node_total_disk_free_gb

dataSetRow["node_total_disk_free_gb"] decimal node_gpu_model

node_gpu_model

dataSetRow["node_gpu_model"] string node_discrete_gpu_models

node_discrete_gpu_models

dataSetRow["node_discrete_gpu_models"] string node_gpu_count

node_gpu_count

dataSetRow["node_gpu_count"] decimal node_discrete_gpu_count

node_discrete_gpu_count

dataSetRow["node_discrete_gpu_count"] decimal node_gpu_color_depth

node_gpu_color_depth

dataSetRow["node_gpu_color_depth"] integer os_dx12orwddm2

os_dx12orwddm2

dataSetRow["os_dx12orwddm2"] integer node_display_dimensions

node_display_dimensions

dataSetRow["node_display_dimensions"] string max_display_res_y

max_display_res_y

dataSetRow["max_display_res_y"] integer node_display_size_in_inches

node_display_size_in_inches

dataSetRow["node_display_size_in_inches"] string max_display_size_in_inches

max_display_size_in_inches

dataSetRow["max_display_size_in_inches"] integer node_display_count

node_display_count

dataSetRow["node_display_count"] decimal machine_bios_uefi_capable

machine_bios_uefi_capable

dataSetRow["machine_bios_uefi_capable"] integer machine_bios_uefi_enabled

machine_bios_uefi_enabled

dataSetRow["machine_bios_uefi_enabled"] integer machine_secure_boot

machine_secure_boot

dataSetRow["machine_secure_boot"] string machine_tpm_specifications

machine_tpm_specifications

dataSetRow["machine_tpm_specifications"] string machine_tpm_specification

machine_tpm_specification

dataSetRow["machine_tpm_specification"] integer machine_location_city_state_country

machine_location_city_state_country

dataSetRow["machine_location_city_state_country"] string machine_location_country

