/// <summary>
/// Rets the last two builds for all build definitions matching the passe din parameters
/// </summary>
/// <param name="teamProject">the team project to uery against</param>
/// <param name="buildDefinitionPattern">optional build definition pattern</param>
/// <returns>build result pairs</returns>
public TfsLastTwoBuildResults[] GetLastTwoBuilds(TeamProject teamProject, string buildDefinitionPattern)
{
log.Debug("Finding build results for definition pattern " + buildDefinitionPattern);
IBuildDetailSpec buildDetailsQuerySpec;
if (buildDefinitionPattern != null)
{
buildDetailsQuerySpec = this.Connection.BuildServer.CreateBuildDetailSpec(teamProject.Name, buildDefinitionPattern);
}
else
{
buildDetailsQuerySpec = this.Connection.BuildServer.CreateBuildDetailSpec(teamProject.Name);
}
//// Failure to set this property results in ALL of the build information being retrieved resulting in 10X+ call times
//// You can retrieve subsets with something like
//// buildDetailsQuerySpec.InformationTypes = new string[] { "ActivityTracking", "AgentScopeActivityTracking" };
buildDetailsQuerySpec.InformationTypes = null;
//// last and previous
buildDetailsQuerySpec.MaxBuildsPerDefinition = 2;
//// use start time descending because InProgress builds don't seem to sort correctly when using EndTimeDescending
buildDetailsQuerySpec.QueryOrder = BuildQueryOrder.StartTimeDescending;
IBuildQueryResult buildResults = this.Connection.BuildServer.QueryBuilds(buildDetailsQuerySpec);
IDictionary <string, TfsLastTwoBuildResults> results = new SortedDictionary <string, TfsLastTwoBuildResults>();
//// create placeholder result objects, one for each build, that we will fill with results
foreach (IBuildDetail oneDetail in buildResults.Builds)
{
if (!results.ContainsKey(oneDetail.BuildDefinition.Name))
{
results.Add(oneDetail.BuildDefinition.Name, new TfsLastTwoBuildResults(oneDetail.BuildDefinition, null, null));
}
}
//// now fill the results.
//// The builds are in reverse start time order so the last build shold always be first putting it in the last build slot
foreach (IBuildDetail oneDetail in buildResults.Builds)
{
TfsLastTwoBuildResults corresponding = results[oneDetail.BuildDefinition.Name];
//// sorted by start time descending so latest should always come first
if (corresponding.LastBuild == null)
{
corresponding.LastBuild = oneDetail;
}
else
{
corresponding.PreviousBuild = oneDetail;
}
}
if (log.IsDebugEnabled)
{
foreach (string key in results.Keys)
{
TfsLastTwoBuildResults oneResult = results[key];
log.Debug(" " + oneResult.BuildDefinition.Name);
log.Debug(" " + oneResult.LastBuild.BuildNumber + " " + oneResult.LastBuild.Status);
if (oneResult.PreviousBuild != null)
{
log.Debug(" " + oneResult.PreviousBuild.BuildNumber + " " + oneResult.PreviousBuild.Status);
}
}
}
//// convert the dictionary to an array
TfsLastTwoBuildResults[] resultsAsArray = new TfsLastTwoBuildResults[results.Values.Count];
results.Values.CopyTo(resultsAsArray, 0);
return(resultsAsArray);
}
/// <summary>
/// used to tell user if any builds in this set are in progress
/// </summary>
/// <param name="buildResults">buld results to be analyzed</param>
/// <returns>number of builds In Progress</returns>
public int SomeoneIsBuilding(TfsLastTwoBuildResults[] buildResults)
{
int buildCount = 0;
foreach (TfsLastTwoBuildResults buildResult in buildResults)
{
if (buildResult.LastBuild.Status == BuildStatus.InProgress)
{
log.Debug("Found build in progress: " + buildResult.BuildDefinition.Name);
buildCount++;
}
}
return buildCount;
}
public int NumberOfSuccessfulBuilds(TfsLastTwoBuildResults[] buildResults)
{
int successfulBuildCount = 0;
foreach (TfsLastTwoBuildResults buildResult in buildResults)
{
if (buildResult.LastBuild.Status == BuildStatus.InProgress)
{
// treat as not successful if in progress and was no previous build
if (buildResult.PreviousBuild != null && buildResult.PreviousBuild.Status != BuildStatus.Succeeded)
{
log.Debug("Found previous build that was not fully successful " + buildResult.BuildDefinition.Name + " - " + buildResult.PreviousBuild.Status);
}
else
{
successfulBuildCount++;
}
}
else
{
if (buildResult.LastBuild != null && buildResult.LastBuild.Status != BuildStatus.Succeeded)
{
//// not in progress and last build did not succeed
log.Debug("Found last build that was not fully successful " + buildResult.BuildDefinition.Name + " - " + buildResult.LastBuild.Status);
