public/New-F5Stack.ps1
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function New-F5Stack { <# .SYNOPSIS Automates the deployment of a new project for inbound access on a given domain name. .Description Creates a new node, new pool, new listening virtual server, client ssl profile, server ssl profile, switching irule, and ASM policy for given parameters. Applies the irule to the appropriate proxy VS. ======Does not currently apply SSLcleint profiles to main proxy routing VS and this must be done manually.====== .PARAMETER dns The dns name which we would like to open via the reverse proxy. .PARAMETER nodeIP The ip of the intenral node and or AWS instance in the VCD. Pass either IP or FQDN not both. .PARAMETER nodeFQDN The FQDN of the intenral node and or AWS instance in the VCD. Pass either IP or FQDN not both. .PARAMETER nodePort The internal port the node is listening on. .PARAMETER vsPort The port the virutal server will be listening on .PARAMETER vsIP The IP the virutal server will be configured to use. .PARAMETER sslClientProfile The name of the client profile you wish to create. May be omitted. Can specify the default clientssl profile as well. .PARAMETER sslServerProfile The name of the client profile you wish to create. May be omitted. Gernally the serverssl profile should simply be provided as this keep config to a minimum .PARAMETER certname Name of certificate to be attched to profile. In format something.com.crt .PARAMETER keyname Name of key to be attched to profile. In format something.com.key .PARAMETER asmPolicyName Used to specify and existing ASM policy to use as when doing multiple builds with the same policy. Should otherwise be left blank. .PARAMETER desc Description for each LTM object to be tagged into the description field. Should be the AWS_ID generally. .PARAMETER buildtype Switch to set the type of build required. HTTP or HTTPS are valid options. .Example New-F5Stack -dns funtimes.boozallencsn.com -nodeIP 10.194.55.109 -nodePort 80 -vsPort 443 -vsIP 1.1.1.256 -sslClientProfile funtimes.boozallencsn.com -desc AWS_309304096838 -certname funtimes.boozallencsn.com.crt -keyname funtimes.boozallencsn.com.key -buildtype HTTPS Create new node 10.194.55.109:80, new virtual server named funtimes.boozallencsn.com listening at 443, new pool pointed to new node, new ssl client profile, new irule, and new asm profile .NOTES Requires F5-LTM modules from github #> [CmdletBinding()] param( [Alias("DNS Name of instance")] [Parameter(Mandatory = $true)] [string]$dns = '', [Alias("Node IP")] [Parameter(Mandatory = $false)] [string]$nodeIP = '', [Alias("Node FQDN")] [Parameter(Mandatory = $false)] [string]$nodeFQDN = '', [Alias("Node Port ")] [Parameter(Mandatory = $true)] [string]$nodePort = '', [Alias("Virtual Destination Port")] [Parameter(Mandatory = $true)] [string]$vsPort = '', [Alias("VS IP")] [Parameter(Mandatory = $true)] [string]$vsIP = '', [Alias("Client SSL Profile")] [Parameter(Mandatory = $false)] [string]$sslClientProfile = '', [Alias("Server SSL Profile")] [Parameter(Mandatory = $false)] [string]$SSLServerProfile = '', [Alias("Cert Name")] [Parameter(Mandatory = $false)] [string]$certname = '', [Alias("Key Name")] [Parameter(Mandatory = $false)] [string]$keyname = '', [Alias("ASM")] [Parameter(Mandatory = $false)] [string]$asmPolicyName = '', [Alias("Description")] [Parameter(Mandatory = $false)] [string]$desc = '', [ValidateSet('HTTP','HTTPS')] [Parameter(Mandatory = $true)] [string]$buildtype = '' #Commenting out to add hardcoded options probably a bad idea #[ValidateSet('AWS_WSA_vs','AWS_WSA_redirect_vs')] #[Parameter(Mandatory = $true)] #[string]$wsa = '' ) begin { Check-F5Token switch ($buildtype) { "HTTP" { $ssl = $false #trim removes incompatiable wild card from valid *.something.com FQDNS $vsName = $dns.TrimStart('*.') + "_http" $nodeName = $dns.TrimStart('*.') $wsa = 'AWS_WSA_redirect_vs' $iruleDns = $dns break } "HTTPS" { $ssl = $true $vsName = $dns.TrimStart('*.') + "_https" $nodeName = $dns.TrimStart('*.') $wsa = 'AWS_WSA_vs' $iruleDns = $dns break } } }#end begin block process { Write-Output "Starting new build....." #New SSL Profiles try{ #skip if HTTP only build if($buildtype -eq "HTTPS"){ #Powershell makes this soo eloquent! Check if Both profiles arguments are NOT empty or Null. This way we don't run profile calls if it's not required If( (!([string]::IsNullOrEmpty($sslClientProfile))) -and (!