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instructions_generated.c
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instructions_generated.c
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/*
* Project name:
* Implementace interpretu imperativního jazyka IFJ14
*
* Repository:
* https://github.com/Dasio/IFJ
*
* Team:
* Dávid Mikuš (xmikus15)
* Peter Hostačný (xhosta03)
* Tomáš Kello (xkello00)
* Adam Lučanský (xlucan01)
* Michaela Lukášová (xlukas09)
*/
#include "instructions_generated.h"
extern Stack stack;
#define vectorAt(v, i) ((StackData*)(v->array) + (i))
#if defined(__clang__)
#pragma clang diagnostic push
#pragma clang diagnostic ignored "-Wunused-variable"
#elif defined(__GNUC__) || defined(__GNUG__)
#pragma GCC diagnostic push
#pragma GCC diagnostic ignored "-Wunused-variable"
#endif
#define extract_data() \
/* Pointers to local data */ \
StackData *local_src1 = vectorAt(stack.vect, stack.BP + i->src_1.offset); \
StackData *local_src2 = vectorAt(stack.vect, stack.BP + i->src_2.offset); \
\
/* Pointers to constants */ \
int *constant_src_1_I = &i->src_1.int_; \
bool *constant_src_1_B = &i->src_1.bool_; \
double *constant_src_1_D = &i->src_1.double_;\
String *constant_src_1_S = i->src_1.str; \
\
int *constant_src_2_I = &i->src_2.int_; \
bool *constant_src_2_B = &i->src_2.bool_; \
double *constant_src_2_D = &i->src_2.double_;\
String *constant_src_2_S = i->src_2.str; \
/* Pointers to global data */ \
StackData *global_src1 = vectorAt(stack.vect, i->src_1.offset); \
StackData *global_src2 = vectorAt(stack.vect, i->src_2.offset);
//////////////////////////////////////////////////////////////////////
static Operand operand;
void Instr_NEG_LxIx(Instruction *i) {
extract_data() // Macro for unrolling pointers
//LxIx
if(local_src1->initialized == false) {
setError(ERR_UnitializedAccess);
die();
return;
}
operand.int_ = (-1)* local_src1->int_;
operand.initialized = true;
StackDataVectorAtSet(stack.vect, stack.BP + i->dst.offset, operand);
}
void Instr_NEG_LxDx(Instruction *i) {
extract_data() // Macro for unrolling pointers
//LxDx
if(local_src1->initialized == false) {
setError(ERR_UnitializedAccess);
die();
return;
}
operand.double_ = (-1)* local_src1->double_;
operand.initialized = true;
StackDataVectorAtSet(stack.vect, stack.BP + i->dst.offset, operand);
}
void Instr_NEG_GxIx(Instruction *i) {
extract_data() // Macro for unrolling pointers
//GxIx
if(global_src1->initialized == false) {
setError(ERR_UnitializedAccess);
die();
return;
}
operand.int_ = (-1)* global_src1->int_;
operand.initialized = true;
StackDataVectorAtSet(stack.vect, stack.BP + i->dst.offset, operand);
}
void Instr_NEG_GxDx(Instruction *i) {
extract_data() // Macro for unrolling pointers
//GxDx
if(global_src1->initialized == false) {
setError(ERR_UnitializedAccess);
die();
return;
}
operand.double_ = (-1)* global_src1->double_;
operand.initialized = true;
StackDataVectorAtSet(stack.vect, stack.BP + i->dst.offset, operand);
}
void Instr_NOT_LxBx(Instruction *i) {
extract_data() // Macro for unrolling pointers
//LxBx
if(local_src1->initialized == false) {
setError(ERR_UnitializedAccess);
die();
return;
}
operand.bool_ = !local_src1->bool_;
operand.initialized = true;
StackDataVectorAtSet(stack.vect, stack.BP + i->dst.offset, operand);
