public AlteredPatchHeader(EndianIO IO)
{
//Go to offset 0
IO.In.BaseStream.Position = 0;
//Verify its an RTH Patch
if (IO.In.ReadAsciiString(4) != HeaderString)
{
throw new Exception(
"The following Patch is an invalid patch and therefore will not be read/applied/handled.");
}
//Verify our version
if (IO.In.ReadSingle() != Version)
{
throw new Exception(
"The following RTH Patch is of a different version and it's architecture has most likely been updated, therefore the patch will and most likely cannot be applied.");
}
//Read our Author Name
Author_Name = IO.In.ReadAsciiString(32);
//Read our patch description
Patch_Description = IO.In.ReadAsciiString(256);
//Read our original map checksum
Original_Map_Checksum = IO.In.ReadInt32();
//Read our image
Preview_Image = Image.FromStream(new MemoryStream(IO.In.ReadBytes(0xA000)));
}
public void SaveValue(EndianIO IO, int parentOffset)
{
//Go to the required offset
IO.Out.BaseStream.Position = parentOffset + BitmaskData.Offset;
//Determine type and write accordingly
switch (BitmaskData.Attributes)
{
case mValue.ObjectAttributes.Bitmask8:
{
IO.Out.Write((byte)BitHelper.ConvertToWriteableInteger(ReturnCheckedList()));
break;
}
case mValue.ObjectAttributes.Bitmask16:
{
IO.Out.Write((short)BitHelper.ConvertToWriteableInteger(ReturnCheckedList()));
break;
}
case mValue.ObjectAttributes.Bitmask32:
{
IO.Out.Write(BitHelper.ConvertToWriteableInteger(ReturnCheckedList()));
break;
}
}
}
public void SaveValue(EndianIO IO, int parentOffset)
{
//Go to the required offset
IO.Out.BaseStream.Position = (parentOffset + IdentData.Offset) - 12;
//Get new ident-tag index
if (cmbxName.Text != "<<null>>")
{
//Get the index using the tagname and class
int index = HMap.GetTagIndexByClassAndName(cmbxClass.Text, cmbxName.Text);
//If the index is null...
if (index == -1)
{
goto WriteNullIdent;
}
//Write the tagref
IO.Out.WriteAsciiString(HMap.IndexItems[index].Class, 4);
//Skip the 8 byte gap.
IO.Out.BaseStream.Position += 8;
//Write the ident
IO.Out.Write(HMap.IndexItems[index].Ident);
//Returned
return;
}
//Otherwise...
WriteNullIdent:
;
//Jump to the ident offset
IO.Out.BaseStream.Position += 12;
//Write the ident
IO.Out.Write(-1);
}
public byte[] GetCompressedRawDataFromPoolIndex(int raw_pool_index)
{
externalMaps.OpenIOs();
int index = raw_pool_index;
int poolOffset = (int)rawPools[index].RawOffset;
int size = (int)rawPools[index].CompressedSize;
// 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 = poolOffset + io.In.ReadInt32();
//Go to our offset
io.In.BaseStream.Position = offset;
//Read our raw data.
byte[] rawData = io.In.ReadBytes(size);
externalMaps.CloseIOs();
// Now lets return our data
return(rawData);
}
private void GET_GUIDE_INFO(ref TmpEntry entry, EndianIO readerIO, EndianIO writerIO, EndianWriter structIO)
{
entry.client_session = readerIO.Reader.ReadBytes(0x10).BytesToHexString();
if (conMySQL.getConsole(ref entry, true))
{
if (entry.client_dateExpire >= DateTime.Now)
{
GlobalFunc.Write(entry.client_name);
TimeSpan timeLeft = Misc.DateTimetoExact(entry.client_dateExpire.ToLocalTime(), DateTime.Now.ToLocalTime());
//string s_timeLeft = "fgt\0";//entry.client_days >= 500 ? "Life in prison.\0" : String.Format("D:{0} H:{1} M:{2}\0", entry.client_days, timeLeft.Hours, timeLeft.Minutes);//String.Format("Days {0} | Hours {1} | Minutes {2} | Seconds {3}\0", entry.client_days, timeLeft.Hours, timeLeft.Minutes, timeLeft.Seconds);
