private void ChangeHaloODSTFillMode()
{
//If the user didnt set the XDK name.
if (AppSettings.Settings.XDKName == "")
{
//Show our error.
MessageBox.Show(
"The Xbox Development Kit could not be connected to because it's means of connection were not set.");
//Stop processing code in this stub.
return;
}
//Initialize our Xbox Debug Communicator, with our XDK name/IP.
XboxDebugCommunicator xdc = new XboxDebugCommunicator(AppSettings.Settings.XDKName);
//Connect to our Xbox Debug Communicator.
xdc.Connect();
//Create an Xbox Memory Stream.
XboxMemoryStream xbms = xdc.ReturnXboxMemoryStream();
//Create an endian IO for our Memory Stream.
EndianIO IO = new EndianIO(xbms, EndianType.BigEndian);
//Open our IO.
IO.Open();
//Go to the address of the fillmode.
IO.SeekTo(0x821A8C60);
//If our solid item is checked.
if (menuButtonItem32.Checked)
{
//Write our solid value.
IO.Out.Write(0x38800000);
}
//Otherwise if our Point item is checked.
else if (menuButtonItem33.Checked)
{
//Write our point value.
IO.Out.Write(0x38800001);
}
//Otherwise if our Wireframe item is checked.
else if (menuButtonItem34.Checked)
{
//Write our wireframe value.
IO.Out.Write(0x38800025);
}
//Close our IO.
IO.Close();
//Disconnect from our Xbox.
xdc.Disconnect();
}
private void menuButtonItem28_Activate_1(object sender, EventArgs e)
{
//Inverse our check.
menuButtonItem28.Checked = !menuButtonItem28.Checked;
//Change our debug hud text.
//If the user didnt set the XDK name.
if (AppSettings.Settings.XDKName == "")
{
//Show our error.
MessageBox.Show(
"The Xbox Development Kit could not be connected to because it's means of connection were not set.");
//Stop processing code in this stub.
return;
}
//Initialize our Xbox Debug Communicator, with our XDK name/IP.
XboxDebugCommunicator xdc = new XboxDebugCommunicator(AppSettings.Settings.XDKName);
//Connect to our Xbox Debug Communicator.
xdc.Connect();
//Create an Xbox Memory Stream.
XboxMemoryStream xbms = xdc.ReturnXboxMemoryStream();
//Create an endian IO for our Memory Stream.
EndianIO IO = new EndianIO(xbms, EndianType.BigEndian);
//Open our IO.
IO.Open();
//Goto the Address of the jump to the debug text.
IO.SeekTo(0x821978B0);
//If our print cam info item is checked..
if (menuButtonItem28.Checked)
{
//Write our ASM value indicating a no operation.
IO.Out.Write(0x60000000);//Nop
}
//Otherwise
else
{
//Write our jump offset.
IO.Out.Write(0x419A01D8);
}
//Close our IO.
IO.Close();
//Disconnect from our xbox.
xdc.Disconnect();
}
public byte[] GetRawDataFromID(int RawID, int DataLength)
{
map.OpenIO();
// Get our raw info
RawInformation.RawEntry entry = GetRawEntryFromRawID(RawID);
if (entry == null)
{
return(null);
}
RawInformation.RawLocation rl = rawLocations[entry.RawLocationsIndex];
int index = (rl.RawPoolIndexSingle == -1) ? rl.RawPoolIndexMultiple : rl.RawPoolIndexSingle;
int offsetInPool = (rl.RawPoolIndexSingle == -1) ? (int)rl.OffsetOfRawInPool : 0;
int rawOffset = (int)rawPools[index].RawOffset;
int compressedLen = (int)rawPools[index].CompressedSize;
int decompressLen = (int)rawPools[index].DecompressedSize;
// Load our IO
EndianIO io = (RawPools[index].ExternalMapIndex == -1) ? map.IO :
externalMaps[RawPools[index].ExternalMapIndex].io;
// Open our IO and add our raw table offset
io.In.SeekTo(0x470);
int offset = rawOffset + io.In.ReadInt32();
// Setup our output stream and deflater
DeflateStream deflate = new DeflateStream(io.In.BaseStream,
CompressionMode.Decompress);
BinaryReader br = new BinaryReader(deflate);
// Goto our data and decompress it
io.SeekTo(offset);
byte[] buffer = br.ReadBytes(decompressLen);
byte[] dataNew = (DataLength == -1) ? new byte[decompressLen - offsetInPool] :
new byte[DataLength];
int size = 0;
if (DataLength != -1)
{
size = (offsetInPool + DataLength > buffer.Length) ? buffer.Length - offsetInPool : DataLength;
}
else
{
size = buffer.Length - offsetInPool;
}
Array.Copy(
buffer, offsetInPool,
dataNew, 0, size);
map.CloseIO();
// Now lets return our data
return(dataNew);
}
private void Read()
{
IO.SeekTo(0);
// TODO
}