}
void Instr_NOT_GxBx(Instruction *i) {
extract_data() // Macro for unrolling pointers
//GxBx
if(global_src1->initialized == false) {
setError(ERR_UnitializedAccess);
die();
return;
}
operand.bool_ = !global_src1->bool_;
operand.initialized = true;
StackDataVectorAtSet(stack.vect, stack.BP + i->dst.offset, operand);
}
void Instr_MUL_CLII(Instruction *i) {
extract_data() // Macro for unrolling pointers
//CLII
if(local_src2->initialized == false) {
setError(ERR_UnitializedAccess);
die();
return;
}
operand.int_ = *constant_src_1_I * local_src2->int_;
operand.initialized = true;
StackDataVectorAtSet(stack.vect, stack.BP + i->dst.offset, operand);
}
void Instr_MUL_CLID(Instruction *i) {
extract_data() // Macro for unrolling pointers
//CLID
if(local_src2->initialized == false) {
setError(ERR_UnitializedAccess);
die();
return;
}
operand.double_ = *constant_src_1_I * local_src2->double_;
operand.initialized = true;
StackDataVectorAtSet(stack.vect, stack.BP + i->dst.offset, operand);
}
void Instr_MUL_CLDI(Instruction *i) {
extract_data() // Macro for unrolling pointers
//CLDI
if(local_src2->initialized == false) {
setError(ERR_UnitializedAccess);
die();
return;
}
operand.double_ = *constant_src_1_D * local_src2->int_;
operand.initialized = true;
StackDataVectorAtSet(stack.vect, stack.BP + i->dst.offset, operand);
}
void Instr_MUL_CLDD(Instruction *i) {
extract_data() // Macro for unrolling pointers
//CLDD
if(local_src2->initialized == false) {
setError(ERR_UnitializedAccess);
die();
return;
}
operand.double_ = *constant_src_1_D * local_src2->double_;
operand.initialized = true;
StackDataVectorAtSet(stack.vect, stack.BP + i->dst.offset, operand);
}
void Instr_MUL_CGII(Instruction *i) {
extract_data() // Macro for unrolling pointers
//CGII
if(global_src2->initialized == false) {
setError(ERR_UnitializedAccess);
die();
return;
}
operand.int_ = *constant_src_1_I * global_src2->int_;
operand.initialized = true;
StackDataVectorAtSet(stack.vect, stack.BP + i->dst.offset, operand);
}
void Instr_MUL_CGID(Instruction *i) {
extract_data() // Macro for unrolling pointers
//CGID
if(global_src2->initialized == false) {
setError(ERR_UnitializedAccess);
die();
return;
}
operand.double_ = *constant_src_1_I * global_src2->double_;
operand.initialized = true;
StackDataVectorAtSet(stack.vect, stack.BP + i->dst.offset, operand);
}
void Instr_MUL_CGDI(Instruction *i) {
extract_data() // Macro for unrolling pointers
//CGDI
if(global_src2->initialized == false) {
setError(ERR_UnitializedAccess);
die();
return;
}
operand.double_ = *constant_src_1_D * global_src2->int_;
operand.initialized = true;
StackDataVectorAtSet(stack.vect, stack.BP + i->dst.offset, operand);
}
void Instr_MUL_CGDD(Instruction *i) {
extract_data() // Macro for unrolling pointers
//CGDD
if(global_src2->initialized == false) {
setError(ERR_UnitializedAccess);
die();
return;
}
operand.double_ = *constant_src_1_D * global_src2->double_;
operand.initialized = true;
StackDataVectorAtSet(stack.vect, stack.BP + i->dst.offset, operand);
}
void Instr_MUL_LCII(Instruction *i) {
extract_data() // Macro for unrolling pointers
//LCII
if(local_src1->initialized == false) {
setError(ERR_UnitializedAccess);
die();
return;
}
