MiDbgReadWriteEnclave

INT64 __stdcall MiDbgReadWriteEnclave(
        PVOID EnclaveAddress,
        PVOID Buffer,
        UINT64 AmountToMove,
        UINT64 EnclaveIsSource,
        UINT64 *ReturnedBytesTransferred){
  UINT64 *v5; 
  unsigned int v6; 
  UINT64 v7; 
  char *v8; 
  char *v9; 
  __int64 v10; 
  UINT64 v11; 
  INT64 result; 
  unsigned int v13; 
  UINT64 v14; 
  UINT64 v15; 
  v5 = ReturnedBytesTransferred;
  v6 = EnclaveIsSource;
  ReturnedBytesTransferred = 0i64;
  v7 = AmountToMove;
  v8 = (char *)Buffer;
  v9 = (char *)EnclaveAddress;
  *v5 = 0i64;
  v10 = (unsigned __int8)EnclaveAddress & 7;
  if( ((unsigned __int8)EnclaveAddress & 7) != 0 )
  {
    v11 = 8 - v10;
    if( AmountToMove < 8 - v10 )
      v11 = (unsigned int)AmountToMove;
    result = MiDbgReadWriteEnclaveUnaligned(EnclaveAddress, Buffer, (unsigned int)v11, EnclaveIsSource);
    if( (int)result < 0 )
      return result;
    v9 += v11;
    *v5 = v11;
    v8 += v11;
    v7 -= v11;
  }
  v13 = v7 & 7;
  v14 = v7 & 7;
  v15 = v7 - v14;
  if( v15 )
  {
    if( v6 )
      LODWORD(result) = KeDebugReadEnclaveMemory(v9, v8, v15, (UINT64 *)&ReturnedBytesTransferred);
    else
      LODWORD(result) = KeDebugWriteEnclaveMemory(v9, v8, v15, (UINT64 *)&ReturnedBytesTransferred);
    *v5 += (UINT64)ReturnedBytesTransferred;
    if( (int)result < 0 )
      return(unsigned int)result;
    v9 += v15;
    v8 += v15;
  }
  if( v13 )
  {
    result = MiDbgReadWriteEnclaveUnaligned(v9, v8, v13, v6);
    if( (int)result < 0 )
      return result;
    *v5 += v14;
  }
  return 0i64;
}

Referenced by: