Scripts/GET_SwitchShowInfo.ps1
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function GET_SwitchShowInfo { <# .SYNOPSIS Get switch and port status. .DESCRIPTION Use this command to display switch, blade, and port status information. Output may vary depending on the switch model. .NOTES Need infos to be added .LINK Brocade® Fabric OS® Command Reference Manual, 9.2.x https://techdocs.broadcom.com/us/en/fibre-channel-networking/fabric-os/fabric-os-commands/9-2-x/Fabric-OS-Commands/switchShow_921.html .EXAMPLE GET_BasicSwitchInfos -FOS_MainInformation $yourvarobject #> [CmdletBinding()] param ( [Parameter(Mandatory)] [System.Object]$FOS_MainInformation ) begin { Write-Debug -Message "Start Func GET_SwitchShowInfo |$(Get-Date)`n " <#----- Array for information of the switchports ----#> $FOS_SwBasicPortDetails=@() <#----- Array for information of the used switchports ----#> $FOS_usedPorts =@() $FOS_InfoCount = $FOS_MainInformation.count Write-Debug -Message "Number of Lines: $FOS_InfoCount " 0..$FOS_InfoCount |ForEach-Object { # Pull only the effective ZoneCFG back into ZoneList if($FOS_MainInformation[$_] -match '^Index'){ if($FOS_MainInformation[$_] -match '^\s+frames'){break} $FOS_SWShowTemp = $FOS_MainInformation |Select-Object -Skip $_ $FOS_SwShowArry_temp = $FOS_SWShowTemp |Select-Object -Skip 2 } } } process { Write-Debug -Message "Process Func GET_SwitchShowInfo |$(Get-Date)`n " <# fill the var with a dummy #> $FOS_PortConnect = "empty" foreach($FOS_linebyLine in $FOS_SwShowArry_temp){ <# Only collect data up to the next section, marked by frames #> if($FOS_linebyLine -match '^\s+frames'){break} # Build the Portsection of switchshow if($FOS_linebyLine -match '^\s+\d+'){ # (\d+\.\d\w|\d+) $FOS_SWsh = "" | Select-Object Index,Port,Address,Media,Speed,State,Proto,PortConnect <# Port index is a number between 0 and the maximum number of supported ports on the platform. The port index identifies the port number relative to the switch. #> $FOS_SWsh.Index = ($FOS_linebyLine |Select-String -Pattern '^\s+(\d+)' -AllMatches).Matches.Groups.Value[1] <# Port number; 0-15, 0-31, or 0-63. #> $FOS_SWsh.Port = ($FOS_linebyLine |Select-String -Pattern '^\s+\d+\s+(\d+)' -AllMatches).Matches.Groups.Value[1] <# The 24-bit Address Identifier. #> $FOS_SWsh.Address = ($FOS_linebyLine |Select-String -Pattern '(\d+[a-z]+\d+|\d+)' -AllMatches).Matches.Value[3] <# Media types means module types #> $FOS_SWsh.Media = ($FOS_linebyLine |Select-String -Pattern '\s+(id|--|cu)\s+' -AllMatches).Matches.Groups.Value[1] <# The speed of the port. #> $FOS_SWsh.Speed = ($FOS_linebyLine |Select-String -Pattern '\s+(id|--|cu)\s+(N\d+|\d+G|AN|UN)' -AllMatches).Matches.Groups.Value[2] <# Port state information #> $FOS_SWsh.State = ($FOS_linebyLine |Select-String -Pattern '(\w+_\w+|\w+)\s+(FC)' -AllMatches).Matches.Groups.Value[1] <# Protocol support by GbE port. #> $FOS_SWsh.Proto = ($FOS_linebyLine |Select-String -Pattern '(\w+_\w+|\w+)\s+(FC)' -AllMatches).Matches.Groups.Value[2] <# WWPN or other Infos #> $FOS_PortConnect = ($FOS_linebyLine |Select-String -Pattern '(E-Port\s+([0-9a-f]{2}:){7}[0-9a-f]{2}\s+.*\))' -AllMatches).Matches.Groups.Value[1] If($FOS_PortConnect -ne "empty"){ $FOS_SWsh.PortConnect =$FOS_PortConnect $FOS_PortConnect = "empty" }else{ $FOS_SWsh.PortConnect = ($FOS_linebyLine |Select-String -Pattern '\s+(FC)\s+([A-Za-z-]+\s+([0-9a-f]{2}:){7}[0-9a-f]{2}|\(.*\)|[A-Za-z-]+.*)' -AllMatches).Matches.Groups.Value[2] } $FOS_SwBasicPortDetails += $FOS_SWsh } # if the Portnumber is not empty and there is a SFP pluged in, push the Port in the FOS_usedPorts array if(($FOS_SWsh.Port -ne "") -and ($FOS_SWsh.Media -eq "id")){$FOS_usedPorts += $FOS_SWsh.Port} } } end { <# returns the hashtable for further processing, not mandatory but the safe way #> Write-Debug -Message "End Func GET_SwitchShowInfo |$(Get-Date)`n " Write-Debug -Message "$(Get-Date) return:`n $FOS_SwBasicPortDetails `n " Write-Debug -Message "$(Get-Date) return:`n $FOS_usedPorts `n " return $FOS_SwBasicPortDetails, $FOS_usedPorts } } |