machine_location_country

dataSetRow["machine_location_country"] string machine_location_state

machine_location_state

dataSetRow["machine_location_state"] string machine_location_city

machine_location_city

dataSetRow["machine_location_city"] string win11_inplace_upgrade_label

win11_inplace_upgrade_label

dataSetRow["win11_inplace_upgrade_label"] string win11_image_upgrade_label

win11_image_upgrade_label

dataSetRow["win11_image_upgrade_label"] string cpu_support_status

cpu_support_status

dataSetRow["cpu_support_status"] string

center always 2 1 center

ExcelEmitter.ForceAutoColWidths boolean

sans-serifautotrue100%Windows10MachineCountsByStatus

node_id

dataSetRow["node_id"] integer machine_name

machine_name

dataSetRow["machine_name"] string machine_fqmn

machine_fqmn

dataSetRow["machine_fqmn"] string machine_last_contact

machine_last_contact

dataSetRow["machine_last_contact"] date-time machine_make

machine_make

dataSetRow["machine_make"] string machine_model

machine_model

dataSetRow["machine_model"] string machine_chassis_type

machine_chassis_type

dataSetRow["machine_chassis_type"] string node_os_version

node_os_version

dataSetRow["node_os_version"] string node_os_desc

node_os_desc

dataSetRow["node_os_desc"] string os_build_version

os_build_version

dataSetRow["os_build_version"] string node_cpu_model

node_cpu_model

dataSetRow["node_cpu_model"] string node_cpu_short_models

node_cpu_short_models

dataSetRow["node_cpu_short_models"] string node_cpu_speed_ghz

node_cpu_speed_ghz

dataSetRow["node_cpu_speed_ghz"] decimal cpu_brand

cpu_brand

dataSetRow["cpu_brand"] string cpu_sub_brand

cpu_sub_brand

dataSetRow["cpu_sub_brand"] string cpu_sub_brand_modifier

cpu_sub_brand_modifier

dataSetRow["cpu_sub_brand_modifier"] string cpu_model_number

cpu_model_number

dataSetRow["cpu_model_number"] string cpu_sku_level

cpu_sku_level

dataSetRow["cpu_sku_level"] integer cpu_generation

cpu_generation

dataSetRow["cpu_generation"] integer cpu_sku

cpu_sku

dataSetRow["cpu_sku"] string node_per_cpu_cores

node_per_cpu_cores

dataSetRow["node_per_cpu_cores"] decimal node_cpu_cores

node_cpu_cores

dataSetRow["node_cpu_cores"] decimal node_cpu_bitwidth

node_cpu_bitwidth

dataSetRow["node_cpu_bitwidth"] integer node_ram_allocated_gb

node_ram_allocated_gb

dataSetRow["node_ram_allocated_gb"] decimal ram_alloc_gb

ram_alloc_gb

dataSetRow["ram_alloc_gb"] decimal node_disk0_c_size_gb

node_disk0_c_size_gb

dataSetRow["node_disk0_c_size_gb"] decimal node_disk0_c_used_gb

node_disk0_c_used_gb

dataSetRow["node_disk0_c_used_gb"] decimal node_disk0_c_free_gb

node_disk0_c_free_gb

dataSetRow["node_disk0_c_free_gb"] decimal node_total_disk_size_gb

node_total_disk_size_gb

dataSetRow["node_total_disk_size_gb"] decimal node_total_disk_used_gb

node_total_disk_used_gb

dataSetRow["node_total_disk_used_gb"] decimal node_total_disk_free_gb

node_total_disk_free_gb

dataSetRow["node_total_disk_free_gb"] decimal node_gpu_model

node_gpu_model

dataSetRow["node_gpu_model"] string node_discrete_gpu_models

node_discrete_gpu_models

dataSetRow["node_discrete_gpu_models"] string node_gpu_count

node_gpu_count

dataSetRow["node_gpu_count"] decimal node_discrete_gpu_count

node_discrete_gpu_count

dataSetRow["node_discrete_gpu_count"] decimal node_gpu_color_depth

node_gpu_color_depth

dataSetRow["node_gpu_color_depth"] integer os_dx12orwddm2

os_dx12orwddm2

dataSetRow["os_dx12orwddm2"] integer node_display_dimensions

node_display_dimensions

dataSetRow["node_display_dimensions"] string max_display_res_y

max_display_res_y

dataSetRow["max_display_res_y"] integer node_display_size_in_inches

node_display_size_in_inches

dataSetRow["node_display_size_in_inches"] string max_display_size_in_inches

max_display_size_in_inches

dataSetRow["max_display_size_in_inches"] integer node_display_count

node_display_count

dataSetRow["node_display_count"] decimal machine_bios_uefi_capable

machine_bios_uefi_capable

dataSetRow["machine_bios_uefi_capable"] integer machine_bios_uefi_enabled

machine_bios_uefi_enabled

dataSetRow["machine_bios_uefi_enabled"] integer machine_secure_boot

machine_secure_boot

dataSetRow["machine_secure_boot"] string machine_tpm_specifications

machine_tpm_specifications

dataSetRow["machine_tpm_specifications"] string machine_tpm_specification

machine_tpm_specification

dataSetRow["machine_tpm_specification"] integer machine_location_city_state_country

machine_location_city_state_country

dataSetRow["machine_location_city_state_country"] string machine_location_country

machine_location_country

dataSetRow["machine_location_country"] string machine_location_state

machine_location_state

dataSetRow["machine_location_state"] string machine_location_city

machine_location_city

dataSetRow["machine_location_city"] string win11_inplace_upgrade_label

win11_inplace_upgrade_label

dataSetRow["win11_inplace_upgrade_label"] string win11_image_upgrade_label

win11_image_upgrade_label

dataSetRow["win11_image_upgrade_label"] string cpu_support_status

cpu_support_status

dataSetRow["cpu_support_status"] string

999999

row["machine_name"] asc -1

eq row["win11_inplace_upgrade_label"]

"Unsupported"

true eq row["win11_image_upgrade_label"]

"Unsupported"

true

left left right right right right right right right

all true

right right

all true

right

all true

right

all true

right right

all true

right

all true

right right

all true

right

all true

right right center center

TableHeaderCell 23 1 TableHeaderCell left bottom 12pt

Windows 10 machines replacement list:

TableHeaderCell 1 1 TableHeaderCell left bottom sans-serif 9pt maroon left

Machine Name

1 1 TableHeaderCell left bottom sans-serif 9pt left

Operating System

TableHeaderCell right bottom sans-serif 9pt left

CPU Model

TableHeaderCell right bottom sans-serif 9pt center

CPU Support

1 1 TableHeaderCell right bottom sans-serif 9pt right

CPU (GHz)

TableHeaderCell right bottom sans-serif 9pt right

Cores per CPU

TableHeaderCell right bottom sans-serif 9pt right

CPU Bit Width

1 1 TableHeaderCell right bottom sans-serif 9pt right

RAM (GB)

