C++ AnalysisProcessor类代码示例

本文整理汇总了C++中AnalysisProcessor类的典型用法代码示例。如果您正苦于以下问题：C++ AnalysisProcessor类的具体用法？C++ AnalysisProcessor怎么用？C++ AnalysisProcessor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。

在下文中一共展示了AnalysisProcessor类的9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: regMem

void ImulIRBuilder::regMem(AnalysisProcessor &ap, Inst &inst) const {
  SymbolicExpression *se;
  smt2lib::smtAstAbstractNode *expr, *op1, *op2, *op3;
  uint64 imm = 0;
  auto reg1 = this->operands[0].getReg();
  auto regSize1 = this->operands[0].getReg().getSize();
  auto mem2 = this->operands[1].getMem();
  auto memSize2 = this->operands[1].getMem().getSize();

  if (this->operands[2].getType() == IRBuilderOperand::IMM)
    imm = this->operands[2].getImm().getValue();

  /* Create the SMT semantic */
  op1 = ap.buildSymbolicRegOperand(reg1, regSize1);
  op2 = ap.buildSymbolicMemOperand(mem2, memSize2);
  op3 = smt2lib::bv(imm, memSize2 * REG_SIZE);

  /* Case 1 */
  if (this->operands[0].isReadOnly()) {

    /* Expr */
    expr = smt2lib::bvmul(
             smt2lib::sx(memSize2 * REG_SIZE, op2),
             smt2lib::sx(regSize1 * REG_SIZE, op1)
           );

    switch (regSize1) {

      case BYTE_SIZE:
        /* RAX */
        se = ap.createRegSE(inst, smt2lib::extract(WORD_SIZE_BIT - 1, 0, expr), ID_TMP_RAX, WORD_SIZE);
        ap.aluSpreadTaintRegMem(se, ID_TMP_RAX, mem2, memSize2);
        break;

      case WORD_SIZE:
        /* RDX */
        se = ap.createRegSE(inst, smt2lib::extract(DWORD_SIZE_BIT - 1, WORD_SIZE_BIT, expr), ID_TMP_RDX, WORD_SIZE);
        ap.aluSpreadTaintRegMem(se, ID_TMP_RDX, mem2, memSize2);
        /* RAX */
        se = ap.createRegSE(inst, smt2lib::extract(WORD_SIZE_BIT - 1, 0, expr), ID_TMP_RAX, WORD_SIZE);
        ap.aluSpreadTaintRegMem(se, ID_TMP_RAX, mem2, memSize2);
        break;

      case DWORD_SIZE:
        /* RDX */
        se = ap.createRegSE(inst, smt2lib::extract(QWORD_SIZE_BIT - 1, DWORD_SIZE_BIT, expr), ID_TMP_RDX, DWORD_SIZE);
        ap.aluSpreadTaintRegMem(se, ID_TMP_RDX, mem2, memSize2);
        /* RAX */
        se = ap.createRegSE(inst, smt2lib::extract(DWORD_SIZE_BIT - 1, 0, expr), ID_TMP_RAX, DWORD_SIZE);
        ap.aluSpreadTaintRegMem(se, ID_TMP_RAX, mem2, memSize2);
        break;

      case QWORD_SIZE:
        /* RDX */
        se = ap.createRegSE(inst, smt2lib::extract(DQWORD_SIZE_BIT - 1, QWORD_SIZE_BIT, expr), ID_TMP_RDX, QWORD_SIZE);
        ap.aluSpreadTaintRegMem(se, ID_TMP_RDX, mem2, memSize2);
        /* RAX */
        se = ap.createRegSE(inst, smt2lib::extract(QWORD_SIZE_BIT - 1, 0, expr), ID_TMP_RAX, QWORD_SIZE);
        ap.aluSpreadTaintRegMem(se, ID_TMP_RAX, mem2, memSize2);
        break;

      default:
        throw std::runtime_error("ImulIRBuilder::reg - Invalid operand size");
    }

  }

  /* Case 2 */
  else if (this->operands[0].isReadAndWrite()) {
    /* Expr */
    expr = smt2lib::bvmul(
             smt2lib::sx(regSize1 * REG_SIZE, op1),
             smt2lib::sx(memSize2 * REG_SIZE, op2)
           );

