本文整理汇总了C#中INTERNAL_DATA类的典型用法代码示例。如果您正苦于以下问题：C# INTERNAL_DATA类的具体用法？C# INTERNAL_DATA怎么用？C# INTERNAL_DATA使用的例子？那么, 这里精选的类代码示例或许可以为您提供帮助。
INTERNAL_DATA类属于命名空间，在下文中一共展示了INTERNAL_DATA类的15个代码示例，这些例子默认根据受欢迎程度排序。您可以为喜欢或者感觉有用的代码点赞，您的评价将有助于系统推荐出更棒的C#代码示例。
示例1: tq_I
public static UInt32 tq_I(ulong origin_offset, ulong offset, ref INSTRUCTION instr, int op_index, OPERAND_SIZE opsize, INTERNAL_DATA idata, DISMODE mode)
{
instr.ops[op_index].flags |= (byte)OP_TYPE.OPERAND_TYPE_IMM;
instr.ops[op_index].size = (ushort)opsize.size;
instr.ops[op_index].value.imm.size = (byte)opsize.size_in_stream;
instr.ops[op_index].value.imm .offset = (byte)(offset - origin_offset);
//instr.ops[op_index].value.imm.immab = assembly.Image.ReadBytes(offset, opsize.size_in_stream);
byte[] bt = assembly.ReadBytes(offset, (int)opsize.size_in_stream);
instr.ops[op_index].value.imm.imm64 = 0;
foreach (byte bb in bt.Reverse())
{
instr.ops[op_index].value.imm.imm64 <<= 8;
instr.ops[op_index].value.imm.imm64 += bb;
}
//!!!memcpy(&(instr.ops[op_index].value.imm.imm8), offset, opsize.size_in_stream);
//movsx(ref instr.ops[op_index].value.imm.immab, opsize.size_in_stream, 0x8);
return (byte)opsize.size_in_stream;
}示例2: post_proc_cmpxchg8b
static UInt32 post_proc_cmpxchg8b(ulong origin_offset, ulong offset, ref INSTRUCTION instr, INTERNAL_DATA idata, DISMODE mode)
{
if ((idata.prefixes[PREF_REX_INDEX] != 0xFF) && ((instr.rex & PREFIX_REX_W)!=0))
{
idata.is_rex_used = 1;
instr.mnemonic = "cmpxchg16b";
instr.ops[0].size = (ushort)OP_SIZE.OPERAND_SIZE_128;
}
return 0;
}示例3: post_proc_nop_pause
static UInt32 post_proc_nop_pause(ulong origin_offset, ulong offset, ref INSTRUCTION instr, INTERNAL_DATA idata, DISMODE mode)
{
if (idata.prefixes[PREF_REP_INDEX] == PREF_REPNZ_ID)
{
instr.id = ID_PAUSE;
instr.groups = GRP_CACHECT | GRP_SSE2;
idata.prefixes[PREF_REP_INDEX] = 0xFF;
instr.mnemonic ="pause";
}
return 0;
}示例4: parse_operand
static UInt32 parse_operand(ulong origin_offset, ulong offset, INTERNAL_OPERAND iop, INSTRUCTION instr, int op_index, INTERNAL_DATA idata, DISMODE mode)
{
UInt32 res = 0;
OPERAND_SIZE opsize = new OPERAND_SIZE();
if (iop.type != TQ_NULL)
{
instr.ops[op_index].flags |= OPERAND_FLAG_PRESENT;
if (iop.size >= sq_handlers.Count())
{
idata.severe_err = ERRS.ERR_INTERNAL;
}
else
{
sq_handlers[iop.size](ref opsize, ref instr, idata, mode);
}
if (iop.size >= tq_handlers.Count())
{
idata.severe_err = ERRS.ERR_INTERNAL;
}
else
{
res = tq_handlers[iop.type](origin_offset, offset, ref instr, op_index, opsize, idata, mode);
}
}
return res;
}示例5: parse_rm_operand
//Parses operand accordingly to MODRM value.
static UInt32 parse_rm_operand(ulong origin_offset, ulong offset, ref INSTRUCTION instr, int op_index, OPERAND_SIZE opsize, ref INTERNAL_DATA idata, DISMODE mode)
{
UInt32 len = 0;
if ((instr.modrm & 0xC0) == 0xC0)
{
create_genreg_operand(ref instr, op_index, (byte)(instr.modrm & 0x7), opsize.size, PREFIX_REX_B, ref idata, mode);
}
else
{
len = parse_mem_operand(origin_offset, offset, ref instr, op_index, opsize, idata, mode);
}
return len;
}示例6: parse_mem_operand
//Parses memory address operand.
static UInt32 parse_mem_operand(ulong origin_offset, ulong offset, ref INSTRUCTION instr, int op_index, OPERAND_SIZE opsize, INTERNAL_DATA idata, DISMODE mode)
{
UInt32 len;
instr.ops[op_index].flags |= (byte)OP_TYPE.OPERAND_TYPE_MEM;
instr.ops[op_index].size = (ushort)opsize.size;
if (instr.addrsize == ADDR_SIZE_16)
{
len = parse_mem_operand_16(origin_offset, offset, ref instr, op_index, mode);
}
else
{
len = parse_mem_operand_32_64(origin_offset, offset, ref instr, op_index, idata, mode);
}
idata.is_addrsize_used = 1;
return len;
}示例7: parse_mnemonic
//Parses instruction's mnemonic. If mnemonic is simple, it is just copied to
// struct INSTRUCTION. If mnemonic contains has multi mnemonic indicator (MM_INDICATOR)
// at first character then it depends on implicit operand's size. In this case the function
// calls get_instruction_opsize and builds choses mnemonic basing on result.