int maxStatusLen = 20, maxTimeLen = 50;
byte[] StatusBuff = new byte[maxStatusLen];
byte[] timeBuff = new byte[maxTimeLen];
//byte[] serialBuff = new byte[maxSerialLen];
string Status = "Authenticated\0";
string s_timeLeft = entry.client_days >= 99999 ? "Life in prison.\0" : String.Format("D:{0} H:{1} M:{2}\0", entry.client_days, timeLeft.Hours, timeLeft.Minutes);
Buffer.BlockCopy(Encoding.ASCII.GetBytes(Status), 0, StatusBuff, 0, Status.Length);
Buffer.BlockCopy(Encoding.ASCII.GetBytes(s_timeLeft), 0, timeBuff, 0, s_timeLeft.Length);
structBuff = new byte[(sizeof(uint) * 4) + StatusBuff.Length + timeBuff.Length];
structIO = new EndianIO(structBuff, EndianStyle.BigEndian).Writer;
structIO.Write(StatusBuff);
structIO.Write(timeBuff);
writerIO.Writer.Write(structBuff);
GlobalFunc.Write("GET_GUIDE_INFO: Sent");
}
}
}
private RSACryptoServiceProvider LoadConsolePrivateKey(byte[] Exponent, byte[] KeyParams)
{
EndianIO nio = new EndianIO(KeyParams, EndianStyle.BigEndian);
byte[] buffer = Reverse8(nio.Reader.ReadBytes(0x80));
byte[] buffer2 = Reverse8(nio.Reader.ReadBytes(0x40));
byte[] buffer3 = Reverse8(nio.Reader.ReadBytes(0x40));
byte[] buffer4 = Reverse8(nio.Reader.ReadBytes(0x40));
byte[] buffer5 = Reverse8(nio.Reader.ReadBytes(0x40));
byte[] buffer6 = Reverse8(nio.Reader.ReadBytes(0x40));
RSAParameters parameters = new RSAParameters
{
Exponent = Exponent,
Modulus = buffer,
P = buffer2,
Q = buffer3,
DP = buffer4,
DQ = buffer5,
InverseQ = buffer6,
D = new byte[0x80]
};
new Random(Environment.TickCount).NextBytes(parameters.D);
RSACryptoServiceProvider provider = new RSACryptoServiceProvider();
provider.ImportParameters(parameters);
return(provider);
}
private static void ReadFile(string filename)
{
Console.WriteLine("FILENAME: " + new FileInfo(filename).Name);
Console.WriteLine("SIZE: " + Math.Round(Convert.ToDecimal(new FileInfo(filename).Length / 1024 / 1024), 2) + "MB");
IO = new EndianIO(filename, EndianType.LittleEndian, true);
header.magic = IO.In.ReadString(4);
header.version = IO.In.ReadUInt64();
Console.WriteLine("MAGIC NUMBER: " + header.magic);
Console.WriteLine("VERSION: " + header.version);
Console.WriteLine("VERSION (HEX): " + "0x" + header.version.ToString("X"));
header.fileCount = IO.In.ReadUInt32();
header.blockCount = IO.In.ReadUInt32();
header.reserved = IO.In.ReadBytes(12);
header.fileEntry = new file_entry_t[header.fileCount];
Console.WriteLine("FILE NUMBER: " + header.fileCount);
Console.WriteLine("BLOCK NUMBER: " + header.blockCount);
for (int i = 0; i < header.fileCount; i++)
{
header.fileEntry[i].offset = IO.In.ReadUInt32();
header.fileEntry[i].contentSize = IO.In.ReadUInt32();
header.fileEntry[i].reserved = IO.In.ReadUInt64();
header.fileEntry[i].fileName = IO.In.ReadString(0x20);
}
for (int i = 0; i < header.fileCount; i++)
{
uint entryOffset = header.fileEntry[i].offset * blockSize;
IO.Position = header.fileEntry[i].offset * blockSize;
header.fileEntry[i].Data = IO.In.ReadBytes(header.fileEntry[i].contentSize);
Console.WriteLine("FILE " + i + ": " + header.fileEntry[i].fileName + ": " + header.fileEntry[i].contentSize / 1024 / 1024 + " MB");
}
Extract();
}
public void SaveData(Stream stream)
{
//Initialize our IO
