/// <summary>
///
/// </summary>
/// <param name="args"></param>
public override LispObject execute(LispObject[] args)
{
if (args[0] is Condition)
{
Condition cond = (Condition)args[0];
String s = "DESC:\r\n" + cond.getDescription().princToString() + "\r\nMESG:\r\n" + cond.getMessage() + "\r\nRPRT:\r\n" + cond.getConditionReport() + "\r\n";
DLRConsole.DebugWriteLine(s);
// if (true) return previous.execute(args);
if (args[0] is UndefinedFunction)
{
UndefinedFunction u = (UndefinedFunction)args[0];
return(ABCLInterpreter.COMMON_ABCLInterpreter.makeFunction(u.getCellName()));
}
if (args[0] is UnboundVariable)
{
UnboundVariable u = (UnboundVariable)args[0];
return(ABCLInterpreter.COMMON_ABCLInterpreter.makeVariable(u.getCellName()));
}
lock (ABCLInterpreter.SubThreadInDebugMutex)
{
bool wasDebugging = ABCLInterpreter.IsSubThreadInDebug;
try
{
ABCLInterpreter.IsSubThreadInDebug = true;
previous.execute(args); //throw new ConditionThrowable(cond);
}
finally
{
ABCLInterpreter.IsSubThreadInDebug = wasDebugging;
}
}
}
throw new MissingMethodException(Lisp.javaString(args[0]));
} // method: execute
public void StringLength()
{
LispAssert.EvaluatesTo(Lisp.Constant(4),
Lisp.List(Lisp.Symbol("string-length"), Lisp.Constant("test")));
LispAssert.EvaluatesTo(Lisp.Constant(0),
Lisp.List(Lisp.Symbol("string-length"), Lisp.Constant("")));
}
public void Parse(Lisp.Parser parser)
{
int d = parser.Depth;
while(parser.Parse() && parser.Depth >= d) {
if(parser.Depth == d+1) {
if(parser.Type != Parser.LispType.SYMBOL)
throw new Exception("expected SYMBOL at supertux-tiles level, but got \"" + parser.StringValue + "\"");
string symbol = parser.SymbolValue;
parser.Parse();
switch(symbol) {
case "name":
Name = parser.StringValue;
break;
case "tiles":
do {
Tiles.Add(parser.IntegerValue);
} while(parser.Parse()
&& parser.Type == Parser.LispType.INTEGER);
break;
default:
Console.WriteLine("Unknown section " + symbol);
break;
}
}
}
}
public void ListToString()
{
LispAssert.EvaluatesTo(Lisp.Constant("test"),
Lisp.List(Lisp.Symbol("list->string"), Lisp.Quote(Lisp.List(Lisp.Constant('t'), Lisp.Constant('e'), Lisp.Constant('s'), Lisp.Constant('t')))));
LispAssert.EvaluatesTo(Lisp.Constant(""),
Lisp.List(Lisp.Symbol("list->string"), Lisp.Nil));
}
public void Can_import_into_global_symbols()
{
var SExprs = Lisp.Parse("(fib 10)");
var lispCtx = Lisp.CreateInterpreter();
try
{
lispCtx.Eval(SExprs);
Assert.Fail("should throw");
}
catch (LispEvalException e) {}
Lisp.Import(@"
(defun fib (n)
(if (< n 2)
1
(+ (fib (- n 1))
(fib (- n 2)) )
))
");
lispCtx = Lisp.CreateInterpreter();
Assert.That(lispCtx.Eval(SExprs), Is.EqualTo(89));
Lisp.Reset();
lispCtx = Lisp.CreateInterpreter();
try
{
lispCtx.Eval(SExprs);
Assert.Fail("should throw");
}
catch (LispEvalException e) {}
}
public override object GetSymbol(string eventName)
{
eventName = eventName.ToLower();
Symbol s = Lisp.getCurrentPackage().findAccessibleSymbol(eventName);
return(s);
}
public void TestTreeToList()
{
