1 / 35

Thinking, Building and Scripting Globally Julian Wood

Thinking, Building and Scripting Globally Julian Wood. London VMware User Group - 14 th July 2011 #lonvmug. Thinking, Building and Scripting Globally. Who? What? Why? How?. Who?. Julian Wood IT Infrastructure Architect & Blogger www.WoodITWork.com @julian_wood. What?.

ace
Télécharger la présentation

Thinking, Building and Scripting Globally Julian Wood

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. Thinking, Building and Scripting GloballyJulian Wood London VMware User Group - 14th July 2011 #lonvmug

  2. Thinking, Building and Scripting Globally Who? What? Why? How?

  3. Who? Julian Wood IT Infrastructure Architect & Blogger www.WoodITWork.com @julian_wood

  4. What? Have a single PowerCLI script to build ESX(i) anywhere in your organisation.

  5. Why? • One script to maintain • One script to execute • Reduce errors • Set a global build standard • Maintain local differences • Remove reliance on COS Scripts • PowerCLI • Move From ESX to ESXi

  6. ESX -> ESXi • vSphere 5 is ESXi only • Service Console to Management Interface • COS Scripts • Disk Partitioning • USB / SD • PXE • Agents • Inventory • Security • Backup • Hardware • Monitoring

  7. Why are build standards important? • Repeatability • Reduce complexity • Champion simplicity • Reduce OpEx • Troubleshooting • Reporting • Automation

  8. Cloud thinking…The way forward! • Not about IT but about the business • Strategy is top down, not bottom up • Moving from Systems to Services • Think big & tackle a piece at a time • It’s bigger than deploying VMs Service Catalogue Standardisation + Process + Automation

  9. Your Cloud Foundation • Hosts • Strategy • Global layout • Make things the same • Try to make different things the same • Hardware • Number of Nics • Global Network plan • Global Storage plan • Accommodate local differences

  10. Your buildWhat’s the same? • Naming Standard • Hardware Vendor • Number of Nics • Console Memory • Partitions • Storage Protocol • Switch Port Numbers • Version + Patches • NTP Servers • Search Domains

  11. Your buildWhat’s different? • IP Addresses • Subnets • Gateways • Clusters • Hardware • DNS Servers • Host Names • Port Groups • Datastores • File Locations

  12. Global LayoutCluster Requirement London Prod Servers Dev Servers Unix BigApp VDI New York Servers VDI Tokyo Servers VDI

  13. Build basics • Build ESX(i) hosts • Blades • 4 x Nics • Directional Traffic • NFS • What’s Unique • Host Name • IP Address • Computing values • IP address / hostname gives you site • Host number can calculate IP info

  14. Build basicsNaming Standards Host Naming Standards = $HostType • WIN Server hosts = <country><site><ESX><number> • Unix Server hosts = <country><site><ESXUX><number> • VDI hosts = <country><site><ESXVDI><number> • jptokesx78 • gblonesxux10 • usnycesxvdi22

  15. Build basicsIP Addresses IP Address = $Site

  16. Let’s get scripting!Connect #Ask for the host to connect to Write-Host"Enter ESX(i) Host FQDN /IP "-ForegroundColorMagenta $vmhost=read-host If ($vmhost-eq"") { Write-Host"No ESX(i) Host Supplied, Exiting"-ForegroundColorRed Exit} Write-Host"Enter ESX(i) host credentials to authenticate"-ForegroundColor ; Magenta $ESXCred=$host.ui.PromptForCredential("ESX(i) credentials", "Please enter the; ESX(i) host user name and password.", "", "") #Connect to the ESX(i) Host $ESXConnect=Connect-VIServer-Server$VMHost-Credential$ESXCred If ($ESXConnect.IsConnected-ne$true){ Write-Host"Cannot connect to ESX(i) Host, Exiting"-ForegroundColorRed Exit} $ESXHost=Get-VMHost

  17. Let’s get scripting!Get the Basics #Get Host Network information Write-Host"Getting Host Networking Information"-ForegroundColorCyan $HostNetworkInfo=$ESXHost | Get-VMHostNetworkAdapter | where {($_.PortGroupName -eq"Service Console") -or ($_.PortGroupName -eq"Management Network")} $ConsoleNic= ($HostNetworkInfo | SelectIP).IP $ESXHostView=$ESXHost | Get-View #Get actual ESX hostname $vmhost=$vmhost=$ESXHostView.Name # Work out Host Number by pulling out numbers from $vmhost variable and storing as integer [int]$HostNum= (([regex]'\d+').matches($vmhost.Split(".")[0]) | select ; Value).Value gblonesx10/gblonesxvdi10/gblonesxus10 = 10 # Show & Tell Write-Host"Connected to "$ESXHostView.Config.Product.Name" host:- "$ESXHost.Manufacturer" "$ESXHost.Model": "$vmhost-Separator""- ForegroundColorGreen