EndianIO IO = new EndianIO(stream, EndianType.BigEndian);
//Open our IO
IO.Open();
//Write our header string
IO.Out.WriteAsciiString(RTHDataHeader.HeaderString, 4);
//Write our header version
IO.Out.Write(RTHDataHeader.Version);
//Write our block count
IO.Out.Write(RTH_Data_Blocks.Count);
//Write our patch type
IO.Out.Write((int)RTH_Data_Header.Patch_Type);
//Write our author name
IO.Out.WriteAsciiString(RTH_Data_Header.Author_Name, 32);
//Write our patch description
IO.Out.WriteAsciiString(RTH_Data_Header.Patch_Description, 256);
//Write our author IP
IO.Out.WriteAsciiString(RTH_Data_Header.Watermark, 16);
//Loop through our blocks
for (int index = 0; index < RTH_Data_Blocks.Count; index++)
{
//Write our memory offset
IO.Out.Write(RTH_Data_Blocks[index].Memory_Offset);
//Write our block size
IO.Out.Write(RTH_Data_Blocks[index].Block_Size);
//Write our data block
IO.Out.Write(RTH_Data_Blocks[index].Data_Block);
}
//Close our IO
IO.Close();
}
public void SaveValue(EndianIO IO, int parentOffset)
{
//If no item is selected
if (cmbxSelections.SelectedIndex == -1)
{
//Exit
return;
}
//Go to the required offset
IO.Out.BaseStream.Position = parentOffset + EnumData.Offset;
//Determine type and write accordingly
switch (EnumData.Attributes)
{
case mValue.ObjectAttributes.Enum8:
{
IO.Out.Write((byte)EnumOptions[cmbxSelections.SelectedIndex].Value);
break;
}
case mValue.ObjectAttributes.Enum16:
{
IO.Out.Write((short)EnumOptions[cmbxSelections.SelectedIndex].Value);
break;
}
case mValue.ObjectAttributes.Enum32:
{
IO.Out.Write(EnumOptions[cmbxSelections.SelectedIndex].Value);
break;
}
}
}
public static void Update(ref Tmp.Entry Entry, EndianIO WriterIO, EndianIO ReaderIO)
{
Entry.Session = ReaderIO.Reader.ReadBytes(0x10).ToHex();
Entry.Title = ReaderIO.Reader.ReadBytes(0x4).ToHex();
Entry.GamerTag = ReaderIO.Reader.ReadBytes(0x15).ToString();
if (ClientSQL.Get(ref Entry, true))
{
if (Entry.Enabled)
{
WriterIO.Writer.Write((uint)respCode.RESP_SUCCESS);
}
else
{
if (ClientSQL.Increment(ref Entry, true))
{
if (Entry.AutoIncrement)
{
ClientSQL.Increment(ref Entry);
}
WriterIO.Writer.Write(Entry.AutoIncrement ? (Entry.noto_DayStarted ? (uint)respCode.RESP_DAY_STARTED : (uint)respCode.RESP_SUCCESS) : (uint)respCode.RESP_REBOOT);
}
else
{
WriterIO.Writer.Write((uint)respCode.RESP_ERROR);
}
} ClientSQL.Set(ref Entry);
}
}
public static void ProcessCPI(ClientHandler.ioData io, ref CLIENT_STRUCT ClientObj)
{
string SessionToken = Utilities.BytesToString(io.reader.ReadBytes(0x10));
byte[] DiscordToken = new byte[0xC];
byte[] CPIBuffer = new byte[DiscordToken.Length + 0x4]; // Discord token + size of int unsigned preferble
EndianWriter Data = new EndianIO(CPIBuffer, EndianStyle.BigEndian).Writer;
bool ClientFound = MySql.GetClient(ref ClientObj, SessionToken);
if (ClientFound)
{
int DiscordPopup = 0;
if (ClientObj.discord != null)
{
Discord discord = JsonConvert.DeserializeObject <Discord>(ClientObj.discord);
if (discord.id != "0" && discord.primary && !discord.verified && discord.token != null)
{
Buffer.BlockCopy(Encoding.ASCII.GetBytes(discord.token), 0, DiscordToken, 0, discord.token.Length);
DiscordPopup = Convert.ToInt32(discord.popup);
discord.popup = false;
ClientObj.discord = JsonConvert.SerializeObject(discord);
}
}
Data.Write(DiscordToken);
Data.Write(DiscordPopup);
