public MapLoader(Stream file)
{
Console.WriteLine("### Opening map: " + ((BigStream)file).Name);
BinaryReader binaryReader = new BinaryReader(file);
uint flag = binaryReader.ReadUInt32();
switch (flag)
{
case 1884121923U:
Console.WriteLine("### Map is in uncompressed format");
break;
case 5390661U:
Console.WriteLine("### Map is in compressed RefPack format, decompressing...");
BinaryWriter output = new BinaryWriter((Stream) new MemoryStream((int)binaryReader.BaseStream.Length));
binaryReader.BaseStream.Position = 8L;
IOUtility.DecompressData(binaryReader, output);
binaryReader = new BinaryReader(output.BaseStream);
byte[] numArray = new byte[(int)output.BaseStream.Length];
output.BaseStream.Position = 0L;
output.BaseStream.Read(numArray, 0, (int)output.BaseStream.Length);
File.WriteAllBytes("decompressed.map", numArray);
binaryReader.BaseStream.Position = 4L;
break;
default:
Console.WriteLine("### Unknow map format, not supported");
return;
}
Map map = new Map();
SubAsset.map = map;
Asset.map = map;
binaryReader.BaseStream.Position = 4L;
string[] assetStrings = new string[binaryReader.ReadInt32()];
map.nameIDs = new Dictionary <string, int>(assetStrings.Length);
map.majorAssets = new Dictionary <string, MajorAsset>();
StreamWriter streamWriter1 = new StreamWriter("assetStrings.txt");
for (int index = assetStrings.Length - 1; index >= 0; --index)
{
assetStrings[index] = binaryReader.ReadString();
streamWriter1.WriteLine("{0,-20}\t{1}", (object)assetStrings[index], (object)(index + 1));
//Console.WriteLine(assetStrings[index]);
int num = binaryReader.ReadInt32();
if (num != index + 1)
{
Console.WriteLine("!\t string suffix {0} mismatch with index {1}", (object)num, (object)(index + 1));
}
}
streamWriter1.Close();
SubAsset.assetNames = assetStrings;
StreamWriter streamWriter2 = new StreamWriter("majorAssetStrings.txt");
long position = binaryReader.BaseStream.Position;
while (binaryReader.BaseStream.Position < binaryReader.BaseStream.Length)
{
int num1 = binaryReader.ReadInt32();
short num2 = binaryReader.ReadInt16();
int num3 = binaryReader.ReadInt32();
string key = assetStrings[num1 - 1];
binaryReader.BaseStream.Position -= 10L;
streamWriter2.WriteLine("{0,-20}\t{1,-6}\t{2,-3}\t{3}", (object)key, (object)num3, (object)num1, (object)num2);
File.WriteAllBytes(assetStrings[num1 - 1] + ".bin", binaryReader.ReadBytes(num3 + 10));
binaryReader.BaseStream.Position -= (long)(num3 + 10);
switch (key)
{
case "AssetList":
Console.WriteLine("AssetList");
map.majorAssets.Add(key, (MajorAsset)(map.assetList = new AssetList(binaryReader)));
continue;
case "GlobalVersion":
Console.WriteLine("GlobalVersion");
map.majorAssets.Add(key, (MajorAsset) new GlobalVersion(binaryReader));
continue;
case "HeightMapData":
Console.WriteLine("HeigthMapData");
map.heightMap = new HeightMapData(binaryReader);
map.majorAssets.Add(key, (MajorAsset)map.heightMap);
map.mapWidth = map.heightMap.mapWidth;
map.mapHeight = map.heightMap.mapHeight;
continue;
/*
* case "BlendTileData":
* Console.WriteLine("BlendTileData");
* map.blendTile = new BlendTileData(binaryReader, map.mapWidth, map.mapHeight);
* map.majorAssets.Add(key, (MajorAsset)map.blendTile);
* continue;
* case "WorldInfo":
* Console.WriteLine("WorldInfo");
* map.worldInfo = new WorldInfo(binaryReader, assetStrings);
* map.majorAssets.Add(key, (MajorAsset)map.worldInfo);
* continue;
* case "MPPositionList":
* Console.WriteLine("MPPositionList");
* map.mpPositionList = new MPPositionList(binaryReader);
* map.majorAssets.Add(key, (MajorAsset)map.mpPositionList);
* continue;
* case "SidesList":
* Console.WriteLine("SidesList");
* map.sidesList = new SidesList(binaryReader);
* map.majorAssets.Add(key, (MajorAsset)map.sidesList);
* continue;
