/// <summary>
/// Compresses the chosen map.
/// </summary>
/// <param name="worker_thread">The worker hred this function is being run by</param>
/// <param name="args">Generic variable for passing an arguments class</param>
public static void CompressMap(BackgroundWorker worker_thread, object args)
{
if (args == null)
{
throw new Exception("No arguments or an invalid arguments class passed to CompressMap");
}
MapCompressorArgs arguments = (MapCompressorArgs)args;
// create the output folders
string output_folder;
if (!BuildOutputFolders(arguments.Map, arguments.PartsFolder, out output_folder))
{
throw new Exception("failed to create the output directories for map compression");
}
string map_filename = Path.GetFileNameWithoutExtension(arguments.Map);
MapDownloadList.MapDownloadClass map_entry = null;
List <FileSplitter.FileListEntry> file_list = null;
uint UncompressedSize;
uint CompressedSize;
using (FileStream map_file = File.OpenRead(arguments.Map))
UncompressedSize = (uint)map_file.Length;
using (MemoryStream compressed_file = new MemoryStream())
{
try
{
SevenZip.SevenZipCompressor compressor = new SevenZip.SevenZipCompressor();
compressor.ArchiveFormat = SevenZip.OutArchiveFormat.SevenZip;
compressor.CompressionLevel = SevenZip.CompressionLevel.Ultra;
compressor.CompressionMethod = SevenZip.CompressionMethod.Lzma;
compressor.CompressionMode = SevenZip.CompressionMode.Create;
// compress the map
compressor.CompressFiles(compressed_file, arguments.Map);
}
catch (Exception e)
{
Exception temp = e;
do
{
MessageBox.Show(temp.Message);
} while ((temp = temp.InnerException) != null);
}
string archive_filename = string.Format("{0}.7z", map_filename);
CompressedSize = (uint)compressed_file.Length;
// save the archive parts, encrypting if necessary
file_list = FileSplitter.SaveStream(compressed_file,
1048576,
output_folder,
archive_filename,
arguments.EncryptArchive,
arguments.ServerPassword);
}
// create the map entry
if (file_list != null)
{
map_entry = new MapDownloadList.MapDownloadClass();
map_entry.Algorithm = MapDownloadList.MapDownloadCompressionFormat.SevenZip;
map_entry.Name = Path.GetFileName(arguments.Map);
map_entry.MD5 = BlamLib.Cryptography.MD5.GenerateFileMD5String(arguments.Map);
map_entry.UncompressedSize = UncompressedSize;
map_entry.CompressedSize = CompressedSize;
map_entry.HostDirectory = Path.GetFileNameWithoutExtension(arguments.Map);
map_entry.Parts = new List <MapDownloadList.MapPartClass>();
// add all of the map parts to the map entry
foreach (var file in file_list)
{
MapDownloadList.MapPartClass part = new MapDownloadList.MapPartClass();
part.Name = Path.GetFileName(file.Location);
part.MD5 = file.MD5;
part.Index = file.Index;
part.Size = file.Size;
if (file.Encrypted)
{
part.Encrypted = true;
part.UnencryptedMD5 = file.UnencryptedMD5;
}
map_entry.Parts.Add(part);
}
}
// save the map entry to a map entry include xml
MapDownloadList.MapIncludeClass map_include = new MapDownloadList.MapIncludeClass();
map_include.MapDownload = map_entry;
string xml_path = Path.Combine(arguments.DefinitionsFolder, String.Format("{0}.xml", map_filename));
Util.SerializeObjectXML(map_include, xml_path);
}
/// <summary>
/// Compresses the chosen map.
/// </summary>
/// <param name="worker_thread">The worker hred this function is being run by</param>
/// <param name="args">Generic variable for passing an arguments class</param>
public static void CompressMap(BackgroundWorker worker_thread, object args)
{
MapCompressorArguments arguments = args as MapCompressorArguments;
if (arguments == null) throw new Exception("No arguments or an invalid arguments class passed to CompressMap");
// create the output folders
string output_folder;
if (!BuildOutputFolders(arguments.Map, arguments.PartsFolder, out output_folder))
throw new Exception("failed to create the output directories for map compression");
string map_filename = Path.GetFileNameWithoutExtension(arguments.Map);
MapDownloadList.MapDownloadClass map_entry = null;
List<FileSplitter.FileListEntry> file_list = null;
uint UncompressedSize;
uint CompressedSize;
using(FileStream map_file = File.OpenRead(arguments.Map))
UncompressedSize = (uint)map_file.Length;
using (MemoryStream compressed_file = new MemoryStream())
{
try
{
SevenZip.SevenZipCompressor compressor = new SevenZip.SevenZipCompressor();
compressor.ArchiveFormat = SevenZip.OutArchiveFormat.SevenZip;
compressor.CompressionLevel = SevenZip.CompressionLevel.Ultra;
compressor.CompressionMethod = SevenZip.CompressionMethod.Lzma;
compressor.CompressionMode = SevenZip.CompressionMode.Create;
// compress the map
compressor.CompressFiles(compressed_file, arguments.Map);
}
catch (Exception e)
{
Exception temp = e;
do
{
MessageBox.Show(temp.Message);
} while ((temp = temp.InnerException) != null);
}
string archive_filename = string.Format("{0}.7z", map_filename);
CompressedSize = (uint)compressed_file.Length;
// save the archive parts, encrypting if necessary
file_list = FileSplitter.SaveStream(compressed_file,
1048576,
output_folder,
archive_filename,
arguments.EncryptArchive,
arguments.ServerPassword);
}
// create the map entry
if (file_list != null)
{
map_entry = new MapDownloadList.MapDownloadClass();
map_entry.Algorithm = MapDownloadList.MapDownloadCompressionFormat.SevenZip;
map_entry.Name = Path.GetFileName(arguments.Map);
map_entry.MD5 = BlamLib.Cryptography.MD5.GenerateFileMD5String(arguments.Map);
map_entry.UncompressedSize = UncompressedSize;
map_entry.CompressedSize = CompressedSize;
map_entry.HostDirectory = Path.GetFileNameWithoutExtension(arguments.Map);
map_entry.Parts = new List<MapDownloadList.MapPartClass>();
// add all of the map parts to the map entry
foreach (var file in file_list)
{
MapDownloadList.MapPartClass part = new MapDownloadList.MapPartClass();
part.Name = Path.GetFileName(file.Location);
part.MD5 = file.MD5;
part.Index = file.Index;
part.Size = file.Size;
if (file.Encrypted)
{
part.Encrypted = true;
part.UnencryptedMD5 = file.UnencryptedMD5;
}
map_entry.Parts.Add(part);
}
}
// save the map entry to a map entry include xml
MapDownloadList.MapIncludeClass map_include = new MapDownloadList.MapIncludeClass();
map_include.MapDownload = map_entry;
string xml_path = Path.Combine(arguments.DefinitionsFolder, String.Format("{0}.xml", map_filename));
Util.SerializeObjectXML(map_include, xml_path);
}