var tree = Lisp.Parse("((cons 0) ((cons ((cons 0) ((cons ((cons 0) nil)) ((cons 0) ((cons nil) nil))))) ((cons ((cons ((cons ((cons -1) -3)) ((cons ((cons 0) -3)) ((cons ((cons 1) -3)) ((cons ((cons 2) -2)) ((cons ((cons -2) -1)) ((cons ((cons -1) -1)) ((cons ((cons 0) -1)) ((cons ((cons 3) -1)) ((cons ((cons -3) 0)) ((cons ((cons -1) 0)) ((cons ((cons 1) 0)) ((cons ((cons 3) 0)) ((cons ((cons -3) 1)) ((cons ((cons 0) 1)) ((cons ((cons 1) 1)) ((cons ((cons 2) 1)) ((cons ((cons -2) 2)) ((cons ((cons -1) 3)) ((cons ((cons 0) 3)) ((cons ((cons 1) 3)) nil))))))))))))))))))))) ((cons ((cons ((cons -7) -3)) ((cons ((cons -8) -2)) nil))) ((cons nil) nil)))) nil)))").Children.First();
//var tree = Program.Parse("ap ap cons 42 nil");
//var tree = Program.Parse("ap ap cons 42 ap ap cons ap ap cons 13 ap ap cons 101 nil nil");
//Console.WriteLine(Program.TreeToJson(tree));
}
public async Task TestDefaultStartingParams()
{
var startingParams = new LispNode()
{
new LispNode(1),
new LispNode(0),
new LispNode(0),
new LispNode(1),
};
var create = Common.Flatten(await Common.Send(Common.Unflatten(Lisp.Parse("(1 6)")[0])));
var playerKey = create[1][0][1];
var tasks = new List <Task <LispNode> >();
tasks.Add(Common.Send(Common.Unflatten(new LispNode()
{
new LispNode(2), create[1][0][1], new LispNode()
})));
//tasks.Add(Common.Send(Common.Unflatten(new LispNode() { new LispNode(2), playerKey, new LispNode() })));
Task.WaitAll(tasks.ToArray());
var join = Common.Flatten(tasks[0].Result);
var start = Common.Flatten(await Common.Send(Common.Unflatten(new LispNode()
{
new LispNode(3), playerKey, startingParams
})));
}
public void Can_eval_fib_lisp()
{
var lisp = @"
(defun fib (n)
(if (< n 2)
1
(+ (fib (- n 1))
(fib (- n 2)) )
))
";
try
{
var lispCtx = Lisp.CreateInterpreter();
var sExpressions = Lisp.Parse(lisp);
var x = lispCtx.Eval(sExpressions);
$"{x}".Print();
sExpressions = Lisp.Parse("(fib 15)");
x = lispCtx.Eval(sExpressions);
$"{x}".Print();
Assert.That((int)x, Is.EqualTo(987));
}
catch (Exception e)
{
Console.WriteLine(e);
throw;
}
}
public void ProperListToString()
{
ILispValue properList = Lisp.List(Lisp.Symbol("test"), Lisp.Constant(1), Lisp.Constant("foo"), Lisp.List(Lisp.Constant(1), Lisp.Constant(2), Lisp.Constant(3)), Lisp.Constant(true));
Assert.IsInstanceOfType(properList, typeof(ConsBox));
Assert.AreEqual("(test 1 \"foo\" (1 2 3) #t)", properList.ToString());
}
public void StringToList()
{
LispAssert.EvaluatesTo(Lisp.List(Lisp.Constant('t'), Lisp.Constant('e'), Lisp.Constant('s'), Lisp.Constant('t')),
Lisp.List(Lisp.Symbol("string->list"), Lisp.Constant("test")));
LispAssert.EvaluatesTo(Lisp.Nil,
Lisp.List(Lisp.Symbol("string->list"), Lisp.Constant("")));
}
public void If()
{
ILispEnvironment environment = new GlobalEnvironment();
environment.Set(new Symbol("kablooey"), new NativeLambda {
Body = parameters => { throw new LispException("kablooey!"); }
});
// Ensure only the "then" clause is evaluated on a true condition.
LispAssert.EvaluatesTo(Lisp.Constant(1),
Lisp.List(Lisp.Symbol("if"), Lisp.Constant(true), Lisp.Constant(1), Lisp.List(Lisp.Symbol("kablooey"))),
environment);
LispAssert.ThrowsWhenEvaluated(
Lisp.List(Lisp.Symbol("if"), Lisp.Constant(true), Lisp.List(Lisp.Symbol("kablooey")), Lisp.Constant(1)),
environment);
// Ensure only the "else" clause is evaluated on a false condition.
