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AzureResourceInventory.ps1
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##########################################################################################
# #
# * Azure Resource Inventory ( ARI ) Report Generator * #
# #
# Version: 1.2.2 #
# Authors: Claudio Merola <[email protected]> #
# Renato Gregio <[email protected]> #
# #
# Date: 12/17/2020 #
# #
# https://github.com/RenatoGregio/AzureResourceInventory #
# #
# #
# DISCLAIMER: #
# Please note that while being developed by Microsoft employees, #
# Azure Resource Inventory is not a Microsoft service or product. #
# #
# Azure Resource Inventory is a personal driven project, there are none implicit #
# or explicit obligations related to this project, it is provided 'as is' with #
# no warranties and confer no rights. #
# #
##########################################################################################
param ($TenantID, [switch]$SkipSecurityCenter, $SubscriptionID)
$Runtime = Measure-Command -Expression {
if ($DebugPreference -eq 'Inquire') {
$DebugPreference = 'Continue'
}
$ErrorActionPreference = "silentlycontinue"
$DesktopPath = "C:\AzureResourceInventory"
$CSPath = "$HOME/AzureResourceInventory"
$Global:Resources = @()
$Global:Advisories = ''
$Global:Security = ''
$Global:Subscriptions = ''
<######################################### Help ################################################>
function usageMode() {
Write-Output ""
Write-Output ""
Write-Output "Usage: "
Write-Output "For CloudShell:"
Write-Output "./AzureResourceInventory.ps1"
Write-Output ""
Write-Output "For PowerShell Desktop:"
Write-Output "./AzureResourceInventory.ps1 -TenantID <Azure Tenant ID> -SubscriptionID <Subscription ID>"
Write-Output ""
Write-Output ""
}
<###################################################### Environment ######################################################################>
function Extractor {
function checkAzCli() {
Write-Host "Validating Az Cli.."
$azcli = az --version
if ($null -eq $azcli) {
Read-Host "Azure CLI Not Found. Press <Enter> to finish script"
Exit
}
Write-Host "Validating Az Cli Extension.."
$azcliExt = az extension list --output json | ConvertFrom-Json
if ($azcliExt.name -notin 'resource-graph') {
Write-Host "Adding Az Cli Extension"
az extension add --name resource-graph
}
Write-Host "Validating ImportExcel Module.."
$VarExcel = Get-InstalledModule -Name ImportExcel -ErrorAction silentlycontinue
if ($null -eq $VarExcel)
{
Write-Host "Trying to install ImportExcel Module.."
Install-Module -Name ImportExcel -Force
}
$VarExcel = Get-InstalledModule -Name ImportExcel -ErrorAction silentlycontinue
if ($null -eq $VarExcel)
{
Read-Host 'Admininstrator rights required to install ImportExcel Module. Press <Enter> to finish script'
Exit
}
}
function LoginSession() {
$Global:DefaultPath = "$DesktopPath\"
if ($TenantID -eq '' -or $null -eq $TenantID) {
write-host "Tenant ID not specified. Use -TenantID parameter if you want to specify directly. "
write-host "Authenticating Azure"
write-host ""
az account clear | Out-Null
az login | Out-Null
write-host ""
write-host ""
$Tenants = az account list --query [].homeTenantId -o tsv --only-show-errors | Get-Unique
if ($Tenants.Count -eq 1) {
write-host "You have privileges only in One Tenant "
write-host ""
$TenantID = $Tenants
}
else {
write-host "Select the the Azure Tenant ID that you want to connect : "
write-host ""
$SequenceID = 1
foreach ($TenantID in $Tenants) {
write-host "$SequenceID) $TenantID"
$SequenceID ++
}
write-host ""
[int]$SelectTenant = read-host "Select Tenant ( default 1 )"
$defaultTenant = --$SelectTenant
$TenantID = $Tenants[$defaultTenant]
}
write-host "Extracting from Tenant $TenantID"
$Global:Subscriptions = az account list --output json --only-show-errors | ConvertFrom-Json
$Global:Subscriptions = $Subscriptions | Where-Object { $_.tenantID -eq $TenantID }
if ($SubscriptionID) {
$Global:Subscriptions = $Subscriptions | Where-Object { $_.ID -eq $SubscriptionID }
}
}
else {
az account clear | Out-Null
az login -t $TenantID | Out-Null
$Global:Subscriptions = az account list --output json --only-show-errors | ConvertFrom-Json
$Global:Subscriptions = $Subscriptions | Where-Object { $_.tenantID -eq $TenantID }
if ($SubscriptionID) {
$Global:Subscriptions = $Subscriptions | Where-Object { $_.ID -eq $SubscriptionID }
}
}
}
function checkPS() {
if ($PSVersionTable.PSEdition -eq 'Desktop') {
$Global:PSEnvironment = "Desktop"
write-host "PowerShell Desktop Identified."
write-host ""
LoginSession
}
else {
$Global:PSEnvironment = "CloudShell"
write-host 'Azure CloudShell Identified.'
write-host ""
<#### For Azure CloudShell change your StorageAccount Name, Container and SAS for Grid Extractor transfer. ####>
$Global:DefaultPath = "$CSPath/"
$Global:Subscriptions = az account list --output json --only-show-errors | ConvertFrom-Json
}
}
<###################################################### Checking PowerShell ######################################################################>
checkAzCli
checkPS
<###################################################### Subscriptions ######################################################################>
Write-Progress -activity 'Azure Inventory' -Status "1% Complete." -PercentComplete 2 -CurrentOperation 'Discovering Subscriptions..'
