68 static inline GPRRegister getEncodedGPR(RegNumT RegNum) {  in getEncodedGPR()  argument
69   assert(int(Reg_GPR_First) <= int(RegNum));  in getEncodedGPR()
70   assert(unsigned(RegNum) <= Reg_GPR_Last);  in getEncodedGPR()
71   return GPRRegister(RegNum - Reg_GPR_First);  in getEncodedGPR()
74 static inline bool isGPRReg(RegNumT RegNum) {  in isGPRReg()  argument
75   bool IsGPR = ((int(Reg_GPR_First) <= int(RegNum)) &&  in isGPRReg()
76                 (unsigned(RegNum) <= Reg_GPR_Last)) ||  in isGPRReg()
77                ((int(Reg_I64PAIR_First) <= int(RegNum)) &&  in isGPRReg()
78                 (unsigned(RegNum) <= Reg_I64PAIR_Last));  in isGPRReg()
82 static inline FPRRegister getEncodedFPR(RegNumT RegNum) {  in getEncodedFPR()  argument
83   assert(int(Reg_FPR_First) <= int(RegNum));  in getEncodedFPR()
84   assert(unsigned(RegNum) <= Reg_FPR_Last);  in getEncodedFPR()
85   return FPRRegister(RegNum - Reg_FPR_First);  in getEncodedFPR()
88 static inline bool isFPRReg(RegNumT RegNum) {  in isFPRReg()  argument
89   return ((int(Reg_FPR_First) <= int(RegNum)) &&  in isFPRReg()
90           (unsigned(RegNum) <= Reg_FPR_Last));  in isFPRReg()
93 static inline FPRRegister getEncodedFPR64(RegNumT RegNum) {  in getEncodedFPR64()  argument
94   assert(int(Reg_F64PAIR_First) <= int(RegNum));  in getEncodedFPR64()
95   assert(unsigned(RegNum) <= Reg_F64PAIR_Last);  in getEncodedFPR64()
96   return FPRRegister((RegNum - Reg_F64PAIR_First) * 2);  in getEncodedFPR64()
99 static inline bool isFPR64Reg(RegNumT RegNum) {  in isFPR64Reg()  argument
100   return (int(Reg_F64PAIR_First) <= int(RegNum)) &&  in isFPR64Reg()
101          (unsigned(RegNum) <= Reg_F64PAIR_Last);  in isFPR64Reg()
104 const char *getRegName(RegNumT RegNum);
106 static inline RegNumT get64PairFirstRegNum(RegNumT RegNum) {  in get64PairFirstRegNum()  argument
107   assert(unsigned(RegNum) >= Reg_I64PAIR_First);  in get64PairFirstRegNum()
108   assert(unsigned(RegNum) <= Reg_F64PAIR_Last);  in get64PairFirstRegNum()
109   if (unsigned(RegNum) >= Reg_F64PAIR_First &&  in get64PairFirstRegNum()  local
110       unsigned(RegNum) <= Reg_F64PAIR_Last)  in get64PairFirstRegNum()
111     return RegNumT::fixme(((RegNum - Reg_F64PAIR_First) * 2) +  in get64PairFirstRegNum()
113   if (unsigned(RegNum) >= Reg_I64PAIR_First && unsigned(RegNum) <= Reg_T8T9)  in get64PairFirstRegNum()  local
114     return RegNumT::fixme(((RegNum - Reg_I64PAIR_First) * 2) +  in get64PairFirstRegNum()
119 static inline RegNumT get64PairSecondRegNum(RegNumT RegNum) {  in get64PairSecondRegNum()  argument
120   assert(unsigned(RegNum) >= Reg_I64PAIR_First);  in get64PairSecondRegNum()
121   assert(unsigned(RegNum) <= Reg_F64PAIR_Last);  in get64PairSecondRegNum()
122   if (unsigned(RegNum) >= Reg_F64PAIR_First &&  in get64PairSecondRegNum()  local
123       unsigned(RegNum) <= Reg_F64PAIR_Last)  in get64PairSecondRegNum()
124     return RegNumT::fixme(((RegNum - Reg_F64PAIR_First) * 2) +  in get64PairSecondRegNum()
126   if (unsigned(RegNum) >= Reg_I64PAIR_First && unsigned(RegNum) <= Reg_T8T9)  in get64PairSecondRegNum()  local
127     return RegNumT::fixme(((RegNum - Reg_I64PAIR_First) * 2) +  in get64PairSecondRegNum()