    /* Create the symbolic expression */
    se = ap.createRegSE(inst, smt2lib::extract((regSize1 * REG_SIZE) - 1, 0, expr), reg1, regSize1);

    /* Apply the taint */
    ap.aluSpreadTaintRegMem(se, reg1, mem2, memSize2);
  }

  /* Case 3 */
  else if (this->operands[0].isWriteOnly()) {
    /* Expr */
    expr = smt2lib::bvmul(
             smt2lib::sx(memSize2 * REG_SIZE, op2),
             smt2lib::sx(memSize2 * REG_SIZE, op3)
           );

    /* Create the symbolic expression */
    se = ap.createRegSE(inst, smt2lib::extract((regSize1 * REG_SIZE) - 1, 0, expr), reg1, regSize1);

    /* Apply the taint */
    ap.aluSpreadTaintRegMem(se, reg1, mem2, memSize2);
  }

  else {
    throw std::runtime_error("ImulIRBuilder::regReg - Invalid operand");
  }
//.........这里部分代码省略.........

开发者ID:453483289，项目名称:Triton，代码行数:101，代码来源:ImulIRBuilder.cpp

示例2: mem

void SetleIRBuilder::mem(AnalysisProcessor &ap, Inst &inst) const {
  SymbolicExpression *se;
  smt2lib::smtAstAbstractNode *expr, *sf, *of, *zf;
  auto mem = this->operands[0].getMem();
  auto memSize = this->operands[0].getMem().getSize();

  /* Create the flag SMT semantic */
  sf = ap.buildSymbolicFlagOperand(ID_TMP_SF);
  of = ap.buildSymbolicFlagOperand(ID_TMP_OF);
  zf = ap.buildSymbolicFlagOperand(ID_TMP_ZF);

  /* Finale expr */
  expr = smt2lib::ite(
            smt2lib::equal(
              smt2lib::bvor(smt2lib::bvxor(sf, of), zf),
              smt2lib::bvtrue()),
            smt2lib::bv(1, BYTE_SIZE_BIT),
            smt2lib::bv(0, BYTE_SIZE_BIT));

  /* Create the symbolic expression */
  se = ap.createMemSE(inst, expr, mem, memSize);

  /* Apply the taint via the concretization */
  if (((ap.getFlagValue(ID_TMP_SF) ^ ap.getFlagValue(ID_TMP_OF)) | ap.getFlagValue(ID_TMP_ZF)) == 1) {
    if (ap.isRegTainted(ID_TMP_SF) == TAINTED)
      ap.assignmentSpreadTaintMemReg(se, mem, ID_TMP_SF, memSize);
    else if (ap.isRegTainted(ID_TMP_OF) == TAINTED)
      ap.assignmentSpreadTaintMemReg(se, mem, ID_TMP_OF, memSize);
    else
      ap.assignmentSpreadTaintMemReg(se, mem, ID_TMP_ZF, memSize);
  }

}

开发者ID:453483289，项目名称:Triton，代码行数:33，代码来源:SetleIRBuilder.cpp

示例3: reg

void DivIRBuilder::reg(AnalysisProcessor &ap, Inst &inst) const {
  SymbolicExpression *se;
  smt2lib::smtAstAbstractNode *expr, *result, *dividend, *divisor, *mod;
  auto reg = this->operands[0].getReg().getTritonRegId();
  auto regSize = this->operands[0].getReg().getSize();

  /* Create the SMT semantic */
  divisor = ap.buildSymbolicRegOperand(reg, regSize);

  switch (regSize) {

    case BYTE_SIZE:
      /* AX */
      dividend = ap.buildSymbolicRegOperand(ID_RAX, WORD_SIZE);
      /* res = AX / Source */
      result = smt2lib::bvudiv(dividend, smt2lib::zx(BYTE_SIZE_BIT, divisor));
      /* mod = AX % Source */
      mod = smt2lib::bvurem(dividend, smt2lib::zx(BYTE_SIZE_BIT, divisor));
      /* AH = mod */
      /* AL = res */
      expr = smt2lib::concat(
                smt2lib::extract(7, 0, mod),   /* AH = mod */
                smt2lib::extract(7, 0, result) /* AL = res */
              );
      /* Create the symbolic expression */
      se = ap.createRegSE(inst, expr, ID_RAX, WORD_SIZE);
      /* Apply the taint */
      ap.aluSpreadTaintRegReg(se, ID_RAX, reg);
      break;