operand.int_ = local_src1->int_ * *constant_src_2_I;
operand.initialized = true;
StackDataVectorAtSet(stack.vect, stack.BP + i->dst.offset, operand);
}
void Instr_MUL_LCID(Instruction *i) {
extract_data() // Macro for unrolling pointers
//LCID
if(local_src1->initialized == false) {
setError(ERR_UnitializedAccess);
die();
return;
}
operand.double_ = local_src1->int_ * *constant_src_2_D;
operand.initialized = true;
StackDataVectorAtSet(stack.vect, stack.BP + i->dst.offset, operand);
}
void Instr_MUL_LCDI(Instruction *i) {
extract_data() // Macro for unrolling pointers
//LCDI
if(local_src1->initialized == false) {
setError(ERR_UnitializedAccess);
die();
return;
}
operand.double_ = local_src1->double_ * *constant_src_2_I;
operand.initialized = true;
StackDataVectorAtSet(stack.vect, stack.BP + i->dst.offset, operand);
}
void Instr_MUL_LCDD(Instruction *i) {
extract_data() // Macro for unrolling pointers
//LCDD
if(local_src1->initialized == false) {
setError(ERR_UnitializedAccess);
die();
return;
}
operand.double_ = local_src1->double_ * *constant_src_2_D;
operand.initialized = true;
StackDataVectorAtSet(stack.vect, stack.BP + i->dst.offset, operand);
}
void Instr_MUL_LLII(Instruction *i) {
extract_data() // Macro for unrolling pointers
//LLII
if(local_src1->initialized == false) {
setError(ERR_UnitializedAccess);
die();
return;
}
if(local_src2->initialized == false) {
setError(ERR_UnitializedAccess);
die();
return;
}
operand.int_ = local_src1->int_ * local_src2->int_;
operand.initialized = true;
StackDataVectorAtSet(stack.vect, stack.BP + i->dst.offset, operand);
}
void Instr_MUL_LLID(Instruction *i) {
extract_data() // Macro for unrolling pointers
//LLID
if(local_src1->initialized == false) {
setError(ERR_UnitializedAccess);
die();
return;
}
if(local_src2->initialized == false) {
setError(ERR_UnitializedAccess);
die();
return;
}
operand.double_ = local_src1->int_ * local_src2->double_;
operand.initialized = true;
StackDataVectorAtSet(stack.vect, stack.BP + i->dst.offset, operand);
}
void Instr_MUL_LLDI(Instruction *i) {
extract_data() // Macro for unrolling pointers
//LLDI
if(local_src1->initialized == false) {
setError(ERR_UnitializedAccess);
die();
return;
}
if(local_src2->initialized == false) {
setError(ERR_UnitializedAccess);
die();
return;
}
operand.double_ = local_src1->double_ * local_src2->int_;
operand.initialized = true;
StackDataVectorAtSet(stack.vect, stack.BP + i->dst.offset, operand);
}
void Instr_MUL_LLDD(Instruction *i) {
extract_data() // Macro for unrolling pointers
//LLDD
if(local_src1->initialized == false) {
setError(ERR_UnitializedAccess);
die();
return;
}
if(local_src2->initialized == false) {
setError(ERR_UnitializedAccess);
die();
return;
}
operand.double_ = local_src1->double_ * local_src2->double_;
operand.initialized = true;
StackDataVectorAtSet(stack.vect, stack.BP + i->dst.offset, operand);
}
void Instr_MUL_LGII(Instruction *i) {
extract_data() // Macro for unrolling pointers
//LGII
if(local_src1->initialized == false) {
setError(ERR_UnitializedAccess);
die();
return;
}
if(global_src2->initialized == false) {
setError(ERR_UnitializedAccess);
die();
return;
}
operand.int_ = local_src1->int_ * global_src2->int_;
operand.initialized = true;
StackDataVectorAtSet(stack.vect, stack.BP + i->dst.offset, operand);