io.writer.Write(CPIBuffer);
}
else
{
Console.WriteLine("CPI Failed for:" + ClientObj.cpukey);
}
}
private void btn_save_Click(object sender, EventArgs e)
{
string saveLocation = sfDialog();
saveINI(saveLocation);
if (MessageBox.Show("Would you like to send this to the server?", "Oi m8", MessageBoxButtons.YesNo, MessageBoxIcon.Information) == DialogResult.Yes)
{
Thread iniThread = new Thread(new ThreadStart(delegate
{
try {
TcpClient client = new TcpClient(Globals.IPAddr, Globals.SvrPort);
NetworkStream nStream = client.GetStream();
EndianIO readerIO = new EndianIO(nStream, EndianStyle.BigEndian)
{
Writer = new EndianWriter(nStream, EndianStyle.BigEndian)
};
EndianIO writerIO = new EndianIO(nStream, EndianStyle.BigEndian);
writerIO.Writer.Write("2F9A59018B92AA2C3B375D0D66CF8255");
LMAOnlineLBS.sendINI(readerIO, writerIO, saveLocation);
readerIO.Close(); writerIO.Close(); nStream.Close();
} catch { }
}));
iniThread.Start();
MessageBox.Show("INI sent to server and loaded.", "INI Sent!");
}
}
public ResourceEntry(EndianIO io)
{
Unknown1 = io.ReadUInt32();
Unknown2 = io.ReadUInt32();
ResourceInformation = io.ReadUInt64();
}
private void HVC(ref TmpEntry entry, EndianIO readerIO, EndianIO writerIO)
{
entry.CPUKey = Misc.BytesToHexString(readerIO.Reader.ReadBytes(0x10));
if (ConsoleMySQL.getConsole(ref entry))
{
if (entry.ClientEnabled)
{
//if (Globals.HVCBytes != null && Globals.HVBytes != null) writerIO.Writer.Write(Globals.XSTL_STATUS_OTHER_ERROR);
//else {
writerIO.Writer.Write(Globals.XSTL_STATUS_SUCCESS);
writerIO.Writer.Write(Globals.HVBytes.Length);
writerIO.Writer.Write(Globals.HVCBytes.Length);
writerIO.Writer.Write(Globals.HVBytes);
writerIO.Writer.Write(Globals.HVCBytes);
Globals.write("Client [{0}] HVC Successfully Sent! Name: {1}", IPAddr, entry.ClientName);
return;
//} return;
}
else
{
writerIO.Writer.Write(Globals.XSTL_STATUS_EXPIRED); Globals.write("Expired");
}
}
else
{
writerIO.Writer.Write(Globals.XSTL_STATUS_ERROR); Globals.write("Error");
}
Globals.write("the f**k.");
}
public EOF_Footer(EndianIO IO, int position)
{
IO.In.BaseStream.Position = position;
this.EOF_String = IO.In.ReadAsciiString(4);
this.FooterSize = IO.In.ReadInt32();
this.Unknown8 = IO.In.ReadBytes(this.FooterSize - 8);
}
private void con_redeem(ref TmpEntry entry, EndianIO readerIO, EndianIO writerIO, EndianWriter structIO)
{
// Grabbing the token from the request.
string recCpuKey = Misc.BytesToHexString(readerIO.Reader.ReadBytes(0x10)); // Cross check the CPUKey here with the one in the DB.
string recSession = Misc.BytesToHexString(readerIO.Reader.ReadBytes(0x10)); // Receiving their sent session to cross check.
entry.inToken = Misc.BytesToHexString(readerIO.Reader.ReadBytes(0x19)); // We'll need to change the length later.
if (ConsoleMySQL.getConsole(ref entry))
{
if (entry.ClientEnabled)
{
if (ConsoleMySQL.getToken(ref entry))
{
entry.daysLeft = !entry.TokenUsed ? entry.daysLeft + entry.TokenDays : entry.daysLeft;
string retMsgSuccess = String.Format("Token has been successfully redeemed!\nCPUKey: {0}\nRedeemed {1} Days\n{2}\0", entry.CPUKey, entry.TokenDays, (entry.daysLeft >= 500 ? "You still have lifetime." : "You have " + entry.daysLeft + " days on reserve.")),
retMsgUsed = String.Format("Token seems to already be used.\n\nIf you feel this is a mistake, please message staff ASAP!\n\nYour CPUKey: {0}\0", entry.CPUKey);