$SubCount = $Subscriptions.count
Write-Debug ('Number of Subscriptions Found: ' + $SubCount)
Write-Progress -activity 'Azure Inventory' -Status "3% Complete." -PercentComplete 3 -CurrentOperation "$SubCount Subscriptions found.."
if ((Test-Path -Path $DefaultPath -PathType Container) -eq $false) {
New-Item -Type Directory -Force -Path $DefaultPath | Out-Null
}
<######################################################## RESOURCES #######################################################################>
Write-Progress -activity 'Azure Inventory' -Status "4% Complete." -PercentComplete 4 -CurrentOperation "Starting Resources extraction jobs.."
Foreach ($Subscription in $Subscriptions) {
Write-Debug ('Extracting total number of Resources from Subscription: ' + $Subscription.Name)
Start-Job -Name ('Resources_'+$Subscription.id) -ScriptBlock {
$SUBID = $args.id
az account set --subscription $SUBID
$EnvSize = az graph query -q "resources | where subscriptionId == '$SUBID' | summarize count()" --output json --only-show-errors | ConvertFrom-Json
$EnvSizeNum = $EnvSize.'count_'
if ($EnvSizeNum -ge 1) {
$Loop = $EnvSizeNum / 1000
$Loop = [math]::ceiling($Loop)
$Looper = 0
$Limit = 0
while ($Looper -lt $Loop) {
$Resource = az graph query -q "resources | where subscriptionId == '$SUBID' | order by id asc" --skip $Limit --first 1000 --output json --only-show-errors | ConvertFrom-Json
$Resources += $Resource
Start-Sleep 3
$Looper ++
$Limit = $Limit + 1000
}
}
$Resources
} -ArgumentList $Subscription
}
<######################################################### ADVISOR ######################################################################>
Write-Debug ('Extracting total number of Advisories from Tenant')
$AdvSize = az graph query -q "advisorresources | summarize count()" --output json --only-show-errors | ConvertFrom-Json
$AdvSizeNum = $AdvSize.'count_'
Write-Progress -activity 'Azure Inventory' -Status "5% Complete." -PercentComplete 5 -CurrentOperation "Starting Advisories extraction jobs.."
if ($AdvSizeNum -ge 1) {
Start-Job -name 'Advisories' -ScriptBlock {
$Loop = $($args[0]) / 1000
$Loop = [math]::ceiling($Loop)
$Looper = 0
$Limit = 0
$Adv = @()
while ($Looper -lt $Loop)
{
$Looper ++
$Advisor = az graph query -q "advisorresources | order by id asc" --skip $Limit --first 1000 --output json --only-show-errors | ConvertFrom-Json
$Adv += $Advisor
Start-Sleep 3
$Limit = $Limit + 1000
}
$Adv
} -ArgumentList $AdvSizeNum
}
<######################################################### Security Center ######################################################################>
if ($SkipSecurityCenter.IsPresent) {
Write-Host " Skiping Secuity Center Extraction"
Write-Host " You set Azure Resource Inventory to not collect Security Center Advisories."
Write-Host " "
Write-Host " Collecting Security Center Can increase considerably the execution time of Azure Resource Inventory and the size of final report "
Write-Host " "
Write-Host " To skip Security Center report use <-SkipSecurityCenter> parameter. "
Write-Host " "
}
else
{
Write-Progress -activity 'Azure Inventory' -Status "6% Complete." -PercentComplete 6 -CurrentOperation "Starting Security Advisories extraction jobs.."
Write-Host " Azure Resource Inventory are collecting Security Center Advisories."
