internal static T DynamicCall <T>(dynamic routine, params object[] args)
{
var context = new StackContext(routine);
context.nextCallArgs.AddRange(args);
context.IsFirstCall = true;
while (!context.ExitRequested)
{
//exit by default; it's up to 'routine' to schedule the continuation
context.ExitRequested = true;
switch (args.Length)
{
case 0: routine(context); break;
case 1: routine((dynamic)context.nextCallArgs[0], context); break;
case 2: routine((dynamic)context.nextCallArgs[0], (dynamic)context.nextCallArgs[1], context); break;
case 3: routine((dynamic)context.nextCallArgs[0], (dynamic)context.nextCallArgs[1], (dynamic)context.nextCallArgs[2], context); break;
case 4: routine((dynamic)context.nextCallArgs[0], (dynamic)context.nextCallArgs[1], (dynamic)context.nextCallArgs[2], (dynamic)context.nextCallArgs[3], context); break;
case 5: routine((dynamic)context.nextCallArgs[0], (dynamic)context.nextCallArgs[1], (dynamic)context.nextCallArgs[2], (dynamic)context.nextCallArgs[3], (dynamic)context.nextCallArgs[4], context); break;
}
}
context.IsFirstCall = false;
return((T)context.Result);
}
//------------------------------------------------
#if DEBUG
//may need to be re-enabled in the future (e.g. for portability reasons)
internal static object StaticCall <T>(T arg, Action <T, StackContext> routine)
{
var context = new StackContext(routine, arg);
context.IsFirstCall = true;
while (!context.ExitRequested)
{
//exit by default; it's up to 'routine' to schedule the continuation
context.ExitRequested = true;
routine((T)context.nextCallArgs[0], context);
context.IsFirstCall = false;
}
return(context.Result);
}