    case WORD_SIZE:
      /* DX:AX */
      dividend = smt2lib::concat(ap.buildSymbolicRegOperand(ID_RDX, WORD_SIZE), ap.buildSymbolicRegOperand(ID_RAX, WORD_SIZE));
      /* res = DX:AX / Source */
      result = smt2lib::extract(15, 0, smt2lib::bvudiv(dividend, smt2lib::zx(WORD_SIZE_BIT, divisor)));
      /* mod = DX:AX % Source */
      mod = smt2lib::extract(15, 0, smt2lib::bvurem(dividend, smt2lib::zx(WORD_SIZE_BIT, divisor)));
      /* Create the symbolic expression for AX */
      se = ap.createRegSE(inst, result, ID_RAX, WORD_SIZE);
      /* Apply the taint for AX */
      ap.aluSpreadTaintRegReg(se, ID_RAX, reg);
      /* Create the symbolic expression for DX */
      se = ap.createRegSE(inst, mod, ID_RDX, WORD_SIZE);
      /* Apply the taint for DX */
      ap.aluSpreadTaintRegReg(se, ID_RDX, reg);
      break;

    case DWORD_SIZE:
      /* EDX:EAX */
      dividend = smt2lib::concat(ap.buildSymbolicRegOperand(ID_RDX, DWORD_SIZE), ap.buildSymbolicRegOperand(ID_RAX, DWORD_SIZE));
      /* res = EDX:EAX / Source */
      result = smt2lib::extract(31, 0, smt2lib::bvudiv(dividend, smt2lib::zx(DWORD_SIZE_BIT, divisor)));
      /* mod = EDX:EAX % Source */
      mod = smt2lib::extract(31, 0, smt2lib::bvurem(dividend, smt2lib::zx(DWORD_SIZE_BIT, divisor)));
      /* Create the symbolic expression for EAX */
      se = ap.createRegSE(inst, result, ID_RAX, DWORD_SIZE);
      /* Apply the taint for EAX */
      ap.aluSpreadTaintRegReg(se, ID_RAX, reg);
      /* Create the symbolic expression for EDX */
      se = ap.createRegSE(inst, mod, ID_RDX, DWORD_SIZE);
      /* Apply the taint for EDX */
      ap.aluSpreadTaintRegReg(se, ID_RDX, reg);
      break;

    case QWORD_SIZE:
      /* RDX:RAX */
      dividend = smt2lib::concat(ap.buildSymbolicRegOperand(ID_RDX, QWORD_SIZE), ap.buildSymbolicRegOperand(ID_RAX, QWORD_SIZE));
      /* res = RDX:RAX / Source */
      result = smt2lib::extract(63, 0, smt2lib::bvudiv(dividend, smt2lib::zx(QWORD_SIZE_BIT, divisor)));
      /* mod = RDX:RAX % Source */
      mod = smt2lib::extract(63, 0, smt2lib::bvurem(dividend, smt2lib::zx(QWORD_SIZE_BIT, divisor)));
      /* Create the symbolic expression for RAX */
      se = ap.createRegSE(inst, result, ID_RAX, QWORD_SIZE);
      /* Apply the taint for RAX */
      ap.aluSpreadTaintRegReg(se, ID_RAX, reg);
      /* Create the symbolic expression for RDX */
      se = ap.createRegSE(inst, mod, ID_RDX, QWORD_SIZE);
      /* Apply the taint for RDX */
      ap.aluSpreadTaintRegReg(se, ID_RDX, reg);
      break;
  }
}

开发者ID:nnamon，项目名称:Triton，代码行数:82，代码来源:DivIRBuilder.cpp

示例4: mem

void IdivIRBuilder::mem(AnalysisProcessor &ap, Inst &inst) const {
  SymbolicElement   *se;
  std::stringstream expr, result, dividend, divisor, mod;
  uint64            mem       = this->operands[0].getValue();
  uint32            memSize   = this->operands[0].getSize();