Write-Host " Collecting Security Center Can increase considerably the execution time of Azure Resource Inventory and the size of final report "
Write-Host " "
Write-Host " If you want to skip Security Center report use <-SkipSecurityCenter> parameter. "
Write-Host " "
Write-Debug ('Extracting total number of Security Advisories from Tenant')
$SecSize = az graph query -q "securityresources | where properties['status']['code'] == 'Unhealthy' | summarize count()" --output json --only-show-errors | ConvertFrom-Json
$SecSizeNum = $SecSize.'count_'
if ($SecSizeNum -ge 1)
{
Start-Job -name 'SecAdvisories' -ScriptBlock {
$Loop = $($args[0]) / 1000
$Loop = [math]::ceiling($Loop)
$Looper = 0
$Limit = 0
$Sec = @()
while ($Looper -lt $Loop)
{
$Looper ++
$SecCenter = az graph query -q "securityresources | order by id asc | where properties['status']['code'] == 'Unhealthy'" --skip $Limit --first 1000 --output json --only-show-errors | ConvertFrom-Json
$Sec += $SecCenter
Start-Sleep 3
$Limit = $Limit + 1000
}
$Sec
} -ArgumentList $SecSizeNum
}
}
Write-Progress -activity 'Azure Inventory' -PercentComplete 20
while (get-job | Where-Object { $_.State -eq 'Running' }) {
$jb = get-job
$c = (((($jb.count - ($jb | Where-Object { $_.State -eq 'Running' }).Count)) / $jb.Count) * 100)
$c = [math]::Round($c)
Write-Progress -Id 1 -activity "Running Inventory Jobs" -Status "$c% Complete." -PercentComplete $c
Start-Sleep -Seconds 2
}
Write-Progress -Id 1 -activity "Running Inventory Jobs" -Status "100% Complete." -Completed
}
<######################################################### END Extractor Function ######################################################################>
<####################################################### Importing Data to Excel #####################################################################>
function ImportDataExcel {
$SUBs = $Subscriptions
Write-Progress -activity 'Azure Inventory' -Status "21% Complete." -PercentComplete 21 -CurrentOperation "Starting to process extraction data.."
Foreach ($Subscription in $Subscriptions)
{
$Resource = Receive-Job -Name ('Resources_'+$Subscription.id)
$Global:Resources += $Resource
}
$Global:Advisories = Receive-Job -name 'Advisories'
if (!($SkipSecurityCenter.IsPresent))
{
$Global:Security = Receive-Job -Name 'SecAdvisories'
}
get-job | Remove-Job
<######################################################### RESOURCES JOB ######################################################################>
Write-Progress -activity 'Azure Inventory' -Status "22% Complete." -PercentComplete 22 -CurrentOperation "Starting to process extraction data.."
$VM = @()
$VMDisk = @()
$StorageAcc = @()
$VNET = @()
$VMNIC = @()
$NSG = @()
$VMExp = @()
$VNETGTW = @()
$SQLVM = @()
$DB = @()
$RB = @()
$AUT = @()
$PIP = @()
$EVTHUB = @()
$MySQL = @()
$POSTGRE = @()
$SERVERFARM = @()
$WRKSPACE = @()
$AKS = @()
$CON = @()
$AVSET = @()
$SITES = @()
$VMSCS = @()
$LB = @()
$SQLSERVER = @()
ForEach ($Resource in $Resources) {
if ($Resource.TYPE -eq 'microsoft.compute/virtualmachines') { $VM += $Resource }
if ($Resource.TYPE -eq 'microsoft.compute/disks' ) { $VMDisk += $Resource }
if ($Resource.TYPE -eq 'microsoft.storage/storageaccounts') { $StorageAcc += $Resource }
if ($Resource.TYPE -eq 'microsoft.network/virtualnetworks') { $VNET += $Resource }
if ($Resource.TYPE -eq 'microsoft.network/networkinterfaces') { $VMNIC += $Resource }
if ($Resource.TYPE -eq 'microsoft.network/networksecuritygroups') { $NSG += $Resource }
if ($Resource.TYPE -eq 'microsoft.compute/virtualmachines/extensions' ) { $VMExp += $Resource }
if ($Resource.TYPE -eq 'microsoft.network/virtualnetworkgateways' ) { $VNETGTW += $Resource }
if ($Resource.TYPE -eq 'microsoft.sqlvirtualmachine/sqlvirtualmachines' ) { $SQLVM += $Resource }
if ($Resource.TYPE -eq 'microsoft.sql/servers/databases' -and $_.name -ne 'master' ) { $DB += $Resource }
