mirror of
https://github.com/azaion/annotations.git
synced 2026-04-22 22:36:31 +00:00
dzaitsev
284 lines
17 KiB
Plaintext
284 lines
17 KiB
Plaintext
// Jenkins Pipeline script to find the latest zip file directly in the artifacts directory
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// and upload it to Google Drive with retention.
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// Retention is based on the timestamp embedded in the filename and performed entirely in PowerShell.
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// Designed to run on a Windows agent, specifically on the machine where the main build creates artifacts.
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// Assumes rclone is installed and its directory is added to the system's PATH on the Windows agent.
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pipeline {
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// Agent should be the SAME Windows VM agent where the main build job runs
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// and creates the artifacts in the MAIN_BUILD_ARTIFACTS_DIR.
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agent { label 'Win10-BuildMachine' } // Replace with your Windows agent label if different
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environment {
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// Google Drive settings
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GDRIVE_REMOTE = 'AzaionGoogleDrive:AzaionSuiteBuilds' // Your rclone remote name and path
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// Use a relative path within the workspace for the temporary directory on Windows
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// This temporary directory is still useful for rclone's internal operations and cleanup
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TMP_UPLOAD_DIR = 'temp_upload'
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// Path to rclone.conf on the Windows agent.
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// Adjust this path if your rclone.conf is located elsewhere on the Windows VM.
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// Using a relative path from the workspace root is often best practice.
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RCLONE_CONFIG = 'rclone.conf' // Assuming rclone.conf is in the workspace root
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// Number of latest files to keep on Google Drive
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FILES_TO_KEEP = 3
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// Define the FULL path to the directory containing the zip files.
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// This job will operate directly within this directory.
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// ** IMPORTANT: Replace 'C:/Jenkins/workspace/AzaionSuite/suite' with the actual path **
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TARGET_ARTIFACTS_DIR = 'C:/Jenkins/workspace/AzaionSuite/suite' // <<== UPDATE THIS
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// Define the name of the latest zip file found as an environment variable
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// This makes it easier to reference in later stages
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LATEST_ZIP_FILENAME = '' // This will be set dynamically in the 'Find Latest Zip and Upload' stage
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}
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stages {
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stage('Initialize Workspace') {
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steps {
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echo "Initializing workspace on Windows agent..."
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// Use standard Windows PowerShell for directory creation and cleanup
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// Ensure paths are quoted for safety and use backslashes for Windows paths
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powershell """
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# Create temporary upload directory within THIS job's workspace
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New-Item -ItemType Directory -Force -Path "${env:WORKSPACE}\\\\${env:TMP_UPLOAD_DIR}"
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# Clean up previous temporary files in the upload directory
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Remove-Item -Recurse -Force "${env:WORKSPACE}\\\\${env:TMP_UPLOAD_DIR}\\\\*" -ErrorAction SilentlyContinue
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"""
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}
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}
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stage('Find Latest Zip and Upload') { // Renamed stage
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steps {
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script { // Wrap steps in a script block
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echo "Starting 'Find Latest Zip and Upload' stage."
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// Change directory to the target artifacts folder where the zip files are located
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dir("${env.TARGET_ARTIFACTS_DIR}") {
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echo "Operating in directory: ${pwd()}"
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// Use PowerShell to find the latest zip file based on filename timestamp
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// This logic is similar to the 'Archive Latest Zip' stage from the combined pipeline
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def powershellOutput = powershell(script: """
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\$zipPattern = "AzaionSuite*-*-*.zip" # Pattern for zip files
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Write-Host "Searching for latest zip file matching '\$zipPattern' in '\$PWD'..."
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# Find all zip files matching the pattern
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# Use -ErrorAction Stop to fail if Get-ChildItem fails
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\$zipFiles = Get-ChildItem -Path . -Filter \$zipPattern -ErrorAction Stop
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if (\$zipFiles.Count -eq 0) {
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Write-Host "No zip files matching pattern '\$zipPattern' found in '\$PWD'."
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# Exit PowerShell script with a non-zero code to fail the step
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exit 1
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}
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Write-Host "Found \$(\$zipFiles.Count) zip file(s)."
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# --- Sorting of ZIP Files by Filename Timestamp (in PowerShell) ---
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Write-Host "Sorting ZIP files by filename timestamp (YYYYMMDD-HHMMSS)..."
