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4
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1 #ifdef VM_ENUMDEF
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2 #define VMCODE0(code_, name_) code_,
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3 #define VMCODE1(code_, name_) code_,
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4 #define VMCODE2(code_, name_) code_,
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5 #define VMCODE3(code_, name_) code_,
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6 #endif
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7
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8 #ifdef VM_CREATE
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9 #define VMCODE0(code_, name_) void name_() \
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10 { \
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11 statement.push_back(CVMCode(code_)); \
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12 }
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13 #define VMCODE1(code_, name_) void name_(int arg1) \
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14 { \
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15 statement.push_back(CVMCode(code_, arg1)); \
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16 }
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17 #define VMCODE2(code_, name_) void name_(int arg1, int arg2) \
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18 { \
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19 statement.push_back(CVMCode(code_, arg1, arg2)); \
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20 }
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21 #define VMCODE3(code_, name_) void name_(int arg1, int arg2, int arg3) \
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22 { \
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23 statement.push_back(CVMCode(code_, arg1, arg2, arg3)); \
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24 }
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25 #endif
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26
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27 #ifdef VM_NAMETABLE
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28 #define VMCODE0(code_, name_) #name_,
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29 #define VMCODE1(code_, name_) #name_,
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30 #define VMCODE2(code_, name_) #name_,
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31 #define VMCODE3(code_, name_) #name_,
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32 #endif
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33
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34 #ifdef VM_SWITCHTABLE
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35 #define VMCODE0(code_, name_) case code_: \
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36 { \
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37 name_(); \
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38 } \
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39 break;
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40 #define VMCODE1(code_, name_) case code_: \
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41 { \
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42 const int *v = value(1); \
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43 name_(v[0]); \
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44 } \
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45 break;
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46 #define VMCODE2(code_, name_) case code_: \
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47 { \
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48 const int *v = value(2); \
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49 name_(v[0], v[1]); \
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50 } \
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51 break;
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52 #define VMCODE3(code_, name_) case code_: \
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53 { \
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54 const int *v = value(3); \
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55 name_(v[0], v[1], v[2]); \
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56 } \
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57 break;
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58 #endif
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59
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60 VMCODE1(VM_PUSHCONST, PushConst)
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61 VMCODE1(VM_PUSHVALUE, PushValue)
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62 VMCODE1(VM_POPVALUE, PopValue)
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63 VMCODE0(VM_POP, OpPop)
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64 VMCODE2(VM_MOV_C, OpMovC)
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65 VMCODE2(VM_MOV_V, OpMovV)
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66 VMCODE2(VM_NEG_C, OpNegC)
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67 VMCODE2(VM_NEG_V, OpNegV)
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68 VMCODE3(VM_EQ_CC, OpEqCC)
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69 VMCODE3(VM_EQ_VC, OpEqVC)
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70 VMCODE3(VM_EQ_CV, OpEqCV)
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71 VMCODE3(VM_EQ_VV, OpEqVV)
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72 VMCODE3(VM_NE_CC, OpNeCC)
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73 VMCODE3(VM_NE_VC, OpNeVC)
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74 VMCODE3(VM_NE_CV, OpNeCV)
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75 VMCODE3(VM_NE_VV, OpNeVV)
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76 VMCODE3(VM_GT_CC, OpGtCC)
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77 VMCODE3(VM_GT_VC, OpGtVC)
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78 VMCODE3(VM_GT_CV, OpGtCV)
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79 VMCODE3(VM_GT_VV, OpGtVV)
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80 VMCODE3(VM_GE_CC, OpGeCC)
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81 VMCODE3(VM_GE_VC, OpGeVC)
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82 VMCODE3(VM_GE_CV, OpGeCV)
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83 VMCODE3(VM_GE_VV, OpGeVV)
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84 VMCODE3(VM_LT_CC, OpLtCC)
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85 VMCODE3(VM_LT_VC, OpLtVC)
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86 VMCODE3(VM_LT_CV, OpLtCV)
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87 VMCODE3(VM_LT_VV, OpLtVV)
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88 VMCODE3(VM_LE_CC, OpLeCC)
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89 VMCODE3(VM_LE_VC, OpLeVC)
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90 VMCODE3(VM_LE_CV, OpLeCV)
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91 VMCODE3(VM_LE_VV, OpLeVV)
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92 VMCODE3(VM_ADD_CC, OpAddCC)
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93 VMCODE3(VM_ADD_VC, OpAddVC)
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94 VMCODE3(VM_ADD_CV, OpAddCV)
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95 VMCODE3(VM_ADD_VV, OpAddVV)
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96 VMCODE3(VM_SUB_CC, OpSubCC)
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97 VMCODE3(VM_SUB_VC, OpSubVC)
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98 VMCODE3(VM_SUB_CV, OpSubCV)
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99 VMCODE3(VM_SUB_VV, OpSubVV)
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100 VMCODE3(VM_MUL_CC, OpMulCC)
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101 VMCODE3(VM_MUL_VC, OpMulVC)
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102 VMCODE3(VM_MUL_CV, OpMulCV)
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103 VMCODE3(VM_MUL_VV, OpMulVV)
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104 VMCODE3(VM_DIV_CC, OpDivCC)
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105 VMCODE3(VM_DIV_VC, OpDivVC)
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106 VMCODE3(VM_DIV_CV, OpDivCV)
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107 VMCODE3(VM_DIV_VV, OpDivVV)
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108 VMCODE3(VM_MOD_CC, OpModCC)
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109 VMCODE3(VM_MOD_VC, OpModVC)
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110 VMCODE3(VM_MOD_CV, OpModCV)
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111 VMCODE3(VM_MOD_VV, OpModVV)
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112 VMCODE1(VM_JMP, OpJmp)
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113 VMCODE2(VM_JMPC, OpJmpC)
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114 VMCODE2(VM_JMPNC, OpJmpNC)
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115 VMCODE1(VM_PRINT, OpPrint)
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116 VMCODE2(VM_RAND_C, OpRandC)
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117 VMCODE2(VM_RAND_V, OpRandV)
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118 VMCODE0(VM_HALT, OpHalt)
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119
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120 #undef VMCODE0
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121 #undef VMCODE1
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122 #undef VMCODE2
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123 #undef VMCODE3
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