  18. Let’s get scripting!Where & what are you? # Determine Host Site information based on Service Console IP Address" switch-wildcard ($HostNetworkInfo.ConsoleGateway) { "10.1.*" {$Site="NYC"} "10.2.*" {$Site="LON"} "10.3.*" {$Site="TOK"} default {Write-Host"Can not determine ESX Host Site, Exiting“ ; -ForegroundColorRed Exit}} # Determine ESX(i) Product Version" If ($ESXHostView.Config.Product.Name-match"ESXi") { $ESXProduct="ESXi“ } Else { $ESXProduct="ESX“} # Determine Host Use Type" $HostType="SRV" If ($vmhost-match"VDI") {$HostType="VDI"} If ($vmhost-match“UX") {$HostType="UNIX"}

  19. Let’s get scripting!Asking what Type? If ($Site-eq“LON") { while ($HostType-eq"SRV") { Write-Host"Enter ESX Host Type: " Write-Host"(P)roduction" -ForegroundColorGreen Write-Host"(D)evelopment" -ForegroundColorGreen Write-Host"(B)igApp"-ForegroundColorGreen $SRVAnswer=Read-host switch ($SRVAnswer.ToUpper()) { "P" {$HostType="SRVPROD"} "D" {$HostType="SRVDEV"} “B" {$HostType="SRVBIGAPP"} } } }

  20. Let’s get scripting!Or calculating what type # Determine Site Specific Host Type" If ($Site-eq“LON") { while ($HostType-eq"SRV") { switch ($HostNum) { {$_-le 99} {$HostType="SRVBIGAPP"} {$_-le 79} {$HostType="SRVDEV"} {$_-le 49} {$HostType="SRVPROD"}}}} # Determine Site Specific File locations" switch ($Site) { "NYC" { $ISOLocation="nyc_vmiso" $PuttyFolder="\\usnycfile01\apps\Putty\"} "LON" { $ISOLocation="vmiso" $PuttyFolder="\\gblonfiler01\it\Utilities-Tools\Putty\"} "TOK" { $ISOLocation="vmiso" $PuttyFolder="\\jptokfs02\install\Putty\"} }

  21. Let’s get scripting!Calculating IP Addresses # Generate Site Specific IP Settings" switch ($Site){ "LON" { $DNSServers="10.2.111.78","10.2.1.47" $VMkernelVLAN= 530 $VMkernelMask="255.255.254.0" $VMkernelGateway="10.2.17.254" $vMotionMask="255.255.255.0" switch-wildcard($HostType){ "SRV*“ {$VMkernelIP="10.2.17.$HostNum" $vMotionIP="192.168.0.$HostNum"} "UNIX“ {$VMkernelIP="10.2.17."+ ($HostNum+220) # Add 220 to HostNum value to work out Unix vmkernel IP $vMotionIP="192.168.0."+ ($HostNum+220)} # Add 220 to HostNum value to work out Unix vmotion IP "VDI“ {$VMkernelIP="10.2.17."+ ($HostNum+100) # Add 100 to HostNum value to work out VDI vmkernel IP $vMotionIP="192.168.0."+ ($HostNum+100)}}} # Add 100 to HostNum value to work out VDI vmotion IP

