AWS_Tools_AddOns.psm1
|
function Get-S3Folder () { Param( [Parameter(Mandatory = $true )] [String]$BucketName, [String]$Prefix, [switch]$Files, [switch]$Folders, [Int]$MaxServiceCallHistory=50 ) If ($MaxServiceCallHistory) { Set-AWSHistoryConfiguration -MaxServiceCallHistory $MaxServiceCallHistory } $result = [System.Collections.Generic.List[PSObject]]::New() $Prefix += ($Prefix.EndsWith("/")) ? "" : "/" $s3Files = Get-S3Object -BucketName $BucketName -Prefix $Prefix -Delimiter '/' $s3Folders = ($AWSHistory.LastCommand.Responses.History).CommonPrefixes if ($Files) { foreach ($s3File in $s3Files) { $result.add( [PSCustomObject]@{ Key = $S3File.Key } ) } } elseif ($Folders) { foreach ($s3Folder in $s3Folders) { $result.Add( [PSCustomObject]@{ Key = $S3Folder } ) } } else { foreach ($s3File in $s3Files) { $result.add( [PSCustomObject]@{ Key = $S3File.Key } ) } foreach ($s3Folder in $s3Folders) { $result.Add( [PSCustomObject]@{ Key = $S3Folder } ) } } return $result.ToArray() | Sort-Object -Property Key <# .SYNOPSIS List S3 Folders .DESCRIPTION This function emulates working with folders "Common prefixes" in S3. It will list the files and top level prefixes for a given bucket and prefix. .PARAMETER BucketName The name of the bucket .PARAMETER Prefix The prefix to list. .PARAMETER Files Only return the files in the top level prefix. .PARAMETER Folders Only return the folders in the top level prefix .PARAMETER MaxServiceCallHistory To get the common prefixes we call the $AWSHistory.LastCommand. By default that only returns the last 10 commands. So we set this to 50 as our default. This is usually fine for most uses unless you have a prefix with lot of sub-prefixes and files. .OUTPUTS An array of prefixes and/or files. #> } function Restore-S3Folder () { Param( [Parameter(Mandatory)] [string]$BucketName, [Parameter(Mandatory)] [string]$Prefix, [Parameter(Mandatory)] [int]$CopyLifetime, [Parameter(Mandatory)] [ValidateSet("Standard", "Expedited","Bulk")] [string]$Tier ) #Validate the bucket exists $Bucket = Get-S3Bucket -BucketName $BucketName If (-not $Bucket) { Write-Host "Bucket not found!" -ForegroundColor Red exit } $Prefix += ($Prefix.EndsWith("/")) ? "" : "/" $s3Keys = Get-S3Object -BucketName $BucketName -Prefix $Prefix if ($s3Keys) { foreach ($S3Key in $s3Keys) { $msg = "Restoring object {0} to {1} for {2} days" -f $s3Key.Key, $Tier, $CopyLifetime Write-Host $msg -ForegroundColor Yellow $S3Key | Restore-S3Object -CopyLifetimeInDays $CopyLifetime -Tier $Tier -ErrorAction SilentlyContinue | Out-Null } } <# .SYNOPSIS Restore an S3 folder, i.e. "common prefix", from Glacier. .DESCRIPTION AWS Powershell Tools for S3 only has the ability to restore a single s3 object from glacier. This function allows you to restore all object with a common prefix. .PARAMETER BucketName The bucket name. .PARAMETER Prefix The Prefix to restore. .PARAMETER CopyLifetime The Number of days to keep the restored objects before returning them to glacier. .PARAMETER Tier The storage tier to restore the objects to. Valid entries are Standard, Expedited, Bulk .OUTPUTS Response indicating success or failure. #> } Function Get-S3RestoreProgress() { Param( [Parameter(Mandatory)] [String]$BucketName, [Parameter(ParameterSetName='prefix')] [string]$Prefix, [Parameter(ParameterSetName='key')] [string]$Key ) #validate bucket name $Bucket = Get-S3Bucket -BucketName $BucketName If (-not $Bucket) { Throw "Bucket not found" } if ($Key) { Get-S3ObjectMetadata -BucketName $BucketName -Key $key | Select-Object @{Name="Key";Expression={$Key}},RestoreInProgress, RestoreExpiration } else { $Prefix += ($Prefix.EndsWith("/")) ? "" : "/" $s3Keys = Get-S3Object -BucketName $BucketName -Prefix $Prefix $S3Keys |Foreach-Object { # Remove any by-directional unicode characters the stupid users may have entered into the file path & name $_.Key = $_.Key -cReplace '\P{IsBasicLatin}' $MetaData = $_ | Get-S3ObjectMetadata $Progress = [PSCustomObject]@{ Key = $_.Key RestoreInProgress = $MetaData.RestoreInProgress RestoreExpiration = $MetaData.RestoreExpiration } Write-Output $Progress } } <# .SYNOPSIS Display the progress of a Glacier Restore. .PARAMETER BucketName The bucket name. .PARAMETER Prefix The prefix to check the restore progress. Required if Key is omitted. .PARAMETER Key The full key of an object to check. Required if Prefix is omitted. .OUTPUTS An array of AWS S3 Metadata objects. Check the RestoreInProgress property. A value of false indicates the restore has completed. #> } function Get-IAMGroupPermissions() { Param( [Parameter( Mandatory, ValueFromPipelineByPropertyName )] [string]$GroupName ) $IamGroup = (Get-IAMGroup -GroupName $GroupName).Group $Group = [PsCustomObject]@{ Arn = $IamGroup.Arn GroupName = $IamGroup.GroupName GroupId = $IamGroup.GroupId CreateDate = $IamGroup.CreateDate Policies = [List[PsObject]]::New() } # Get any inline policies $GroupInlinePolicies = Get-IAMGroupPolicyList -GroupName $GroupName if ($GroupInlinePolicies) { foreach ($GroupInlinePolicy in $GroupInLinePolicies) { $iamPolicy = Get-IAMGroupPolicy -PolicyName $GroupInlinePolicy -GroupName $GroupName $PolicyDocument = [HttpUtility]::UrlDecode($IamPolicy.PolicyDocument) | ConvertFrom-Json $Policy = [PsCustomObject]@{ PolicyName = $IamPolicy.PolicyName Arn = "N/A" PolicyDocument = $PolicyDocument PolicyType = 'Inline' } $Group.Policies.Add($Policy) } } # Get any Group Attached Policies. $GroupAttachedPolicies = Get-IAMAttachedGroupPolicyList -GroupName $GroupName if ($GroupAttachedPolicies) { foreach($GroupAttachedPolicy in $GroupAttachedPolicies) { $IamPolicy = Get-IamPolicy -PolicyArn $GroupAttachedPolicy.PolicyArn if ($IamPolicy.arn -like "*aws:policy*") { $PolicyTYpe = 'AWS Managed' } else { $PolicyType = 'Customer Managed' } # Get the default version Id $VersionId = (Get-IAMPolicyVersions -PolicyArn $IamPolicy.Arn | Where-Object {$_.IsDefaultVersion -eq $True}).VersionId $PolicyDocument = [HttpUtility]::UrlDecode((Get-IAMPolicyVersion -PolicyArn $IamPolicy.Arn -VersionId $VersionId).Document) $Policy = [PsCustomObject]@{ PolicyName = $IamPolicy.Name Arn = $IamPolicy.Arn PolicyDocument = $PolicyDocument.ToString() PolicyType = $PolicyType } $Group.Policies.Add($Policy) } } return $Group <# .SYNOPSIS Returns the permissions assigned to this group. .DESCRIPTION Returns an object containing the permissions and policies assigned to a group. .PARAMETER GroupName The name of the group. .OUTPUTS An object with the following properties. .NOTES The Group Object contains the following properties. Name Type --------------- ------------- Arn String GroupName String GroupId String CreateData DateTime Policies Collection The Policies property contains a collection of Policy objects with the following properties. Name Type --------------- ---------------------- PolicyName String Arn String (Applicable for managed policies only) PolicyDocument PsObject PolicyType String (either 'inline', 'AWSManaged', or 'Customer Managed') The PolicyDocument (and the role AssumedRolePolicyDocument) have the following properties Name Type ------------------- ------------------- Version String Statement PsObject(s) May be a single object or an array. The Statement Object has the following Properties Name Type -------------------- ------------------- Sid String Effect String (either Allow or Deny) Actions Array of String objects Resource String #> } function Get-IAMUserPermissions() { [CmdletBinding()] Param( [Parameter( Mandatory, ValueFromPipelineByPropertyName )] [string]$Username ) # Get the IAM User $IamUser = Get-IAMUser -UserName $Username # Create a PSObject for the User Permissions $UserPermissions = [psCustomObject]@{ Arn = $IamUser.Arn CreateDate = $IamUser.CreateDate PasswordLastUsed = $IamUser.PasswordLastUsed UserId = $IamUser.UserId UserName = $IamUser.UserName Policies = [List[PsObject]]::New() Groups = [List[PsObject]]::New() } #Get any inline policies assigned to the user. $UserInlinePolicies = Get-IamUserPolicyList -UserName $IamUser.Username foreach ($UserInlinePolicy in $UserInlinePolicies) { $UserPolicy = Get-IAMUserPolicy -PolicyName $UserInlinePolicies.PolicyName -UserName $IamUser.UserName $PolicyDocument = [HttpUtility]::UrlDecode($UserPolicy.PolicyDocument) $Policy = [PsCustomObject]@{ PolicyName = $IamPolicy.Name Arn = "N/A" PolicyDocument = $PolicyDocument PolicyType = 'Inline' } $UserPermissions.InlinePolicies.Add($Policy) } # Get any attached Policies for this user. $UserAttachedPolicies = Get-IAMAttachedUserPolicies -UserName $Username foreach ($UserAttachedPolicy in $UserAttachedPolicies) { $IamPolicy = Get-IAMPolicy -PolicyArn $UserAttachedPolicy.PolicyArn if ($IamPolicy.Arn -like "*aws:policy") { $PolicyType | Add-Member -MemberType NoteProperty -Name "PolicyType" -Value "AWS Managed" } else { $PolicyType | Add-Member -MemberType NoteProperty -Name "MemberType" -Value "Customer Managed" } $PolicyDocument = [HttpUtility]::UrlDecode($IamPolicy.PolicyDocument) $Policy = [PsCustomObject]@{ PolicyName = $IamPolicy.Name Arn = $IamPolicy.Arn PolicyDocument = $PolicyDocument.ToString() PolicyType = $PolicyType } UserPermissions.Policies.Add($Policy) } # Get any Groups that the user is a member of. $UserGroups = Get-IAMGroupForUser -UserName $IamUser.Username foreach ($UserGroup in $UserGroups) { $Group = Get-IAMGroupPermissions -GroupName $UserGroup.GroupName $UserPermissions.Groups.Add($Group) } return $UserPermissions <# .SYNOPSIS Returns permissions assigned to a user. .DESCRIPTION Returns an object containing user information and the permissions and policies assigned to a user. Also contains a collection of group objects the User is a member of (See Get-IAMGroupPermissions). .PARAMETER Username The Name of the user. .OUTPUTS An object containing user information and policies assigned to the user. .NOTES The User Object contains the following properties. Name Type ------------------- ---------------------- Arn String Username String UserId String CreateDate DateTime PasswordLastUsed DateTime Policies Collection of Policies assigned to the group. Groups Groups the user is a member of (Group Objects, see Get-IAMGroupPermissions) The Policy objects in the Policies collection have the following properties. Name Type ------------------- --------------------- PolicyName String Arn String (Applicable for managed policies only) PolicyDocument PsObject PolicyType