private static void SetExpectations(BuildTemplate template, ITeamCityApi api, IExternalIssueResolver issueResolver, PackageBuildMappingCache packageCache) { var startBuild = string.Format(template.BuildNumberPattern, template.StartBuildNumber); var finishBuild = string.Format(template.BuildNumberPattern, template.FinishBuildNumber); //BuildType/Builds/ChangeDetails A.CallTo(() => api.GetBuildTypeDetailsById(template.BuildId)) .Returns(new BuildTypeDetails { Id = template.BuildId, Name = template.BuildName, Description = template.BuildName, }); var changeDetails = SetupBuildTypeAndBuilds(api, template); A.CallTo(() => api.GetChangeDetailsByBuildTypeAndBuildNumber(template.BuildId, startBuild, finishBuild, A <IEnumerable <Build> > .Ignored)) .Returns(changeDetails.Where(c => Convert.ToInt16(c.Id) > template.StartBuildNumber && Convert.ToInt16(c.Id) <= template.FinishBuildNumber).ToList()); //Issues if (template.IssueCount > 0) { var issues = Enumerable.Range(1, template.IssueCount).Select(i => new Issue { Id = RandomNumber.Next(2000).ToString() }).ToList(); A.CallTo(() => api.GetIssuesByBuildTypeAndBuildRange(template.BuildId, startBuild, finishBuild, A <IEnumerable <Build> > .Ignored)) .Returns(issues); A.CallTo(issueResolver).WithReturnType <IEnumerable <ExternalIssueDetails> >() .Returns(CreateExternalIssueDetails(issues, template)); } //NuGetPackages SetNugetPackageDependencyExpectations(api, packageCache, template, issueResolver); SetNugetPackageDependencyExpectations(api, packageCache, template, issueResolver); }
private static void SetExpectations(BuildTemplate template, ITeamCityApi api, IExternalIssueResolver issueResolver, PackageBuildMappingCache packageCache) { var startBuild = string.Format(template.BuildNumberPattern, template.StartBuildNumber); var finishBuild = string.Format(template.BuildNumberPattern, template.FinishBuildNumber); //BuildType/Builds/ChangeDetails A.CallTo(() => api.GetBuildTypeDetailsById(template.BuildId)) .Returns(new BuildTypeDetails { Id = template.BuildId, Name = template.BuildName, Description = template.BuildName, }); var changeDetails = SetupBuildTypeAndBuilds(api, template); A.CallTo(() =>api.GetChangeDetailsByBuildTypeAndBuildNumber(template.BuildId, startBuild, finishBuild, A<IEnumerable<Build>>.Ignored)) .Returns(changeDetails.Where(c => Convert.ToInt16(c.Id) > template.StartBuildNumber && Convert.ToInt16(c.Id) <= template.FinishBuildNumber).ToList()); //Issues if (template.IssueCount > 0) { var issues = Enumerable.Range(1, template.IssueCount).Select(i => new Issue {Id = RandomNumber.Next(2000).ToString()}).ToList(); A.CallTo(() => api.GetIssuesByBuildTypeAndBuildRange(template.BuildId, startBuild, finishBuild, A<IEnumerable<Build>>.Ignored)) .Returns(issues); A.CallTo(issueResolver).WithReturnType<IEnumerable<ExternalIssueDetails>>() .Returns(CreateExternalIssueDetails(issues, template)); } //NuGetPackages SetNugetPackageDependencyExpectations(api, packageCache, template, issueResolver); SetNugetPackageDependencyExpectations(api, packageCache, template, issueResolver); }
private ChangeManifest CreateChangeManifest(string buildName, string buildType, string referenceBuild = null, string from = null, string to = null, string projectName = null, bool useBuildSystemIssueResolution = true, bool recurse = false) { var changeManifest = new ChangeManifest(); if (recurse && _packageBuildMappingCache == null) { changeManifest.GenerationLog.Add(new LogEntry(DateTime.Now, Status.Warning, "Recurse option provided with no PackageBuildMappingCache, we will not be honoring the Recurse option.")); changeManifest.GenerationStatus = Status.Warning; } buildType = buildType ?? ResolveBuildTypeId(projectName, buildName); if (String.IsNullOrEmpty(from)) { changeManifest.GenerationLog.Add(new LogEntry(DateTime.Now, Status.Warning, "Resolving FROM version based on the provided BuildType (FROM was not provided).")); from = ResolveFromVersion(buildType); } if (String.IsNullOrEmpty(to)) { changeManifest.GenerationLog.Add(new LogEntry(DateTime.Now, Status.Warning, "Resolving TO version based on the provided BuildType (TO was not provided).")); to = ResolveToVersion(buildType); } var buildWithCommitData = referenceBuild ?? buildType; var buildTypeDetails = _api.GetBuildTypeDetailsById(buildType); var referenceBuildTypeDetails = !String.IsNullOrEmpty(referenceBuild) ? _api.GetBuildTypeDetailsById(referenceBuild) : null; if (!String.IsNullOrEmpty(from) && !String.IsNullOrEmpty(to) && !String.IsNullOrEmpty(buildWithCommitData)) { changeManifest.GenerationLog.Add(new LogEntry(DateTime.Now, Status.Ok, "Getting builds based on BuildType")); var builds = _api.GetBuildsByBuildType(buildWithCommitData); if (builds != null) { var buildList = builds as List <Build> ?? builds.ToList(); changeManifest.GenerationLog.Add(new LogEntry(DateTime.Now, Status.Ok, string.Format("Got {0} builds for BuildType {1}.", buildList.Count(), buildType))); var changeDetails = _api.GetChangeDetailsByBuildTypeAndBuildNumber(buildWithCommitData, @from, to, buildList).ToList(); var issueDetailResolver = new IssueDetailResolver(_externalIssueResolvers); //Rather than use TeamCity to resolve the issue to commit details (via TeamCity plugins) use the issue resolvers directly... var issues = useBuildSystemIssueResolution ? _api.GetIssuesByBuildTypeAndBuildRange(buildWithCommitData, @from, to, buildList).ToList() : issueDetailResolver.GetAssociatedIssues(changeDetails).ToList(); changeManifest.GenerationLog.Add(new LogEntry(DateTime.Now, Status.Ok, string.Format("Got {0} issues for BuildType {1}.", issues.Count(), buildType))); changeManifest.GenerationLog.Add(new LogEntry(DateTime.Now, Status.Ok, "Checking package dependencies.")); var buildFrom = buildList.FirstOrDefault(b => b.Number == @from); var buildTo = buildList.FirstOrDefault(b => b.Number == to); var initialPackages = new List <TeamCityApi.PackageDetails>(); var finalPackages = new List <TeamCityApi.PackageDetails>(); if (buildFrom != null) { initialPackages = _api.GetNuGetDependenciesByBuildTypeAndBuildId(buildType, buildFrom.Id).ToList(); } if (buildTo != null) { finalPackages = _api.GetNuGetDependenciesByBuildTypeAndBuildId(buildType, buildTo.Id).ToList(); } var packageChanges = _packageChangeComparator.GetPackageChanges(initialPackages, finalPackages).ToList(); var issueDetails = issueDetailResolver.GetExternalIssueDetails(issues); changeManifest.NuGetPackageChanges = packageChanges; changeManifest.ChangeDetails.AddRange(changeDetails); changeManifest.IssueDetails.AddRange(issueDetails); changeManifest.Generated = DateTime.Now; changeManifest.FromVersion = @from; changeManifest.ToVersion = to; changeManifest.BuildConfiguration = buildTypeDetails; changeManifest.ReferenceBuildConfiguration = referenceBuildTypeDetails ?? new BuildTypeDetails(); } else { changeManifest.GenerationLog.Add(new LogEntry(DateTime.Now, Status.Warning, string.Format("No builds returned for BuildType {0}.", buildType))); } } //Now we need to see if we need to recurse, and whether we have been given a cache file.... if (changeManifest.NuGetPackageChanges.Any() && recurse && _packageBuildMappingCache != null) { foreach (var dependency in changeManifest.NuGetPackageChanges.Where(c => c.Type == NuGetPackageChangeType.Modified)) { var traversedDependency = _traversedPackageChanges.FirstOrDefault(p => p.NewVersion == dependency.NewVersion && p.OldVersion == dependency.OldVersion && p.PackageId == dependency.PackageId); if (traversedDependency != null) { dependency.ChangeManifest = traversedDependency.ChangeManifest; continue; } var mappings = _packageBuildMappingCache.PackageBuildMappings.Where(m => m.PackageId.Equals(dependency.PackageId, StringComparison.CurrentCultureIgnoreCase)).ToList(); PackageBuildMapping build = null; if (mappings.Count == 1) { //We only got one back, this is good... build = mappings.First(); changeManifest.GenerationLog.Add(new LogEntry(DateTime.Now, Status.Ok, string.Format("Found singular packages to build mapping {0}.", build.BuildConfigurationName))); } else if (mappings.Any()) { //Ok, so multiple builds are outputting this package, so we need to try and constrain on project... build = mappings.FirstOrDefault(m => m.Project.Equals(buildTypeDetails.Project.Name, StringComparison.OrdinalIgnoreCase)); if (build != null) { changeManifest.GenerationLog.Add(new LogEntry(DateTime.Now, Status.Warning, string.Format("Found duplicate mappings, using package to build mapping {0}.", build.BuildConfigurationName))); } } if (build != null) { if (build.BuildConfigurationId == buildType) { continue; } var instanceTeamCityApi = _api.TeamCityServer.Equals(build.ServerUrl, StringComparison.OrdinalIgnoreCase) ? _api : new TeamCityApi(build.ServerUrl); var resolver = new AggregateBuildDeltaResolver(instanceTeamCityApi, _externalIssueResolvers, _packageChangeComparator, _packageBuildMappingCache, _traversedPackageChanges); var dependencyManifest = resolver.CreateChangeManifest(null, build.BuildConfigurationId, null, dependency.OldVersion, dependency.NewVersion, null, true, true); dependency.ChangeManifest = dependencyManifest; } else { changeManifest.GenerationLog.Add(new LogEntry(DateTime.Now, Status.Warning, string.Format("Did not find a mapping for package: {0}.", dependency.PackageId))); } _traversedPackageChanges.Add(dependency); } } return(changeManifest); }
private void CheckBuild(object state) { lock (_lockObject) { var buildStatus = BuildStatus.Passed; try { var buildTypes = GetBuildTypeIds(); Parallel.ForEach(buildTypes.ToList(), (buildType, loopState) => { { if (!loopState.IsStopped) { BuildChecked(this, new EventArgs()); if (_buildLies.Contains(buildType.Name.ToLowerInvariant()) || _buildLies.Contains(buildType.Id.ToLowerInvariant())) { BuildSkipped(this, new EventArgs()); return; } var details = _api.GetBuildTypeDetailsById(buildType.Id); if (details.Paused) { BuildPaused(this, new EventArgs()); return; } var latestBuild = _api.GetLatestBuildByBuildType(buildType.Id); if (latestBuild == null) { NoCompletedBuilds(this, new EventArgs()); return; } if ("success".Equals(latestBuild.Status, StringComparison.CurrentCultureIgnoreCase)) { BuildSuccess(this, new EventArgs()); return; } if ("UNKNOWN".Equals(latestBuild.Status, StringComparison.CurrentCultureIgnoreCase)) { BuildUnknown(this, new EventArgs()); return; } BuildFail(this, new EventArgs()); buildStatus = BuildStatus.Failed; if (_failFast) { CheckFailed(this, new EventArgs()); loopState.Stop(); } //foreach (var investigation in buildType.Investigations) //{ // var investigationState = investigation.State; // if ("taken".Equals(investigationState, StringComparison.CurrentCultureIgnoreCase) || // "fixed".Equals(investigationState, StringComparison.CurrentCultureIgnoreCase)) // { // buildStatus = BuildStatus.Investigating; // } //} } } }); if (buildStatus == BuildStatus.Passed) { CheckSuccessfull(this, new EventArgs()); } else { CheckFailed(this, new EventArgs()); } } catch (Exception) { ServerCheckException(this, new EventArgs()); } } }