([string]::IsNullOrEmpty($SSLServerProfile))) ){ #Build both Write-Output "Creating new Client profile....." New-SSLClient -profileName $sslClientProfile -cert $certname -key $keyname | Out-Null Write-Output "Client Profile created." $clientProfileCreated = $true #check for default ssl profile if( $SSLServerProfile -eq "serverssl" ){ Write-Output "Using deafult serverssl profile." $serverProfileCreated = $true } Else{ Write-Output "Creating new Server profile....." New-SSLServer -profileName $SSLServerProfile -cert $certname -key $keyname | Out-Null Write-Output "Server Profile created." $serverProfileCreated = $true } } Elseif( !([string]::IsNullOrEmpty($sslClientProfile)) ){ #Build only client Write-Output "Creating new Client profile....." New-SSLClient -profileName $sslClientProfile -cert $certname -key $keyname | Out-Null Write-Output "Client Profile created." $clientProfileCreated = $true } Elseif( !([string]::IsNullOrEmpty($SSLServerProfile)) ){ #Build only server #check for default ssl option if( $SSLServerProfile -eq "serverssl" ){ Write-Output "Using deafult serverssl profile." $serverProfileCreated = $true } Else{ Write-Output "Creating new Server profile....." New-SSLServer -profileName $SSLServerProfile -cert $certname -key $keyname | Out-Null Write-Output "Server Profile created." $serverProfileCreated = $true } } } } #New SSL Profiles catch{ [string]$message = $_ #clean up error output a bit Write-Warning ($message -replace "{`"code`":409,`"message`":`"01020066:3: ") Write-Warning "Failed to create SSL profile. Please ensure Cert and Key are present and files names match exactly." Rollback-VCD -rollBack_Element @('serverssl','clientssl') break } #New Node try { #if nodeip is not empty if( !([string]::IsNullOrEmpty($nodeIP)) ) { #Check for existing node $node = Get-Node -Address $nodeIP #if node does not exist if([string]::IsNullOrEmpty($node)){ Write-Host "Creating new node......" New-Node -Name "$nodeName" -Address "$nodeIP" -Description $desc -ErrorAction Stop | Out-Null Write-Host "Successfully created New Node $nodeName with IP $nodeIP" } #otherwise use the existing node else{ $nodeName = $node.name Write-Host "Using Existing Node $nodeName" } } #Use FQDN instead of IP else { Write-Host "Creating new node......" New-Node -Name "$nodeName" -FQDN $nodeFQDN -AddressType ipv4 -AutoPopulate disabled -Description $desc -ErrorAction Stop| Out-Null Write-Host "Successfully created New Node $nodeName with FQDN $nodeFQDN" } } #New Node catch { Write-Warning $_.Exception.Message Write-Warning "Failed to create node." Rollback-VCD -rollBack_Element @('serverssl','clientssl') break } #Add New Pool try { Write-Output "Creating New Pool....." New-Pool -Name "$vsName" -LoadBalancingMode round-robin -Description $desc -ErrorAction Stop | Out-Null Write-Output "Successfully Created New Pool $vsName" } #Add New Pool catch { Write-Warning $_.Exception.Message Write-Warning "Failed to create pool." Rollback-VCD -rollBack_Element @('node','serverssl','clientssl') break } #Add Pool Member try { Write-Output "Adding pool member $nodeName to pool $vsName....." Add-PoolMember -PoolName "$vsName" -Name "$nodeName" -PortNumber "$nodePort" -Status Enabled -Description $desc -ErrorAction Stop | Out-Null Write-Output "Successfully Added New Pool Member $nodeIP" } #Add Pool Member catch { Write-Warning $_.Exception.Message Write-Warning "Failed to add pool member to pool." Rollback-VCD -rollBack_Element @('pool','node','serverssl','clientssl') break } #Add pool monitor try { Write-Output "Adding pool TCP health monitor....." Add-PoolMonitor -PoolName "$vsName" -Name tcp -ErrorAction Stop | Out-Null Write-Output "Successfully Added pool TCP health monitor." } #Add pool monitor catch { Write-Warning $_.Exception.Message Write-Warning "Failed to add pool monitor." Rollback-VCD -rollBack_Element @('pool','node','serverssl','clientssl') break } #Add New Virtual Server try { #when both profile arguments have been passed in If( !([string]::IsNullOrEmpty($sslClientProfile)) -and !([string]::IsNullOrEmpty($SSLServerProfile)) ){ #Build with both profiles Write-Output "Adding new Virtual Server with client profile $sslClientProfile and server profile $SSLServerProfile....." New-VirtualServer -Name "$vsName" -DestinationPort "$vsPort" -DestinationIP "$vsIP" -SourceAddressTranslationType automap ` -ipProtocol tcp -DefaultPool $vsName -ProfileNames @("http-X-Forwarder","$sslClientProfile","$SSLServerProfile") -Description $desc -ErrorAction Stop | Out-Null Write-Output "Successfully Added New Virtual Server $vsName ${vsIP}:${vsPort} " } Elseif( !