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# Regex to extract the timestamp from the filename
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\$timestampRegex = '.*-(\\d{8}-\\d{6})\\.zip'
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# Sort the files by extracting the timestamp and converting to DateTime for accurate sorting
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# Sort-Object -Descending ensures newest are first
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\$sortedZipFiles = \$zipFiles | Sort-Object -Descending {
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\$name = \$_.Name
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\$match = [regex]::Match(\$name, \$timestampRegex)
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if (\$match.Success -and \$match.Groups.Count -gt 1) {
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\$timestampStr = \$match.Groups[1].Value
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# Attempt to parse the timestamp string into a DateTime object
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try {
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[DateTime]::ParseExact(\$timestampStr, "yyyyMMdd-HHmmss", \$null)
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} catch {
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Write-Host "Warning: Could not parse timestamp from filename '\$name': \$(\$_.Exception.Message)"
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# Handle parsing errors - treat as the oldest possible date (e.g., 1/1/0001)
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# This ensures unparseable dates are placed at the end (oldest)
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[DateTime]::MinValue
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}
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} else {
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Write-Host "Warning: Filename '\$name' does not match timestamp regex."
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# Handle non-matching filenames - treat as the oldest possible date
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[DateTime]::MinValue
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# Exit the script here if you want to fail the stage on unparseable filenames
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# exit 1
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}
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}
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# --- End Sorting ---
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# Get the name of the latest zip file (the first one after sorting descending)
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\$latestZipFile = \$sortedZipFiles | Select-Object -First 1
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Write-Host "Identified latest zip file: '\$latestZipFile.Name'"
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# Output the latest zip filename and set it as an environment variable for Jenkins
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# This uses the Jenkins 'set context' feature
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Write-Host "::SET-ENV::LATEST_ZIP_FILENAME=\$(\$latestZipFile.Name)"
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exit 0 # Exit PowerShell script successfully
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""" , returnStdout: true
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) // End powershell call
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// Parse the PowerShell output to find the latest zip filename and set the Groovy environment variable
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def matcher = powershellOutput =~ /::SET-ENV::LATEST_ZIP_FILENAME=(.+)/
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def latestZipFilename = null
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if (matcher.find()) {
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latestZipFilename = matcher.group(1).trim()
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env.LATEST_ZIP_FILENAME = latestZipFilename // Set the environment variable
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echo "Groovy set LATEST_ZIP_FILENAME to: ${env.LATEST_ZIP_FILENAME}"
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} else {
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error "Could not find the latest zip filename in the PowerShell output using marker."
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}
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// Ensure the latest zip filename environment variable is set before attempting upload
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if (env.LATEST_ZIP_FILENAME && env.LATEST_ZIP_FILENAME != '') {
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echo "Identified latest zip file for upload: ${env.LATEST_ZIP_FILENAME}"
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try {
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// --- Upload the latest ZIP archive directly from the current directory ---
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echo "Starting upload of '${env.LATEST_ZIP_FILENAME}' directly from '${pwd()}' to ${GDRIVE_REMOTE}..."
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// Use standard Windows PowerShell to execute rclone (now in PATH)
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// Ensure config path and remote path are quoted, and use backslashes for Windows paths
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// The source path for rclone is the filename relative to the current directory (TARGET_ARTIFACTS_DIR)
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powershell """
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rclone --config "${env:WORKSPACE}\\\\${env:RCLONE_CONFIG}" copy \"${env:LATEST_ZIP_FILENAME}\" \"${env:GDRIVE_REMOTE}\"
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"""
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echo "Finished uploading ${env.LATEST_ZIP_FILENAME}."
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} catch (e) {
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echo "ERROR uploading build: ${e}"
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error("Failed to upload latest zip file: ${e.message}") // Fail the stage on error
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}
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// No cleanup needed in finally block here as the file is not copied to a temp location first
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} else {
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error "LATEST_ZIP_FILENAME environment variable was not set or was empty. Cannot upload."
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}
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} // End dir block
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} // end script
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} // end steps
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} // end stage
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stage('Retention on Google Drive') {
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steps {
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script { // Wrap script logic in a script block
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echo "Starting Google Drive retention process (using PowerShell)..."
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// Ensure rclone is installed and in PATH on the Windows agent,
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// and the Jenkins agent user has read access to '${env:WORKSPACE}\\\\${env.RCLONE_CONFIG}'.
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// PowerShell script block for retention logic
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powershell """
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\$rcloneRemote = "${env:GDRIVE_REMOTE}"
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\$rcloneConfig = "${env:WORKSPACE}\\\\${env:RCLONE_CONFIG}"
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\$filesToKeep = ${env.FILES_TO_KEEP}
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# Get list of files from Google Drive as JSON
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\$rcloneListOutput = rclone --config "\$rcloneConfig" lsjson "\$rcloneRemote" | Out-String
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# Parse JSON output
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# ConvertFrom-Json will throw an error if the input is not valid JSON,
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# which will cause the PowerShell step and the stage to fail.
