private void WriteFileTree(AnnoRDA.FileSystem fileSystem, ArchiveFileMap archiveFiles, IList <AnnoRDA.BlockContentsSource> residentBuffers)
{
this.WriteStructureStart(FileSystemTags.Structures.Names.FileTree);
this.WritePathMap(fileSystem.Root.Folders, "", archiveFiles, residentBuffers);
this.WriteFileMap(fileSystem.Root.Files, "", archiveFiles, residentBuffers);
this.WriteStructureEnd();
}
private void WriteArchiveMap(AnnoRDA.FileSystem fileSystem, ArchiveFileMap archiveFiles)
{
this.WriteStructureStart(FileSystemTags.Structures.Names.ArchiveMap);
IList <AnnoRDA.BlockContentsSource> residentBuffers = new List <AnnoRDA.BlockContentsSource>();
this.WriteFileTree(fileSystem, archiveFiles, residentBuffers);
this.WriteArchiveFiles(archiveFiles);
this.WriteResidentBuffers(residentBuffers);
this.WriteStructureEnd();
}
private void WriteFileContents(AnnoRDA.File file, string fullFilePath, ArchiveFileMap archiveFiles, IList <AnnoRDA.BlockContentsSource> residentBuffers)
{
this.WriteListStart();
this.WriteAttribute(FileSystemTags.Attributes.Names.FileName, (string)fullFilePath);
int archiveFileIndex = archiveFiles.GetIndexForLoadPath(file.ContentsSource.BlockContentsSource.ArchiveFilePath);
if (archiveFileIndex < 0)
{
throw new System.ArgumentException("archive file path not present in archive file map");
}
if (archiveFileIndex != 0)
{
this.WriteAttribute(FileSystemTags.Attributes.Names.ArchiveFileIndex, (int)archiveFileIndex);
}
if (file.ContentsSource.PositionInBlock != 0)
{
this.WriteAttribute(FileSystemTags.Attributes.Names.Position, (long)file.ContentsSource.PositionInBlock);
}
if (file.ContentsSource.CompressedSize != 0)
{
this.WriteAttribute(FileSystemTags.Attributes.Names.CompressedSize, (long)file.ContentsSource.CompressedSize);
}
if (file.ContentsSource.UncompressedSize != 0)
{
this.WriteAttribute(FileSystemTags.Attributes.Names.UncompressedSize, (long)file.ContentsSource.UncompressedSize);
}
if (file.ModificationTimestamp != 0)
{
this.WriteAttribute(FileSystemTags.Attributes.Names.ModificationTime, (long)file.ModificationTimestamp);
}
if (file.ContentsSource.BlockContentsSource.Flags.Value != 0)
{
this.WriteAttribute(FileSystemTags.Attributes.Names.Flags, (int)file.ContentsSource.BlockContentsSource.Flags.Value);
}
if (file.ContentsSource.BlockContentsSource.Flags.IsMemoryResident)
{
int residentBufferIndex = this.GetIndexInListAddIfMissing(residentBuffers, file.ContentsSource.BlockContentsSource);
if (residentBufferIndex != 0)
{
this.WriteAttribute(FileSystemTags.Attributes.Names.ResidentBufferIndex, (int)residentBufferIndex);
}
}
this.WriteListEnd();
}
private void WriteArchiveFiles(ArchiveFileMap archiveFiles)
{
this.WriteStructureStart(FileSystemTags.Structures.Names.ArchiveFiles);
foreach (string archiveFile in archiveFiles.GetNames())
{
this.WriteListStart();
this.WriteGenericStringAttribute(archiveFile);
this.WriteGenericStringAttribute("");
this.WriteListEnd();
}
this.WriteStructureEnd();
this.WriteAttribute(FileSystemTags.Attributes.Names.LastArchiveFile, (string)archiveFiles.GetLastName());
}
private void WriteFileMap(IEnumerable <AnnoRDA.File> files, string fullPathSoFar, ArchiveFileMap archiveFiles, IList <AnnoRDA.BlockContentsSource> residentBuffers)
{
this.WriteStructureStart(FileSystemTags.Structures.Names.FileMap);
foreach (var file in files.OrderBy(file => file.Name, this.fileNameComparer))
{
this.WriteGenericStringAttribute(file.Name);
this.WriteFileContents(file, fullPathSoFar + file.Name, archiveFiles, residentBuffers);
}
this.WriteStructureEnd();
}
private void WriteFolderContents(AnnoRDA.Folder folder, string fullPathSoFar, ArchiveFileMap archiveFiles, IList <AnnoRDA.BlockContentsSource> residentBuffers)
{
this.WriteListStart();
this.WritePathMap(folder.Folders, fullPathSoFar, archiveFiles, residentBuffers);
this.WriteFileMap(folder.Files, fullPathSoFar, archiveFiles, residentBuffers);
this.WriteListEnd();
}
public void WriteFileSystem(AnnoRDA.FileSystem fileSystem, ArchiveFileMap archiveFiles)
{
this.WriteArchiveMap(fileSystem, archiveFiles);
this.writer.FinalizeFile(this.tags);
}