public BF.Directory BuildDirectoryFromRawIndex()
{
BF.Directory returnDir = new BF.Directory();
returnDir.Name = mName;
returnDir.ParentBigFile = mParentBigFile;
if ((mIndices != null) && (mIndices.GetUpperBound(0) > 0))
{
foreach (BF.Index nextIndex in mIndices)
{
returnDir.Directories.Add(nextIndex.BuildDirectoryFromRawIndex());
}
}
if ((mFiles != null) && (mFiles.GetUpperBound(0) > 0))
{
foreach (BF.File currentFile in mFiles)
{
//if (returnDir.Filenames.Contains(currentFile.Name + "." + currentFile.FileExtension))
//{
// currentFile.Name = GetNextUnusedName(returnDir.Filenames, currentFile);
//}
returnDir.AddFile(currentFile);
}
}
return(returnDir);
}
public BF.Directory BuildDirectoryFromFileData()
{
BF.Directory returnDir = new Directory();
returnDir.Name = "BigFile";
//get all sub-files, recursively
ArrayList allFiles = new ArrayList();
mFileCount = 0;
allFiles = GetAllFilesRecursively(allFiles);
mFileCount = allFiles.Count;
//figure out where to put the file
foreach (BF.File currentFile in allFiles)
{
BF.Directory targetDir = returnDir;
string[] dirSplit = currentFile.DirectoryName.Split('\\');
//recursively get a pointer to the target directory
for (int i = 0; i < dirSplit.GetUpperBound(0); i++)
{
//create subdirectory if necessary
if (!(targetDir.DirectoryNames.Contains(dirSplit[i])))
{
BF.Directory newDir = new BF.Directory();
newDir.Name = dirSplit[i];
targetDir.AddDirectory(newDir);
}
targetDir = (BF.Directory)(targetDir.Directories[(int)(targetDir.DirectoryNames[dirSplit[i]])]);
}
//add the file
//if (targetDir.Filenames.Contains(currentFile.Name + "." + currentFile.FileExtension))
//{
// currentFile.Name = GetNextUnusedName(targetDir.Filenames, currentFile);
//}
targetDir.AddFile(currentFile);
}
return(returnDir);
}