TableHeaderCell right bottom sans-serif 9pt right

Allocated HDD Space (GB)

TableHeaderCell right bottom sans-serif 9pt right

Used HDD Space (GB)

1 1 TableHeaderCell right bottom sans-serif 9pt right

Free HDD Space (GB)

TableHeaderCell left bottom sans-serif 9pt left

GPU Models

TableHeaderCell right bottom sans-serif 9pt right

GPU Count

TableHeaderCell right bottom sans-serif 9pt right

Display Color Depth Bits

TableHeaderCell right bottom sans-serif 9pt center

GPU (DirectX12 / WDDM 2.0)

TableHeaderCell right bottom sans-serif 9pt left

Display Resolutions

TableHeaderCell right bottom

Display Size (inches)

TableHeaderCell right bottom sans-serif 9pt center

BIOS UEFI Capable

TableHeaderCell right bottom sans-serif 9pt center

BIOS UEFI Enabled

TableHeaderCell right bottom sans-serif 9pt center

Secure Boot Status

TableHeaderCell right bottom sans-serif 9pt left

TPM Spec.

TableHeaderCell bottom sans-serif 9pt center

Windows 11 In-Place Upgrade

TableHeaderCell bottom sans-serif 9pt center

Windows 11 Image Refresh

TableCell TableCell 9pt left 9pt Unformatted left machine_name

ExcelEmitter.FreezePanes boolean

true TableCell 9pt left 9pt Unformatted node_os_desc TableCell 9pt right 9pt Unformatted left node_cpu_short_models TableCell 9pt right

eq bold #008000 row["cpu_support_status"]

'Y'

eq bold #FF0000 row["cpu_support_status"]

'N'

is-null #C0C0C0 row["cpu_support_status"] eq #FFFF00 bold row["cpu_support_status"]

Unformatted center cpu_support_status TableCell 9pt right

lt bold #FF0000 row["node_cpu_speed_ghz"]

1.0

9pt Unformatted node_cpu_speed_ghz TableCell 9pt right

lt bold #FF0000 row["node_per_cpu_cores"]

2.0

node_per_cpu_cores TableCell 9pt right

lt bold #FF0000 row["node_cpu_bitwidth"]

is-null #FFFF00 row["node_cpu_bitwidth"]

node_cpu_bitwidth TableCell 9pt right

lt bold #FF0000 row["ram_alloc_gb"]

4.0

9pt Unformatted ram_alloc_gb TableCell 9pt right

lt bold #FF0000 row["node_disk0_c_size_gb"]

64.0

9pt Unformatted right node_disk0_c_size_gb TableCell 9pt right 9pt Unformatted right node_disk0_c_used_gb TableCell 9pt right

lt bold #FF0000 row["node_disk0_c_free_gb"]

20.0

9pt Unformatted right node_disk0_c_free_gb TableCell silver 9pt right left node_discrete_gpu_models TableCell silver 9pt right 9pt Unformatted right node_discrete_gpu_count TableCell silver 9pt right

lt bold #FF0000 row["node_gpu_color_depth"]

is-null #FFFF00 bold #000000 row["node_gpu_color_depth"]

9pt Unformatted right node_gpu_color_depth TableCell 9pt right

eq bold #FF0000 row["os_dx12orwddm2"]

is-null #FFFF00 row["os_dx12orwddm2"]

center var out = 'N'; if (row["os_dx12orwddm2"] == 1) { out = 'Y'; } out; html

TableCell silver 9pt right

lt bold #FF0000 row["max_display_res_y"]

720

is-null #FFFF00 row["max_display_res_y"]

9pt Unformatted left node_display_dimensions TableCell silver 9pt right

lt bold #FF0000 row["max_display_size_in_inches"]

is-null #FFFF00 bold #000000 row["max_display_size_in_inches"]

node_display_size_in_inches TableCell 9pt right

eq bold #FF0000 row["machine_bios_uefi_capable"]

is-null #FFFF00 row["machine_bios_uefi_capable"]

center var uefi = row["machine_bios_uefi_capable"]; var str = ""; if (uefi === 1) { str = "Y"; } else if (uefi === 0) { str = "N"; } else { str = ""; } str; html

TableCell #C0C0C0 9pt right

eq bold #FF0000 row["machine_bios_uefi_enabled"]

is-null #FFFF00 row["machine_bios_uefi_capable"]

center var uefi = row["machine_bios_uefi_enabled"]; var str = ""; if (uefi === 1) { str = "Y"; } else if (uefi === 0) { str = "N"; } else { str = ""; } str; html