String (either 'inline', 'AWSManaged', or 'Customer Managed') The PolicyDocument (and the role AssumedRolePolicyDocument) have the following properties Name Type ------------------- ------------------- Version String Statement PsObject(s) May be a single object or an array. The Statement Object has the following Properties Name Type -------------------- ------------------- Sid String Effect String (either Allow or Deny) Actions Array of String objects Resource String #> } function Get-IAMRolePermissions() { Param( [Parameter( Mandatory, ValueFromPipelineByPropertyName )] [string]$RoleName ) $IamRole = Get-IAMRole -RoleName $RoleName $AssumeRolePolicyDocument = [HttpUtility]::UrlDecode($IamRole.AssumeRolePolicyDocument) | ConvertFrom-Json $Role = [PSCustomObject]@{ Arn = $IamRole.Arn RoleName = $IamRole.RoleName RoleId = $IamRole.RoleId RoleLastUsed = $IamRole.RoleLastUsed CreateDate = $IamRole.CreateDate MaxSessionDuration = $IamRole.MaxSessionDuration AssumeRolePolicyDocument = $AssumeRolePolicyDocument Policies = [List[PsObject]]::New() } # Get inline policies $RoleInlinePolicies = Get-IAMRolePolicies -RoleName $RoleName If ($RoleInlinePolicies) { foreach ($RoleInlinePolicy in $RoleInlinePolicies) { $IamPolicy = Get-IAMRolePolicy -PolicyName $RoleInlinePolicy -RoleName $RoleName $PolicyDocument = [HttpUtility]::UrlDecode($IamPolicy.PolicyDocument) | ConvertFrom-Json $Policy = [PSCustomObject]@{ PolicyName = $IamPolicy.PolicyName Arn = "N/A" PolicyDocument = $PolicyDocument PolicyType = 'InLine' } $Role.Policies.Add($Policy) } } # Get any attached Policies $RoleAttachedPolicies = Get-IAMAttachedRolePolicies -RoleName $RoleName if ($RoleAttachedPolicies) { foreach ($RoleAttachedPolicy in $RoleAttachedPolicies) { $IamPolicy = Get-IamPolicy -PolicyArn $RoleAttachedPolicy.PolicyArn if ($IamPolicy.arn -like "*aws:policy*") { $PolicyType = 'AWS Managed' } else { $PolicyType = 'Customer Managed' } $VersionId = (Get-IAMPolicyVersions -PolicyArn $IamPolicy.Arn | Where-Object {$_.IsDefaultVersion -eq $True}).VersionId $PolicyDocument = [HttpUtility]::UrlDecode((Get-IAMPolicyVersion -PolicyArn $IamPolicy.Arn -VersionId $VersionId).Document) | ConvertFrom-Json $Policy = [PSCustomObject]@{ PolicyName = $IamPolicy.PolicyName Arn = $IamPolicy.Arn PolicyDocument = $PolicyDocument $PolicyType = $PolicyType } $Role.Policies.Add($Policy) } } return $Role <# .SYNOPSIS Returns the permissions assigned to a role. .DESCRIPTION Returns an object containing the permissions and policies assigned to a role. .PARAMETER RoleName The name of the role. .OUTPUTS A role permissions object. .NOTES The Role permissions object has the following properties. Name Type --------------------------- ---------------- Arn String RoleName String RoleId String CreateDate DateTime MaxSessionDuration Integer AssumeRolePolicyDocument PsObject Policies Collection of Policies assigned to the role. The Policy objects in the Policies collection have the following properties. Name Type ------------------- ------------------- PolicyName String Arn String (Applicable for managed policies only) PolicyDocument PsObject PolicyType String (either 'inline', 'AWSManaged', or 'Customer Managed') The PolicyDocument (and the role AssumedRolePolicyDocument) have the following properties Name Type ------------------- ------------------- Version String Statement PsObject(s) May be a single object or an array. The Statement Object has the following Properties