LispAssert.EvaluatesTo(Lisp.Constant(1),
Lisp.List(Lisp.Symbol("if"), Lisp.Constant(false), Lisp.List(Lisp.Symbol("kablooey")), Lisp.Constant(1)),
environment);
LispAssert.ThrowsWhenEvaluated(
Lisp.List(Lisp.Symbol("if"), Lisp.Constant(false), Lisp.Constant(1), Lisp.List(Lisp.Symbol("kablooey"))),
environment);
// Ensure the test condition clause is evaluated. In this case, a non-empty list would be true if not
// evaluated, but evaluating the expression will produce false.
LispAssert.EvaluatesTo(Lisp.Constant(2),
Lisp.List(Lisp.Symbol("if"), Lisp.List(Lisp.Symbol("number?"), Lisp.Symbol("car")), Lisp.Constant(1), Lisp.Constant(2)));
// Test truth / falsiness of non-boolean - only #f and () should count as false.
LispAssert.EvaluatesTo(Lisp.Constant(2), Lisp.List(Lisp.Symbol("if"), Lisp.Nil, Lisp.Constant(1), Lisp.Constant(2)));
LispAssert.EvaluatesTo(Lisp.Constant(1), Lisp.List(Lisp.Symbol("if"), Lisp.Quote(Lisp.List(Lisp.Constant(false))), Lisp.Constant(1), Lisp.Constant(2)));
LispAssert.EvaluatesTo(Lisp.Constant(1), Lisp.List(Lisp.Symbol("if"), Lisp.Constant(""), Lisp.Constant(1), Lisp.Constant(2)));
LispAssert.EvaluatesTo(Lisp.Constant(1), Lisp.List(Lisp.Symbol("if"), Lisp.Symbol("cdr"), Lisp.Constant(1), Lisp.Constant(2)));
}
public void ImproperListToString()
{
ConsBox improperList = new ConsBox {
Head = Lisp.Symbol("test"), Tail = Lisp.Constant(1)
};
Assert.AreEqual("(test . 1)", improperList.ToString());
}
internal LispObject Evaluate(string command)
{
getInterpreter();
LispObject cmd = Lisp.readObjectFromString(command);
LispObject result = Lisp.eval(cmd);
return(result);
}
public void List()
{
LispAssert.EvaluatesTo(Lisp.Nil,
Lisp.List(Lisp.Symbol("list")));
LispAssert.EvaluatesTo(Lisp.List(Lisp.Constant(1)),
Lisp.List(Lisp.Symbol("list"), Lisp.Constant(1)));
LispAssert.EvaluatesTo(Lisp.List(Lisp.Constant(1), Lisp.Constant(2)),
Lisp.List(Lisp.Symbol("list"), Lisp.Constant(1), Lisp.Constant(2)));
}
public void Cons()
{
LispAssert.EvaluatesTo(Lisp.List(Lisp.Constant(1)),
Lisp.List(Lisp.Symbol("cons"), Lisp.Constant(1), Lisp.Nil));
LispAssert.EvaluatesTo(Lisp.List(Lisp.Constant(1), Lisp.Constant(2)),
Lisp.List(Lisp.Symbol("cons"), Lisp.Constant(1), Lisp.Quote(Lisp.List(Lisp.Constant(2)))));
LispAssert.EvaluatesTo(Lisp.Cons(Lisp.Constant(1), Lisp.Constant(2)),
Lisp.List(Lisp.Symbol("cons"), Lisp.Constant(1), Lisp.Constant(2)));
}
public void MakeString()
{
LispAssert.EvaluatesTo(Lisp.Constant("xxxxxxxxxx"),
Lisp.List(Lisp.Symbol("make-string"), Lisp.Constant(10), Lisp.Constant('x')));
LispAssert.ThrowsWhenEvaluated(
Lisp.List(Lisp.Symbol("make-string"), Lisp.Constant(9.3m), Lisp.Constant('x')));
LispAssert.EvaluatesTo(Lisp.Constant(8),
Lisp.List(Lisp.Symbol("string-length"), Lisp.List(Lisp.Symbol("make-string"), Lisp.Constant(8))));