([string]::IsNullOrEmpty($sslClientProfile)) ){ #Build only client Write-Output "Adding new Virtual Server with client profile $sslClientProfile....." New-VirtualServer -Name "$vsName" -DestinationPort "$vsPort" -DestinationIP "$vsIP" -SourceAddressTranslationType automap ` -ipProtocol tcp -DefaultPool $vsName -ProfileNames @("rewrite_http_redirect_SSL","$sslClientProfile") -Description $desc -ErrorAction Stop | Out-Null Write-Output "Successfully Added New Virtual Server $vsName ${vsIP}:${vsPort} " } Elseif( !([string]::IsNullOrEmpty($SSLServerProfile)) ){ #Build only server Write-Output "Adding new Virtual Server with server profile $SSLServerProfile....." New-VirtualServer -Name "$vsName" -DestinationPort "$vsPort" -DestinationIP "$vsIP" -SourceAddressTranslationType automap ` -ipProtocol tcp -DefaultPool $vsName -ProfileNames @("http-X-Forwarder","$SSLServerProfile") -Description $desc -ErrorAction Stop | Out-Null Write-Output "Successfully Added New Virtual Server $vsName ${vsIP}:${vsPort} " } #build without profiles Else{ Write-Output "Adding new Virtual Server without SSL profiles....." New-VirtualServer -Name "$vsName" -DestinationPort "$vsPort" -DestinationIP "$vsIP" -SourceAddressTranslationType automap ` -ipProtocol tcp -DefaultPool $vsName -ProfileNames "http-X-Forwarder" -Description $desc -ErrorAction Stop | Out-Null Write-Output "Successfully Added New Virtual Server $vsName ${vsIP}:${vsPort} " } }#end New VS Try #Add New Virtual Server catch { Write-Warning $_.Exception.Message Write-Warning "Failed to create virtual server." Rollback-VCD -rollBack_Element @('pool','node','serverssl','clientssl') break } #Add iRule try { $irule = "when HTTP_REQUEST {switch -glob [HTTP::host] {`"$dns`" { virtual $vsName }}}" Set-iRule -Name "$vsName" -iRuleContent $irule -WarningAction Stop | Out-Null Write-Output "Successfully Created New iRule $dns" } #Add iRule catch { Write-Warning $_.Exception.Message Write-Warning "Failed to create iRule." Rollback-VCD -rollBack_Element @('virtual','pool','node','serverssl','clientssl') break } #Apply iRule try { Add-iRuleToVirtualServer -Name $wsa -iRuleName "$vsname" -WarningAction Stop | Out-Null; Write-Output "Successfully applied New iRule $dns to $wsa " } #Apply iRule catch { Write-Warning $_.Exception.Message Rollback-VCD -rollBack_Element @('irule','virtual','pool','node','serverssl','clientssl') break } #New ASM try { Write-Output "Checking for existing ASM policy....." #If existing policy parameter has been passed if(!([string]::IsNullOrEmpty($asmPolicyName))){ #Check passed policy for existing policy on F5 $asmPolicy = Get-ASMPolicies -name $asmPolicyName #if policy exits if(!([string]::IsNullOrEmpty($asmPolicy))){ Write-Output "Using existing ASM Policy: $asmPolicyName" } #otherwise skip policy creation else{ Write-Output "Policy name $asmPolicyName was not found. Skipping Policy Creation and application." #set policy null Write-Output "New F5 VCD Build succeeded!!!!" Generate-RemovalCmds break } } #if policy wasn't specified create a new one using default dns name else{ $asmPolicyName = $dns.TrimStart('*.') #check for existing policy with default dns name $asmPolicy = Get-ASMPolicies -name $asmPolicyName #if something came back use the existing policy if(!([string]::IsNullOrEmpty($asmPolicy))){ Write-Output "Using existing ASM Policy: $asmPolicyName" } #otherwise build a new one out else{ Write-Output "Creating New ASM policy....." New-ASMPolicy -policyname $asmPolicyName -Verbose | Out-Null Write-Output "New ASM Policy $asmPolicyName has been created." } } } #New ASM catch { Write-Warning $_.Exception.Message Write-Warning "Failed to create ASM Policy. Run `"New-ASMPolicy -policyname name`" manually." break } #apply asm policy to VS and add log illegal requests try { Write-Output "Applying policy to virtual server $vsName.....(this may take a moment)" Add-ASMtoVirutal -serverName $vsName -policyName $asmPolicyName | Out-Null Write-Output "ASM policy successfully applied to virtual server $vsName." } catch { Write-Warning $_.Exception.Message Write-Warning "Failed to create ASM Policy. Run `"New-ASMPolicy -policyname name`" manually." Generate-Removalcmds break } Write-Output "New F5 VCD Build succeeded!!!!" Generate-Removalcmds #For the future maintainer this was written by a programming Sysadmin. Mybad. It got the job done at the time and follows bracket style. #Some comments were even put in for your condieration. } #end process block }#end function |