  /* Create the SMT semantic */
  divisor << ap.buildSymbolicMemOperand(mem, memSize);

  switch (memSize) {

    case BYTE_SIZE:
      /* AX */
      dividend << ap.buildSymbolicRegOperand(ID_RAX, WORD_SIZE);
      /* res = AX / Source */
      result << smt2lib::bvsdiv(dividend.str(), smt2lib::sx(divisor.str(), BYTE_SIZE_BIT));
      /* mod = AX % Source */
      mod << smt2lib::bvsrem(dividend.str(), smt2lib::sx(divisor.str(), BYTE_SIZE_BIT));
      /* AH = mod */
      /* AL = res */
      expr << smt2lib::concat(
                smt2lib::extract(7, 0, mod.str()),   /* AH = mod */
                smt2lib::extract(7, 0, result.str()) /* AL = res */
              );
      /* Create the symbolic element */
      se = ap.createRegSE(inst, expr, ID_RAX, WORD_SIZE);
      /* Apply the taint */
      ap.aluSpreadTaintRegMem(se, ID_RAX, mem, memSize);
      break;

    case WORD_SIZE:
      /* DX:AX */
      dividend << smt2lib::concat(ap.buildSymbolicRegOperand(ID_RDX, WORD_SIZE), ap.buildSymbolicRegOperand(ID_RAX, WORD_SIZE));
      /* res = DX:AX / Source */
      result << smt2lib::extract(15, 0, smt2lib::bvsdiv(dividend.str(), smt2lib::sx(divisor.str(), WORD_SIZE_BIT)));
      /* mod = DX:AX % Source */
      mod << smt2lib::extract(15, 0, smt2lib::bvsrem(dividend.str(), smt2lib::sx(divisor.str(), WORD_SIZE_BIT)));
      /* Create the symbolic element for AX */
      se = ap.createRegSE(inst, result, ID_RAX, WORD_SIZE);
      /* Apply the taint for AX */
      ap.aluSpreadTaintRegMem(se, ID_RAX, mem, memSize);
      /* Create the symbolic element for DX */
      se = ap.createRegSE(inst, mod, ID_RDX, WORD_SIZE);
      /* Apply the taint for DX */
      ap.aluSpreadTaintRegMem(se, ID_RDX, mem, memSize);
      break;

    case DWORD_SIZE:
      /* EDX:EAX */
      dividend << smt2lib::concat(ap.buildSymbolicRegOperand(ID_RDX, DWORD_SIZE), ap.buildSymbolicRegOperand(ID_RAX, DWORD_SIZE));
      /* res = EDX:EAX / Source */
      result << smt2lib::extract(31, 0, smt2lib::bvsdiv(dividend.str(), smt2lib::sx(divisor.str(), DWORD_SIZE_BIT)));
      /* mod = EDX:EAX % Source */
      mod << smt2lib::extract(31, 0, smt2lib::bvsrem(dividend.str(), smt2lib::sx(divisor.str(), DWORD_SIZE_BIT)));
      /* Create the symbolic element for EAX */
      se = ap.createRegSE(inst, result, ID_RAX, DWORD_SIZE);
      /* Apply the taint for EAX */
      ap.aluSpreadTaintRegMem(se, ID_RAX, mem, memSize);
      /* Create the symbolic element for EDX */
      se = ap.createRegSE(inst, mod, ID_RDX, DWORD_SIZE);
      /* Apply the taint for EDX */
      ap.aluSpreadTaintRegMem(se, ID_RDX, mem, memSize);
      break;

    case QWORD_SIZE:
      /* RDX:RAX */
      dividend << smt2lib::concat(ap.buildSymbolicRegOperand(ID_RDX, QWORD_SIZE), ap.buildSymbolicRegOperand(ID_RDX, QWORD_SIZE));
      /* res = RDX:RAX / Source */
      result << smt2lib::extract(63, 0, smt2lib::bvsdiv(dividend.str(), smt2lib::sx(divisor.str(), QWORD_SIZE_BIT)));
      /* mod = RDX:RAX % Source */
      mod << smt2lib::extract(63, 0, smt2lib::bvsrem(dividend.str(), smt2lib::sx(divisor.str(), QWORD_SIZE_BIT)));
      /* Create the symbolic element for RAX */
      se = ap.createRegSE(inst, result, ID_RAX, QWORD_SIZE);
      /* Apply the taint for RAX */
      ap.aluSpreadTaintRegMem(se, ID_RAX, mem, memSize);
      /* Create the symbolic element for RDX */
      se = ap.createRegSE(inst, mod, ID_RDX, QWORD_SIZE);
      /* Apply the taint for RDX */
      ap.aluSpreadTaintRegMem(se, ID_RDX, mem, memSize);
      break;
  }
}