if ($Resource.TYPE -eq 'microsoft.automation/automationaccounts/runbooks' ) { $RB += $Resource }
if ($Resource.TYPE -eq 'microsoft.automation/automationaccounts' ) { $AUT += $Resource }
if ($Resource.TYPE -eq 'microsoft.network/publicipaddresses') { $PIP += $Resource }
if ($Resource.TYPE -eq 'microsoft.eventhub/namespaces' ) { $EVTHUB += $Resource }
if ($Resource.TYPE -eq 'microsoft.dbformysql/servers') { $MySQL += $Resource }
if ($Resource.TYPE -eq 'microsoft.dbforpostgresql/servers' ) { $POSTGRE += $Resource }
if ($Resource.TYPE -eq 'microsoft.web/serverfarms' ) { $SERVERFARM += $Resource }
if ($Resource.TYPE -eq 'microsoft.operationalinsights/workspaces') { $WRKSPACE += $Resource }
if ($Resource.TYPE -eq 'microsoft.containerservice/managedclusters' ) { $AKS += $Resource }
if ($Resource.TYPE -eq 'microsoft.containerinstance/containergroups') { $CON += $Resource }
if ($Resource.TYPE -eq 'microsoft.compute/availabilitysets' ) { $AVSET += $Resource }
if ($Resource.TYPE -eq 'microsoft.web/sites' ) { $SITES += $Resource }
if ($Resource.TYPE -eq 'microsoft.compute/virtualmachinescalesets' ) { $VMSCS += $Resource }
if ($Resource.TYPE -eq 'microsoft.network/loadbalancers' ) { $LB += $Resource }
if ($Resource.TYPE -eq 'microsoft.sql/servers' ) { $SQLSERVER += $Resource }
}
<######################################################### ADVISORY JOB ######################################################################>
Start-Job -Name 'Advisory' -ScriptBlock {
$obj = ''
$tmp = @()
foreach ($1 in $($args)) {
$data = $1.PROPERTIES
$obj = @{
'ResourceGroup' = $1.RESOURCEGROUP;
'Affected Resource Type' = $data.impactedField;
'Name' = $data.impactedValue;
'Category' = $data.category;
'Impact' = $data.impact;
'Score' = $data.extendedproperties.score;
'Problem' = $data.shortDescription.problem
}
$tmp += $obj
}
$tmp
} -ArgumentList $Advisories | Out-Null
<######################################################### SECURITY CENTER JOB ######################################################################>
Start-Job -Name 'Security' -ScriptBlock {
$obj = ''
$tmp = @()
foreach ($1 in $($args[0])) {
$data = $1.PROPERTIES
$sub1 = $($args[1]) | Where-Object { $_.id -eq $1.properties.resourceDetails.Id.Split("/")[2] }
$obj = @{
'Subscription ID' = $sub1.Name;
'Resource Group' = $1.RESOURCEGROUP;
'Resource Type' = $data.resourceDetails.Id.Split("/")[7];
'Resource Name' = $data.resourceDetails.Id.Split("/")[8];
'Categories' = [string]$data.metadata.categories;
'Control' = $data.displayName;
'Severity' = $data.metadata.severity;
'Status' = $data.status.code;
'Remediation' = $data.metadata.remediationDescription;
'Remediation Effort' = $data.metadata.implementationEffort;
'User Impact' = $data.metadata.userImpact;
'Threats' = [string]$data.metadata.threats
}
$tmp += $obj
}
$tmp
} -ArgumentList $Security, $Subs | Out-Null
<######################################################### COMPUTE RESOURCE GROUP JOB ######################################################################>
Start-Job -Name 'Compute' -ScriptBlock {
$job = @()
$VM = ([PowerShell]::Create()).AddScript( { param($Sub, $VM, $NIC, $NSG, $EXT)
$vm = $VM
$vmexp = $EXT
$nic = $NIC
$nsg = $NSG
$Subs = $Sub
$obj = ''
$tmp = @()
foreach ($1 in $vm) {
$sub1 = $SUBs | Where-Object { $_.id -eq $1.subscriptionId }
$data = $1.PROPERTIES
$os = if ($null -eq $data.OSProfile.LinuxConfiguration) { 'Windows' }else { 'Linux' }
$AVSET = ''
$dataSize = ''
$StorAcc = ''
$UpdateMgmt = if ($null -eq $data.osProfile.LinuxConfiguration.patchSettings.patchMode) {$data.osProfile.WindowsConfiguration.patchSettings.patchMode} else {$data.osProfile.LinuxConfiguration.patchSettings.patchMode}
$ext = @()
$AzDiag = ''
$Azinsights = ''
$ext = ($vmexp | Where-Object { ($_.id -split "/")[8] -eq $1.name }).properties.Publisher
if ($null -ne $ext) {