  22. Let’s get scripting!Calculating IP Addresses "NYC" { $DNSServers="10.1.1.101","10.1.12.78" $VMkernelVLAN= 134 $VMkernelMask="255.255.254.0" $VMkernelGateway="10.1.15.254" $vMotionMask="255.255.255.0" switch-wildcard($HostType) { "SRV*“ {$VMkernelIP="10.1.15.$HostNum" $vMotionIP="192.168.0.$HostNum"} "VDI“ {$VMkernelIP="10.1.15."+ ($HostNum+100) # Add 100 to HostNum value to work out VDI vmkernel IP $vMotionIP="192.168.0."+ ($HostNum+100)}}} # Add 100 to HostNum value to work out VDI vmkernel IP "TOK" { $DNSServers="10.3.13.72","10.3.15.12" $VMkernelVLAN= 603 $VMkernelMask="255.255.255.0" $VMkernelGateway="10.3.91.1" $vMotionMask="255.255.255.0" switch-wildcard($HostType) { "SRV*“ {$VMkernelIP="10.3.91."+ ($HostNum+50) # Add 50 to HostNum value to work out VDI vmkernel IP $vMotionIP="192.168.0."+ ($HostNum+10)} # Add 10 to HostNum value to work out VDI vmkernel IP "VDI“ {$VMkernelIP="10.3.91."+ ($HostNum+170) # Add 170 to HostNum value to work out VDI vmkernel IP $vMotionIP="192.168.0."+ ($HostNum+100)}}}} # Add 100 to HostNum value to work out VDI vmkernel IP

  23. Let’s get scripting!Port Groups # Generate Site and Host Type Specific Port Groups" switch ($Site){ "LON" { switch ($HostType){ "SRVPROD" {$PortGroups= ("servers_prod1",41), ("servers_lb1",39)} "SRVBIGAPP" {$PortGroups= ("servers_prod1",41), ("servers_lb1",39)} "SRVDEV" {$PortGroups= ("servers_dev1",33)} "VDI" {$PortGroups= ("vdi1",29), ("vdi2",34), ("vdi3",38)} "UNIX" {$PortGroups= ("unix_dhcp",37)}}} "NYC" { switch ($HostType){ "SRV" {$PortGroups= ("servers_prod1",216)} "VDI" {$PortGroups= ("vdi1",218)}}} "TOK" { switch ($HostType){ "SRV" {$PortGroups= ("servers1",500), ("servers_lb",532)} "VDI" {$PortGroups= ("vdi1",521), ("vdi2",522)}}}}

  24. Let’s get scripting!Datastores # Generate Site and Host Type Specific Datastores" switch ($Site){ "LON" { switch ($HostType){ "SRVPROD" {$Datastores= ("vmiso","/vol/vmiso","gblonnfs01.wooditwork.com"), ("srvprod3_gblonnfs01","/vol/srvprod3","gblonnfs01.wooditwork.com"), ("vcenter_gblonnfs01","/vol/vcenter","gblonnfs01.wooditwork.com")} "SRVBIGAPP" {$Datastores= ("vmiso","/vol/vmiso","gblonnfs01.wooditwork.com"), ("srvprod3_gblonnfs02","/vol/srvprod3","gblonnfs02.wooditwork.com"), ("bigapp_gblonnfs02","/vol/bigapp","gblonnfs02.wooditwork.com"), ("vcenter_gblonnfs01","/vol/vcenter","gblonnfs01.wooditwork.com")} "SRVDEV" {$Datastores= ("vmiso","/vol/vmiso","gblonnfs01.wooditwork.com"), ("srvdev3_gblonnfs02","/vol/srvdev3","gblonnfs02.wooditwork.com")} "VDI" {$Datastores= ("vmiso","/vol/vmiso","gblonnfs01.wooditwork.com"), ("vdi1_gblonnfs03","/vol/vdi1","gblonnfs03.wooditwork.com"), ("vdi2_gblonnfs04","/vol/vdi2","gblonnfs04.wooditwork.com")} "UNIX" {$Datastores= ("vmiso","/vol/vmiso","gblonnfs01.wooditwork.com"), ("unix_servers1_gblonnfs01","/vol/uxrv1","gblonnfs01.wooditwork.com"), ("unix_ws2_gblonnfs03","/vol/uxws2","gblonnfs03.wooditwork.com")}}}

  25. Let’s get scripting!Datastores “TOK" { switch ($HostType){ "SRV" {$Datastores= ("vmiso","/vol/vmiso1","jptokfiler01.wooditwork.com"), ("srvtok1_jptokfiler01","/vol/srvtok1","jptokfiler01.wooditwork.com"), ("vcenter_jptokfiler01","/vol/vcenter","jptokfiler01.wooditwork.com")} "VDI" {$Datastores= ("vmiso","/vol/vmiso1","jptokfiler01.wooditwork.com"), ("vdi1_jptokfiler01","/vol/vdi1","jptokfiler01.wooditwork.com"), ("vdi2_jptokfiler01","/vol/vdi2","jptokfiler01.wooditwork.com")}}} “NYC" { switch ($HostType){ "SRV" {$Datastores= ("vmiso","/vol/vmiso1","usnycfas01.wooditwork.com"), ("servers1_usnycfas01","/vol/servers1","usnycfas01.wooditwork.com")} "VDI" {$Datastores= ("vmiso","/vol/vmiso1","usnycfas01.wooditwork.com"), ("vdi1_usnycfas01","/vol/vdi1","usnycfas01.wooditwork.com"), ("vdi2_usnycfas01","/vol/vdi2","usnycfas01.wooditwork.com")}}}}