}
public void Length()
{
LispAssert.EvaluatesTo(Lisp.Constant(0),
Lisp.List(Lisp.Symbol("length"), Lisp.Nil));
LispAssert.EvaluatesTo(Lisp.Constant(1),
Lisp.List(Lisp.Symbol("length"), Lisp.Quote(Lisp.List(Lisp.Constant(1)))));
LispAssert.EvaluatesTo(Lisp.Constant(2),
Lisp.List(Lisp.Symbol("length"), Lisp.Quote(Lisp.List(Lisp.Constant(1), Lisp.Constant(2)))));
LispAssert.EvaluatesTo(Lisp.Constant(5),
Lisp.List(Lisp.Symbol("length"), Lisp.Quote(Lisp.List(Lisp.Constant(1), Lisp.Constant(2), Lisp.Constant(3), Lisp.Constant(4), Lisp.Constant(5)))));
}
public void Reverse()
{
LispAssert.EvaluatesTo(Lisp.Nil,
Lisp.List(Lisp.Symbol("reverse"), Lisp.Nil));
LispAssert.EvaluatesTo(Lisp.List(Lisp.Constant(1)),
Lisp.List(Lisp.Symbol("reverse"), Lisp.Quote(Lisp.List(Lisp.Constant(1)))));
LispAssert.EvaluatesTo(Lisp.List(Lisp.Constant(2), Lisp.Constant(1)),
Lisp.List(Lisp.Symbol("reverse"), Lisp.Quote(Lisp.List(Lisp.Constant(1), Lisp.Constant(2)))));
LispAssert.EvaluatesTo(Lisp.List(Lisp.Constant(5), Lisp.Constant(4), Lisp.Constant(3), Lisp.Constant(2), Lisp.Constant(1)),
Lisp.List(Lisp.Symbol("reverse"), Lisp.Quote(Lisp.List(Lisp.Constant(1), Lisp.Constant(2), Lisp.Constant(3), Lisp.Constant(4), Lisp.Constant(5)))));
}
public void StringP()
{
LispAssert.EvaluatesTo(Lisp.Constant(true), Lisp.List(Lisp.Symbol("string?"), Lisp.Constant("test")));
LispAssert.EvaluatesTo(Lisp.Constant(false), Lisp.List(Lisp.Symbol("string?"), Lisp.Constant(true)));
LispAssert.EvaluatesTo(Lisp.Constant(false), Lisp.List(Lisp.Symbol("string?"), Lisp.Constant('x')));
LispAssert.EvaluatesTo(Lisp.Constant(false), Lisp.List(Lisp.Symbol("string?"), Nil.Instance));
LispAssert.EvaluatesTo(Lisp.Constant(false), Lisp.List(Lisp.Symbol("string?"), Lisp.Constant(5)));
LispAssert.EvaluatesTo(Lisp.Constant(false), Lisp.List(Lisp.Symbol("string?"), Lisp.Quote(Lisp.Symbol("test"))));
LispAssert.EvaluatesTo(Lisp.Constant(false), Lisp.List(Lisp.Symbol("string?"), new UndefinedValue()));
}
public override bool IsSubscriberOf(string eventName)
{
eventName = eventName.ToUpper();
Symbol s = Lisp.getCurrentPackage().findAccessibleSymbol(eventName);
LispObject fun = s.getSymbolFunction();
if (fun == null || fun == Lisp.NIL)
{
return(false);
}
return(true);
}
public void ListP()
{
LispAssert.EvaluatesTo(Lisp.Constant(true), Lisp.List(Lisp.Symbol("list?"), Lisp.Nil));
LispAssert.EvaluatesTo(Lisp.Constant(true), Lisp.List(Lisp.Symbol("list?"), Lisp.Quote(Lisp.List(Lisp.Constant(1), Lisp.Symbol("a")))));
LispAssert.EvaluatesTo(Lisp.Constant(false), Lisp.List(Lisp.Symbol("list?"), Lisp.Constant(true)));
LispAssert.EvaluatesTo(Lisp.Constant(false), Lisp.List(Lisp.Symbol("list?"), Lisp.Constant('x')));
