private static bool ChangeDefinition(IBuildDefinition definition, Options options)
{
try
{
var buildType = GetBuildType(definition);
//// for now, skip CDN build definitions
if (buildType == CustomBuildType.Cdn) return false;
if (!CheckTemplates(buildType)) return false;
var messages = new StringBuilder();
var changed = SetTemplate(definition, buildType, messages) ||
SetDropLocation(definition, options, buildType, messages);
var paramValues = WorkflowHelpers.DeserializeProcessParameters(definition.ProcessParameters);
var config = GetConfiguration(definition, options, buildType);
foreach (var c in config)
{
if (options.SkipParameters != null && options.SkipParameters.Contains(c.Key))
{
if (options.Verbose) messages.AppendFormat("Skip parameter '{0}' ('{1}')\r\n", c.Key, Helpers.ObjectToString(c.Value));
}
else
{
changed = changed | AddOrUpdate(paramValues, c.Key, c.Value, messages);
}
}
if (!changed) return false;
definition.ProcessParameters = WorkflowHelpers.SerializeProcessParameters(paramValues);
Console.ForegroundColor = ConsoleColor.Cyan;
Console.WriteLine("Build definition '{0}' ({1}) has changes", definition.Name, buildType);
Console.ResetColor();
Console.WriteLine(messages);
return true;
}
catch (Exception ex)
{
Console.WriteLine(ex);
return false;
}
}
/// <summary>
/// Set the default drop location for the builddef according to its type
/// </summary>
/// <param name="definition"></param>
/// <param name="options"></param>
/// <param name="buildType"></param>
/// <param name="messages"></param>
/// <returns></returns>
private static bool SetDropLocation(IBuildDefinition definition, Options options, CustomBuildType buildType, StringBuilder messages)
{
var newLocation = String.Empty;
switch (buildType)
{
case CustomBuildType.StandardDev:
case CustomBuildType.NoCompileDev:
newLocation = Path.Combine(options.SharedTfsLocation, Constants.DropFolder, Constants.DevFolder);
break;
case CustomBuildType.StandardMain:
case CustomBuildType.NoCompileMain:
newLocation = Path.Combine(options.SharedTfsLocation, Constants.DropFolder, Constants.MainFolder);
break;
case CustomBuildType.StandardRelease:
newLocation = "#/";
break;
case CustomBuildType.WindowsService:
case CustomBuildType.NoCompileRelease:
newLocation = "";
break;
}
if (newLocation == definition.DefaultDropLocation) return false;
messages.AppendFormat("[#] DefaultDropLocation: '{0}' => '{1}'\r\n",
definition.DefaultDropLocation, newLocation);
definition.DefaultDropLocation = newLocation;
return true;
}
private static Dictionary<string, object> GetConfiguration(IBuildGroupItem definition, Options options, CustomBuildType buildType)
{
var isMain = buildType == CustomBuildType.StandardMain || buildType == CustomBuildType.NoCompileMain;
var isRelease = buildType == CustomBuildType.StandardRelease || buildType == CustomBuildType.NoCompileRelease ||
buildType == CustomBuildType.WindowsService;
string subfolder;
if (isRelease) subfolder = Constants.ReleaseFolder;
else if (isMain) subfolder = Constants.MainFolder;
else subfolder = Constants.DevFolder;
Dictionary<string, object> config;
switch (buildType)
{
case CustomBuildType.NoCompileDev:
case CustomBuildType.NoCompileMain:
case CustomBuildType.NoCompileRelease:
config = new Dictionary<string, object>
{
{"CreateWorkItem", false},
{"IsRelease", isRelease},
{"DeploymentPackagesLocation", buildType == CustomBuildType.NoCompileRelease ? CommonData.DeploymentPackagesLocation : null}
};
break;
case CustomBuildType.WindowsService:
config = new Dictionary<string, object>
{
{"CreateWorkItem", false},
{"PerformTestImpactAnalysis", false},
{"CreateLabel", true},
{"AssociateChangesetsAndWorkItems", false},
{"ConfigurationsToBuild", (isMain || isRelease) ? new[] {Constants.AnyCpuRelease} : new[] {Constants.AnyCpuDebug}},
{"DisableTests", !isRelease},
{"DropBuild", false},
{"IsRelease", isRelease},
{"CustomBinariesReferencePath", Path.Combine(options.SharedTfsLocation, Constants.AssembliesFolder, isRelease ? Constants.ReleaseFolder : Constants.MainFolder)},
{"CustomBinariesDestination", Path.Combine(options.SharedTfsLocation, Constants.AssembliesFolder, subfolder)},
{"SymbolStorePath", Path.Combine(options.SharedTfsLocation, Constants.SymbolsFolder, subfolder)},
};
break;
default:
config = new Dictionary<string, object>
{
{"CreateWorkItem", false},
{"PerformTestImpactAnalysis", false},
{"CreateLabel", true},
{"AssociateChangesetsAndWorkItems", false},
{"ConfigurationsToBuild", (isMain || isRelease) ? new[] {Constants.AnyCpuRelease} : new[] {Constants.AnyCpuDebug}},
{"DisableTests", !isRelease},
{"DropBuild", (isMain || isRelease)},
{"IsRelease", isRelease},
{"DeploymentPackagesLocation", buildType == CustomBuildType.StandardRelease ? CommonData.DeploymentPackagesLocation : null},
{"CustomBinariesReferencePath",Path.Combine(options.SharedTfsLocation, Constants.AssembliesFolder, isRelease ? Constants.ReleaseFolder : Constants.MainFolder)},
{"CustomBinariesDestination", Path.Combine(options.SharedTfsLocation, Constants.AssembliesFolder, subfolder)},
{"SymbolStorePath", Path.Combine(options.SharedTfsLocation, Constants.SymbolsFolder, subfolder)},
};
break;
}
if (!_externalConfiguration.ContainsKey(definition.Name)) return config;
var customConfig = _externalConfiguration[definition.Name];
foreach (var customConfigItem in customConfig)
{
if (config.ContainsKey(customConfigItem.Key))
config[customConfigItem.Key] = customConfigItem.Value;
else
{
config.Add(customConfigItem.Key, customConfigItem.Value);
}
}
return config;
}
static void Main(string[] args)
{
Console.WriteLine();
Console.WriteLine("-------------------------------------------------------------------------------");
Console.WriteLine("\tTfsUpdateBuildDefinition");
Console.WriteLine();
// Try to parse options from command line
var options = new Options();
if (Parser.Default.ParseArguments(args, options))
{
try
{
CommonData = new CommonStructure(options);
Console.WriteLine("\tTeam Project Collection: {0}", options.TeamCollection);
Console.WriteLine("\tTeam Project: {0}", options.TeamProject);
Console.WriteLine("\tShared TFS location: {0}", options.SharedTfsLocation);
Console.WriteLine("\tTemplates Team Project: {0}", options.TemplatesTeamProject);
Console.WriteLine("\tStandard Template: {0}", CommonData.StandardTemplatePath);
Console.WriteLine("\tServices Template: {0}", CommonData.ServicesTemplatePath);
Console.WriteLine("\tNo-compile Template: {0}", CommonData.NoCompileFullTemplatePath);
Console.WriteLine("\tParallel processing: {0}", options.Parallel);
Console.WriteLine("\tData file: {0}", options.DataFile);
Console.WriteLine("\tSkip Params: {0}", options.SkipParameters);
Console.WriteLine("\tSave build definitions: {0}", options.Save);
Console.WriteLine("\tDeployment packages UNC: {0}", CommonData.DeploymentPackagesLocation);
_externalConfiguration = ReadDataFile(options.DataFile);
if (_externalConfiguration.Any())
{
Console.WriteLine("\t{0} build definition configurations read from file", _externalConfiguration.Count);
}
Console.WriteLine("-------------------------------------------------------------------------------");
var buildDefinitionsToSave = ChangeDefinitions(options);
if (buildDefinitionsToSave.Count == 0)
Console.WriteLine("All build definitions are up to date!");
else
{
if (options.Save)
{
CommonData.BuildServer.SaveBuildDefinitions(buildDefinitionsToSave.ToArray());
Console.WriteLine("Updating {0} build definitions...", buildDefinitionsToSave.Count);
}
else
{
Console.WriteLine("The simulation was OK. {0} build definition(s) to update. Use --save to actually update the build definition.", buildDefinitionsToSave.Count);
}
}
}
catch (Exception ex)
{
Console.WriteLine("\nAn error occured:\n{0}\n", ex.Message);
}
}
else
{
Console.WriteLine("Couldn't read options!");
Console.WriteLine();
}
}
private static List<IBuildDefinition> ChangeDefinitions(Options options)
{
var buildDefinitionResults = Helpers.QueryBuildDefinitions(CommonData.CommonStructureService, CommonData.BuildServer,
options.TeamProject, options.BuildName);
var buildDefinitionsToSave = new List<IBuildDefinition>();
foreach (var buildDefinitionResult in buildDefinitionResults)
{
if (buildDefinitionResult.Failures != null && buildDefinitionResult.Failures.Length > 0)
{
// print out the errors
foreach (var f in buildDefinitionResult.Failures) Console.WriteLine(f.Code + ": " + f.Message);
}
// There still might be some definitions to modify in this result
var nonNullBuildDefs = buildDefinitionResult.Definitions.Where(buildDefinition => buildDefinition != null);
if (options.Parallel)
Parallel.ForEach(nonNullBuildDefs, buildDefinition =>
{
if (ChangeDefinition(buildDefinition, options))
buildDefinitionsToSave.Add(buildDefinition);
});
else
foreach (var buildDefinition in nonNullBuildDefs)
{
if (ChangeDefinition(buildDefinition, options))
buildDefinitionsToSave.Add(buildDefinition);
}
}
return buildDefinitionsToSave;
}