}
void Instr_MUL_LGID(Instruction *i) {
extract_data() // Macro for unrolling pointers
//LGID
if(local_src1->initialized == false) {
setError(ERR_UnitializedAccess);
die();
return;
}
if(global_src2->initialized == false) {
setError(ERR_UnitializedAccess);
die();
return;
}
operand.double_ = local_src1->int_ * global_src2->double_;
operand.initialized = true;
StackDataVectorAtSet(stack.vect, stack.BP + i->dst.offset, operand);
}
void Instr_MUL_LGDI(Instruction *i) {
extract_data() // Macro for unrolling pointers
//LGDI
if(local_src1->initialized == false) {
setError(ERR_UnitializedAccess);
die();
return;
}
if(global_src2->initialized == false) {
setError(ERR_UnitializedAccess);
die();
return;
}
operand.double_ = local_src1->double_ * global_src2->int_;
operand.initialized = true;
StackDataVectorAtSet(stack.vect, stack.BP + i->dst.offset, operand);
}
void Instr_MUL_LGDD(Instruction *i) {
extract_data() // Macro for unrolling pointers
//LGDD
if(local_src1->initialized == false) {
setError(ERR_UnitializedAccess);
die();
return;
}
if(global_src2->initialized == false) {
setError(ERR_UnitializedAccess);
die();
return;
}
operand.double_ = local_src1->double_ * global_src2->double_;
operand.initialized = true;
StackDataVectorAtSet(stack.vect, stack.BP + i->dst.offset, operand);
}
void Instr_MUL_GCII(Instruction *i) {
extract_data() // Macro for unrolling pointers
//GCII
if(global_src1->initialized == false) {
setError(ERR_UnitializedAccess);
die();
return;
}
operand.int_ = global_src1->int_ * *constant_src_2_I;
operand.initialized = true;
StackDataVectorAtSet(stack.vect, stack.BP + i->dst.offset, operand);
}
void Instr_MUL_GCID(Instruction *i) {
extract_data() // Macro for unrolling pointers
//GCID
if(global_src1->initialized == false) {
setError(ERR_UnitializedAccess);
die();
return;
}
operand.double_ = global_src1->int_ * *constant_src_2_D;
operand.initialized = true;
StackDataVectorAtSet(stack.vect, stack.BP + i->dst.offset, operand);
}
void Instr_MUL_GCDI(Instruction *i) {
extract_data() // Macro for unrolling pointers
//GCDI
if(global_src1->initialized == false) {
setError(ERR_UnitializedAccess);
die();
return;
}
operand.double_ = global_src1->double_ * *constant_src_2_I;
operand.initialized = true;
StackDataVectorAtSet(stack.vect, stack.BP + i->dst.offset, operand);
}
void Instr_MUL_GCDD(Instruction *i) {
extract_data() // Macro for unrolling pointers
//GCDD
if(global_src1->initialized == false) {
setError(ERR_UnitializedAccess);
die();
return;
}
operand.double_ = global_src1->double_ * *constant_src_2_D;
operand.initialized = true;
StackDataVectorAtSet(stack.vect, stack.BP + i->dst.offset, operand);
}
void Instr_MUL_GLII(Instruction *i) {
extract_data() // Macro for unrolling pointers
//GLII
if(global_src1->initialized == false) {
setError(ERR_UnitializedAccess);
die();
return;
}
if(local_src2->initialized == false) {
setError(ERR_UnitializedAccess);
die();
return;
}
operand.int_ = global_src1->int_ * local_src2->int_;
operand.initialized = true;
StackDataVectorAtSet(stack.vect, stack.BP + i->dst.offset, operand);
}
void Instr_MUL_GLID(Instruction *i) {
extract_data() // Macro for unrolling pointers
//GLID
if(global_src1->initialized == false) {
setError(ERR_UnitializedAccess);