$ext = foreach ($ex in $ext) {
if ($ex | Where-Object { $_ -eq 'Microsoft.Azure.Performance.Diagnostics' }) { $AzDiag = $true }
if ($ex | Where-Object { $_ -eq 'Microsoft.EnterpriseCloud.Monitoring' }) { $Azinsights = $true }
$ex + ', '
}
$ext = [string]$ext
$ext = $ext.Substring(0, $ext.Length - 2)
}
if ($null -ne $data.availabilitySet) { $AVSET = 'True' }else { $AVSET = 'False' }
if ($data.diagnosticsProfile.bootDiagnostics.enabled -eq $true) { $bootdg = $true }else { $bootdg = $false }
if ($null -ne $data.storageProfile.dataDisks.managedDisk.storageAccountType) {
$StorAcc = if ($data.storageProfile.dataDisks.managedDisk.storageAccountType.count -ge 2) { ($data.storageProfile.dataDisks.managedDisk.storageAccountType.count.ToString() + ' Disks found.') }else { $data.storageProfile.dataDisks.managedDisk.storageAccountType }
$dataSize = if ($data.storageProfile.dataDisks.managedDisk.storageAccountType.count -ge 2) { ($data.storageProfile.dataDisks.diskSizeGB | Measure-Object -Sum).Sum }else { $data.storageProfile.dataDisks.diskSizeGB }
}
if ($null -ne $data.networkProfile.networkInterfaces.id) {
foreach ($2 in $data.networkProfile.networkInterfaces.id) {
$vmnic = $nic | Where-Object { $_.ID -eq $2 }
$vmnsg = $nsg | Where-Object { $_.properties.networkInterfaces.id -eq $2 }
foreach ($3 in $vmnic.properties.ipConfigurations.properties) {
$obj = @{
'Subscription' = $sub1.name;
'Resource Group' = $1.RESOURCEGROUP;
'Computer Name' = $1.NAME;
'Location' = $1.LOCATION;
'Zone' = [string]$1.ZONES;
'Availability Set' = $AVSET;
'VM Size' = $data.hardwareProfile.vmSize;
'Image Reference' = $data.storageProfile.imageReference.publisher;
'Image Version' = $data.storageProfile.imageReference.exactVersion;
'SKU' = $data.storageProfile.imageReference.sku;
'Admin Username' = $data.osProfile.adminUsername;
'OS Type' = $os;
'Update Management' = $UpdateMgmt;
'Boot Diagnostics' = $bootdg;
'Performance Diagnostic Agent' = if ($azDiag -ne '') { $true }else { $false };
'Azure Monitor' = if ($Azinsights -ne '') { $true }else { $false };
'OS Disk Storage Type' = $data.storageProfile.osDisk.managedDisk.storageAccountType;
'OS Disk Size (GB)' = $data.storageProfile.osDisk.diskSizeGB;
'Data Disk Storage Type' = $StorAcc;
'Data Disk Size (GB)' = $dataSize;
'Power State' = $data.extended.instanceView.powerState.displayStatus;
'NIC Name' = $vmnic.name;
'NIC Type' = $vmnic.properties.nicType;
'NSG' = if ($null -eq $vmnsg.NAME) { 'None' }else { $vmnsg.NAME };
'Enable Accelerated Networking' = $vmnic.properties.enableAcceleratedNetworking;
'Enable IP Forwarding' = $vmnic.properties.enableIPForwarding;
'Primary IP' = $3.primary;
'Private IP Version' = $3.privateIPAddressVersion;
'Private IP Address' = $3.privateIPAddress;
'Private IP Allocation Method' = $3.privateIPAllocationMethod;
'VM Extensions' = $ext
}
$tmp += $obj
}
}
}
else {
$obj = @{
'Subscription' = $sub1.name;
'Resource Group' = $1.RESOURCEGROUP;
'Computer Name' = $1.NAME;
'Location' = $1.LOCATION;
'Zone' = [string]$1.ZONES;
'Availability Set' = $AVSET;
'VM Size' = $data.hardwareProfile.vmSize;
'Image Reference' = $data.storageProfile.imageReference.publisher;
'Image Version' = $data.storageProfile.imageReference.exactVersion;
'SKU' = $data.storageProfile.imageReference.sku;
'Admin Username' = $data.osProfile.adminUsername;
'OS Type' = $os;
'Update Management' = $UpdateMgmt;
'Boot Diagnostics' = $bootdg;
'Performance Diagnostic Agent' = if ($azDiag -ne '') { $true }else { $false };
'Azure Monitor' = if ($Azinsights -ne '') { $true }else { $false };
'OS Disk Storage Type' = $data.storageProfile.osDisk.managedDisk.storageAccountType;
'OS Disk Size (GB)' = $data.storageProfile.osDisk.diskSizeGB;
'Data Disk Storage Type' = $StorAcc;
'Data Disk Size (GB)' = $dataSize;
'Power State' = $data.extended.instanceView.powerState.displayStatus;
