public ICollection <PackagedFileInfo> ListFiles()
{
List <PackagedFileInfo> files = new List <PackagedFileInfo>();
string directoryPathString = directoryPath.ToString();
int directoryPathStringLength = directoryPathString.Length;
if (false == directoryPathString.EndsWith(Path.DirectorySeparatorChar.ToString(), StringComparison.Ordinal))
{
directoryPathStringLength++;
}
foreach (string fileName in directoryFilesLister.ListFiles(directoryPathString, recursive))
{
if (false == fileName.StartsWith(
directoryPathString,
StringComparison.OrdinalIgnoreCase))
{
throw new InvalidOperationException();
}
if (false == LoggingHelper.LogIfFilteredOut(fileName, Filter, logger))
{
continue;
}
LocalPath localPath = new LocalPath(
fileName.Substring(directoryPathStringLength));
PackagedFileInfo packagedFileInfo = new PackagedFileInfo(new FullPath(fileName), localPath);
files.Add(packagedFileInfo);
}
return(files);
}
private bool TryToTransformSingleFileSource(SingleFileSource source, FilesList filesList)
{
if (!transformations.ContainsKey(source.Id))
{
return(false);
}
CopyProcessorTransformation transformation = transformations[source.Id];
if ((transformation.Options & CopyProcessorTransformationOptions.SingleFile) == 0)
{
return(false);
}
LocalPath destinationPath = transformation.DestinationPath;
PackagedFileInfo sourceFile = source.ListFiles().AsQueryable().First();
FullPath destinationFullPath = destinationRootDir.CombineWith(destinationPath);
FileFullPath destinationFileFullPath = destinationFullPath.ToFileFullPath();
filesList.AddFile(new PackagedFileInfo(destinationFileFullPath));
copier.Copy(sourceFile.FileFullPath, destinationFileFullPath);
return(true);
}
/// <summary>
/// Defines a transformation for <see cref="SingleFileSource"/> which copies the file to the destination
/// and renames the file in the process.
/// </summary>
/// <param name="sourceId">ID of the <see cref="SingleFileSource"/>.</param>
/// <param name="destinationFileName">The destination directory and file name (local path).</param>
/// <returns>This same instance of the <see cref="CopyProcessor"/>.</returns>
public CopyProcessor AddSingleFileTransformation(string sourceId, LocalPath destinationFileName)
{
CopyProcessorTransformation transformation = new CopyProcessorTransformation(
sourceId, destinationFileName, CopyProcessorTransformationOptions.SingleFile);
transformations.Add(sourceId, transformation);
return(this);
}
public CopyProcessor AddTransformationWithDirFlattening(string sourceId, LocalPath destinationDir)
{
CopyProcessorTransformation transformation = new CopyProcessorTransformation(
sourceId, destinationDir, CopyProcessorTransformationOptions.FlattenDirStructure);
transformations.Add(sourceId, transformation);
return(this);
}
public CopyProcessor AddTransformation(string sourceId, LocalPath destinationDir)
{
CopyProcessorTransformation transformation = new CopyProcessorTransformation(
sourceId, destinationDir, CopyProcessorTransformationOptions.None);
transformations.Add(sourceId, transformation);
return(this);
}
private ICompositeFilesSource ProcessPrivate(
ICompositeFilesSource compositeFilesSource,
bool isRoot)
{
CompositeFilesSource transformedCompositeSource = isRoot
? new StandardPackageDef(compositeFilesSource.Id)
: new CompositeFilesSource(compositeFilesSource.Id);
foreach (IFilesSource filesSource in compositeFilesSource.ListChildSources())
{
if (filesSource is ICompositeFilesSource)
{
throw new NotImplementedException("Child composites are currently not supported");
}
FilesList filesList = new FilesList(filesSource.Id);
LocalPath destinationPath = FindDestinationPathForSource(filesSource.Id);
foreach (PackagedFileInfo sourceFile in filesSource.ListFiles())
{
if (false == LoggingHelper.LogIfFilteredOut(sourceFile.FullPath.ToString(), filter, logger))
{
continue;
}
FullPath destinationFileName = new FullPath(destinationRootDir);
destinationFileName = destinationFileName.CombineWith(destinationPath);
if (sourceFile.LocalPath != null)
{
destinationFileName = destinationFileName.CombineWith(sourceFile.LocalPath);
}
