private void button1_Click(object sender, EventArgs e)
{
if (base.Enabled)
{
if (txtArrayBox.Text.Length != txtArrayBox.MaxLength)
{
OutputMessenger.OutputMessage("Data array \"" + ValueData.Name + "\" could not be saved due to an invalid length of bytes.", this);
}
try
{
if (AppSettings.Settings.IP_and_XDK_Name == "")
{
MessageBox.Show("XDK Name/IP not set");
}
else
{
XboxDebugCommunicator communicator = new XboxDebugCommunicator(AppSettings.Settings.IP_and_XDK_Name);
if (!communicator.Connected)
{
try
{
communicator.Connect();
}
catch
{
}
}
XboxMemoryStream stream = communicator.ReturnXboxMemoryStream();
HaloReach3d.IO.EndianIO nio = new HaloReach3d.IO.EndianIO(stream, HaloReach3d.IO.EndianType.BigEndian);
nio.Open();
nio.Out.BaseStream.Position = ValueData.Pointer + HMap.Map_Header.mapMagic;
try
{
nio.Out.Write(ExtraFunctions.HexStringToBytes(txtArrayBox.Text), 0, txtArrayBox.Text.Length / 2);
}
catch
{
OutputMessenger.OutputMessage("Some invalid byte characters were intered in data array \"" + ValueData.Name + "\".\n They will not be saved.", this);
return;
}
nio.Close();
stream.Close();
communicator.Disconnect();
OutputMessenger.OutputMessage("Poked Chunk Values", this);
}
}
catch
{
OutputMessenger.OutputMessage("Couldn't Poke Chunks", this);
}
}
}
public void SaveValue(EndianIO IO, int parentOffset)
{
if (txtArrayBox.Text.Length != txtArrayBox.MaxLength)
{
OutputMessenger.OutputMessage("Data array \"" + ValueData.Name + "\" could not be saved due to an invalid length of bytes.", this);
}
byte[] buffer = null;
try
{
buffer = ExtraFunctions.HexStringToBytes(txtArrayBox.Text);
}
catch
{
OutputMessenger.OutputMessage("Some invalid byte characters were intered in data array \"" + ValueData.Name + "\".\n They will not be saved.", this);
return;
}
IO.Out.BaseStream.Position = parentOffset + ValueData.Offset;
IO.Out.Write(buffer);
}
public void PokeValue(HaloReach3d.IO.EndianIO IO, int parentOffset)
{
if (base.Enabled)
{
if (txtArrayBox.Text.Length != txtArrayBox.MaxLength)
{
OutputMessenger.OutputMessage("Data array \"" + ValueData.Name + "\" could not be saved due to an invalid length of bytes.", this);
}
IO.Out.BaseStream.Position = ValueData.Pointer + HMap.Map_Header.mapMagic;
try
{
IO.Out.Write(ExtraFunctions.HexStringToBytes(txtArrayBox.Text), 0, ExtraFunctions.HexStringToBytes(txtArrayBox.Text).Length);
}
catch
{
OutputMessenger.OutputMessage("Some invalid byte characters were intered in data array \"" + ValueData.Name + "\".\n They will not be saved.", this);
}
}
}
public RTHData.RTHDataBlock ReturnRTHDataBlock(int parentMemoryOffset)
{
//Initialize our RTH Data Block
RTHData.RTHDataBlock RTH_Data_Block = new RTHData.RTHDataBlock();
//Set our memory offset
RTH_Data_Block.Memory_Offset = (uint)(parentMemoryOffset + IdentData.Offset) - 12;
//Get our class data
byte[] classData = ExtraFunctions.StringToBytes(cmbxClass.Text);
//Get our blank data
byte[] blankData = new byte[8];
//Create our identData array
byte[] identData = null;
//If the value isn't null
if (cmbxName.Text != "<<null>>")
{
//Assign our ident
identData =
ExtraFunctions.HexStringToBytes(
HMap.IndexItems[HMap.GetTagIndexByClassAndName(cmbxClass.Text, cmbxName.Text)].Ident.ToString("X"));
}
else
{
//Otherwise, if it is, we assign a null value
identData = new byte[4] {
0xFF, 0xFF, 0xFF, 0xFF
};
}
RTH_Data_Block.Data_Block =
ExtraFunctions.HexStringToBytes(ExtraFunctions.BytesToHexString(classData) +
ExtraFunctions.BytesToHexString(blankData) +
ExtraFunctions.BytesToHexString(identData));
//Set our block size
RTH_Data_Block.Block_Size = 16;
//Return the RTH Data Block instance
return(RTH_Data_Block);
}
public void pokeXbox(uint offset, string poketype, string ammount)
{
if (!checkBox1.Checked)
{
ammount = int.Parse(ammount).ToString("X");
}
try
{
if (AppSettings.Settings.IP_and_XDK_Name == "")
{
MessageBox.Show("XDK Name/IP not set");
}
else
{
XboxDebugCommunicator communicator = new XboxDebugCommunicator(AppSettings.Settings.IP_and_XDK_Name);
if (!communicator.Connected)
{
try
{
communicator.Connect();
}
catch
{
}
}
XboxMemoryStream stream = communicator.ReturnXboxMemoryStream();
HaloReach3d.IO.EndianIO nio = new HaloReach3d.IO.EndianIO(stream, HaloReach3d.IO.EndianType.BigEndian);
nio.Open();
nio.Out.BaseStream.Position = offset;
if (poketype == "Unicode String")
{
nio.Out.WriteUnicodeString(ammount, ammount.Length);
}
if (poketype == "ASCII String")
{
nio.Out.WriteUnicodeString(ammount, ammount.Length);
}
if ((poketype == "String") | (poketype == "string"))
{
nio.Out.Write(ammount);
}
if ((poketype == "Float") | (poketype == "float"))
{
nio.Out.Write(float.Parse(ammount));
}
if ((poketype == "Double") | (poketype == "double"))
{
nio.Out.Write(double.Parse(ammount));
}
if ((poketype == "Short") | (poketype == "short"))
{
nio.Out.Write((short)Convert.ToUInt32(ammount, 0x10));
}
if ((poketype == "Byte") | (poketype == "byte"))
{
nio.Out.Write((byte)Convert.ToUInt32(ammount, 0x10));
}
if ((poketype == "Long") | (poketype == "long"))
{
nio.Out.Write((long)Convert.ToUInt32(ammount, 0x10));
}
if ((poketype == "Quad") | (poketype == "quad"))
{
nio.Out.Write((long)Convert.ToUInt64(ammount, 0x10));
}
if ((poketype == "Int") | (poketype == "int"))
{
nio.Out.Write(Convert.ToUInt32(ammount, 0x10));
}
if ((poketype == "Bytes") | (poketype == "bytes"))
{
nio.Out.Write(ExtraFunctions.HexStringToBytes(ammount), 0, ExtraFunctions.HexStringToBytes(ammount).Count <byte>());
}
nio.Close();
stream.Close();
communicator.Disconnect();
}
}
catch
{
}
}
