/*函数的调用*/
Var IL_CallFunc (int args, int f_index,int mode)
{
Var result;
Var arg_list[args];
/*回溯添加参数,并把当前层的开头的相应的*/
/*局部变量赋值为此*/
{
IL_node * tmp=current_node->pre;
int i=0;
for ( i=0;
i<args;
i++)
{
Var source= (*get_tmp(tmp->tmp_index));
tmp=tmp->pre;
arg_list[args-i-1]=source;
}
if(mode==FUNC_DYNAMIC)/*说延迟绑定函数索引，这是需要在开头寻找*/
{
f_index=vm_RTstackVarGetAbs (f_index)->content.var_value.func.func_index;
mode=vm_RTstackVarGetAbs(f_index)->content.var_value.func.func_type;
}
if(mode==FUNC_METHOD)
{
f_index=get_tmp(tmp->tmp_index)->content.var_value.func.func_index;
mode=get_tmp(tmp->tmp_index)->content.var_value.func.func_type;
}
}
if(mode==FUNC_NORMAL)/*普通的脚本函数调用*/
{
Function * f =func_get_by_index ( f_index);
int i=0;
vm_RTstackPush();
if(f->is_var_arg==0)
{
/*检查执行时刻的参数是否与所对应的函数的参数数目相符*/
if(f->arg_counts!=args)
{
printf("error,the index %d %s the args count is not match p: %d a:%d\n",f_index,f->name,f->arg_counts,args);
exit(0);
}
for ( i=0;
i<args;
i++)
{
Var source=arg_list[i];
vm_rt_stack_var_set ( i,source);
}
}
else/*不定长参数*/
{
if(args==0)/*带有变长参数的函数，不允许出现无参数的情况*/
{
STOP("the variable argument list shall not be empty.");
}
vm_rt_stack_var_set ( 0,tuple_CreateByList(args,arg_list));
}
/*保存当前的表环境*/
IL_list * old_list =current_list;
result =func_invoke ( f_index);
current_list=old_list;
/*函数的栈弹出*/
vm_RTstackPop();
}
else if(mode==FUNC_API)/*API函数调用情况*/
{
int i=0;
for ( i=0; i<args; i++ )
{
API_argument_list[i]=arg_list[i];
}
API_SetArgCount(args);
Var return_value=API_InovkeByIndex ( f_index);
return return_value;
}
return result;
}
virtual void invoke( ::osiris::IEvent * e ){
::osiris::PythonState __pystate(getPythonThreadState());
::osiris::PythonOverride func_invoke = this->get_override( "invoke" );
func_invoke( boost::python::ptr(e) );
}