die();
return;
}
if(local_src2->initialized == false) {
setError(ERR_UnitializedAccess);
die();
return;
}
operand.double_ = global_src1->int_ * local_src2->double_;
operand.initialized = true;
StackDataVectorAtSet(stack.vect, stack.BP + i->dst.offset, operand);
}
void Instr_MUL_GLDI(Instruction *i) {
extract_data() // Macro for unrolling pointers
//GLDI
if(global_src1->initialized == false) {
setError(ERR_UnitializedAccess);
die();
return;
}
if(local_src2->initialized == false) {
setError(ERR_UnitializedAccess);
die();
return;
}
operand.double_ = global_src1->double_ * local_src2->int_;
operand.initialized = true;
StackDataVectorAtSet(stack.vect, stack.BP + i->dst.offset, operand);
}
void Instr_MUL_GLDD(Instruction *i) {
extract_data() // Macro for unrolling pointers
//GLDD
if(global_src1->initialized == false) {
setError(ERR_UnitializedAccess);
die();
return;
}
if(local_src2->initialized == false) {
setError(ERR_UnitializedAccess);
die();
return;
}
operand.double_ = global_src1->double_ * local_src2->double_;
operand.initialized = true;
StackDataVectorAtSet(stack.vect, stack.BP + i->dst.offset, operand);
}
void Instr_MUL_GGII(Instruction *i) {
extract_data() // Macro for unrolling pointers
//GGII
if(global_src1->initialized == false) {
setError(ERR_UnitializedAccess);
die();
return;
}
if(global_src2->initialized == false) {
setError(ERR_UnitializedAccess);
die();
return;
}
operand.int_ = global_src1->int_ * global_src2->int_;
operand.initialized = true;
StackDataVectorAtSet(stack.vect, stack.BP + i->dst.offset, operand);
}
void Instr_MUL_GGID(Instruction *i) {
extract_data() // Macro for unrolling pointers
//GGID
if(global_src1->initialized == false) {
setError(ERR_UnitializedAccess);
die();
return;
}
if(global_src2->initialized == false) {
setError(ERR_UnitializedAccess);
die();
return;
}
operand.double_ = global_src1->int_ * global_src2->double_;
operand.initialized = true;
StackDataVectorAtSet(stack.vect, stack.BP + i->dst.offset, operand);
}
void Instr_MUL_GGDI(Instruction *i) {
extract_data() // Macro for unrolling pointers
//GGDI
if(global_src1->initialized == false) {
setError(ERR_UnitializedAccess);
die();
return;
}
if(global_src2->initialized == false) {
setError(ERR_UnitializedAccess);
die();
return;
}
operand.double_ = global_src1->double_ * global_src2->int_;
operand.initialized = true;
StackDataVectorAtSet(stack.vect, stack.BP + i->dst.offset, operand);
}
void Instr_MUL_GGDD(Instruction *i) {
extract_data() // Macro for unrolling pointers
//GGDD
if(global_src1->initialized == false) {
setError(ERR_UnitializedAccess);
die();
return;
}
if(global_src2->initialized == false) {
setError(ERR_UnitializedAccess);
die();
return;
}
operand.double_ = global_src1->double_ * global_src2->double_;
operand.initialized = true;
StackDataVectorAtSet(stack.vect, stack.BP + i->dst.offset, operand);
}
void Instr_DIV_CLII(Instruction *i) {
extract_data() // Macro for unrolling pointers
//CLII
if(local_src2->initialized == false) {
setError(ERR_UnitializedAccess);
die();
return;
}
if(local_src2->int_ == 0) {
setError(ERR_DivisionByZero);
die();
return;
}
operand.double_ = (double)*constant_src_1_I / local_src2->int_;
operand.initialized = true;
StackDataVectorAtSet(stack.vect, stack.BP + i->dst.offset, operand);
