public static void Break(int lineNumber, GameCardGame cardGame, Func<string, string> varLookup)
{
if (cardGame.Emulating)
return;
var yieldObject = new FiberYieldResponse(FiberYieldResponseType.Break, lineNumber - 1, "");
while (true) {
var answ = Fiber<FiberYieldResponse>.Yield(yieldObject);
if (answ == null) {
//continue
return;
}
if (answ.VariableLookup != null) {
yieldObject = new FiberYieldResponse(FiberYieldResponseType.VariableLookup, 0, varLookup(answ.VariableLookup));
continue;
}
break;
}
}
public static void Break(BreakInfoObject breakInfo, GameCardGame cardGame, Func<string, string> varLookup)
{
/* if (cardGame.Emulating)
return;*/
if (cardGame != null && cardGame.DebugInfo != null)
{
if (cardGame.DebugInfo.Breakpoints.Contains(breakInfo.Line) || (!!(dynamic)cardGame.DebugInfo.StepThrough && cardGame.DebugInfo.StepThrough != StepType.Continue))
{
if (cardGame.DebugInfo.LastBrokenLine == breakInfo.Line) return;
cardGame.DebugInfo.LastBrokenLine = breakInfo.Line;
var wasLastBreakLast = cardGame.DebugInfo.LastWasEndOfFunction;
var wasLastIndexBreakLast = cardGame.DebugInfo.LastWasEndOfFunctionIndex;
cardGame.DebugInfo.LastWasEndOfFunction = breakInfo.IsLast;
if (cardGame.DebugInfo.LastWasEndOfFunction)
{
cardGame.DebugInfo.LastWasEndOfFunctionIndex = breakInfo.Funcdef;
}
//step out
// if step into/over
// if end of function is reached (determined at parse time) then
// allow lastfunc to != funcdef
// if step out
// wait until end of function, trigger next debug?
switch (cardGame.DebugInfo.StepThrough)
{
case StepType.Into:
if (cardGame.DebugInfo.LastFunction == breakInfo.Funcdef)
{
Console.WriteLine("step over happened " + cardGame.DebugInfo.LastFunction + " == " + breakInfo.Funcdef);
}
else if (cardGame.DebugInfo.LastFunction != breakInfo.Funcdef)
{
Console.WriteLine("step into happened " + cardGame.DebugInfo.LastFunction + " != " + breakInfo.Funcdef);
}
break;
case StepType.Out:
if (cardGame.DebugInfo.LastFunction != breakInfo.Funcdef)
{
Console.WriteLine("step over/out skipped " + cardGame.DebugInfo.LastFunction + " != " + breakInfo.Funcdef);
return;
}
Console.WriteLine("step over/out okay");
break;
case StepType.Over:
if (cardGame.DebugInfo.LastFunction != breakInfo.Funcdef)
{
Console.WriteLine("step over skipped " + cardGame.DebugInfo.LastFunction + " != " + breakInfo.Funcdef);
if (!wasLastBreakLast)
{
Console.WriteLine("wasnt last line, gonna skip ");
return;
}
if (wasLastIndexBreakLast != breakInfo.Funcdef)
{
Console.WriteLine("wasnt idk line, gonna skip ");
return;
}
Console.WriteLine("was last line, gonna continue");
}
Console.WriteLine("step over/out okay");
break;
case StepType.Lookup:
Console.WriteLine("Lookup");
break;
default:
Console.WriteLine("idk step " + cardGame.DebugInfo.StepThrough);
break;
}
cardGame.DebugInfo.LastFunction = breakInfo.Funcdef;
var yieldObject = new FiberYieldResponse(FiberYieldResponseType.Break, breakInfo.Line, "");
while (true)
{
Console.WriteLine("breaking");
var answ = Fiber<FiberYieldResponse>.Yield(yieldObject);
if (answ == null)
{
//continue
return;
}
if (answ.VariableLookup != null)
{
object lookup;
try
{
lookup = varLookup(answ.VariableLookup);
}
catch (Exception e)
{
lookup = e.Message;
}
yieldObject = new FiberYieldResponse(FiberYieldResponseType.VariableLookup, breakInfo.Line, Json.Stringify(lookup));
continue;
}
break;
}
}
}
}