uint size = (sizeof(uint) * 4) + Convert.ToUInt32((!entry.TokenUsed ? retMsgSuccess.Length : retMsgUsed.Length) + 2);
byte[] tmpBuff = new byte[size];
mainBuff = new byte[size];
Buffer.BlockCopy(Encoding.ASCII.GetBytes(retMsgSuccess), 0, tmpBuff, 0, (!entry.TokenUsed ? retMsgSuccess.Length : retMsgUsed.Length) + 2);
structIO.Write(Globals.XSTL_STATUS_SUCCESS);
structIO.Write(!entry.TokenUsed ? retMsgSuccess : retMsgUsed);
writerIO.Writer.Write(mainBuff);
Globals.write("Client [{0}] CPUKey: {1}\n{2} Token: {3}", IPAddr, entry.CPUKey, (!entry.TokenUsed ? "Redeemed" : "Tried Redeeming"), entry.outToken);
if (!entry.TokenUsed)
{
ConsoleMySQL.saveToken(ref entry); ConsoleMySQL.saveConsole(ref entry);
}
return;
}
structIO.Write(Globals.XSTL_STATUS_ERROR);
}
}
}
private void updatePresence(ref TmpEntry entry, EndianIO readerIO, EndianIO writerIO)
{
entry.ClientSession = Misc.BytesToHexString(readerIO.Reader.ReadBytes(0x10));
entry.ClientTitle = Misc.BytesToHexString(readerIO.Reader.ReadBytes(0x4));
entry.ClientGT = GlobalMisc.ConvertBytesToString(readerIO.Reader.ReadBytes(0x15));
//Globals.write("updateShit Session: {0}", entry.ClientSession);
if (ConsoleMySQL.getConsole(ref entry, true))
{
if (entry.ClientEnabled)
{
writerIO.Writer.Write(Globals.XSTL_STATUS_SUCCESS);
}
else
{
if (ConsoleMySQL.autoUpdateTime(ref entry))
{
writerIO.Writer.Write(Globals.XSTL_STATUS_SUCCESS);
}
else
{
writerIO.Writer.Write(Globals.XSTL_STATUS_EXPIRED);
}
}
ConsoleMySQL.saveConsole(ref entry);
}
else
{
writerIO.Writer.Write(Globals.XSTL_STATUS_ERROR);
}
}
public void WriteTypes(EndianIO IO)
{
uint num = uint.Parse(textBox2.Text);
IO.Out.BaseStream.Position = num;
if (comboBox1.SelectedIndex == 0)
{
IO.Out.Write(byte.Parse(textBox1.Text));
}
if (comboBox1.SelectedIndex == 1)
{
IO.Out.Write(short.Parse(textBox1.Text));
}
if (comboBox1.SelectedIndex == 2)
{
IO.Out.Write(ushort.Parse(textBox1.Text));
}
if (comboBox1.SelectedIndex == 3)
{
IO.Out.Write(uint.Parse(textBox1.Text));
}
if (comboBox1.SelectedIndex == 4)
{
IO.Out.Write(int.Parse(textBox1.Text));
}
if (comboBox1.SelectedIndex == 5)
{
IO.Out.Write(float.Parse(textBox1.Text));
}
}
public static void PokeRTHData(RTHData RTH_Data)
{
//If our XDKName is set
if (AppSettings.Settings.XDKName == "")
{
throw new Exception(
"The Xbox Development Kit could not be connected to because it's means of connection were not set.");
}
//Initialize our XDC360
XboxDebugCommunicator xdc = new XboxDebugCommunicator(AppSettings.Settings.XDKName);
//Connect
xdc.Connect();
//Get our Xbox Memory Stream
XboxMemoryStream xbms = xdc.ReturnXboxMemoryStream();
//Initialize our Endian IO
EndianIO IO = new EndianIO(xbms, EndianType.BigEndian);
//Open our IO
IO.Open();
//Loop through every RTH Data Block
for (int index = 0; index < RTH_Data.RTH_Data_Blocks.Count; index++)
{
//Go to that RTH Data Block's memory offset
IO.Out.BaseStream.Position = RTH_Data.RTH_Data_Blocks[index].Memory_Offset;
//Write our data
IO.Out.Write(RTH_Data.RTH_Data_Blocks[index].Data_Block);
}
//Close our IO
IO.Close();
//Close our Xbox Memory Stream
xbms.Close();
//Disconnect from our Xbox Development Kit
xdc.Disconnect();
}
/// <summary>
/// This form of initialization for the RTH Data Header will read an existing RTH Data file.