  26. Let’s get scripting!It’s all worked out Write-Host"Build information has been generated"-ForegroundColorCyan Write-Host"------------------------------------"-ForegroundColorCyan Write-Host" ESX(i) Host Name: "-NoNewline Write-Host$vmhost-Separator""-ForegroundColorGreen Write-Host"ESX(i) Host Version: "-NoNewline Write-Host$ESXHostView.Config.Product.FullName-ForegroundColorGreen Write-Host" Site: "-NoNewline Write-Host$Site-ForegroundColorGreen Write-Host" Host Type: "-NoNewline Write-Host$HostType-ForegroundColorGreen Write-Host" ISO Location: "-NoNewline Write-Host$ISOLocation-ForegroundColorGreen Write-Host" Search Domain:"$SearchDomain Write-Host" DNS Servers:"$DNSServers Write-Host" NTP Servers:"$NTPServers Write-Host"" If ($ESXProduct-eq"ESX") { Write-Host"ESX VMkernel Networking"-ForegroundColorCyan Write-Host"-------------------"-ForegroundColorCyan Write-Host" VMkernel IP: "-NoNewline Write-Host$VMKernelIP-ForegroundColorGreen Write-Host" VMkernel VLAN:"$VMKernelVLAN Write-Host" VMkernel Mask:"$VMKernelMask Write-Host" VMkernel Gateway:"$VMKernelGateway Write-Host""} Write-Host"vMotion Networking"-ForegroundColorCyan Write-Host"------------------"-ForegroundColorCyan Write-Host" vMotion IP: "-NoNewline Write-Host$VmotionIP-ForegroundColorGreen Write-Host" vMotion Mask:"$VmotionMask Write-Host"" Write-Host" Port Groups"-ForegroundColorCyan Write-Host"-----------"-ForegroundColorCyan ForEach ($PortGroupin$PortGroups) { Write-Host" Port Group: "$PortGroup[0]" VLAN:"$PortGroup[1]} Write-Host"Storage"-ForegroundColorCyan Write-Host"-------"-ForegroundColorCyan ForEach ($Datastorein$Datastores) { Write-Host-Separator""" Datastore: "$Datastore[0]" - "$Datastore[2]":"$Datastore[1]} Write-Host"---------------------------------------------------"-ForegroundColorCyan Write-Host""-ForegroundColorCyan

  27. Let’s get scripting!Start the standard build Write-Host"-----------------------------------------------"-ForegroundColorCyan Write-Host"Building ESX(i) Host:"$vmhost-ForegroundColorCyan Write-Host"-----------------------------------------------"-ForegroundColorCyan # Set Global Settings" $SearchDomain="wooditwork.com","mycompany.net" $NTPServers="usnycntp01.wooditwork.com","gblonntp01.wooditwork.com" $ConsoleMemory= 800 $vSwitch0PortNumber= 128 If ($ESXHost.ConnectionState-notmatch"Maintenance") { Write-Host"Putting Host into Maintenance Mode"-ForegroundColorCyan $ESXHost | Set-VMHost-Statemaintenance } Write-Host"Setting DNS Servers and Search Domains"-ForegroundColorCyan $ESXHost | Get-VMHostNetwork | Set-VMHostNetwork-DnsAddress$DNSServers-SearchDomain$SearchDomain If ($ESXProduct-eq"ESX") { Write-Host"Setting Console Memory"-ForegroundColorCyan $ESXHostView | %{(Get-View-Id ; $_.ConfigManager.MemoryManager).ReconfigureServiceConsoleReservation($Console Memory*1mb)}}

