void execute_instr(instr_s * instr){
switch(instr->opcode){
case assign_v: execute_assign(instr); break;
case call_v: execute_call(instr); break;
case funcenter_v: execute_funcenter(instr); break;
case funcexit_v: execute_funcexit(instr); break;
case pusharg_v: execute_pusharg(instr); break;
case add_v: execute_arithmetic(instr); break;
case sub_v: execute_arithmetic(instr); break;
case mul_v: execute_arithmetic(instr); break;
case div_v: execute_arithmetic(instr); break;
case mod_v: execute_arithmetic(instr); break;
case jump_v: execute_jump(instr); break;
case jeq_v: execute_jeq(instr); break;
case jne_v:execute_jeq(instr); break;
case jgt_v:execute_cmp(instr); break;
case jge_v:execute_cmp(instr); break;
case jlt_v:execute_cmp(instr); break;
case jle_v:execute_cmp(instr); break;
case newtable_v: execute_newtable(instr); break;
case tablegetelem_v: execute_tablegetelem(instr); break;
case tablesetelem_v: execute_tablesetelem(instr); break;
default: return;
}
}
void avm_calllibfunc(char *id){
library_func_t f = avm_getlibraryfunc(id);
if(!f){
avm_error("unsupported lib func");
executionFinished = 1;
}else{
topsp = top;
totalActuals = 0;
(*f)();
if(!executionFinished)
execute_funcexit(NULL);
}
return;
}
void avm_calllibfunc(char* funcName){
library_func_t f = avm_getlibraryfunc(funcName);
if(!f)
{
avm_error("unsupported lib func '%s' called!\n", funcName);
executionFinished = 1;
}
else
{
topsp = top;
totalActuals = 0;
(*f)();
if(!executionFinished)
{
execute_funcexit((instruction*) 0);
}
}
}