'NIC Name' = $null;
'NIC Type' = $null;
'NSG' = 'None';
'Enable Accelerated Networking' = $null;
'Enable IP Forwarding' = $null;
'Primary IP' = $null;
'Private IP Version' = $null;
'Private IP Address' = $null;
'Private IP Allocation Method' = $null;
'VM Extensions' = $ext
}
$tmp += $obj
}
}
$tmp
}).AddArgument($($args[0])).AddArgument($($args[1])).AddArgument($($args[2])).AddArgument($($args[3])).AddArgument($($args[4]))
$VMDisk = ([PowerShell]::Create()).AddScript( { param($Sub, $VMDisk)
$tmp = @()
$disk = $VMDisk
$Subs = $Sub
foreach ($1 in $disk) {
$sub1 = $SUBs | Where-Object { $_.id -eq $1.subscriptionId }
$data = $1.PROPERTIES
$SKU = $1.SKU
$obj = @{
'Subscription' = $sub1.name;
'Resource Group' = $1.RESOURCEGROUP;
'Virtual Machine' = $1.MANAGEDBY.split('/')[8];
'Disk Name' = $1.NAME;
'Location' = $1.LOCATION;
'Zone' = [string]$1.ZONES;
'SKU' = $SKU.Name;
'Disk Size' = $data.diskSizeGB;
'Encryption' = $data.encryption.type;
'OS Type' = $data.osType;
'Disk IOPS Read / Write' = $data.diskIOPSReadWrite;
'Disk MBps Read / Write' = $data.diskMBpsReadWrite;
'Disk State' = $data.diskState;
'HyperV Generation' = $data.hyperVGeneration
}
$tmp += $obj
}
$tmp
}).AddArgument($($args[0])).AddArgument($($args[5]))
$SQLVM = ([PowerShell]::Create()).AddScript( { param($Sub, $SQLVM)
$tmp = @()
$sqlvm = $SQLVM
$Subs = $Sub
foreach ($1 in $sqlvm) {
$sub1 = $SUBs | Where-Object { $_.id -eq $1.subscriptionId }
$data = $1.PROPERTIES
$obj = @{
'Subscription' = $sub1.name;
'ResourceGroup' = $1.RESOURCEGROUP;
'Name' = $1.NAME;
'Location' = $1.LOCATION;
'Zone' = $1.ZONES;
'SQL Server License Type' = $data.sqlServerLicenseType;
'SQL Image' = $data.sqlImageOffer;
'SQL Management' = $data.sqlManagement;
'SQL Image Sku' = $data.sqlImageSku
}
$tmp += $obj
}
$tmp
}).AddArgument($($args[0])).AddArgument($($args[6]))
$WebServerFarm = ([PowerShell]::Create()).AddScript( { param($Sub, $SERVERFARM)
$tmp = @()
$webfarm = $SERVERFARM
$Subs = $Sub
foreach ($1 in $webfarm) {
$sub1 = $SUBs | Where-Object { $_.id -eq $1.subscriptionId }
$data = $1.PROPERTIES
$sku = $1.SKU
$obj = @{
'Subscription' = $sub1.name;
'Resource Group' = $1.RESOURCEGROUP;
'Name' = $1.NAME;
'Location' = $1.LOCATION;
'SKU' = $sku.name;
'SKU Family' = $sku.family;
'Tier' = $sku.tier;
'Capacity' = $sku.capacity;
'Workers' = $data.currentNumberOfWorkers;
'Compute Mode' = $data.computeMode;
'Max Elastic Workers' = $data.maximumElasticWorkerCount;
'Max Workers' = $data.maximumNumberOfWorkers;
'Worker Kind' = $data.kind;
'Number Of Sites' = $data.numberOfSites;
'Plan Name' = $data.planName
}
$tmp += $obj
}
$tmp
}).AddArgument($($args[0])).AddArgument($($args[7]))
$AKS = ([PowerShell]::Create()).AddScript( { param($Sub, $AKS)
$tmp = @()
$AKS = $AKS
$Subs = $Sub
foreach ($1 in $AKS) {
$sub1 = $SUBs | Where-Object { $_.id -eq $1.subscriptionId }
$data = $1.PROPERTIES
if ($data.kubernetesVersion -lt 1.17) {
$ver = 'UNSUPPORTED'
}
else {
$ver = 'SUPPORTED'
}
foreach ($2 in $data.agentPoolProfiles) {
$obj = @{
'Subscription' = $sub1.name;
'Resource Group' = $1.RESOURCEGROUP;
'Clusters' = $1.NAME;
'Location' = $1.LOCATION;
'Kubernetes Version' = $data.kubernetesVersion;
'Kubernetes Version Support' = $ver;
'Role-Based Access Control' = $data.enableRBAC;
'AAD Enabled' = if ($data.aadProfile) { $true }else { $false };
'Network Type' = $data.networkProfile.networkPlugin;
'Outbound Type' = $data.networkProfile.outboundType;
'LoadBalancer Sku' = $data.networkProfile.loadBalancerSku;
'Docker Pod Cidr' = $data.networkProfile.podCidr;
'Service Cidr' = $data.networkProfile.serviceCidr;
'Docker Bridge Cidr' = $data.networkProfile.dockerBridgeCidr;
'Network DNS Service IP' = $data.networkProfile.dnsServiceIP;
'FQDN' = $data.fqdn
'HTTP Application Routing' = if ($data.addonProfiles.httpapplicationrouting.enabled) { $true }else { $false };
'Node Pool Name' = $2.name;