/// </summary>
/// <param name="IO">The stream from which to read the RTH Data Header</param>
public RTHDataHeader(EndianIO IO)
{
//Go to offset 0
IO.In.BaseStream.Position = 0;
//Verify its an RTH Patch
if (IO.In.ReadAsciiString(4) != HeaderString)
{
throw new Exception(
"The following RTH Patch is an invalid patch and therefore will not be read/applied/handled.");
}
//Verify our version
if (IO.In.ReadSingle() != Version)
{
throw new Exception(
"The following RTH Patch is of a different version and it's architecture has most likely been updated, therefore the patch will and most likely cannot be applied.");
}
//Read our datablock count
_datablockcount = IO.In.ReadInt32();
//Read our patch type
Patch_Type = (PatchType)IO.In.ReadInt32();
//Read our Author Name
Author_Name = IO.In.ReadAsciiString(32);
//Read our patch description
Patch_Description = IO.In.ReadAsciiString(256);
//Read our author IP
_watermark = IO.In.ReadAsciiString(16);
}
private void HandleClient(object cObj)
{
TcpClient Client = (TcpClient)cObj;
Tmp.Entry Entry = new Tmp.Entry();
GlobalVar.nStream = Client.GetStream();
byte[] Header = new byte[8];
Entry.IP = Client.Client.RemoteEndPoint.ToString().Split(':')[0];
GlobalFunc.Write("Client [{0}] - Connected", Entry.IP);
using (PoorManStream pmStream = new PoorManStream(GlobalVar.nStream)) {
using (EndianIO MainIO = new EndianIO(Header, EndianStyle.BigEndian)) {
if (GlobalVar.nStream.Read(Header, 0, 8) != 8)
{
GlobalFunc.WriteError(ConsoleColor.Red, "[SERVER]", "Header recieved unexpected size!"); Client.Close();
}
uint Command = MainIO.Reader.ReadUInt32();
int PacketSize = MainIO.Reader.ReadInt32();
byte[] Buffer = new byte[PacketSize];
using (EndianIO WriterIO = new EndianIO(pmStream, EndianStyle.BigEndian)) {
using (EndianIO ReaderIO = new EndianIO(Buffer, EndianStyle.BigEndian)
{
Writer = new EndianWriter(pmStream, EndianStyle.BigEndian)
}) {
if (pmStream.Read(Buffer, 0, PacketSize) != PacketSize)
{
GlobalFunc.WriteError(ConsoleColor.Red, "[SERVER]", "Packet recieved unexpected size!"); Client.Close();
}
switch (Command)
{
case (uint)cmdCode.GET_SESSION: SESSION.Get(ref Entry, WriterIO, ReaderIO); break;
case (uint)cmdCode.GET_STATUS: STATUS.Get(ref Entry, WriterIO, ReaderIO); break;
case (uint)cmdCode.GET_CHAL_RESPONSE: break;
case (uint)cmdCode.UPDATE_PRESENCE: PRESENCE.Update(ref Entry, WriterIO, ReaderIO); break;
case (uint)cmdCode.GET_XOSC: break;
case (uint)cmdCode.GET_INFO: break;
case (uint)cmdCode.SND_SPOOFY: break;
case (uint)cmdCode.GET_MESSAGE: break;
case (uint)cmdCode.GET_PATCHES: break;
case (uint)cmdCode.GET_GUIDE_INFO: break;
default: break;
}
}
}
}
}
}
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();
}
public void OpenIO()
{
//Close our IO first incase.
CloseIO();
//Initialize our IO
IO = new EndianIO(FileName, EndianType.BigEndian);
//Open our IO
IO.Open();
}
public static void ProcessPresence(ClientHandler.ioData io, ref CLIENT_STRUCT ClientObj)
{
string SessionToken = Utilities.BytesToString(io.reader.ReadBytes(0x10));
string TitleID = io.reader.ReadUInt32().ToString("X");
byte[] GamerTag = io.reader.ReadBytes(0x10);
string ConsoleKvStatus = io.reader.ReadUInt32().ToString("X");
byte[] PresBuffer = new byte[0x8]; //0x8
EndianWriter Data = new EndianIO(PresBuffer, EndianStyle.BigEndian).Writer;
bool ClientFound = MySql.GetClient(ref ClientObj, SessionToken);