  28. Let’s get scripting!Configure Networking… Write-Host"Remove any existing NTP Servers"-ForegroundColorCyan If (($ESXHost | Get-VMHostNtpServer) -ne$Null) {$ESXHost | Remove-VMHostNtpServer-NtpServer ($ESXHost | Get-VMHostNtpServer) -Confirm:$false} Write-Host"Adding NTP Servers"-ForegroundColorCyan $ESXHost | Add-VMHostNtpServer-NtpServer$NTPServers If ($ESXProduct-eq"ESX") { Write-Host"Enabling SSH on the host"-ForegroundColorCyan $ESXHost | Get-VmhostFirewallException"SSH Client" | Set-VMHostFirewallException-enabled:$true Write-Host"Enabling NTP Service in the firewall"-ForegroundColorCyan $ESXHost | Get-VMhostFirewallException"NTP Client" | Set-VMHostFirewallException-enabled:$true} If ($NTPService.Running -eq$True) { Restart-VMHostService-HostService$NTPService-Confirm:$false} Else { Start-VMHostService-HostService$NTPService-Confirm:$false} Write-Host"Setting the NTP Service Policy to Automatic"-ForegroundColorCyan $NTPService | Set-VMHostService-PolicyAutomatic Write-Host"Removing any VM networks"-ForegroundColorCyan $ESXHost | Get-VirtualPortGroup | Where-Object {$_.Port -eq$Null} | Remove-VirtualPortGroup-Confirm:$False Write-Host"Removing any empty Virtual Switches"-ForegroundColorCyan $ESXHost | Get-VirtualSwitch | Where-Object { $Null-eq (Get-VirtualPortGroup-VirtualSwitch$_)} | Remove-VirtualSwitch-Confirm:$False Write-Host"Configuring vSwitch0"-ForegroundColorCyan $vSwitch0=$ESXHost | Get-VirtualSwitch | where {$_.Name -like"vSwitch0"} Write-Host"Setting the Port Number on vSwitch0"-ForegroundColorCyan $vSwitch0 | Set-VirtualSwitch-NumPorts$vSwitch0PortNumber-Confirm:$false Write-Host"Add vmnic1 to vSwitch0"-ForegroundColorCyan $vSwitch0 | Set-VirtualSwitch-Nic vmnic0,vmnic1 -Confirm:$false Write-Host"Enable Beacon Probing on vSwitch0"-ForegroundColorCyan $vSwitch0 | Get-NicTeamingPolicy | Set-NicTeamingPolicy-NetworkFailoverDetectionPolicyBeaconProbing

  29. Let’s get scripting!Configure Networking… If ($ESXProduct-eq"ESX") { Write-Host"Adding VMkernel Port Group"-ForegroundColorCyan $VMkernel=$vSwitch0 | New-VirtualPortGroup-NameVMkernel-vlanid$VMKernelVLAN Write-Host"Adding the VMkernel IP Address"-ForegroundColorCyan New-VMHostNetworkAdapter-PortGroup$VMkernel-VirtualSwitch$vSwitch0-IP$VMkernelIP-SubnetMask$VMkernelMask Write-Host"Adding the VMkernel Gateway"-ForegroundColorCyan Get-VMHostNetwork | Set-VMHostNetwork-VMkernelGateway$VMkernelGateway- VMkernelGatewayDevice"vmk0" Write-Host"Setting vmnic1 to an Active Adapter"-ForegroundColorCyan $VMkernel | Get-NicTeamingPolicy | Set-NicTeamingPolicy-MakeNicActive"vmnic1" Write-Host"Setting vmnic0 to a Standby Adapter"-ForegroundColorCyan $VMkernel | Get-NicTeamingPolicy | Set-NicTeamingPolicy-MakeNicStandby"vmnic0" Write-Host"Override the vSwitch failover order"-ForegroundColorCyan $VMkernel | Get-NicTeamingPolicy | Set-NicTeamingPolicy-InheritFailoverOrder$false- InheritFailback$true-InheritLoadBalancingPolicy$true- InheritNetworkFailoverDetectionPolicy$true-InheritNotifySwitches$true }

