1269   return [base, left, right](const Instruction::Operand &op) -> bool {  in MatchBinaryOp()  argument
1270     return (base(op) && op.m_children.size() == 2 &&  in MatchBinaryOp()
1271             ((left(op.m_children[0]) && right(op.m_children[1])) ||  in MatchBinaryOp()
1272              (left(op.m_children[1]) && right(op.m_children[0]))));  in MatchBinaryOp()
1280   return [base, child](const Instruction::Operand &op) -> bool {  in MatchUnaryOp()  argument
1281     return (base(op) && op.m_children.size() == 1 && child(op.m_children[0]));  in MatchUnaryOp()
1287   return [&info](const Instruction::Operand &op) {  in MatchRegOp()  argument
1288     return (op.m_type == Instruction::Operand::Type::Register &&  in MatchRegOp()
1289             (op.m_register == ConstString(info.name) ||  in MatchRegOp()
1290              op.m_register == ConstString(info.alt_name)));  in MatchRegOp()
1296   return [&reg](const Instruction::Operand &op) {  in FetchRegOp()  argument
1297     if (op.m_type != Instruction::Operand::Type::Register) {  in FetchRegOp()
1300     reg = op.m_register;  in FetchRegOp()
1307   return [imm](const Instruction::Operand &op) {  in MatchImmOp()  argument
1308     return (op.m_type == Instruction::Operand::Type::Immediate &&  in MatchImmOp()
1309             ((op.m_negative && op.m_immediate == (uint64_t)-imm) ||  in MatchImmOp()
1310              (!op.m_negative && op.m_immediate == (uint64_t)imm)));  in MatchImmOp()
1316   return [&imm](const Instruction::Operand &op) {  in FetchImmOp()  argument
1317     if (op.m_type != Instruction::Operand::Type::Immediate) {  in FetchImmOp()
1320     if (op.m_negative) {  in FetchImmOp()
1321       imm = -((int64_t)op.m_immediate);  in FetchImmOp()
1323       imm = ((int64_t)op.m_immediate);  in FetchImmOp()
1331   return [type](const Instruction::Operand &op) { return op.m_type == type; };  in MatchOpType()  argument