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\$allFilesJson = \$rcloneListOutput | ConvertFrom-Json
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# Filter for zip files
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\$zipFiles = \$allFilesJson | Where-Object { \$_.Name -ne \$null -and \$_.Name.EndsWith(".zip") }
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Write-Host "Found \$(\$zipFiles.Count) total ZIP files on Google Drive."
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# --- Sorting of ZIP Files by Filename Timestamp (in PowerShell) ---
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Write-Host "Sorting ZIP files on Google Drive by filename timestamp (YYYYMMDD-HHMMSS)..."
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# Regex to extract the timestamp from the filename
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\$timestampRegex = '.*-(\\d{8}-\\d{6})\\.zip'
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# Sort the files by extracting the timestamp and converting to DateTime for accurate sorting
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# Sort-Object -Descending ensures newest are first
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\$sortedZipFiles = \$zipFiles | Sort-Object -Descending {
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\$name = \$_.Name
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\$match = [regex]::Match(\$name, \$timestampRegex)
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if (\$match.Success -and \$match.Groups.Count -gt 1) {
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\$timestampStr = \$match.Groups[1].Value
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# Attempt to parse the timestamp string into a DateTime object
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try {
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[DateTime]::ParseExact(\$timestampStr, "yyyyMMdd-HHmmss", \$null)
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} catch {
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Write-Host "Warning: Could not parse timestamp from filename '\$name': \$(\$_.Exception.Message)"
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# Handle parsing errors - treat as the oldest possible date (e.g., 1/1/0001)
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# This ensures unparseable dates are placed at the end (oldest)
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[DateTime]::MinValue
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}
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} else {
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Write-Host "Warning: Filename '\$name' does not match timestamp regex."
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# Handle non-matching filenames - treat as the oldest possible date
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[DateTime]::MinValue
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# Exit the script here if you want to fail the stage on unparseable filenames
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# exit 1
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}
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}
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# --- End Sorting ---
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# DEBUG: Print the sorted list by filename timestamp with each file on a new line
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Write-Host "DEBUG: ZIP files on Google Drive sorted by filename timestamp (newest first):"
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\$sortedZipFiles | ForEach-Object { Write-Host \$_.Name }
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# Keep the latest N files, identify the rest for deletion
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if (\$sortedZipFiles.Count -gt \$filesToKeep) {
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# Select the files to delete (from index FILES_TO_KEEP to the end)
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\$filesToDelete = \$sortedZipFiles | Select-Object -Skip \$filesToKeep
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Write-Host "Applying retention: Keeping \$filesToKeep newest files, deleting \$(\$filesToDelete.Count) older files."
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# DEBUG: Print the list of files identified for deletion
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Write-Host "DEBUG: Files identified for deletion:"
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\$filesToDelete | ForEach-Object { Write-Host \$_.Name }
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# Loop through files to delete and execute rclone delete
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foreach (\$oldZipInfo in \$filesToDelete) {
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\$oldZipName = \$oldZipInfo.Name
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Write-Host "Deleting old ZIP from Google Drive: \$oldZipName"
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# Ensure filenames are quoted for safety, especially if they contain spaces
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# Use errorHanding: 'ignore' if you want to continue even if a delete fails
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rclone --config "\$rcloneConfig" delete "\$rcloneRemote/\$oldZipName" --drive-use-trash=false
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}
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} else {
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Write-Host "Retention check: Found \$(\$sortedZipFiles.Count) ZIP files, which is not more than \$filesToKeep. No files deleted."
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}
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""" // End PowerShell script block
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} // end script
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} // end steps
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} // end stage
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} // End of main 'stages' block
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post {
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always {
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script { // Wrap steps in a script block
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echo "Executing post-build cleanup..."
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// Use standard Windows PowerShell Remove-Item for cleanup
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// Quote TMP_UPLOAD_DIR path for safety and use backslashes for Windows paths
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powershell """
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echo 'Cleaning up temporary upload directory: ${env:WORKSPACE}\\\\${env:TMP_UPLOAD_DIR}'
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Remove-Item -Recurse -Force "${env:WORKSPACE}\\\\${env:TMP_UPLOAD_DIR}" -ErrorAction SilentlyContinue
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"""
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// Removed cleanup for copied artifacts directory as files are cleaned up individually now.
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} // end script
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}
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success {
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script { // Wrap steps in a script block
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echo "Pipeline finished successfully."
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// Add any success-specific notifications or actions here
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} // end script
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}
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failure {
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script { // Wrap steps in a script block
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echo "Pipeline failed. Check logs for details."
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// Add any failure-specific notifications or actions here
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} // end script
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}
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} // End of 'post' block
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} // End of 'pipeline' block
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