TableCell 9pt center

eq bold #FF0000 row["machine_secure_boot"]

'Not supported'

eq bold #00FF00 row["machine_secure_boot"]

'Not configured'

eq bold #FF0000 row["machine_secure_boot"]

'Disabled'

eq bold #008000 row["machine_secure_boot"]

'Enabled'

is-null #C0C0C0 bold #000000 row["machine_secure_boot"]

center machine_secure_boot TableCell 9pt right

eq bold #FF0000 row["machine_tpm_specification"]

is-null #FFFF00 row["machine_tpm_specification"]

left machine_tpm_specifications TableCell 9pt

eq bold #FF0000 row["win11_inplace_upgrade_label"]

'Unsupported'

eq bold #008000 row["win11_inplace_upgrade_label"]

'Supported'

eq #FFFF00 bold #000000 row["win11_inplace_upgrade_label"]

'Partial'

eq bold #0080FF row["win11_inplace_upgrade_label"]

'Installed'

9pt win11_inplace_upgrade_label TableCell 9pt

eq bold #FF0000 row["win11_image_upgrade_label"]

'Unsupported'

eq bold #008000 row["win11_image_upgrade_label"]

'Supported'

eq #FFFF00 bold #000000 row["win11_image_upgrade_label"]

'Partial'

eq bold #0080FF row["win11_image_upgrade_label"]

'Installed'

9pt win11_image_upgrade_label

always 2 1 left sans-serif 0pt pre avoid true 100%

Glossary

30% 70% TableHeaderCell 2 1 TableHeaderCell left bottom ReportSectionTitle left Simple MasterPage auto

Glossary of Terms

TableHeaderCell TableHeaderCell 9pt left bottom sans-serif 9pt left

Column Name

TableHeaderCell 9pt left bottom sans-serif 9pt left

Description

TableCell left TableCell 9pt left top sans-serif left

Machine Name

TableCell 9pt left top sans-serif left

Machine Name.

TableCell left TableCell 9pt left top sans-serif left

Operating System

TableCell 9pt left top sans-serif left

The Operating System currently installed on the machine.

TableCell left TableCell 9pt left top sans-serif left

CPU Model

TableCell 9pt left top sans-serif left

The CPU Model.

TableCell left 1 3 TableCell 9pt left top sans-serif left

CPU Support

TableCell 9pt left top sans-serif left

none

TableCell left TableCell 9pt left top sans-serif left

Link to Windows 11 Supported Intel Processors

hyperlink Windows 11 Supported Intel Processors https://docs.microsoft.com/en-us/windows-hardware/design/minimum/supported/windows-11-supported-intel-processors _blank

TableCell left TableCell 9pt left top sans-serif left

Link to Windows 11 Supported AMD Processors

hyperlink Windows 11 Supported AMD Processors https://docs.microsoft.com/en-us/windows-hardware/design/minimum/supported/windows-11-supported-amd-processors _blank

TableCell left TableCell 9pt left top sans-serif left

CPU (GHz)

TableCell 9pt left top sans-serif left

The CPU Clock Speed in GHz. Based on Microsoft guidelines, if the Clock Speed of the CPU is greater than or equal to 1GHz then it is compatible with Windows 11.

TableCell left TableCell 9pt left top sans-serif left

Cores per CPU

TableCell 9pt left top sans-serif left

The number of cores per CPU. Based on Microsoft guidelines, if the Cores per CPU must be equal to or greater than 2 cores to be compatible with Windows 11.

TableCell left TableCell 9pt left top sans-serif left

CPU Bit Width

TableCell 9pt left top sans-serif left

The bitwidth i.e. whether the processor is 32bit or 64bit. Based on Microsoft guidelines, the processor must be a 64bit processor for it to be compatible with Windows 11.

TableCell left TableCell 9pt left top sans-serif left

RAM (GB)

TableCell 9pt left top sans-serif left

The RAM installed on a machine. Based on Microsoft guidelines, if the amount of RAM installed is greater than or equal to 4GB then it is compatible with Windows 11.

TableCell left TableCell 9pt left top sans-serif left

Allocated HDD Space (GB)

TableCell 9pt left top sans-serif left

The amount of HDD space allocated. Based on Microsoft guidelines, if there is 64 GB of storage allocated, Windows 11 could be installed as a new image.