  30. Let’s get scripting!Configure Networking… If ($ESXProduct-eq"ESXi") { Write-Host"Configuring Management Network"-ForegroundColorCyan $MgmtNet=$vSwitch0 | Get-VirtualPortGroup-Name"Management Network" Write-Host"Setting vmnic1 to an Active Adapter"-ForegroundColorCyan $MgmtNet | Get-NicTeamingPolicy | Set-NicTeamingPolicy-MakeNicActive"vmnic1" Write-Host"Setting vmnic0 to a Standby Adapter"-ForegroundColorCyan $MgmtNet | Get-NicTeamingPolicy | Set-NicTeamingPolicy-MakeNicStandby"vmnic0" Write-Host"Override the vSwitch failover order"-ForegroundColorCyan $MgmtNet | Get-NicTeamingPolicy | Set-NicTeamingPolicy-InheritFailoverOrder$false- InheritFailback$true-InheritLoadBalancingPolicy$true- InheritNetworkFailoverDetectionPolicy$true-InheritNotifySwitches$true } Write-Host"Creating the vMotion vSwitch1 and Port Group"-ForegroundColorCyan New-VirtualSwitch-Name"vSwitch1"-Nic vmnic2,vmnic3 | New-VirtualPortGroup-NamevMotion Write-Host"Adding the vMotionVMkernel IP Address"-ForegroundColorCyan New-VMHostNetworkAdapter-PortGroupvMotion-VirtualSwitchvSwitch1-IP$vmotionIP-SubnetMask$vMotionMask-VMotionEnabled$true Write-Host"Enabling Beacon Probing on vSwitch1"-ForegroundColorCyan $vSwitch1=Get-VirtualSwitch| where {$_.Name -like"vSwitch1"} $vSwitch1 | Get-NicTeamingPolicy | Set-NicTeamingPolicy-NetworkFailoverDetectionPolicyBeaconProbing

  31. Let’s get scripting!Creating port groups Write-Host"Creating Virtual Machine Port Groups"-ForegroundColorCyan $PortGroups | %{$vSwitch0 | New-VirtualPortGroup-Name$_[0] -vlanid$_[1]} Write-Host"Setting VM Port Group Failover order"-ForegroundColorCyan $VMPortGroups=$vSwitch0 | Get-VirtualPortGroup | Where-Object {$_.Port -eq$Null} foreach ($VMPortGroupin$VMPortGroups){ Write-Host$VMPortGroup.Name": Set vmnic0 to an Active Adapter" $VMPortGroup | Get-NicTeamingPolicy | Set-NicTeamingPolicy-MakeNicActive"vmnic0" Write-Host$VMPortGroup.Name": Set vmnic1 to a Standby Adapter" $VMPortGroup | Get-NicTeamingPolicy | Set-NicTeamingPolicy-MakeNicStandby"vmnic1" Write-Host$VMPortGroup.Name": Override the vSwitch failover order” $VMPortGroup | Get-NicTeamingPolicy | Set-NicTeamingPolicy-InheritFailoverOrder$false-InheritFailback$true- InheritLoadBalancingPolicy$true- InheritNetworkFailoverDetectionPolicy$true-InheritNotifySwitches$true }

  32. Let’s get scripting!Handling site specifics # Add site specific additional network requirements" switch ($Site){ “TOK" { switch ($HostType){ "SRV" { Write-Host“Tokyo: Creating the DMZ vSwitch2 and Port Group"-; ForegroundColorCyan New-VirtualSwitch-Name"vSwitch2"-Nic vmnic6,vmnic7 | ; New-VirtualPortGroup-Nameservers_dmz Write-Host"Enabling Beacon Probing on vSwitch2"-ForegroundColorCyan $vSwitch2=$ESXHost | Get-VirtualSwitch | where {$_.Name -like"vSwitch2"} $vSwitch2 | Get-NicTeamingPolicy | Set-NicTeamingPolicy- ; NetworkFailoverDetectionPolicyBeaconProbing}}}}

  33. Let’s get scripting!Handling versions If ($ESXProduct-eq"ESX") { Write-Host"Installing additional Network Patches"-ForegroundColorCyan switch ($ESXHost.Version){ "4.0.0" { Write-Host"Installing Patch: BCM-bnx2x-1.52.12.v40.8"-ForegroundColorCyan Install-VMHostPatch-VMHost$ESXHost-HostPath /vmfs/volumes/$ISOLocation/ESXPatches/BCM- bnx2x-1.52.12.v40.8-offline_bundle-324481/metadata.zip} "4.1.0" { Write-Host"Installing Patch: BCM-bnx2x-1.60.50.v41.2"-ForegroundColorCyan Install-VMHostPatch-VMHost$ESXHost-HostPath /vmfs/volumes/$ISOLocation/ESXPatches/BCM- bnx2x-1.60.50.v41.2-offline_bundle-320302/metadata.zip}}}

  34. Thinking, Building and Scripting GloballyJulian Wood London VMware User Group - 14th July 2011 #lonvmug

More Related