开发者ID:AmesianX，项目名称:Triton-windows，代码行数:82，代码来源:IdivIRBuilder.cpp

示例5: reg

void MulIRBuilder::reg(AnalysisProcessor &ap, Inst &inst) const {
  SymbolicExpression *se;
  smt2lib::smtAstAbstractNode *expr, *op1, *op2, *rax, *rdx;
  auto reg = this->operands[0].getReg();
  auto regSize = this->operands[0].getReg().getSize();

  /* Create the SMT semantic */
  op1 = ap.buildSymbolicRegOperand(ID_TMP_RAX, regSize);
  op2 = ap.buildSymbolicRegOperand(reg, regSize);

  switch (regSize) {

    /* AX = AL * r/m8 */
    case BYTE_SIZE:
      /* Final expr */
      expr = smt2lib::bvmul(
                smt2lib::zx(BYTE_SIZE_BIT, op1),
                smt2lib::zx(BYTE_SIZE_BIT, op2)
              );
      /* Create the symbolic expression */
      se = ap.createRegSE(inst, expr, ID_TMP_RAX, WORD_SIZE);
      /* Apply the taint */
      ap.aluSpreadTaintRegReg(se, ID_TMP_RAX, reg);
      /* Add the symbolic flags expression to the current inst */
      rax = smt2lib::extract((WORD_SIZE_BIT - 1), BYTE_SIZE_BIT, expr);
      EflagsBuilder::cfMul(inst, se, ap, regSize, rax);
      EflagsBuilder::ofMul(inst, se, ap, regSize, rax);
      break;

    /* DX:AX = AX * r/m16 */
    case WORD_SIZE:
      /* Final expr */
      expr = smt2lib::bvmul(
                smt2lib::zx(WORD_SIZE_BIT, op1),
                smt2lib::zx(WORD_SIZE_BIT, op2)
              );
      rax = smt2lib::extract((WORD_SIZE_BIT - 1), 0, expr);
      rdx = smt2lib::extract((DWORD_SIZE_BIT - 1), WORD_SIZE_BIT, expr);
      /* Create the symbolic expression for AX */
      se = ap.createRegSE(inst, rax, ID_TMP_RAX, WORD_SIZE);
      /* Apply the taint */
      ap.aluSpreadTaintRegReg(se, ID_TMP_RAX, reg);
      /* Create the symbolic expression for DX */
      se = ap.createRegSE(inst, rdx, ID_TMP_RDX, WORD_SIZE);
      /* Apply the taint */
      ap.aluSpreadTaintRegReg(se, ID_TMP_RDX, reg);
      /* Add the symbolic flags expression to the current inst */
      EflagsBuilder::cfMul(inst, se, ap, regSize, rdx);
      EflagsBuilder::ofMul(inst, se, ap, regSize, rdx);
      break;

    /* EDX:EAX = EAX * r/m32 */
    case DWORD_SIZE:
      /* Final expr */
      expr = smt2lib::bvmul(
                smt2lib::zx(DWORD_SIZE_BIT, op1),
                smt2lib::zx(DWORD_SIZE_BIT, op2)
              );
      rax = smt2lib::extract((DWORD_SIZE_BIT - 1), 0, expr);
      rdx = smt2lib::extract((QWORD_SIZE_BIT - 1), DWORD_SIZE_BIT, expr);
      /* Create the symbolic expression for EAX */
      se = ap.createRegSE(inst, rax, ID_TMP_RAX, DWORD_SIZE);
      /* Apply the taint */
      ap.aluSpreadTaintRegReg(se, ID_TMP_RAX, reg);
      /* Create the symbolic expression for EDX */
      se = ap.createRegSE(inst, rdx, ID_TMP_RDX, DWORD_SIZE);
      /* Apply the taint */
      ap.aluSpreadTaintRegReg(se, ID_TMP_RDX, reg);
      /* Add the symbolic flags expression to the current inst */
      EflagsBuilder::cfMul(inst, se, ap, regSize, rdx);
      EflagsBuilder::ofMul(inst, se, ap, regSize, rdx);
      break;

