public async Task ClassifyAsync(FailureAnalyzerContext context)
{
var failedTasks = from r in context.Timeline.Records
where r.Result == TaskResult.Failed
where r.RecordType == "Task"
where r.Task != null
where r.Task.Name == "Cache"
where r.Log != null
select r;
var classificationFound = false;
foreach (var failedTask in failedTasks)
{
foreach (var classifier in failureClassifiers)
{
if (failedTask.Issues.Any(i => classifier.IsFailure(i.Message)))
{
context.AddFailure(failedTask, classifier.FailureName);
classificationFound = true;
}
}
if (!classificationFound)
{
context.AddFailure(failedTask, "Cache Failure Other");
}
}
}
public async Task ClassifyAsync(FailureAnalyzerContext context)
{
var jobs = from r in context.Timeline.Records
where r.RecordType == "Job"
where r.Issues.Any(i => i.Message.Contains("abandoned due to an infrastructure failure"))
select r;
if (jobs.Count() > 0)
{
foreach (var job in jobs)
{
context.AddFailure(job, "Azure Pipelines Pool Outage");
}
}
}
public async Task ClassifyAsync(FailureAnalyzerContext context)
{
var failedTasks = from r in context.Timeline.Records
where r.Result == TaskResult.Failed
where r.RecordType == "Task"
where r.Task != null
where r.Task.Name == "Cache"
where r.Log != null
select r;
foreach (var failedTask in failedTasks.Where(t => t.Issues.Any(i => IsChunkOrderingError(i.Message))))
{
context.AddFailure(failedTask, "Cache Chunk Ordering");
}
}
public async Task ClassifyAsync(FailureAnalyzerContext context)
{
var failedTasks = from r in context.Timeline.Records
where r.Name.StartsWith("Deploy test resources")
where r.Result == TaskResult.Failed
select r;
if (failedTasks.Count() > 0)
{
foreach (var failedTask in failedTasks)
{
context.AddFailure(failedTask, "Test Resource Failure");
}
}
}
public async Task ClassifyAsync(FailureAnalyzerContext context)
{
var timedOutTestTasks = from r in context.Timeline.Records
where r.RecordType == "Task"
where r.Result == TaskResult.Canceled
select r;
if (timedOutTestTasks.Count() > 0)
{
foreach (var timedOutTestTask in timedOutTestTasks)
{
context.AddFailure(timedOutTestTask, "Cancelled Task");
}
}
}
public async Task ClassifyAsync(FailureAnalyzerContext context)
{
var failedTasks = from r in context.Timeline.Records
where r.RecordType == "Task"
where r.Result == TaskResult.Failed
where r.Name.StartsWith("Download secrets")
select r;
if (failedTasks.Count() > 0)
{
foreach (var failedTask in failedTasks)
{
context.AddFailure(failedTask, "Secerts Failure");
}
}
}
public async Task ClassifyAsync(FailureAnalyzerContext context)
{
var failedTasks = from r in context.Timeline.Records
where r.RecordType == "Task"
where r.Name == "Start Cosmos DB Emulator"
where r.Result == TaskResult.Failed
select r;
if (failedTasks.Count() > 0)
{
foreach (var failedTask in failedTasks)
{
context.AddFailure(failedTask, "Cosmos DB Emulator Failure");
}
}
}
public async Task ClassifyAsync(FailureAnalyzerContext context)
{
var tasks = from r in context.Timeline.Records
where r.RecordType == "Task"
where r.Issues.Any(i => i.Message.Contains("Git fetch failed with exit code: 128"))
select r;
if (tasks.Count() > 0)
{
foreach (var task in tasks)
{
context.AddFailure(task
, "Git Checkout");
}
}
}
public async Task ClassifyAsync(FailureAnalyzerContext context)
{
var failedTasks = from r in context.Timeline.Records
where r.Result == TaskResult.Failed
where r.RecordType == "Task"
where r.Name == "Install Azurite"
select r;
if (failedTasks.Count() > 0)
{
foreach (var failedTask in failedTasks)
{
context.AddFailure(failedTask, "Azurite Install");
}
}
}
public async Task ClassifyAsync(FailureAnalyzerContext context)
{