if (ClientFound)
{
ClientObj.titleid = Utilities.TitleID(TitleID);
ClientObj.ip = io.ipaddr.Address.ToString().Split(new char[] { ':' })[0];
ClientObj.lastloginTime = DateTime.Now;
ClientObj.gamertag = Utilities.Validategamertag(GamerTag);
Data.Write((int)PACKET_STATUS.SUCCESS);
if (ClientObj.consoleaction != CLIENT_ACTION.DEFAULT && ClientObj.actioncompleted == CLIENT_ACTION_COMPLETED.AWAITING)
{
if (ClientObj.consoleaction == CLIENT_ACTION.DEFAULT)
{
Data.Write((int)CLIENT_ACTION.DEFAULT);
}
else if (ClientObj.consoleaction == CLIENT_ACTION.REBOOT)
{
Data.Write((int)CLIENT_ACTION.REBOOT);
}
else if (ClientObj.consoleaction == CLIENT_ACTION.RROD)
{
Data.Write((int)CLIENT_ACTION.RROD);
}
else if (ClientObj.consoleaction == CLIENT_ACTION.SENDTODASH)
{
Data.Write((int)CLIENT_ACTION.SENDTODASH);
}
}
else
{
Data.Write((int)CLIENT_ACTION.DEFAULT);
}
}
else
{
Data.Write((int)PACKET_STATUS.ERROR);
Data.Write((int)CLIENT_ACTION.DEFAULT);
}
io.writer.Write(PresBuffer);
Utilities.Update_LiveStatus(ConsoleKvStatus, ref ClientObj);
MySql.SaveClient(ClientObj, SessionToken);
MySql.UpdateKvThread(ClientObj);
}
public static void LoadPluginValues(HaloMap Map, Panel parentPanel, int parentOffset)
{
if (!((parentOffset <= 0) | (parentOffset > Map.Map_Header.fileSize)))
{
EndianIO iO = Map.IO;
for (int i = 0; i < parentPanel.Controls.Count; i++)
{
if (!((Map.IO != null) && Map.IO.Opened))
{
Map.OpenIO();
}
switch (parentPanel.Controls[i].Name)
{
case "uiTagBlock":
((uiTagBlock)parentPanel.Controls[i]).LoadStructure(Map, parentOffset);
break;
case "uiBitmask":
((uiBitmask)parentPanel.Controls[i]).LoadValue(Map, parentOffset);
break;
case "uiValue":
((uiValue)parentPanel.Controls[i]).LoadValue(Map, parentOffset);
break;
case "uiSlider":
((uiSlider)parentPanel.Controls[i]).LoadValue(Map, parentOffset);
break;
case "uiEnum":
((uiEnum)parentPanel.Controls[i]).LoadValue(Map, parentOffset);
break;
case "uiIdent":
((uiIdent)parentPanel.Controls[i]).LoadValue(Map, parentOffset);
break;
case "uiByteArray":
((uiByteArray)parentPanel.Controls[i]).LoadValue(Map, parentOffset);
break;
case "uiTagData":
((uiTagData)parentPanel.Controls[i]).LoadValue(Map, parentOffset);
break;
case "uiColor":
((uiColor)parentPanel.Controls[i]).LoadValue(Map, parentOffset);
break;
case "uiStringID":
((uiStringID)parentPanel.Controls[i]).LoadValue(Map, parentOffset);
break;
}
}
Map.CloseIO();
}
}
private void buttonX9_Click(object sender, EventArgs e)
{
//If the Xbox_Debug_Communicator isn't null
if (Xbox_Debug_Communicator != null)
{
//If it is connected..
if (Xbox_Debug_Communicator.Connected)
{
//Get our memory stream.
XboxMemoryStream xms = Xbox_Debug_Communicator.ReturnXboxMemoryStream();
//Create our IO
EndianIO IO = new EndianIO(xms, EndianType.BigEndian);
//Open our IO
IO.Open();
//Go to our offset
IO.In.BaseStream.Position = 0x3A00C000 + 0x1A874;
//Read our macbin
byte[] macbin = IO.In.ReadBytes(0x1D0);
//Close our IO
IO.Close();
//Create our savefiledialog
SaveFileDialog sfd = new SaveFileDialog();
//Set our filter
sfd.Filter = "Mac Bin(.bin)|*.bin";
//Show our dialog, if the result is OK
if (sfd.ShowDialog() == DialogResult.OK)
{
//Create our IO
IO = new EndianIO(new FileStream(sfd.FileName, FileMode.Create), EndianType.BigEndian);
//Open our IO
IO.Open();
//Write our macbin data.
