AzStackHci.EnvironmentChecker

10.2506.0.2017

AzStackHciHardware/EN-US/AzStackHci.Hardware.Strings.psd1

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###PSLOC

ProcessorCount = Hostname {0} processor count: {1}

NicCount = Hostname {0} Network Adapter count: {1}

TotalMemory = Hostname {0} total memory capacity is {1} GB in {2} modules

TestMemory = Testing memory module {0}

MemoryCapacity = Total memory for '{0}' is '{1}', expected at least supported minimum '{2}' and (if applicable) at least local node '{3}'

TotalGPUMem = Hostname {0} has {1} GPUs with the total GPU memory of {2} GB

TestBaseboard = Hostname {0} system name {1} serial number: {2}

TestModel = Hostname {0} Manufacturer {1} model: {2}

TestTpm = Hostname {0} TPM manufacturer {1}, version {2}

TestTpmVersion = Testing TPM on {0} is version {1}

TpmNotEnabled = TPM is not enabled on {0}.

DiskTotal = Hostname {0} has {1} storage disks with the total capacity of {2} TB

DiskSpace = Hostname {0} drive {1} has {2} GB free space. Expected {3} GB or more.

MinCountDiskType = Checking disk of type {0} for a minimum count of {1} on {2}.

DiskInstanceCountByType =  Checking all servers have the same count by type {0}

StoragePoolFail = Storage Pool (Non-primodial) exists {0}, expected {1}.

VirtualDiskExists = Virtual Disk exists on {0}. Expected to exist for repair scenario.

VirtualDiskNotExists = Virtual Disk does not exist on {0}. Expected to exist for repair scenario.

Group = Analyzing {0} group with {1} {2}

MinCount = Total number of {0} {1} is less than the minimum required {2}

Prop = Property '{0}' value '{1}'. Expected '{2}'

UnexProp = Property '{0}' value '{1}' but expected '{2}'

CompProp = Comparing property '{0}'

MismatchProp = Property '{0}' values '{1}'. Expected them to be the same.

SecureBoot = SecureBoot is '{0}' on {1}. Expected '{2}'.

SecureBootNotSupported = Ensure SecureBoot is supported and enabled on {0}.

VolumeCount = Checking Hostname {0} for Volume(s) ({1}) count: {2}

DisksAreAllFlash = Checking Hostname '{0}' disks are all flash.

DisksAreAllFlashDetail = Hostname '{0}' drive types '{1}'. Expected all flash.

UnableCoreCount = Unable to determine correct core count. Error: {0}

UnexpectedCoreCount = Unexpected count of cores '{0}', expected '{1}'

CheckMinCoreCount = Hostname {0} core count '{1}'. Expected at least '{2}'.

CoreCountRequirement = Using expected minimum core count of ({0}) on {1} environment.

NoCoreReference = No reference cim data for core count check

SkippedCoreCount = Standalone scenario. Skipping core count due to no reference core count.

HypervisorPresent = Checking Hypervisor present: {0}. Expected true.

LocalRootFolderPathFreeSpace = Checking Hostname {0} for free space on root folder path '{1}' {2} GB. Expected at least {3} GB.

LocalRootFolderPathFail = Hostname {0} does not contain drive {1} for default root folder.

MediaExists = Checking Hostname {0} for mounted media. Media found. Media should not be unmounted. {1}

MediaNotExists = Checking Hostname {0} for mounted media. No media found.

VbsCapable = Virtualization-based Security (VBS) support found on {0}.

VbsIncapable = Virtualization-based Security (VBS) support not found on {0}. Please ensure VBS is enabled from hardware level on BIOS.

GreenfieldNotSupportedExplanation = Data Disks must be the right bustype (SATA, SAS, NVMe or SCM), mediatype (HDD, SSD, SCM), not a boot device and CanPool should be true.\r\nData disks must be consistent across all nodes. Use the following command to check data disks meet these requirements:\r\nGet-PhysicalDisk | Format-Table PhysicalLocation, UniqueId, SerialNumber, CanPool, CannotPoolReason, BusType, MediaType, Size

RepairNotSupportedExplanation = Data Disks must satisfy the following criteria:\r\nBustype must be SATA, SAS, NVMe or SCM.\r\nMediaType must be (HDD, SSD, SCM).\r\nCanPool can be true or false.\r\nData disks must be consistent across all nodes use the following command to check data disk meet these requirements: \r\nGet-PhysicalDisk | Format-Table PhysicalLocation, UniqueId, SerialNumber, BusType, MediaType, Size

NICSupportExplanation = NICs must be up and of type physical ethernet. They cannot be virtual or USB.\r\nNetAdapters must be consistent across all nodes use the following command to check NetAdapters meet these requirements:\r\nGet-NetAdapter -Physical | Format-Table NdisMedium, Status, NdisPhysicalMedium, PnPDeviceID

ECEReferenceSupportedExplanation = In this scenario, the reference node disks must be in a pool already. We assume bustype and mediatype are correct.\r\nData disks must be consistent across all nodes use the following command to check data disks meet these requirements:\r\nGet-PhysicalDisk | Format-Table PhysicalLocation, UniqueId, SerialNumber, CanPool, CannotPoolReason, BusType, MediaType, Size

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