Extensions/Git.Push.UGit.Extension.ps1
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<# .SYNOPSIS git push .DESCRIPTION Outputs git push as objects. .EXAMPLE git push #> [Management.Automation.Cmdlet("Out","Git")] [ValidatePattern("^git push")] [OutputType('git.push.info')] param() begin { $pushLines = @() # Create a list for all of the lines from a git push. # This regular expression looks for 3 spaces and two sets of hex digits, separated by two periods. # We will use this to see if the push was succesful. $pushCommitHashRegex = '\s{3}(?<o>[a-f0-9]+)\.\.(?<n>[a-f0-9]+)\s{0,}' } process { # Add each line to the list of lines from git push. $pushLines += $gitOut } end { if (-not ($pushLines -match $pushCommitHashRegex)) { # If the push has no lines with a commit hash $pushLines # output directly. return } # Create a hashtable to store output $pushOutput = [Ordered]@{PSTypeName='git.push.info'} foreach ($pl in $pushLines) { if ($pl -match '^To http') { $to, $GitUrl = $pl -split ' ' # Pick out the url from the line starting with To http $pushOutput.GitUrl = $GitUrl -join ' ' } if ($pl -match $pushCommitHashRegex) { # The line with the commit hash has the prior hash and the current has $pushOutput.LastCommitHash = $matches.o $pushOutput.CommitHash = $matches.n # Followed by the source and destination branch, separated by -> $pushOutput.SourceBranch, $pushOutput.DestinationBranch = $pl -replace $pushCommitHashRegex -split '\s+->\s+' } } # Output our hashtable as a property bag. [PSCustomObject]$pushOutput } |