Name Type -------------------- ------------------- Sid String Effect String (either Allow or Deny) Actions Array of String objects Resource String #> } function Get-EC2InstanceList() { [CmdletBinding()] Param( [string]$ProfileName, [switch]$IncludeAccountId, [switch]$NoProgress ) If ($ProfileName) { try { Set-AWSCredential -ProfileName $ProfileName } catch { throw $_ } } $EC2InstanceList = [List[psObject]]::New() $EC2Instances = (Get-EC2instance).Instances foreach ($EC2Instance in $EC2INstances) { $Tags = $EC2Instance.Tags $Name = $Tags[$Tags.Key.IndexOf("Name")].Value if (-not $NoProgress) { Write-Progress -Activity "Getting EC2 INstances" -Status $Name -PercentComplete (($EC2Instances.IndexOf($EC2Instance) / $EC2Instances.Count) * 100) } $State = $EC2Instance.State.Name $AvailabilityZone = (Get-EC2InstanceStatus -InstanceId $EC2Instance.InstanceId -IncludeAllInstance $true).AvailabilityZone $SecurityGroup = $EC2INstance.SecurityGroups.GroupName -join "," $SubnetTags = (Get-EC2Subnet -SubnetId $EC2Instance.SubnetId).Tags if ($SubnetTags) { $SubnetName = $SubnetTags[$SubnetTags.Key.IndexOf("Name")].Value } else { $SubnetName = $null } $Instance = [PSCustomObject]@{ Name = $Name InstanceId = $EC2Instance.InstanceId InstanceState = $State InstanceType = $EC2Instance.InstanceType ImageId = $EC2Instance.ImageId AvailabilityZone = $AvailabilityZone SecurityGroup = $SecurityGroup KeyName = $EC2Instance.KeyName PrivateIpAddress = $EC2Instance.PrivateIpAddress PrivateDnsName = $EC2Instance.PrivateDnsName PublicIPAddress = $EC2Instance.PublicIpAddress PublicDNSName = $EC2Instance.PublicDnsName SubnetId = $EC2Instance.SubnetId Subnet = $SubnetName LaunchTime = $EC2Instance.LaunchTime Platform = $EC2Instance.PlatformDetails Instance = $EC2Instance } If ($IncludeAccountId) { $AccountId = (Get-STSCallerIdentity).Account $Instance | Add-Member -MemberType NoteProperty -Name "AccountId" -Value $AccountId } $EC2InstanceList.Add($Instance) } return $EC2InstanceList.ToArray() <# .SYNOPSIS Returns a list of EC2 Instances .DESCRIPTION REturns a list of EC2 INstances with relevant properties. .PARAMETER ProfileName The saved EC2 profile to used to retrieve the data. .PARAMETER IncludeAccountId Include the account ID the EC2 INstance is in. .PARAMETER NoProgress Do not show the progress indicator. .OUTPUTS A collection of custom EC2 Instances. .NOTES Each EC2 instance object has the following properties. Name Type Description ------------------- --------- ------------------------- Name String Name of the Instance. InstanceId String Instance identifier. InstanceState String The state of the instance (Stopped or Running). InstanceType String The Instance type. AvailabilityZone String The availability zone the instance is in. SecurityGroup String The Security Groups assigned to the Instance. KeyName String The KMS Key assigned to the Instance. PrivateIpAddress String The Private IP address assigned to the Instance. PrivateDNSName String The Private DNS Name assigned to the instance. PublicIPAddress String The Public IP address assigned tot he instance. PublicDNSName String The Public DNS name assigned to the instance. SubnetId String The Subnet Assigned to the instance. Subnet String The Subnet Name. Platform String The Instance Platform i.e Windows Linux #> } function Get-DiskMappings() { function Convert-SCSITargetIdToDeviceName { param( [int]$SCSITargetId ) If ($SCSITargetId -eq 0) { return "sda1" } $deviceName = "xvd" If ($SCSITargetId -gt 25) { $deviceName += [char](0x60 + [int]($SCSITargetId / 26)) } $deviceName += [char](0x61 + $SCSITargetId % 26) return $deviceName } # [string[]]$array1 = @() # [string[]]$array2 = @() # [string[]]$array3 = @() # [string[]]$array4 = @() $Win32_Volumes = Get-CimInstance -ClassName Win32_Volume $VolNames = $Win32_Volumes.Name $VolIDs = $Win32_Volumes.DeviceID # Get-CimInstance -ClassName Win32_Volume | Select-Object Name, DeviceID | ForEach-Object { # $array1 += $_.Name # $array2 += $_.DeviceID # } $Serials = [List[PsObject]]::New() $FriendlyNames = [List[PsObject]]::New() foreach ($VolID in $VolIDs) { Write-Host "Getting disk information for volume $VolId" -ForegroundColor Green $disk = Get-Volume -Path $VolID | Get-Partition | Get-Disk $Serials.Add(($Disk.SerialNumber -replace "_[^ ]*$" -replace "vol", "vol-")) $FriendlyNames.Add($Disk.FriendlyName) } # $i = 0 # While ($i -ne ($array2.Count)) { # $array3 += ((Get-Volume -Path $array2[$i] | Get-Partition | Get-Disk).SerialNumber) -replace "_[^ ]*$" -replace "vol", "vol-" # $array4 += ((Get-Volume -Path $array2[$i] | Get-Partition | Get-Disk).FriendlyName) # $i ++ # } $DiskInfo = @{} foreach ($VolName in $VolNames) { $i = $VolNames.IndexOf($VolName) $Drive = [PSCustomObject]@{ DriveLetter = ($VolName.replace(':\\', '')) VolumeId = $VolIDs[$i] Serial = $Serials[$i] FriendlyName = $FriendlyNames[$i] } $DiskInfo.Add($VolName.replace(':\',''), $Drive) } # [array[]]$array = $VolNames, $VolIds, $Serials, $FriendlyNames Try { $InstanceId = Get-EC2InstanceMetadata -Category "InstanceId" $Region = Get-EC2InstanceMetadata -Category "Region" | Select-Object -ExpandProperty SystemName } Catch { Write-Host "Could not access the instance Metadata using AWS Get-EC2InstanceMetadata CMDLet. Verify you have AWSPowershell SDK version '3.1.73.0' or greater installed and Metadata is enabled for this instance." -ForegroundColor Yellow } Try { $BlockDeviceMappings = (Get-EC2Instance -Region $Region -Instance $InstanceId).Instances.BlockDeviceMappings [array]$VirtualDeviceMap = (Get-EC2InstanceMetadata -Category "BlockDeviceMapping").GetEnumerator() | ForEach-Object {$_} } Catch { Write-Host "Could not access the AWS API, therefore, VolumeId is not available. Verify that you provided your access keys or assigned an IAM role with adequate permissions." -ForegroundColor Yellow } Get-disk | ForEach-Object { $DriveLetter = $null $VolumeName = $null $VirtualDevice = $null $DeviceName = $_.FriendlyName $DiskDrive = $_ $Disk = $_.Number $Partitions = $_.NumberOfPartitions $EbsVolumeID = $_.SerialNumber -replace "_[^ ]*$" -replace "vol", "vol-" if ($Partitions -ge 1) { $PartitionsData = Get-Partition -DiskId $_.Path $DriveLetter = $PartitionsData.DriveLetter | Where-object { $_ -notin @("", $null) } $VolumeName = (Get-PSDrive | Where-Object { $_.Name -in @($DriveLetter) }).Description | Where-object { $_ -notin @("", $null) } } If ($DiskDrive.path -like "*PROD_PVDISK*") { $BlockDeviceName = Convert-SCSITargetIdToDeviceName((Get-CIMInstance -ClassName Win32_Diskdrive | Where-Object { $_.DeviceID -eq ("\\.\PHYSICALDRIVE" + $DiskDrive.Number) }).SCSITargetId) $BlockDeviceName = "/dev/" + $BlockDeviceName $BlockDevice = $BlockDeviceMappings | Where-Object { $BlockDeviceName -like "*" + $_.DeviceName + "*" } $EbsVolumeID = $BlockDevice.Ebs.VolumeId # $VirtualDevice = ($VirtualDeviceMap.GetEnumerator() | Where-Object { $_.Value -eq $BlockDeviceName }).Key | Select-Object -First 1 $VirtualDevice = $VirtualDeviceMap.Where({$_.Value -eq $BlockDeviceName}).Key | Select-Object -First 1 } ElseIf ($DiskDrive.path -like "*PROD_AMAZON_EC2_NVME*") { $BlockDeviceName = Convert-SCSITargetIdToDeviceName((Get-CIMInstance -ClassName Win32_Diskdrive | Where-Object { $_.DeviceID -eq ("\\.