}
else
{
successfulBuildCount++;
}
}
}
if (successfulBuildCount == buildResults.Length)
{
log.Debug("All builds were completely successful");
}
//// assume success
return successfulBuildCount;
}
public int NumberOfPartiallySuccessfulBuilds(TfsLastTwoBuildResults[] buildResults)
{
int partiallySuccessfulBuildCount = 0;
foreach (TfsLastTwoBuildResults buildResult in buildResults)
{
if (buildResult.LastBuild.Status == BuildStatus.InProgress)
{
if (buildResult.PreviousBuild != null
&& buildResult.PreviousBuild.Status == BuildStatus.PartiallySucceeded)
{
partiallySuccessfulBuildCount++;
}
}
else
{
if (buildResult.LastBuild != null
&& buildResult.LastBuild.Status == BuildStatus.PartiallySucceeded)
{
partiallySuccessfulBuildCount++;
}
}
}
if (partiallySuccessfulBuildCount > 0)
{
log.Debug(partiallySuccessfulBuildCount + " builds were partially successful");
}
return partiallySuccessfulBuildCount;
}
/// <summary>
/// Rets the last two builds for all build definitions matching the passe din parameters
/// </summary>
/// <param name="teamProject">the team project to uery against</param>
/// <param name="buildDefinitionPattern">optional build definition pattern</param>
/// <returns>build result pairs</returns>
public TfsLastTwoBuildResults[] GetLastTwoBuilds(TeamProject teamProject, string buildDefinitionPattern)
{
log.Debug("Finding build results for definition pattern " + buildDefinitionPattern);
IBuildDetailSpec buildDetailsQuerySpec;
if (buildDefinitionPattern != null)
{
buildDetailsQuerySpec = this.Connection.BuildServer.CreateBuildDetailSpec(teamProject.Name, buildDefinitionPattern);
}
else
{
buildDetailsQuerySpec = this.Connection.BuildServer.CreateBuildDetailSpec(teamProject.Name);
}
//// Failure to set this property results in ALL of the build information being retrieved resulting in 10X+ call times
//// You can retrieve subsets with something like
//// buildDetailsQuerySpec.InformationTypes = new string[] { "ActivityTracking", "AgentScopeActivityTracking" };
buildDetailsQuerySpec.InformationTypes = null;
//// last and previous
buildDetailsQuerySpec.MaxBuildsPerDefinition = 2;
//// use start time descending because InProgress builds don't seem to sort correctly when using EndTimeDescending
buildDetailsQuerySpec.QueryOrder = BuildQueryOrder.StartTimeDescending;
IBuildQueryResult buildResults = this.Connection.BuildServer.QueryBuilds(buildDetailsQuerySpec);
IDictionary<string, TfsLastTwoBuildResults> results = new SortedDictionary<string, TfsLastTwoBuildResults>();
//// create placeholder result objects, one for each build, that we will fill with results
foreach (IBuildDetail oneDetail in buildResults.Builds)
{
if (!results.ContainsKey(oneDetail.BuildDefinition.Name))
{
results.Add(oneDetail.BuildDefinition.Name, new TfsLastTwoBuildResults(oneDetail.BuildDefinition, null, null));
}
}
//// now fill the results.
//// The builds are in reverse start time order so the last build shold always be first putting it in the last build slot
foreach (IBuildDetail oneDetail in buildResults.Builds)
{
TfsLastTwoBuildResults corresponding = results[oneDetail.BuildDefinition.Name];
//// sorted by start time descending so latest should always come first
if (corresponding.LastBuild == null)
{
corresponding.LastBuild = oneDetail;
}
else
{
corresponding.PreviousBuild = oneDetail;
}
}
if (log.IsDebugEnabled)
{
foreach (string key in results.Keys)
{
TfsLastTwoBuildResults oneResult = results[key];
log.Debug(" " + oneResult.BuildDefinition.Name);
log.Debug(" " + oneResult.LastBuild.BuildNumber + " " + oneResult.LastBuild.Status);
if (oneResult.PreviousBuild != null)
{
log.Debug(" " + oneResult.PreviousBuild.BuildNumber + " " + oneResult.PreviousBuild.Status);
}
}
}
//// convert the dictionary to an array
TfsLastTwoBuildResults[] resultsAsArray = new TfsLastTwoBuildResults[results.Values.Count];
results.Values.CopyTo(resultsAsArray, 0);
return resultsAsArray;
}
/// <summary>
/// external entities provide data for this page
/// </summary>
/// <param name="key">The grouping key, usually the build name pattern used to run the TFS query</param>
/// <param name="oneBuildSet">The results of all the builds retrieved as a group under the key</param>
public void AddData(String key, TfsLastTwoBuildResults[] oneBuildSet)
{
buildResults[key] = oneBuildSet;
}