else
{
destinationFileName =
destinationFileName.CombineWith(new LocalPath(Path.GetFileName(
sourceFile.FullPath.ToString())));
}
string destFile = Path.GetFileName(destinationFileName.ToString());
if (fileTransformations.ContainsKey(destFile))
{
destinationFileName = new FullPath(Path.Combine(
Path.GetDirectoryName(destinationFileName.ToString()),
fileTransformations[destFile]));
}
filesList.AddFile(new PackagedFileInfo(destinationFileName));
copier.Copy(sourceFile.FullPath.ToString(), destinationFileName.ToString());
}
transformedCompositeSource.AddFilesSource(filesList);
}
return(transformedCompositeSource);
}
public override bool Equals(object obj)
{
if (obj == null || GetType() != obj.GetType())
{
return(false);
}
LocalPath that = (LocalPath)obj;
return(string.Equals(localPath, that.localPath));
}
private void TransformSource(IFilesSource filesSource, FilesList filesList)
{
CopyProcessorTransformation transformation = FindTransformationForSource(filesSource.Id);
bool flattenDirs = (transformation.Options & CopyProcessorTransformationOptions.FlattenDirStructure) != 0;
LocalPath destinationPath = transformation.DestinationPath;
foreach (PackagedFileInfo sourceFile in filesSource.ListFiles())
{
if (false ==
LoggingHelper.LogIfFilteredOut(sourceFile.FileFullPath.ToString(), filter, taskContext))
{
continue;
}
FullPath destinationFullPath = destinationRootDir.CombineWith(destinationPath);
if (sourceFile.LocalPath != null)
{
LocalPath destLocalPath = sourceFile.LocalPath;
if (flattenDirs)
{
destLocalPath = destLocalPath.Flatten;
}
destinationFullPath = destinationFullPath.CombineWith(destLocalPath);
}
else
{
destinationFullPath =
destinationFullPath.CombineWith(new LocalPath(sourceFile.FileFullPath.FileName));
}
string destFile = destinationFullPath.FileName;
if (fileTransformations.ContainsKey(destFile))
{
destinationFullPath = destinationFullPath.ParentPath.CombineWith(
fileTransformations[destFile]);
}
FileFullPath destinationFileFullPath = destinationFullPath.ToFileFullPath();
filesList.AddFile(new PackagedFileInfo(destinationFileFullPath));
copier.Copy(sourceFile.FileFullPath, destinationFileFullPath);
}
}
public void ZipFiles(
FileFullPath zipFileName,
FullPath baseDir,
int?compressionLevel,
IEnumerable <FileFullPath> filesToZip)
{
taskContext.WriteInfo("Zipping {0}", zipFileName);
CreateDirectoryTask createDirectoryTask = new CreateDirectoryTask(
zipFileName.Directory.ToString(),
false);
createDirectoryTask.Execute(taskContext);
using (FileStream zipFileStream = new FileStream(
zipFileName.ToString(),
FileMode.Create,
FileAccess.ReadWrite,
FileShare.None))
{
using (ZipOutputStream zipStream = new ZipOutputStream(zipFileStream))
{
if (compressionLevel.HasValue)
{
zipStream.SetLevel(compressionLevel.Value);
}
buffer = new byte[1024 * 1024];
foreach (FileFullPath fileName in filesToZip)
{
LocalPath debasedFileName = fileName.ToFullPath().DebasePath(baseDir);
string cleanName = ZipEntry.CleanName(debasedFileName.ToString());
//environment.LogMessage("Zipping file '{0}'", basedFileName);
AddFileToZip(fileName, cleanName, zipStream);
}
}
}
}
public ICollection <PackagedFileInfo> ListFiles()
{
List <PackagedFileInfo> files = new List <PackagedFileInfo>();
foreach (string fileName in directoryFilesLister.ListFiles(
directoryPath.ToString(),
recursive))
{
FileFullPath fileNameFullPath = new FileFullPath(fileName);
LocalPath debasedFileName = fileNameFullPath.ToFullPath().DebasePath(directoryPath);
if (false == LoggingHelper.LogIfFilteredOut(fileName, Filter, taskContext))
{
continue;
}
PackagedFileInfo packagedFileInfo = new PackagedFileInfo(fileNameFullPath, debasedFileName);
files.Add(packagedFileInfo);
}
return(files);
}
public CopyProcessor AddTransformation(string sourceId, LocalPath destinationDir)
{
transformations.Add(sourceId, destinationDir);
return(this);
}
public LocalPath CombineWith(LocalPath path)
{
return(new LocalPath(Path.Combine(localPath, path.ToString())));
}
public FullPath CombineWith(LocalPath localPath)
{
return(new FullPath(Path.Combine(fullPath, localPath.ToString())));
}