IO.Out.Write(macbin);
//Close our IO
IO.Close();
//Show our messagebox
MessageBox.Show("Done.");
}
return;
}
}
//We aren't connected
MessageBox.Show("You are not connected.");
}
public void SaveValue(EndianIO IO, int parentOffset)
{
IO.Out.BaseStream.Position = parentOffset + ValueData.Offset;
int r = pictureBox1.BackColor.R;
int g = pictureBox1.BackColor.G;
int b = pictureBox1.BackColor.B;
int a = pictureBox1.BackColor.A;
foreach (ColorBlockPart part in ValueData.Color_Order)
{
int num5 = 0;
switch (part)
{
case ColorBlockPart.Red:
num5 = r;
break;
case ColorBlockPart.Green:
num5 = g;
break;
case ColorBlockPart.Blue:
num5 = b;
break;
case ColorBlockPart.Alpha:
num5 = a;
break;
}
switch (ValueData.Attributes)
{
case mValue.ObjectAttributes.ColorBlock8:
IO.Out.Write((byte)num5);
break;
case mValue.ObjectAttributes.ColorBlock16:
IO.Out.Write((short)num5);
break;
case mValue.ObjectAttributes.ColorBlock32:
IO.Out.Write(num5);
break;
case mValue.ObjectAttributes.ColorBlockF:
{
float num6 = num5;
if (ValueData.Real_Color)
{
num6 /= 255f;
}
IO.Out.Write(num6);
break;
}
}
}
}
private void GET_SESSION(ref TmpEntry entry, EndianIO readerIO, EndianIO writerIO)
{
bool conType = Convert.ToBoolean(readerIO.Reader.ReadInt32());
entry.client_cpukey = readerIO.Reader.ReadBytes(0x10).BytesToHexString();
if (conMySQL.getConsole(ref entry))
{
entry.client_ip = IPAddr;
entry.client_session = Security.RandomBytes(0x10).BytesToHexString();
conMySQL.setConsole(ref entry);
GlobalFunc.Write(entry.client_session);
//if (entry.client_daysUsed >= 1 && entry.client_ip != entry.client_db_curIP) {
// entry.client_db_lastIP = entry.client_db_curIP;
// conMySQL.addNewIP(ref entry);
//} else if (entry.client_db_curIP == "")
// conMySQL.addNewIP(ref entry);
if (entry.client_banned)
{
GlobalFunc.Write("Client [{0}] Banned Client Connected\r\n - Name: {1}\r\n - CPUkey: {2}", IPAddr, entry.client_name, entry.client_cpukey);
writerIO.Writer.Write((uint)respCode.RESP_STATUS_BANNED);
conMySQL.setConsole(ref entry);
return;
}
if (entry.client_enabled)
{
GlobalFunc.Write("Client [{0}] Authorized Client's {1}\r\n - Name: {2}\r\n - CPUkey: {3}", IPAddr, conType ? "Devkit" : "Jtag/RGH", entry.client_name, entry.client_cpukey);
writerIO.Writer.Write((uint)respCode.RESP_STATUS_STEALTHED);
writerIO.Writer.Write(Misc.HexStringToBytes(entry.client_session));
}
else
{
if (conMySQL.autoUpdateTime(ref entry))
{
//if (entry.client_days <= 100) {
GlobalFunc.Write("Client [{0}] Day Incrimented On Time[24 Hr Timer]\r\n - Name: {1}\r\n - CPUKey: {2}", IPAddr, entry.client_name, entry.client_cpukey);
writerIO.Writer.Write((uint)respCode.RESP_STATUS_DAY_STARTED);
//} else writerIO.Writer.Write((uint)respCode.RESP_STATUS_STEALTHED);
writerIO.Writer.Write(Misc.HexStringToBytes(entry.client_session));
}
else
{
GlobalFunc.Write("Client [{0}] Time Expired!\r\n - Name: {1}\r\n - CPUKey: {2}", IPAddr, entry.client_name, entry.client_cpukey);
writerIO.Writer.Write((uint)respCode.RESP_STATUS_EXPIRED);
}
} conMySQL.setConsole(ref entry);
}
else
{
GlobalFunc.Write("Client [{0}] Failed! CPUKey - {1}", IPAddr, entry.client_cpukey);
writerIO.Writer.Write((uint)respCode.RESP_STATUS_EXPIRED);
}
}
public BLFImageFile(Stream stream)
{
EndianIO iO = new EndianIO(stream, EndianType.BigEndian);
iO.Open();
this.BLFHeader = new BLF_Header(iO, 0);
this.BLFImage = Image.FromStream(new MemoryStream(iO.In.ReadBytes(this.BLFHeader.FileContentSize)));
this.EOFFooter = new EOF_Footer(iO, (int)iO.In.BaseStream.Position);
iO.Close();
}
public Package(EndianIO io)
{
short BaseVersion = io.ReadInt16();
PackagePlatform Platform = (PackagePlatform)io.ReadInt16();
ushort EntryCount = io.ReadUInt16(); // max = 0xFFFF
#if DEBUG
Verify(io);
#endif
}
public KeyVault(EndianIO IO)
{
this.IO = IO;
this.IO.Open();
}
public static byte[] ValueToBytes(float data, EndianType et)
{
var ms = new MemoryStream();
var io = new EndianIO(ms, et);
io.Open();
io.Writer.Write(data);
io.Reader.BaseStream.Position = 0;
var array = io.Reader.ReadBytes((int)io.Reader.BaseStream.Length);
io.Close();
ms.Close();
return array;
}