public void genLLVM(Env env, Emitter emitter, Function function) {
children[0].genLLVM(env, emitter, function);
Instruction ptr = children[0].getPointer(env, emitter, function);
if ((overload == null) && ptrAdd) {
instruction = new GETELEMENTPTR().value(children[0].getInstruction()).addIndex(1);
function.add(instruction);
function.add(
new STORE()
.pointer(ptr)
.value(instruction)
._volatile(children[0].getType().isVolatile()));
} else if ((overload == null) && !ptrAdd) {
instruction =
new BINARY()
.op("add")
.type(LLVMType.getLLVMName(type))
.lhs(children[0].getInstruction())
.rhs("1");
function.add(instruction);
function.add(
new STORE()
.pointer(ptr)
.value(instruction)
._volatile(children[0].getType().isVolatile()));
} else {
overload.genLLVM(env, emitter, function);
instruction = overload.getInstruction();
}
}
public void genLLVM(Env env, Emitter emitter, Function function) {
children[0].genLLVM(env, emitter, function);
children[1].genLLVM(env, emitter, function);
if (modnum != null) {
coerce.lhsV(children[0].getInstruction());
coerce.rhsV(children[1].getInstruction());
coerce.genLLVM(env, emitter, function);
modnum.lhs(coerce.getInstructionL());
modnum.rhs(coerce.getInstructionR());
modnum.genLLVM(env, emitter, function);
instruction = modnum.getInstruction();
} else {
overload.genLLVM(env, emitter, function);
instruction = overload.getInstruction();
}
}