\PHYSICALDRIVE" + $DiskDrive.Number) }).SCSITargetId) $BlockDevice = $null #$VirtualDevice = ($VirtualDeviceMap.GetEnumerator() | Where-Object { $_.Value -eq $BlockDeviceName }).Key | Select-Object -First 1 $VirtualDevice = $VirtualDeviceMap.Where({$_.Value -eq $BlockDeviceName}).Key | Select-Object -First 1 } ElseIf ($DiskDrive.path -like "*PROD_AMAZON*") { if ($DriveLetter -match '^[a-zA-Z0-9]') { $DeviceName = $DiskInfo["$DriveLetter"].FriendlyName # $i = 0 # While ($i -ne ($array3.Count)) { # if ($array[2][$i] -eq $EbsVolumeID) { # $DriveLetter = $array[0][$i] # $DeviceName = $array[3][$i] # } # $i ++ # } } $BlockDevice = "" $BlockDeviceName = ($BlockDeviceMappings | Where-Object { $_.ebs.VolumeId -eq $EbsVolumeID }).DeviceName $VirtualDevice = $VirtualDeviceMap.Where({$_.Value -eq $BlockDeviceName}).Key | Select-Object -First 1 } ElseIf ($DiskDrive.path -like "*NETAPP*") { if ($DriveLetter -match '^[a-zA-Z0-9]') { $DeviceName = $DiskInfo["$DriveLetter"].FriendlyName # $i = 0 # While ($i -ne ($array3.Count)) { # if ($array[2][$i] -eq $EbsVolumeID) { # $DriveLetter = $array[0][$i] # $DeviceName = $array[3][$i] # } # $i ++ # } } $EbsVolumeID = "FSxN Volume" $BlockDevice = "" $BlockDeviceName = ($BlockDeviceMappings | Where-Object { $_.ebs.VolumeId -eq $EbsVolumeID }).DeviceName } Else { $BlockDeviceName = $null $BlockDevice = $null } New-Object PSObject -Property @{ Disk = $Disk; Partitions = $Partitions; DriveLetter = If ($null -eq $DriveLetter) { "N/A" } Else { $DriveLetter }; EbsVolumeId = If ($null -eq $EbsVolumeID) { "N/A" } Else { $EbsVolumeID }; Device = If ($null -eq $BlockDeviceName) { "N/A" } Else { $BlockDeviceName }; VirtualDevice = If ($null -eq $VirtualDevice) { "N/A" } Else { $VirtualDevice }; VolumeName = If ($null -eq $VolumeName) { "N/A" } Else { $VolumeName }; DeviceName = If ($null -eq $DeviceName) { "N/A" } Else { $DeviceName }; } } | Sort-Object Disk | Select-Object Disk, Partitions, DriveLetter, EbsVolumeId, Device, VirtualDevice, DeviceName, VolumeName <# .SYNOPSIS LIst disk mappings on an EC2 Instance. .DESCRIPTION List the disk mappings on an EC2 instance to reference the volume ID with the Windows volume and drive letter. This function must be run on an EC2 Windows instance. .OUTPUTS An array of disk objects. #> } function Set-SecretVault() { [CmdletBinding()] Param ( [Parameter(Mandatory)] [string]$VaultName, [ValidateSet('Password','None')] [string]$Authentication, [ValidateSet('Prompt','None')] [string]$Interaction ) $Config = Get-SecretStoreConfiguration | Where-Object {$_.Scope -eq "CurrentUser"} $Params = @{} If ($Authentication) { if ($Authentication -ne $Config.Authentication) { $Params.Add("Authentication", $Authentication) } } if ($Interaction) { if ($Interaction -ne $Config.Interaction) { $Params.Add("Interaction", $Interaction) } } If ($Params.Count -gt 0) { Set-SecretStoreConfiguration -Scope CurrentUser @Params } Register-SecretVault -Name $VaultName -ModuleName Microsoft.PowerShell.SecretStore -DefaultVault -AllowClobber Write-Host "Vault $VaultName Created" <# .DESCRIPTION Creates a Secrets vault and sets the option configuration parameters. Note: If you plan to use this vault for automation purposes you must set Authentication and Interaction to 'None'. .PARAMETER VaultName The Name of the vault. .PARAMETER Authentication The type of Authentication, Either 'Password' or 'None' .PARAMETER Interaction Allow or suppress user interaction. Either 'Prompt' or 'None'. If set to none and the vault requires a password an error will occur. .NOTES The powershell module SecretStore which this module uses does not support vaults outside the user scope. Therefor creating multiple vaults is redundant. SecretStore will just save secrets in all vaults. This is by design from Microsoft. It may change in the future. If you are using this vault for secure AWS Access keys you CANNOT set authentication to password. The credential_process functionality of the AWS credential process will hang waiting on the prompt and will not accept input from the console. You must set authentication and Interaction to 'none'. #> } function Set-SecureAWSCredentials() { [CmdletBinding()] Param ( [Parameter(Mandatory)] [String]$ProfileName, [string]$AccessKeyId, [Parameter(Mandatory)] [string]$SecretAccessKey, [string]$SessionToken, [Parameter(Mandatory)] [String]$Region, [datetime]$Expiration, [string]$VaultName ) $Cred = Get-AWSCredential -ProfileName $ProfileName if ($Cred) { Remove-AWSCredentialProfile -ProfileName $ProfileName -Force } $secretIn = @{ Version=1; AccessKeyId= $AccessKeyId; SecretAccessKey=$SecretAccessKey; } if ($SessionToken) { $SecretIn.Add("SessionToken", $SessionToken) } if ($Expiration) { $ExpDate = $Expiration.ToString("yyyy-MM-dd HH:mm:ss") $SecretIn.Add("Expiration", $ExpDate) } $secret = $secretIn | ConvertTo-Json $Params = @{ Name = $ProfileName Secret = $secret } if ($VaultName) { $Params.Add("Vault", $VaultName) } Set-Secret @Params $CredFile ="{0}/.aws/credentials" -f $home # Add-Content -Path $CredFile -Value "[$ProfileName]" if ($IsWindows) { $content = @" [$ProfileName] credential_process = credential_process.cmd "$ProfileName" region = $Region "@ Add-Content -Path $CredFile -Value $content } else { $content = @" [$ProfileName] credential_process = credential_process.sh "$ProfileName" region = $Region "@ Add-Content -Path $CredFile -Value $content } <# .SYNOPSIS Creates a secure entry in the aws credentials file. .DESCRIPTION Creates a secure entry in the AWS Credentials file. The AWS Keys are stored in a Secret vault created by Set-SecretVault. This credential entry uses a credential process. This process calls a script based on the Operating System. For Windows: credential_process.cmd For Linux/Mac: credential_process.sh Copy the appropriate file into a directory that is in the path. For Linux the best place is ~/.local/bin For Windows any directory that is in the path. For optimal security create a folder under the user profile and add that path to the User section of the Path Environment variable configuration. .PARAMETER ProfileName The name of the profile. To set a default profile you must name the profile default. .PARAMETER AccessKeyId The AWS Access Key ID. .PARAMETER SecretAccessKey The AWS Secret Access key. .PARAMETER SessionToken A Session Token for this credential. .PARAMETER Region The AWS Region for this profile. .PARAMETER Expiration An option expiration date, the stored secret will expire after this date/time. .PARAMETER VaultName An optional vault name. If omitted, the secret will be created in the default vault. #> } |