private bool IsHeaderRevered(PPTStatus status, PPTMemory memory)
{
if (status.LobbyMax > 2)
{
return(false);
}
return(memory.MyIndex != 0);
}
public static IntPtr ReadOffset(this PPTMemory pm, IntPtr pOffset, params Int32[] offsets)
{
IntPtr candidate = pOffset;
foreach (Int32 tokenOffset in offsets)
{
try
{
candidate = new IntPtr(pm.ReadInt32(candidate) + tokenOffset);
}
catch
{
throw new InvalidOperationException(string.Format("ReadOffset for {0} broken, ({1})", pOffset, tokenOffset));
}
}
return(candidate);
}
public static string ReadValidString(this PPTMemory pm, IntPtr pOffset, uint pSize, params Int32[] offsets)
{
string tempString = pm.ReadStringUnicode(pOffset, pSize, offsets);
int escapeIndex = tempString.IndexOf("\u0000");
if (escapeIndex > -1)
{
tempString = tempString.Remove(escapeIndex);
}
escapeIndex = tempString.IndexOf("\\u");
if (escapeIndex > -1)
{
tempString = tempString.Remove(escapeIndex);
}
return(tempString);
}
public static string ReadStringUnicode(this PPTMemory pm, IntPtr pOffset, uint pSize, params Int32[] offsets)
{
return(pm.ReadStringUnicode(pm.ReadOffset(pOffset, offsets), pSize));
}
public static Int32 ReadInt16(this PPTMemory pm, IntPtr pOffset, params Int32[] offsets)
{
return(pm.ReadInt16(pm.ReadOffset(pOffset, offsets)));
}
public static byte ReadByte(this PPTMemory pm, IntPtr pOffset, params Int32[] offsets)
{
return(pm.ReadByte(pm.ReadOffset(pOffset, offsets)));
}
public static bool ReadBinary(this PPTMemory pm, int location, IntPtr pOffset, params Int32[] offsets)
{
byte tempByte = pm.ReadByte(pm.ReadOffset(pOffset, offsets));
return((tempByte & (1 << location)) != 0);
}
public static bool ReadBinary(this PPTMemory pm, int location, IntPtr pOffset)
{
return(pm.ReadBinary(location, pOffset, new int[] { }));
}
