public static void PseudoCode()
{
var loopStack = new StackLoopDemo();
dynamic current = null;
while ((current = loopStack.Pop()))
{
loopStack.Execute(current);
}
}
public static void Main(string[] args)
{
//var metaModels = OpCodeMetaModel.OpCodeMetas;
//var metaLines = string.Join("\r\n", metaModels.Select(x => x.ToString()));
//saveMetaModel();
//QOpCodeLearningProgram.TestExecution();
QOpCodeLearningProgram.Run();
Operators.AddOpTest();
LiquisticArraySortTest.LinquisticSort();
LiquisticArraySortTest.LinquisticSortReverse();
LambaLoop.ForEachLoopDemo();
LambaLoop.ForLoopDemo();
LambaLoop.ForLoopDemo(1, 4);
LambaLoop.CountEnumerable(1, 4);
LambaLoop.ExpressExForEachDemo();
var sl = new StackLoopDemo();
while (sl.MoveNext())
{
sl.Execute(sl.Current);
}
var l = new List <bool>(new[] { true, false, true, false });
dynamic enumerator = null;
//var ex= Expression.Break
bool loopstate = true;
Action init = () => enumerator = l.GetEnumerator();
Func <bool> eval = () => (loopstate = enumerator.MoveNext());
Action body = () => Console.WriteLine(enumerator.Current);
Action inc = () => { };
var foreachLoop = new StackLoop(init, eval, body, inc);
//var foreachLoop = new StackLoop(init, enumerator.MoveNext(), (Action)(() => Console.WriteLine(enumerator.Current)), (Action)(()=> { }));
foreach (var instruction in foreachLoop)
{
foreachLoop.Execute(instruction);
}
ElementArraySiblingEnumeratorSortTest.Run();
buildRDPLinks();
InstructionEngine.TestLambaIterativeLoop();
NullV3.UnitTests.Run();
var set = new NullUnitSet();
var setAsList = set.ToList();
var boolset = new BoolUnitSet();
var boolSetAsList = boolset.ToList();
var parser = new CSParser();
parser.ParseCsFile("class1.cs");
}