static void parse_mnemonic(OPCODE_DESCRIPTOR opcode, INSTRUCTION instr, INTERNAL_DATA idata, DISMODE mode)
{
if ((opcode.mnemonic.value.Length>0) && (opcode.mnemonic.value[0] != MM_INDICATOR))
{
instr.mnemonic = opcode.mnemonic.value;
}
else
{
get_instruction_opsize(opcode.mnemonic, instr, idata, mode);
instr.mnemonic = opcode.mnemonic.values[bsr(instr.opsize) - 1];
}
}示例8: tq_T
public static UInt32 tq_T(ulong origin_offset, ulong offset, ref INSTRUCTION instr, int op_index, OPERAND_SIZE opsize, INTERNAL_DATA idata, DISMODE mode)
{
create_reg_operand(ref instr, op_index, REG_TYPE.REG_TYPE_TR, (byte)((instr.modrm >> 0x3) & 0x7), opsize.size);
return 0x0;
}示例9: tq_V
public static UInt32 tq_V(ulong origin_offset, ulong offset, ref INSTRUCTION instr, int op_index, OPERAND_SIZE opsize, INTERNAL_DATA idata, DISMODE mode)
{
create_xmmreg_operand(ref instr, op_index, (byte)((instr.modrm >> 0x3) & 0x7), opsize.size, PREFIX_REX_R, ref idata, mode);
return 0;
}示例10: tq_rSP
public static UInt32 tq_rSP(ulong origin_offset, ulong offset, ref INSTRUCTION instr, int op_index, OPERAND_SIZE opsize, INTERNAL_DATA idata, DISMODE mode)
{
create_genreg_operand(ref instr, op_index, REG_CODE_SP, opsize.size, PREFIX_REX_B, ref idata, mode);
return 0x0;
}示例11: tq_SS
public static UInt32 tq_SS(ulong origin_offset, ulong offset, ref INSTRUCTION instr, int op_index, OPERAND_SIZE opsize, INTERNAL_DATA idata, DISMODE mode)
{
create_reg_operand(ref instr, op_index, REG_TYPE.REG_TYPE_SEG, SREG_CODE_SS, opsize.size);
return 0;
}示例12: tq_R
public static UInt32 tq_R(ulong origin_offset, ulong offset, ref INSTRUCTION instr, int op_index, OPERAND_SIZE opsize, INTERNAL_DATA idata, DISMODE mode)
{
UInt32 res = parse_rm_operand(origin_offset, offset, ref instr, op_index, opsize, ref idata, mode);
if ((instr.modrm & 0xC0) != 0xC0)
{
idata.err = ERRS.ERR_RM_MEM;//error: rm encodes memory.
}
return res;
}示例13: tq_O
public static UInt32 tq_O(ulong origin_offset, ulong offset, ref INSTRUCTION instr, int op_index, OPERAND_SIZE opsize, INTERNAL_DATA idata, DISMODE mode)
{
UInt32 res;
res = instr.addrsize;
instr.ops[op_index].flags |= (byte) OP_TYPE.OPERAND_TYPE_MEM;
instr.ops[op_index].size = (ushort)opsize.size;
instr.ops[op_index].value.addr.mod = ADDR_MOD_DISP;
//instr.disp.value.ab = assembly.Image.ReadBytes(offset, instr.addrsize);
byte[] bt = assembly.ReadBytes(offset, instr.addrsize);
instr.disp.value.d64 = 0;
foreach (byte bb in bt.Reverse())
{
instr.disp.value.d64 <<= 8;
instr.disp.value.d64 += bb;
}
get_seg(ref instr, op_index, idata.prefixes, mode);
return res;
}示例14: tq_J
public static UInt32 tq_J(ulong origin_offset, ulong offset, ref INSTRUCTION instr, int op_index, OPERAND_SIZE opsize, INTERNAL_DATA idata, DISMODE mode)
{
instr.ops[op_index].flags |= OPERAND_FLAG_REL;
return tq_I(origin_offset, offset, ref instr, op_index, opsize, idata, mode);
}示例15: get_instruction_opsize
//Get instruction's size. Well, really this is size of implicit operand
// that influences on instruction's mnemonic.
static void get_instruction_opsize(MULTI_MNEMONIC multi_mnemonic, INSTRUCTION instr, INTERNAL_DATA idata, DISMODE mode)
{
OPERAND_SIZE opsize = new OPERAND_SIZE();
if (multi_mnemonic.size >= sq_handlers.Count())
{
idata.severe_err = ERRS.ERR_INTERNAL;
}
else
{
sq_handlers[multi_mnemonic.size](ref opsize, ref instr, idata, mode);
}
instr.opsize = (byte)opsize.size; //Possible sizes are 2/4/8.
}