static int Main(string[] args)
{
if (args.Length < 1)
{
errorLevel = 3;
Usage();
return(errorLevel);
}
try {
string path = null;
Hashtable commandLineProperties = new Hashtable();
ProcessCommandLineArguments(args, ref path, commandLineProperties);
LibraryManifest libraryInfo = new LibraryManifest(path);
// default to Development profile
string profileName = "Development (Public)";
string commandLineProfileName = (string)commandLineProperties["BuildProfileName"];
profileName = (commandLineProfileName != null) ? commandLineProfileName : profileName;
ProductBuildDataSet pbDataSet = ProductBuildDataSet.GetProductBuildDataSetWithoutComplist(
profileName,
libraryInfo.GetName(),
libraryInfo.GetVersion(),
libraryInfo.GetPlatform(),
libraryInfo.GetBranchOrTrunkName(),
libraryInfo.GetDirectory(),
path,
libraryInfo.GetDate());
pbDataSet.ApplyCommandLineProperties(commandLineProperties);
pbDataSet.LoadComplist();
pbDataSet.FinalizeProperties();
pbDataSet.WriteBuildConfigurationFile(pbDataSet.GetBuildConfigurationFilename());
string buildPath = pbDataSet.GetBuildProperty("BuildPath");
VmsProduct currProduct = new VmsProduct(libraryInfo.GetName(), libraryInfo.GetVersion(), libraryInfo.GetPlatform());
VmsLibrary currLibrary = new VmsLibrary(currProduct, libraryInfo.GetBranchOrTrunkName());
ControllerObject controllerObject = new ControllerObject();
string currentKey = Util.GetServiceKey();
bool actionSucceeded = false;
string errorMessage = null;
if (controllerObject.BuildLibrary(currLibrary, currentKey, buildPath, out errorMessage, false))
{
NewMessage.ProcessMessages(currentKey, ref errorMessage, ref actionSucceeded, false, ref errorLevel);
if (actionSucceeded)
{
Console.WriteLine(" Successfully built " + currLibrary.ShortLibraryName);
}
else
{
Console.WriteLine(" Error building " + currLibrary.ShortLibraryName + ":" + errorMessage);
}
}
else
{
Console.WriteLine(" Error building " + currLibrary.ShortLibraryName + ":" + errorMessage);
}
}
catch (Exception e) {
errorLevel = 3;
Console.Error.WriteLine("An error occurred in ProductBuilder:");
Console.Error.WriteLine(e.ToString());
Usage();
}
return(errorLevel);
}
static int Main(string[] commandArgs)
{
int returnValue = 0;
try {
if (commandArgs.Length < 1) //error, no arg. supplied
{
string errMsg = "No argument supplied.\n";
errMsg += "\tUsage: " + Process.GetCurrentProcess().ProcessName + " <Build Import Manifest>\n";
errMsg += "\tFor example, " + Process.GetCurrentProcess().ProcessName + " BuildImports.xml";
throw new Exception(errMsg);
}
if (!File.Exists(commandArgs[0]))
{
throw new Exception("File not found: " + commandArgs[0]);
}
//Get build attributes. Note: This module always expects q:\ to be mapped to the build path by
//LibraryBuilder prior to invocation.
LibraryManifest currManifest = new LibraryManifest(LBEnvironment.BuildMapDrive);
string buildDefinitionFile = ProductBuildDataSet.GetBuildConfigurationFilename(LBEnvironment.BuildMapDrive);
ProductBuildDataSet pbDataSet = ProductBuildDataSet.ReadBuildConfigurationFile(buildDefinitionFile);
string buildProfile = pbDataSet.GetBuildProperty("BuildProfileName");
//Parse the xml file.