'Pool Profile Type' = $2.type;
'Pool OS' = $2.osType;
'Node Size' = $2.vmSize;
'OS Disk Size (GB)' = $2.osDiskSizeGB;
'Nodes' = $2.count;
'Autoscale' = $2.enableAutoScaling;
'Autoscale Max' = $2.maxCount;
'Autoscale Min' = $2.minCount;
'Max Pods Per Node' = $2.maxPods;
'Orchestrator Version' = $2.orchestratorVersion;
'Enable Node Public IP' = $2.enableNodePublicIP;
}
$tmp += $obj
}
}
$tmp
}).AddArgument($($args[0])).AddArgument($($args[8]))
$VMSCS = ([PowerShell]::Create()).AddScript( { param($Sub, $vmscs)
$tmp = @()
$vmscs = $vmscs
$Subs = $Sub
foreach ($1 in $vmscs) {
$sub1 = $SUBs | Where-Object { $_.id -eq $1.subscriptionId }
$data = $1.PROPERTIES
foreach ($2 in $data.virtualMachineProfile.networkProfile.networkInterfaceConfigurations) {
$obj = @{
'Subscription' = $sub1.name;
'Resource Group' = $1.RESOURCEGROUP;
'Name' = $1.NAME;
'Location' = $1.LOCATION;
'SKU Tier' = $1.sku.tier;
'Fault Domain' = $data.platformFaultDomainCount;
'Upgrade Policy' = $data.upgradePolicy.mode;
'Capacity' = $1.sku.capacity;
'VM Size' = $1.sku.name;
'VM OS' = if ($null -eq $data.virtualMachineProfile.osProfile.LinuxConfiguration) { 'Windows' }else { 'Linux' };
'Network Interface Name' = $2.name;
'Enable Accelerated Networking' = $2.properties.enableAcceleratedNetworking;
'Enable IP Forwarding' = $2.properties.enableIPForwarding;
'Admin Username' = $data.virtualMachineProfile.osProfile.adminUsername;
'VM Name Prefix' = $data.virtualMachineProfile.osProfile.computerNamePrefix
}
$tmp += $obj
}
}
$tmp
}).AddArgument($($args[0])).AddArgument($($args[9]))
$CON = ([PowerShell]::Create()).AddScript( { param($Sub, $con)
$tmp = @()
$con = $con
$Subs = $Sub
foreach ($1 in $con) {
$sub1 = $SUBs | Where-Object { $_.id -eq $1.subscriptionId }
$data = $1.PROPERTIES
foreach ($2 in $data.containers) {
$obj = @{
'Subscription' = $sub1.name;
'Resource Group' = $1.RESOURCEGROUP;
'Instance Name' = $1.NAME;
'Location' = $1.LOCATION;
'Instance OS Type' = $data.osType;
'Container Name' = $2.name;
'Container State' = $2.properties.instanceView.currentState.state;
'Container Image' = [string]$2.properties.image;
'Restart Count' = $2.properties.instanceView.restartCount;
'Start Time' = $2.properties.instanceView.currentState.startTime;
'Command' = [string]$2.properties.command;
'Request CPU' = $2.properties.resources.requests.cpu;
'Request Memory (GB)' = $2.properties.resources.requests.memoryInGB;
'IP' = $data.ipAddress.ip;
'Protocol' = [string]$2.properties.ports.protocol;
'Port' = [string]$2.properties.ports.port
}
$tmp += $obj
}
}
$tmp
}).AddArgument($($args[0])).AddArgument($($args[10]))
$SQLSRV = ([PowerShell]::Create()).AddScript( { param($Sub, $SQLSERVER)
$tmp = @()
$SQLServer = $SQLSERVER
$Subs = $Sub
foreach ($1 in $SQLServer) {
$Progress = ($Counter / $SQLServer.count) * 100
$Progress = [math]::Round($Progress)
Write-Progress -id 1 -activity "Building SQL Servers Report" -Status "$Progress% Complete." -PercentComplete $Progress
$Counter ++
$sub1 = $SUBs | Where-Object { $_.id -eq $1.subscriptionId }
$data = $1.PROPERTIES
$obj = @{
'Subscription' = $sub1.name;
'Resource Group' = $1.RESOURCEGROUP;
'Name' = $1.NAME;
'Location' = $1.LOCATION;
'Kind' = $1.kind;
'Admin Login' = $data.administratorLogin;
'FQDN' = $data.fullyQualifiedDomainName;
'Public Network Access' = $data.publicNetworkAccess;
'State' = $data.state;
'Version' = $data.version
}
$tmp += $obj
}
$tmp
}).AddArgument($($args[0])).AddArgument($($args[11]))
$jobVM = $VM.BeginInvoke()
$jobVMDisk = $VMDisk.BeginInvoke()
$jobSQLVM = $SQLVM.BeginInvoke()
$jobSERVERFARM = $WebServerFarm.BeginInvoke()
$jobAKS = $AKS.BeginInvoke()
$jobVMSCS = $VMSCS.BeginInvoke()
$jobCON = $CON.BeginInvoke()
$jobSQLSRV = $SQLSRV.BeginInvoke()
$job += $jobVM
$job += $jobVMDisk
$job += $jobSQLVM
$job += $jobSERVERFARM
$job += $jobAKS
$job += $jobVMSCS
$job += $jobCON
$job += $jobSQLSRV
while ($Job.Runspace.IsCompleted -contains $false) {}
$VMS = $VM.EndInvoke($jobVM)
$VMDiskS = $VMDisk.EndInvoke($jobVMDisk)
$SQLVMS = $SQLVM.EndInvoke($jobSQLVM)
$WebServerFarmS = $WebServerFarm.EndInvoke($jobSERVERFARM)
$AKSS = $AKS.EndInvoke($jobAKS)
$VMSCSS = $VMSCS.EndInvoke($jobVMSCS)
$CONS = $CON.EndInvoke($jobCON)
$SQLSRVS = $SQLSRV.EndInvoke($jobSQLSRV)
$VM.Dispose()
$VMDisk.Dispose()
$SQLVM.Dispose()
$WebServerFarm.Dispose()
$AKS.Dispose()
$VMSCS.Dispose()
$CON.Dispose()
$SQLSRV.Dispose()
$AzCompute = @{
'VM' = $VMS;
'VMDisk' = $VMDiskS;
'SQLVM' = $SQLVMS;
'SERVERFARM' = $WebServerFarmS;
'AKS' = $AKSS;
'VMSCS' = $VMSCSS;
'CON' = $CONS;
'SQLSERVER' = $SQLSRVS
}
$AzCompute
} -ArgumentList $SUBs, $VM, $VMNIC, $NSG, $VMExp, $VMDisk, $SQLVM, $SERVERFARM, $AKS, $VMSCS, $CON, $SQLSERVER | Out-Null
<######################################################### NETWORK RESOURCE GROUP JOB ######################################################################>
Start-Job -Name 'Network' -ScriptBlock {
$job = @()
$VNET = ([PowerShell]::Create()).AddScript( { param($Sub, $VNet)
$tmp = @()
$vnet = $VNet
$Subs = $Sub
foreach ($1 in $vnet) {
$sub1 = $SUBs | Where-Object { $_.id -eq $1.subscriptionId }
$data = $1.PROPERTIES
foreach ($2 in $data.addressSpace.addressPrefixes) {
foreach ($3 in $data.subnets) {
$obj = @{
'Subscription' = $sub1.name;
'Resource Group' = $1.RESOURCEGROUP;
'Name' = $1.NAME;
'Location' = $1.LOCATION;
'Zone' = $1.ZONES;
'Address Space' = $2;
'Enable DDOS Protection' = $data.enableDdosProtection;
'Enable VM Protection' = $data.enableVmProtection;
'Subnet Name' = $3.name;
'Subnet Prefix' = $3.properties.addressPrefix;
'Subnet Private Link Service Network Policies' = $3.properties.privateLinkServiceNetworkPolicies;
'Subnet Private Endpoint Network Policies' = $3.properties.privateEndpointNetworkPolicies
}
$tmp += $obj
}
}
}
$tmp
}).AddArgument($($args[0])).AddArgument($($args[1]))
$VNETGTW = ([PowerShell]::Create()).AddScript( { param($Sub, $VNETGTW)
$tmp = @()
$vgtws = $VNETGTW
$Subs = $Sub
foreach ($1 in $vgtws) {
$sub1 = $SUBs | Where-Object { $_.id -eq $1.subscriptionId }
$data = $1.PROPERTIES
$obj = @{
'Subscription' = $sub1.name;
'Resource Group' = $1.RESOURCEGROUP;
'Name' = $1.NAME;
'Location' = $1.LOCATION;
'SKU' = $data.sku.tier;
'Active-active mode' = $data.activeActive;
'Gateway Type' = $data.gatewayType;
'Gateway Generation' = $data.vpnGatewayGeneration;
'VPN Type' = $data.vpnType;
'Enable Private Address' = $data.enablePrivateIpAddress;
'Enable BGP' = $data.enableBgp;
'BGP ASN' = $data.bgpsettings.asn;
'BGP Peering Address' = $data.bgpSettings.bgpPeeringAddress;
'BGP Peer Weight' = $data.bgpSettings.peerWeight;
'Gateway Public IP' = [string]$data.ipConfigurations.properties.publicIPAddress.id.split("/")[8];
'Gateway Subnet Name' = [string]$data.ipConfigurations.properties.subnet.id.split("/")[8];
}
$tmp += $obj
}
$tmp
}).AddArgument($($args[0])).AddArgument($($args[2]))
$PIP = ([PowerShell]::Create()).AddScript( { param($Sub, $PIP)
$tmp = @()
$pubip = $PIP
$Subs = $Sub
foreach ($1 in $pubip) {
$sub1 = $SUBs | Where-Object { $_.id -eq $1.subscriptionId }
$data = $1.PROPERTIES
if ($null -ne $data.ipConfiguration.id) {
$obj = @{
'Subscription' = $sub1.name;
'Resource Group' = $1.RESOURCEGROUP;
'Name' = $1.NAME;
'SKU' = $1.SKU.Name;
'Location' = $1.LOCATION;
'Type' = $data.publicIPAllocationMethod;
'Version' = $data.publicIPAddressVersion;
'IP Address' = $data.ipAddress;
'Associated Resource' = $data.ipConfiguration.id.split('/')[8];
'Associated Resource Type' = $data.ipConfiguration.id.split('/')[7]
}
$tmp += $obj
}
else {
$obj = @{
'Subscription' = $sub1.name;
'Resource Group' = $1.RESOURCEGROUP;
'Name' = $1.NAME;
'SKU' = $1.SKU.Name;
'Location' = $1.LOCATION;
'Type' = $data.publicIPAllocationMethod;
'Version' = $data.publicIPAddressVersion;