IEnumerator run_imported_function(ImportedFunctions func)
{
switch (func.functionName.ToLower())
{
case "babl_menu":
{
stack.Pop();
int start = stack.Pop(); //stack.at(stack.stackptr-2);//Not sure if this is correct for all conversations but lets try it anyway!
yield return(StartCoroutine(babl_menu(start)));
break;
}
case "babl_fmenu":
{
stack.Pop();
int start = stack.Pop(); // stack.at(stack.stackptr-2);//Not sure if this is correct for all conversations but lets try it anyway!
int flagstart = stack.Pop(); // stack.at(stack.stackptr-3);
yield return(StartCoroutine(babl_fmenu(start, flagstart)));
break;
}
case "get_quest":
{
stack.Pop();
int index = stack.at(stack.Pop());
//int index= stack.at( stack.at( stack.stackptr-2 ) );
result_register = get_quest(0, index);
break;
}
case "set_quest":
{
int val = stack.Pop();
int index = stack.at(stack.Pop()); //stack.at( stack.at( stack.stackptr-5 ) );
//stack.at( stack.at( stack.stackptr-4 ) ) ;
set_quest(0, val, index); //Or the other way around.
break;
}
case "print":
{
say_op(stack.Pop());
break;
}
default:
Debug.Log("unimplemented function " + func.functionName);
break;
}
yield return(0);
}
public RAController()
{
string dir = Directory.GetCurrentDirectory();
ImportedFunctions.AddDllDirectory(dir);
}
public void executeAutomatedRoutine(string filepath, float speed, int loops)
{
ImportedFunctions.executeAutomatedRoutine(filepath, speed, loops);
}
public void recordActivity(string filepath)
{
ImportedFunctions.recordActivity(filepath);
}
public void interruptInterpreterSequence(int[] macroKeys)
{
ImportedFunctions.interruptInterpreterSequence(macroKeys);
}
public void watchForStartSequence(int[] macroKeys)
{
ImportedFunctions.watchForStartSequence(macroKeys);
}
public double calculateRuntime(string filePath)
{
return(ImportedFunctions.calculateRuntime(filePath));
}
