public static TResult Bounce <TResult>(this Trampoline <TResult> trampoline)
{
object result;
RecursionModifier <TResult> recursiveFunc = null;
for (
recursiveFunc = () => recursiveFunc; // no arguments
!ResultsByDelegate.TryGetValue(recursiveFunc, out result); // exit if results exist for the function
recursiveFunc = trampoline(recursiveFunc)() // call recursion
)
{
}
ResultsByDelegate.Remove(recursiveFunc);
return((TResult)result);
}
public static TResult Bounce <T1, TResult>(this Trampoline <T1, TResult> trampoline, T1 inputValue)
{
object result;
RecursionModifier <T1, TResult> recursiveFunc = null;
recursiveFunc = input =>
{
inputValue = input;
return(recursiveFunc);
};
while (!ResultsByDelegate.TryGetValue(recursiveFunc, out result))
{
recursiveFunc = trampoline(recursiveFunc)(inputValue);
}
ResultsByDelegate.Remove(recursiveFunc);
return((TResult)result);
}
public static TResult Bounce <T1, T2, TResult>(this Trampoline <T1, T2, TResult> trampoline, T1 inputValue1, T2 inputValue2)
{
object result;
RecursionModifier <T1, T2, TResult> recursiveFunc = null;
for (
recursiveFunc = (input1, input2) =>
{
inputValue1 = input1; // let the argument change
inputValue2 = input2;
return(recursiveFunc);
};
!ResultsByDelegate.TryGetValue(recursiveFunc, out result); // exit if results exist for the function
recursiveFunc = trampoline(recursiveFunc)(inputValue1, inputValue2) // call recursion
)
{
}
ResultsByDelegate.Remove(recursiveFunc);
return((TResult)result);
}
public static RecursionModifier <T1, T2, TReturn> Break <T1, T2, TReturn>(this RecursionModifier <T1, T2, TReturn> f, TReturn result)
{
ResultsByDelegate[f] = result;
return(f);
}