TableCell left

all true

TableCell 9pt left top sans-serif left

Used HDD Space (GB)

TableCell 9pt left top sans-serif left

The amount of HDD space used.

TableCell left TableCell 9pt left top sans-serif left

Free HDD Space (GB)

TableCell 9pt left top sans-serif left

The amount of free or available HDD space. Based on Microsoft guidelines, if the amount of free space available on the harddisk is at least 20 GB then it is enough to install Windows 11 using the in-place upgrade route. If there is 64GB of storage, Windows 11 could be installed as a new image.

TableCell left

all true

TableCell 9pt left top sans-serif left

Display Color Depth Bits

TableCell 9pt left top sans-serif left

The display color depth on the display GPU. Based on Microsoft guidelines, if the display GPU supports 8bits color depth, then it is compatible with Windows 11.

TableCell left

all true

TableCell 9pt left top sans-serif left

GPU Models

TableCell 9pt left top sans-serif left

TableCell left

all true

TableCell 9pt left top sans-serif left

GPU Count

TableCell 9pt left top sans-serif left

A count of real GPU models found on the machine including Integrated GPUs or Discrete GPUs.

TableCell left TableCell 9pt left top sans-serif left

GPU DirectX 12 / WDDM 2.0

TableCell 9pt left top sans-serif left

The GPU compatibility with DirectX 12 or WDDM2. Based on Microsoft guidelines, if the GPU supports DirectX 12 or WDDM2, then it is compatible with Windows 11.

TableCell left

all true

TableCell 9pt left top sans-serif left

Display Size in Inches

TableCell 9pt left top sans-serif left

The display size or monitor size in inches. Based on Microsoft guidelines, if the monitor display size is greater than 9" then it is compatible with Windows 11.

TableCell left

all true

TableCell 9pt left top sans-serif left

Display Resolution

TableCell 9pt left top sans-serif left

TableCell left TableCell 9pt left top sans-serif left

BIOS UEFI Capable

TableCell 9pt left top sans-serif left

Whether or not the BIOS is UEFI capable. Based on Microsoft guidelines, if the BIOS is UEFI capable for Secure Boot then it is considered Windows 11 compatible.

TableCell left

all true

TableCell 9pt left top sans-serif left

BIOS UEFI Enabled

TableCell 9pt left top sans-serif left

TableCell left TableCell 9pt left top sans-serif left

Secure Boot

TableCell 9pt left top sans-serif left

TableCell left TableCell 9pt left top sans-serif left

TPM Specifications

TableCell 9pt left top sans-serif left

Whether or not the TPM Spec includes compatibility greater than 2.0. Based on Microsoft guidelines, if the TPM specification includes 2.0 or higher then, it is compatible with Windows 11.

TableCell left TableCell 9pt left top sans-serif left

Windows 11 In Place Upgrade Compatibility

TableCell 9pt left top sans-serif left

In Place Upgrade Compatibility with Windows 11. Based on Microsoft guidelines, if the machine hardware specifications meet the minimum required and the HDD space available is at least 20GB, then the machine is Windows 11 In Place Upgrade Compatible. For this machine, there is enough HDD space available to perform an in place OS Upgrade. Values: Supported: All criteria are available and satisfy the minimum hardware compatibility requirements published by Microsoft for Windows 11. Partial: Some criteria may be missing or unavailable, which MAY make the hardware compatible but cannot be determined for sure. Unsupported: Some criteria do not meet the minimum hardware compatibility requirements published by Microsoft for Windows 11.

TableCell left TableCell 9pt left top sans-serif left

Windows 11 Image Refresh Compatibility

TableCell 9pt left top sans-serif left

Image Refresh Upgrade Compatibility with Windows 11. Based on Microsoft guidelines, if the machine hardware specifications meet the minimum required guidelines and the HDD space allocated is at least 64GB, then the machine is Windows 11 Image Refresh Compatible. For this machine, it may NOT have enough HDD space available to perform an In Place OS Upgrade, but the HDD itself is large enough to support a new Image of Windows 11 and future Windows Updates. Values: Supported: All criteria are available and satisfy the minimum hardware compatibility requirements published by Microsoft for Windows 11. Partial: Some criteria may be missing or unavailable, which MAY make the hardware compatible but cannot be determined for sure. Unsupported: Some criteria do not meet the minimum hardware compatibility requirements published by Microsoft for Windows 11.

'10/15/2025' report

5 report

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