Based on standard practices, we need to have a copyright and license notice at the top of each source file. Removed existing copyrights and updated/added copyright notices for .h, .cpp, .cs, .ps1, and .psm1 files. Updated module manifests for consistency to have Author = "PowerShell" and Company = "Microsoft Corporation". Removed multiple line breaks. Separate PR coming to update contribution document for new source files: #6140 Manually reviewed each change. Fix #6073
294 lines
8.4 KiB
PowerShell
294 lines
8.4 KiB
PowerShell
# Copyright (c) Microsoft Corporation. All rights reserved.
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# Licensed under the MIT License.
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param ( [switch]$Force, [switch]$UseExistingMsi )
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$script:Constants = @{
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AccountName = 'PowerShell'
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UrlBase = 'https://ci.appveyor.com'
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ApiUrl = 'https://ci.appveyor.com/api'
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ProjectName = 'powershell-f975h'
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TestImageName = "remotetestimage"
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MsiName = "PSCore.msi"
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Token = "" # in this particular use we don't need a token
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}
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function Get-AppVeyorBuildArtifact {
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[CmdletBinding()]
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param(
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[Parameter(Mandatory)]
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[string]$build,
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[string]$downloadFolder = '.',
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[string]$artifactFilter = '*.msi',
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[string]$artifactLocalFileName = $Constants.MsiName
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)
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$headers = @{
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'Authorization' = "Bearer {0}" -f $Constants.Token
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'Content-type' = 'application/json'
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}
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# get project with last build details
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$URL = "{0}/projects/{1}/{2}/build/$build" -f $Constants.ApiUrl,$Constants.AccountName,$Constants.ProjectName,$build
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$project = Invoke-RestMethod -Method Get -Uri $URL -Headers $headers
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# we assume here that build has a single job
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# get this job id
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$jobId = $project.build.jobs[0].jobId
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# get job artifacts (just to see what we've got)
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$URL = "{0}/buildjobs/{1}/artifacts" -f $Constants.ApiUrl,$jobid
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$artifacts = Invoke-RestMethod -Method Get -Uri $URL -Headers $headers
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# here we just take the first artifact, but you could specify its file name
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# $artifactFileName = 'MyWebApp.zip'
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$artifact = $artifacts | Where-Object {$_.fileName -like $artifactFilter} | Select-Object -First 1
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$artifactFileName = $artifact.fileName
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# artifact will be downloaded as
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$localArtifactPath = "$downloadFolder\$artifactLocalFileName"
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# download artifact
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# -OutFile - is local file name where artifact will be downloaded into
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$URI = "{0}/buildjobs/{1}/artifacts/{2}" -f $Constants.ApiUrl,$jobId,$artifactFileName
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Invoke-RestMethod -Method Get -Uri $URI -OutFile $localArtifactPath -Headers $headers
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return $localArtifactPath
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}
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# Get a collection of appveyor objects representing the builds for the last day
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function Get-AppVeyorBuilds
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{
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[CmdletBinding()]
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param(
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[ValidateNotNullOrEmpty()]
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[string]$ExtensionBranch = 'master',
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[ValidateRange(1,7)][int]$Days = 7,
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[int]$Last = 1
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)
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[datetime]$start = ((get-date).AddDays(-${Days}))
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$results = Get-AppVeyorBuildRange -Start $start -LastBuildId $null -ExtensionBranch $ExtensionBranch
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$results
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}
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function Get-AppVeyorBuildRange
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{
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[CmdletBinding()]
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param
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(
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[Parameter(Mandatory=$true, Position=0)]
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[string]
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$ExtensionBranch = 'dev',
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[Parameter(Mandatory=$true, Position=1)]
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[datetime]
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$Start,
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[Parameter(Mandatory=$true, Position=2)]
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[AllowNull()]
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[Object]
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$LastBuildId,
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[Parameter(Mandatory=$false, Position=3)]
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[int]
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$Records = 20,
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[switch]
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$IncludeRunning
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)
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$result = @{
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builds = @()
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LastBuildId = ''
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FoundLast = $false
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}
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if($LastBuildId)
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{
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$startBuildIdString = "&startBuildId=$LastBuildId"
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}
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$URI = "{0}/projects/{1}/{2}/history?recordsNumber={3}{4}&branch{5}" -f $Constants.ApiUrl,$Constants.AccountName,
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$Constants.ProjectName,$Records,$startBuildIdString,$ExtensionBranch
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$project = Invoke-RestMethod -Method Get -Uri $URI
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foreach($build in $project.builds)
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{
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if($build.Status -ne 'running' -or $IncludeRunning)
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{
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$createdString = $build.created
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$created = [datetime]::Parse($createdString)
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if($created -gt $Start)
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{
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$version = $build.version
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$result.lastBuildId = $build.buildId
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$URI = "{0}/projects/{1}/{2}/build/{3}" -f $Constants.ApiUrl, $Constants.AccountName,
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$Constants.ProjectName,$version
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$buildProject = Invoke-RestMethod -Method Get -Uri $URI -Headers $headers -verbose:$false
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$result.builds += Convert-AppVeyorBuildJson -build $buildProject.Build
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}
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else
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{
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$result.foundLast = $true
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}
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}
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}
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return $result
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}
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# Convert AppVeyor Build Json into a more usable PSObject
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function Convert-AppVeyorBuildJson
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{
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[CmdletBinding()]