}
void Instr_DIV_CLID(Instruction *i) {
extract_data() // Macro for unrolling pointers
//CLID
if(local_src2->initialized == false) {
setError(ERR_UnitializedAccess);
die();
return;
}
if(local_src2->double_ == 0.0) {
setError(ERR_DivisionByZero);
die();
return;
}
operand.double_ = *constant_src_1_I / local_src2->double_;
operand.initialized = true;
StackDataVectorAtSet(stack.vect, stack.BP + i->dst.offset, operand);
}
void Instr_DIV_CLDI(Instruction *i) {
extract_data() // Macro for unrolling pointers
//CLDI
if(local_src2->initialized == false) {
setError(ERR_UnitializedAccess);
die();
return;
}
if(local_src2->int_ == 0.0) {
setError(ERR_DivisionByZero);
die();
return;
}
operand.double_ = *constant_src_1_D / local_src2->int_;
operand.initialized = true;
StackDataVectorAtSet(stack.vect, stack.BP + i->dst.offset, operand);
}
void Instr_DIV_CLDD(Instruction *i) {
extract_data() // Macro for unrolling pointers
//CLDD
if(local_src2->initialized == false) {
setError(ERR_UnitializedAccess);
die();
return;
}
if(local_src2->double_ == 0.0) {
setError(ERR_DivisionByZero);
die();
return;
}
operand.double_ = *constant_src_1_D / local_src2->double_;
operand.initialized = true;
StackDataVectorAtSet(stack.vect, stack.BP + i->dst.offset, operand);
}
void Instr_DIV_CGII(Instruction *i) {
extract_data() // Macro for unrolling pointers
//CGII
if(global_src2->initialized == false) {
setError(ERR_UnitializedAccess);
die();
return;
}
if(global_src2->int_ == 0) {
setError(ERR_DivisionByZero);
die();
return;
}
operand.double_ = (double)*constant_src_1_I / global_src2->int_;
operand.initialized = true;
StackDataVectorAtSet(stack.vect, stack.BP + i->dst.offset, operand);
}
void Instr_DIV_CGID(Instruction *i) {
extract_data() // Macro for unrolling pointers
//CGID
if(global_src2->initialized == false) {
setError(ERR_UnitializedAccess);
die();
return;
}
if(global_src2->double_ == 0.0) {
setError(ERR_DivisionByZero);
die();
return;
}
operand.double_ = *constant_src_1_I / global_src2->double_;
operand.initialized = true;
StackDataVectorAtSet(stack.vect, stack.BP + i->dst.offset, operand);
}
void Instr_DIV_CGDI(Instruction *i) {
extract_data() // Macro for unrolling pointers
//CGDI
if(global_src2->initialized == false) {
setError(ERR_UnitializedAccess);
die();
return;
}
if(global_src2->int_ == 0.0) {
setError(ERR_DivisionByZero);
die();
return;
}
operand.double_ = *constant_src_1_D / global_src2->int_;
operand.initialized = true;
StackDataVectorAtSet(stack.vect, stack.BP + i->dst.offset, operand);
}
void Instr_DIV_CGDD(Instruction *i) {
extract_data() // Macro for unrolling pointers
//CGDD
if(global_src2->initialized == false) {
setError(ERR_UnitializedAccess);
die();
return;
}
if(global_src2->double_ == 0.0) {
setError(ERR_DivisionByZero);
die();
return;
}
operand.double_ = *constant_src_1_D / global_src2->double_;
operand.initialized = true;
StackDataVectorAtSet(stack.vect, stack.BP + i->dst.offset, operand);
}
void Instr_DIV_LCII(Instruction *i) {
extract_data() // Macro for unrolling pointers
//LCII
if(local_src1->initialized == false) {
setError(ERR_UnitializedAccess);
die();
return;
}
if(*constant_src_2_I == 0) {
setError(ERR_DivisionByZero);
die();
return;
}