XmlDocument xmlManifestDoc = new XmlDocument();
xmlManifestDoc.Load(commandArgs[0]);
//file may or may not contain version info
XmlNode versionNode = xmlManifestDoc.DocumentElement.Attributes.GetNamedItem("version");
int fileVersion = (versionNode == null)? 1 : int.Parse(versionNode.InnerText);
//version 3 or higher is implemented in LB and uses zip file implementation
if (fileVersion >= 3)
{
FileSystemInterface.ValidateComponentImportStep(LBEnvironment.BuildMapDrive,
currManifest.GetBranchOrTrunkName(),
commandArgs[0], false, true, false);
}
else
{
foreach (XmlNode importNode in xmlManifestDoc.DocumentElement.ChildNodes)
{
if (importNode.NodeType != XmlNodeType.Comment)
{
string prodName = importNode.Attributes["sourceProduct"].InnerText;
string prodVer = importNode.Attributes["sourceVersion"].InnerText;
string platCode = importNode.Attributes["sourcePlatform"].InnerText;
string branchOrTrunkName = importNode.Attributes["sourceBranchOrTrunkName"].InnerText;
string itemToCopy = importNode.SelectSingleNode("source").Attributes["path"].InnerText;
string destPath = importNode.SelectSingleNode("destination").Attributes["path"].InnerText;;
bool copySubdirectories = false;
bool cleanAtDestination = false;
if (fileVersion > 1)
{
copySubdirectories = bool.Parse(importNode.SelectSingleNode("source").Attributes["copySubDirectories"].InnerText.ToLower());
cleanAtDestination = bool.Parse(importNode.SelectSingleNode("source").Attributes["cleanDestination"].InnerText.ToLower());
}
//Trim spaces and path characters
itemToCopy = itemToCopy.Trim(new char[] { ' ', '\\', '/' });
destPath = destPath.Trim(new char[] { ' ', '\\', '/' });
string productPath = LBEnvironment.NetworkProductRootDir + "\\" + prodName + "\\V" + prodVer.Replace(".", "_") + "." + platCode;
if (!Directory.Exists(productPath))
{
throw new Exception("Product directory not found: " + productPath);
}
//Compute and identify - directory, file or wildcard - what to copy. Compute the destination as well.
// Also indicate whether listed path exists.
string sourceFullPath = productPath + "\\" + branchOrTrunkName + "\\" + itemToCopy;;
string destFullpath = Path.Combine(LBEnvironment.BuildMapDrive, destPath);
string alternateSourceFullPath = productPath + "\\" + "DEVELOP" + "\\" + itemToCopy;;
bool usingAlternateCopyPath = false;
CopyItemType copyItemType = CopyItemType.UNIDENTIFIED;
if (itemToCopy.IndexOf("*") > 1)
{
copyItemType = CopyItemType.WILDCARD;
if (!Directory.Exists(Path.GetDirectoryName(sourceFullPath)))
{
usingAlternateCopyPath = true;
alternateSourceFullPath = productPath + "\\" + "DEVELOP" + "\\" + itemToCopy;
}
}
else if (Directory.Exists(sourceFullPath))
{
copyItemType = CopyItemType.DIRECTORY;
}
else if (Directory.Exists(alternateSourceFullPath))
{
copyItemType = CopyItemType.DIRECTORY;
usingAlternateCopyPath = true;
}
else if (File.Exists(sourceFullPath))
{
copyItemType = CopyItemType.FILE;
}
else if (File.Exists(alternateSourceFullPath))
{
copyItemType = CopyItemType.FILE;
usingAlternateCopyPath = true;
}
else //Listed path not valid
{
throw new Exception("Unable to find import source: " + sourceFullPath);
}
//Create the destination directory
Directory.CreateDirectory(destFullpath);
//For QA profiles or non-DEVELOP builds, a build must fail if a listed path cannot be found. Accept no substitutes:
//A listed path must not be from DEVELOP, PREPROD, PROD or CANDIDATE and it must exist
if (buildProfile.ToUpper().StartsWith("QA") || (currManifest.GetBranchOrTrunkName().ToUpper() != "DEVELOP"))
{
if ((branchOrTrunkName.ToUpper() == "DEVELOP") || (branchOrTrunkName.ToUpper() == "CANDIDATE") ||
(branchOrTrunkName.ToUpper() == "PREPROD") || (branchOrTrunkName.ToUpper() == "PROD") ||
(branchOrTrunkName.ToUpper() == "STABLE"))
{
string errMsg = "Cannot build QA level library or profile without a branch library import source. ";
errMsg += "Please check your entry in " + commandArgs[0] + " for ";
errMsg += prodName + " " + prodVer + " " + platCode + " " + branchOrTrunkName;
throw new Exception(errMsg);
}
if (usingAlternateCopyPath)
{
throw new Exception("Unable to find import source: " + sourceFullPath);
}
}
string sourceItem = (usingAlternateCopyPath)? alternateSourceFullPath : sourceFullPath;
//If copying a directory add a wildcard
if (copyItemType == CopyItemType.DIRECTORY)
{
sourceItem = Path.Combine(sourceItem, "*.*");
}
//if clean copy was requested, delete source files' paths at destination
if (cleanAtDestination && Directory.Exists(destFullpath))
{
ImportComponents.DeleteFiles(Path.Combine(destFullpath, Path.GetFileName(sourceItem)), copySubdirectories);
}
returnValue = ImportComponents.XCopyDirToQDrive(sourceItem, destFullpath, copySubdirectories);
if (returnValue != 0)
{
throw new Exception("xcopy returned an error(" + returnValue.ToString() + ") while copying " + sourceItem + " to " + destFullpath);
}
}
}//foreach
}
}
catch (Exception currExcept) {
Console.WriteLine("Error occurred during build import: " + currExcept.Message);
if (returnValue == 0)
{
returnValue = 1;
}
}
return(returnValue);
}