49       for (int reg = 0; reg < 13; reg++) {  in WriteCIE()  local
50         if (reg < 4 || reg == 12) {  in WriteCIE()
51           opcodes.Undefined(Reg::ArmCore(reg));  in WriteCIE()
53           opcodes.SameValue(Reg::ArmCore(reg));  in WriteCIE()
57       for (int reg = 0; reg < 32; reg++) {  in WriteCIE()  local
58         if (reg < 16) {  in WriteCIE()
59           opcodes.Undefined(Reg::ArmFp(reg));  in WriteCIE()
61           opcodes.SameValue(Reg::ArmFp(reg));  in WriteCIE()
72       for (int reg = 0; reg < 30; reg++) {  in WriteCIE()  local
73         if (reg < 8 || reg == 16 || reg == 17) {  in WriteCIE()
74           opcodes.Undefined(Reg::Arm64Core(reg));  in WriteCIE()
76           opcodes.SameValue(Reg::Arm64Core(reg));  in WriteCIE()
80       for (int reg = 0; reg < 32; reg++) {  in WriteCIE()  local
81         if (reg < 8 || reg >= 16) {  in WriteCIE()
82           opcodes.Undefined(Reg::Arm64Fp(reg));  in WriteCIE()
84           opcodes.SameValue(Reg::Arm64Fp(reg));  in WriteCIE()
98       for (int reg = 0; reg < 8; reg++) {  in WriteCIE()  local
99         if (reg <= 3) {  in WriteCIE()
100           opcodes.Undefined(Reg::X86Core(reg));  in WriteCIE()
101         } else if (reg == 4) {  in WriteCIE()
104           opcodes.SameValue(Reg::X86Core(reg));  in WriteCIE()
109         for (int reg = 0; reg < 8; reg++) {  in WriteCIE()  local
110           opcodes.Undefined(Reg::X86Fp(reg));  in WriteCIE()
122       for (int reg = 0; reg < 16; reg++) {  in WriteCIE()  local
123         if (reg == 4) {  in WriteCIE()
125         } else if (reg < 12 && reg != 3 && reg != 5) {  // except EBX and EBP.  in WriteCIE()
126           opcodes.Undefined(Reg::X86_64Core(reg));  in WriteCIE()
128           opcodes.SameValue(Reg::X86_64Core(reg));  in WriteCIE()
132       for (int reg = 0; reg < 16; reg++) {  in WriteCIE()  local
133         if (reg < 12) {  in WriteCIE()
134           opcodes.Undefined(Reg::X86_64Fp(reg));  in WriteCIE()
136           opcodes.SameValue(Reg::X86_64Fp(reg));  in WriteCIE()