operand.double_ = (double)local_src1->int_ / *constant_src_2_I;
operand.initialized = true;
StackDataVectorAtSet(stack.vect, stack.BP + i->dst.offset, operand);
}
void Instr_DIV_LCID(Instruction *i) {
extract_data() // Macro for unrolling pointers
//LCID
if(local_src1->initialized == false) {
setError(ERR_UnitializedAccess);
die();
return;
}
if(*constant_src_2_D == 0.0) {
setError(ERR_DivisionByZero);
die();
return;
}
operand.double_ = local_src1->int_ / *constant_src_2_D;
operand.initialized = true;
StackDataVectorAtSet(stack.vect, stack.BP + i->dst.offset, operand);
}
void Instr_DIV_LCDI(Instruction *i) {
extract_data() // Macro for unrolling pointers
//LCDI
if(local_src1->initialized == false) {
setError(ERR_UnitializedAccess);
die();
return;
}
if(*constant_src_2_I == 0.0) {
setError(ERR_DivisionByZero);
die();
return;
}
operand.double_ = local_src1->double_ / *constant_src_2_I;
operand.initialized = true;
StackDataVectorAtSet(stack.vect, stack.BP + i->dst.offset, operand);
}
void Instr_DIV_LCDD(Instruction *i) {
extract_data() // Macro for unrolling pointers
//LCDD
if(local_src1->initialized == false) {
setError(ERR_UnitializedAccess);
die();
return;
}
if(*constant_src_2_D == 0.0) {
setError(ERR_DivisionByZero);
die();
return;
}
operand.double_ = local_src1->double_ / *constant_src_2_D;
operand.initialized = true;
StackDataVectorAtSet(stack.vect, stack.BP + i->dst.offset, operand);
}
void Instr_DIV_LLII(Instruction *i) {
extract_data() // Macro for unrolling pointers
//LLII
if(local_src1->initialized == false) {
setError(ERR_UnitializedAccess);
die();
return;
}
if(local_src2->initialized == false) {
setError(ERR_UnitializedAccess);
die();
return;
}
if(local_src2->int_ == 0) {
setError(ERR_DivisionByZero);
die();
return;
}
operand.double_ = (double)local_src1->int_ / local_src2->int_;
operand.initialized = true;
StackDataVectorAtSet(stack.vect, stack.BP + i->dst.offset, operand);
}
void Instr_DIV_LLID(Instruction *i) {
extract_data() // Macro for unrolling pointers
//LLID
if(local_src1->initialized == false) {
setError(ERR_UnitializedAccess);
die();
return;
}
if(local_src2->initialized == false) {
setError(ERR_UnitializedAccess);
die();
return;
}
if(local_src2->double_ == 0.0) {
setError(ERR_DivisionByZero);
die();
return;
}
operand.double_ = local_src1->int_ / local_src2->double_;
operand.initialized = true;
StackDataVectorAtSet(stack.vect, stack.BP + i->dst.offset, operand);
}
void Instr_DIV_LLDI(Instruction *i) {
extract_data() // Macro for unrolling pointers
//LLDI
if(local_src1->initialized == false) {
setError(ERR_UnitializedAccess);
die();
return;
}
if(local_src2->initialized == false) {
setError(ERR_UnitializedAccess);
die();
return;
}
if(local_src2->int_ == 0.0) {
setError(ERR_DivisionByZero);
die();
return;
}
operand.double_ = local_src1->double_ / local_src2->int_;
operand.initialized = true;
StackDataVectorAtSet(stack.vect, stack.BP + i->dst.offset, operand);
}
void Instr_DIV_LLDD(Instruction *i) {
extract_data() // Macro for unrolling pointers
//LLDD
if(local_src1->initialized == false) {
setError(ERR_UnitializedAccess);
die();
return;
}
if(local_src2->initialized == false) {
setError(ERR_UnitializedAccess);
die();
return;
}
if(local_src2->double_ == 0.0) {
setError(ERR_DivisionByZero);
die();
return;
}