* case "LibraryMapLists":
* Console.WriteLine("LibraryMapLists");
* map.majorAssets.Add(key, (MajorAsset)new LibraryMapLists(binaryReader));
* continue;
* case "Teams":
* Console.WriteLine("Teams");
* map.majorAssets.Add(key, (MajorAsset)new Teams(binaryReader));
* continue;
* case "PlayerScriptsList":
* Console.WriteLine("PlayerScriptsList");
* map.majorAssets.Add(key, (MajorAsset)new PlayerScriptsList(binaryReader));
* continue;
* case "BuildLists":
* Console.WriteLine("BuildLists");
* map.majorAssets.Add(key, (MajorAsset)new BuildLists(binaryReader));
* continue;
* case "ObjectsList":
* Console.WriteLine("ObjectList");
* map.objectList = new ObjectsList(binaryReader);
* map.majorAssets.Add(key, (MajorAsset)map.objectList);
* continue;
* case "TriggerAreas":
* Console.WriteLine("TriggerAreas");
* map.majorAssets.Add(key, (MajorAsset)new TriggerAreas(binaryReader));
* continue;
* case "GlobalWaterSettings":
* Console.WriteLine("GlobalWaterSettings");
* map.majorAssets.Add(key, (MajorAsset)new GlobalWaterSettings(binaryReader));
* continue;
* case "FogSettings":
* Console.WriteLine("FogSettings");
* map.majorAssets.Add(key, (MajorAsset)new FogSettings(binaryReader));
* continue;
* case "MissionHotSpots":
* Console.WriteLine("MissionHotSpots");
* map.majorAssets.Add(key, (MajorAsset)new MissionHotSpots(binaryReader));
* continue;
* case "MissionObjectives":
* Console.WriteLine("MissionObjectives");
* map.majorAssets.Add(key, (MajorAsset)new MissionObjectives(binaryReader));
* continue;
* case "StandingWaterAreas":
* Console.WriteLine("StandingWaterAreas");
* map.majorAssets.Add(key, (MajorAsset)new StandingWaterAreas(binaryReader));
* continue;
* case "RiverAreas":
* Console.WriteLine("RiverAreas");
* map.majorAssets.Add(key, (MajorAsset)new RiverAreas(binaryReader));
* continue;
* case "StandingWaveAreas":
* Console.WriteLine("StandingWaveAreas");
* map.majorAssets.Add(key, (MajorAsset)new StandingWaveAreas(binaryReader));
* continue;
* case "GlobalLighting":
* Console.WriteLine("GlobalLighting");
* map.majorAssets.Add(key, (MajorAsset)new GlobalLighting(binaryReader));
* continue;
* case "PostEffectsChunk":
* Console.WriteLine("PostEffectsChunk");
* map.majorAssets.Add(key, (MajorAsset)new PostEffectsChunk(binaryReader));
* continue;
* case "EnvironmentData":
* Console.WriteLine("EnvironmentData");
* map.majorAssets.Add(key, (MajorAsset)new EnvironmentData(binaryReader));
* continue;
* case "NamedCameras":
* Console.WriteLine("NamedCameras");
* map.majorAssets.Add(key, (MajorAsset)new NamedCameras(binaryReader));
* continue;
* case "CameraAnimationList":
* Console.WriteLine("CameraAnimationList");
* map.majorAssets.Add(key, (MajorAsset)new CameraAnimationList(binaryReader));
* continue;
* case "WaypointsList":
* Console.WriteLine("WaypointsList");
* map.majorAssets.Add(key, (MajorAsset)new WaypointsList(binaryReader));
* continue;
*/
default:
Console.WriteLine("*\t Asset: {0} not parsed, error occurred, ending parsing", (object)key);
binaryReader.BaseStream.Position = binaryReader.BaseStream.Length;
continue;
}
}
streamWriter2.Close();
StreamWriter streamWriter3 = new StreamWriter("parsed assetStrings.txt");
foreach (KeyValuePair <string, int> keyValuePair in map.nameIDs)
{
streamWriter3.WriteLine("{0,-20}\t{1}", (object)keyValuePair.Key, (object)keyValuePair.Value);
}
streamWriter3.Close();
//map.mapWidth = map.heightMap.mapWidth;
//map.mapHeight = map.heightMap.mapHeight;
//map.mapBorder = map.heightMap.borderWidth;
//map.PlayerCount = map.objectList.StartingLocationsCount;
binaryReader.Close();
file.Close();
//Console.WriteLine("\t Map exported to \"{0}.bin\"", (object)Path.GetFileNameWithoutExtension(file));
Console.WriteLine("*\t Done parsing \"{0}\"", (object)file);
}