    /* RDX:RAX = RAX * r/m64 */
    case QWORD_SIZE:
      /* Final expr */
      expr = smt2lib::bvmul(
                smt2lib::zx(QWORD_SIZE_BIT, op1),
                smt2lib::zx(QWORD_SIZE_BIT, op2)
              );
      rax = smt2lib::extract((QWORD_SIZE_BIT - 1), 0, expr);
      rdx = smt2lib::extract((DQWORD_SIZE_BIT - 1), QWORD_SIZE_BIT, expr);
      /* Create the symbolic expression for RAX */
      se = ap.createRegSE(inst, rax, ID_TMP_RAX, QWORD_SIZE);
      /* Apply the taint */
      ap.aluSpreadTaintRegReg(se, ID_TMP_RAX, reg);
      /* Create the symbolic expression for RDX */
      se = ap.createRegSE(inst, rdx, ID_TMP_RDX, QWORD_SIZE);
      /* Apply the taint */
      ap.aluSpreadTaintRegReg(se, ID_TMP_RDX, reg);
      /* Add the symbolic flags expression to the current inst */
      EflagsBuilder::cfMul(inst, se, ap, regSize, rdx);
      EflagsBuilder::ofMul(inst, se, ap, regSize, rdx);
      break;

  }

}

开发者ID:453483289，项目名称:Triton，代码行数:98，代码来源:MulIRBuilder.cpp

示例6: mem

void SetnleIRBuilder::mem(AnalysisProcessor &ap, Inst &inst) const {
  SymbolicElement   *se;
  std::stringstream expr, mem1e, sf, of, zf;
  uint64            mem     = this->operands[0].getValue();
  uint64            memSize = this->operands[0].getSize();

  /* Create the flag SMT semantic */
  sf << ap.buildSymbolicFlagOperand(ID_SF);
  of << ap.buildSymbolicFlagOperand(ID_OF);
  zf << ap.buildSymbolicFlagOperand(ID_ZF);
  mem1e << ap.buildSymbolicMemOperand(mem, memSize);

  /* Finale expr */
  expr << smt2lib::ite(
            smt2lib::equal(
              smt2lib::bvor(smt2lib::bvxor(sf.str(), of.str()), zf.str()),
              smt2lib::bvfalse()),
            smt2lib::bv(1, BYTE_SIZE_BIT),
            smt2lib::bv(0, BYTE_SIZE_BIT));

  /* Create the symbolic element */
  se = ap.createMemSE(inst, expr, mem, memSize);

  /* Apply the taint via the concretization */
  if (((ap.getFlagValue(ID_SF) ^ ap.getFlagValue(ID_OF)) | ap.getFlagValue(ID_ZF)) == 0) {
    if (ap.isRegTainted(ID_SF) == TAINTED)
      ap.assignmentSpreadTaintMemReg(se, mem, ID_SF, memSize);
    else if (ap.isRegTainted(ID_OF) == TAINTED)
      ap.assignmentSpreadTaintMemReg(se, mem, ID_OF, memSize);
    else
      ap.assignmentSpreadTaintMemReg(se, mem, ID_ZF, memSize);
  }

}

开发者ID:bowlofstew，项目名称:Triton，代码行数:34，代码来源:SetnleIRBuilder.cpp

示例7:

static PyObject *Triton_restoreSnapshot(PyObject *self, PyObject *noarg)
{
  ap.restoreSnapshot();
  return Py_None;
}

开发者ID:sigma-random，项目名称:Triton，代码行数:5，代码来源:tritonCallbacks.cpp

示例8:

static PyObject *Triton_isSnapshotEnabled(PyObject *self, PyObject *noarg) {
  if (ap.isSnapshotEnabled() == true)
    Py_RETURN_TRUE;
  Py_RETURN_FALSE;
}

开发者ID:killbug2004，项目名称:Triton，代码行数:5，代码来源:tritonCallbacks.cpp

示例9:

static PyObject *Triton_restoreSnapshot(PyObject *self, PyObject *noarg) {
  ap.setSnapshotRestoreFlag(true);
  Py_INCREF(Py_None);
  return Py_None;
}

开发者ID:shenyanjun，项目名称:Triton，代码行数:5，代码来源:tritonCallbacks.cpp

注：本文中的AnalysisProcessor类示例由纯净天空整理自Github/MSDocs等开源代码及文档管理平台，相关代码片段筛选自各路编程大神贡献的开源项目，源码版权归原作者所有，传播和使用请参考对应项目的License；未经允许，请勿转载。