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param
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(
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[Parameter(Mandatory=$true, Position=0)]
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[Object]
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$build
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)
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$Job = $build.jobs[0]
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$status = $build.status
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[datetime] $started = [datetime]::MinValue
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[datetime] $finished = [datetime]::MaxValue
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if($build.started)
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{
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[datetime] $started = [datetime]::Parse($build.started)
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}
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if($build.finished)
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{
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[datetime] $finished = [datetime]::Parse($build.finished)
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}
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$duration = $null
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if($status -ne 'running')
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{
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$duration = $finished.Subtract($started)
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}
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$version = $build.version
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$link = '<a href="{0}/project/{0}/{1}/build/{2}">Results</a>' -f $Constants.BaseUrl,$Constants.AccountName, $Constants.ProjectName, $version
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$tests = @()
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$tag = [string]::Empty
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if($build.message.StartsWith('[') -and $build.message.Contains(']'))
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{
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$tag = $build.message.Substring(1,$build.message.IndexOf(']')).Replace(']','')
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if($tag.Contains('('))
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{
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$tagParts = $tag.Split('(')
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$tag = $tagParts[0]
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for($i=1;$i -lt $tagParts.Count; $i++)
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{
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$tests += $tagParts[$i].Replace(')','')
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}
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}
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$tag = $tag
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}
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$testString = $tests -join ','
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$result = [PsCustomObject]@{
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version = $version
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Id = $build.BuildId
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author = $build.authorName
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branch = $Build.branch
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status = $status
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started = $started
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StartedDay = [datetime]$started.Date
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finished = $finished
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duration = $duration
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message = $build.message
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testsCount = $Job.testsCount
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passedTestsCount = $Job.passedTestsCount
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failedTestsCount = $Job.failedTestsCount
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link = $link
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JobId = $Job.JobId
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Tests = $testString
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Tag = $tag
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}
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$result.pstypenames.Clear()
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$result.pstypenames.Add('AppVeyorBuildSummary')
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$result
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}
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############
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### MAIN ###
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############
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#### DOCKER OPS #####
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# is docker installed?
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$dockerExe = get-command docker -ea silentlycontinue
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if ( $dockerExe.name -ne "docker.exe" ) {
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throw "Cannot find docker, is it installed?"
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}
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# Check to see if we already have an image, and if so
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# delete it if -Force was used, otherwise throw and exit
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$TestImage = docker images $Constants.TestImageName --format '{{.Repository}}'
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if ( $TestImage -eq $Constants.TestImageName)
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{
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if ( $Force )
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{
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docker rmi $Constants.TestImageName
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}
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else
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{
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throw ("{0} already exists, use '-Force' to remove" -f $Constants.TestImageName)
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}
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}
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# check again - there could be some permission problems
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$TestImage = docker images $Constants.TestImageName --format '{{.Repository}}'
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if ( $TestImage -eq $Constants.TestImageName)
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{
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throw ("'{0}' still exists, giving up" -f $Constants.TestImageName)
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}
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#### MSI CHECKS ####
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# check to see if the MSI is present
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$MsiExists = test-path $Constants.MsiName
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$msg = "{0} exists, use -Force to remove or -UseExistingMsi to use" -f $Constants.MsiName
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if ( $MsiExists -and ! ($force -or $useExistingMsi))
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{
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throw $msg
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}
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# remove the msi
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if ( $MsiExists -and $Force -and ! $UseExistingMsi )
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{
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Remove-Item -force $Constants.MsiName
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$MsiExists = $false
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}
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# a couple of checks before downloading or using the existing one
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# if the msi exists and -UseExistingMsi is present, we'll use the
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# one we found
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if ( ! $MsiExists -and $UseExistingMsi )
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{
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throw ("{0} does not exist" -f $Constants.MsiName)
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}
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elseif ( $MsiExists -and ! $UseExistingMsi )
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{
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throw $msg
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}
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elseif ( ! ($MsiExists -and $UseExistingMsi) ) # download the msi
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{
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$builds = Get-AppVeyorBuilds -ExtensionBranch master
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$build = $builds.builds | sort-object finished | select-object -last 1
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Get-AppVeyorBuildArtifact -build $build.version
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}
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# last check before bulding the image
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if ( ! (test-path $Constants.MsiName) )
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{
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throw ("{0} does not exist, giving up" -f $Constants.MsiName)
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}
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# collect the builds and select the last one
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Docker build --tag $Constants.TestImageName .
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