var failedTasks = from r in context.Timeline.Records
where r.Result == TaskResult.Failed
where r.RecordType == "Task"
where r.Log != null
select r;
foreach (var failedTask in failedTasks)
{
var lines = await buildLogProvider.GetLogLinesAsync(context.Build, failedTask.Log.Id);
if (lines.Any(line => IsDnsResolutionFailure(line)))
{
context.AddFailure(failedTask, "DNS Resolution Failure");
}
}
}
public async Task ClassifyAsync(FailureAnalyzerContext context)
{
var failedTasks = from r in context.Timeline.Records
where r.Result == TaskResult.Failed
where r.RecordType == "Task"
where r.Task != null
where r.Task.Name == "EsrpCodeSigning"
where r.Log != null
select r;
if (failedTasks.Count() > 0)
{
foreach (var failedTask in failedTasks)
{
context.AddFailure(failedTask, "Code Signing");
}
}
}
public async Task ClassifyAsync(FailureAnalyzerContext context)
{
if (context.Build.Definition.Name.StartsWith("js -"))
{
var failedTasks = from r in context.Timeline.Records
where r.Name == "Execute Samples"
where r.Result == TaskResult.Failed
select r;
if (failedTasks.Count() > 0)
{
foreach (var failedTask in failedTasks)
{
context.AddFailure(failedTask, "Sample Execution");
}
}
}
}
public async Task ClassifyAsync(FailureAnalyzerContext context)
{
if (context.Build.Definition.Name.EndsWith("- tests"))
{
var failedTasks = from r in context.Timeline.Records
where r.Result == TaskResult.Failed
where r.RecordType == "Task"
where r.Name == "Install Azure PowerShell module"
select r;
if (failedTasks.Count() > 0)
{
foreach (var failedTask in failedTasks)
{
context.AddFailure(failedTask, "Azure PS Module");
}
}
}
}
public async Task ClassifyAsync(FailureAnalyzerContext context)
{
if (context.Build.Definition.Name.StartsWith("js -"))
{
var failedJobs = from r in context.Timeline.Records
where r.Name == "Publish packages to daily feed"
where r.RecordType == "Job"
where r.Result == TaskResult.Failed
select r;
if (failedJobs.Count() > 0)
{
foreach (var failedJob in failedJobs)
{
context.AddFailure(failedJob, "Publish Failure");
}
}
}
}
public async Task ClassifyAsync(FailureAnalyzerContext context)
{
if (context.Build.Definition.Name.StartsWith("java - "))
{
var failedTasks = from r in context.Timeline.Records
where r.Result == TaskResult.Failed
where r.RecordType == "Task"
where r.Name.StartsWith("Run tests")
select r;
if (failedTasks.Count() > 0)
{
foreach (var failedTask in failedTasks)
{
context.AddFailure(failedTask, "Test Failure");
}
}
}
}
public async Task ClassifyAsync(FailureAnalyzerContext context)
{
var failedTasks = from r in context.Timeline.Records
where r.Result == TaskResult.Failed
where r.RecordType == "Task"
where r.Task != null
where r.Task.Name == "Maven"
where r.Log != null
select r;
foreach (var failedTask in failedTasks)
{
var lines = await buildLogProvider.GetLogLinesAsync(context.Build, failedTask.Log.Id);
if (lines.Any(line => line.Contains("Connection reset") || line.Contains("Connection timed out") || line.Contains("504 Gateway Timeout")))
{
context.AddFailure(failedTask, "Maven Broken Pipe");
}
}
}
public async Task ClassifyAsync(FailureAnalyzerContext context)
{
var failedTasks = from r in context.Timeline.Records
where r.Result == TaskResult.Failed
where r.RecordType == "Task"
where r.Task != null
where r.Name == "Publish to Java Dev Feed"
where r.Log != null
select r;
foreach (var failedTask in failedTasks)
{
var lines = await this.buildLogProvider.GetLogLinesAsync(context.Build, failedTask.Log.Id);
if (lines.Any(line => line.Contains("Transfer failed for https://pkgs.dev.azure.com") && line.Contains("503 Service Unavailable")))
{
context.AddFailure(failedTask, "Azure Artifacts Service Unavailable");
}
}
}