LispAssert.EvaluatesTo(Lisp.Constant(false), Lisp.List(Lisp.Symbol("list?"), Lisp.Constant(5)));
LispAssert.EvaluatesTo(Lisp.Constant(false), Lisp.List(Lisp.Symbol("list?"), Lisp.Constant("test")));
LispAssert.EvaluatesTo(Lisp.Constant(false), Lisp.List(Lisp.Symbol("list?"), Lisp.Quote(Lisp.Symbol("test"))));
LispAssert.EvaluatesTo(Lisp.Constant(false), Lisp.List(Lisp.Symbol("list?"), new UndefinedValue()));
}
public void NumberP()
{
LispAssert.EvaluatesTo(Lisp.Constant(true), Lisp.List(Lisp.Symbol("number?"), Lisp.Constant(5)));
LispAssert.EvaluatesTo(Lisp.Constant(true), Lisp.List(Lisp.Symbol("number?"), Lisp.Constant(9.95m)));
LispAssert.EvaluatesTo(Lisp.Constant(false), Lisp.List(Lisp.Symbol("number?"), Lisp.Constant(true)));
LispAssert.EvaluatesTo(Lisp.Constant(false), Lisp.List(Lisp.Symbol("number?"), Lisp.Constant('x')));
LispAssert.EvaluatesTo(Lisp.Constant(false), Lisp.List(Lisp.Symbol("number?"), Nil.Instance));
LispAssert.EvaluatesTo(Lisp.Constant(false), Lisp.List(Lisp.Symbol("number?"), Lisp.Constant("test")));
LispAssert.EvaluatesTo(Lisp.Constant(false), Lisp.List(Lisp.Symbol("number?"), Lisp.Quote(Lisp.Symbol("test"))));
LispAssert.EvaluatesTo(Lisp.Constant(false), Lisp.List(Lisp.Symbol("number?"), new UndefinedValue()));
}
public void LambdaP()
{
LispAssert.EvaluatesTo(Lisp.Constant(true), Lisp.List(Lisp.Symbol("lambda?"), Lisp.Symbol("lambda?")));
// TODO: add test for user-defined function
LispAssert.EvaluatesTo(Lisp.Constant(false), Lisp.List(Lisp.Symbol("lambda?"), Lisp.Constant(true)));
LispAssert.EvaluatesTo(Lisp.Constant(false), Lisp.List(Lisp.Symbol("lambda?"), Lisp.Constant('x')));
LispAssert.EvaluatesTo(Lisp.Constant(false), Lisp.List(Lisp.Symbol("lambda?"), Nil.Instance));
LispAssert.EvaluatesTo(Lisp.Constant(false), Lisp.List(Lisp.Symbol("lambda?"), Lisp.Constant(5)));
LispAssert.EvaluatesTo(Lisp.Constant(false), Lisp.List(Lisp.Symbol("lambda?"), Lisp.Constant("test")));
LispAssert.EvaluatesTo(Lisp.Constant(false), Lisp.List(Lisp.Symbol("lambda?"), Lisp.Quote(Lisp.Symbol("test"))));
LispAssert.EvaluatesTo(Lisp.Constant(false), Lisp.List(Lisp.Symbol("lambda?"), new UndefinedValue()));
}
public void Can_min_max_int_long_double_values()
{
var lispCtx = Lisp.CreateInterpreter();
Assert.That((int)lispCtx.Eval(Lisp.Parse("(min 1 2)")), Is.EqualTo(1));
Assert.That((int)lispCtx.Eval(Lisp.Parse("(max 1 2)")), Is.EqualTo(2));
Assert.That((double)lispCtx.Eval(Lisp.Parse("(min 1.0 2.0)")), Is.EqualTo(1.0));
Assert.That((double)lispCtx.Eval(Lisp.Parse("(max 1.0 2.0)")), Is.EqualTo(2.0));
Assert.That((long)lispCtx.Eval(Lisp.Parse($"(min {int.MaxValue + 1L} {int.MaxValue + 2L})")), Is.EqualTo(int.MaxValue + 1L));
Assert.That((long)lispCtx.Eval(Lisp.Parse($"(max {int.MaxValue + 1L} {int.MaxValue + 2L})")), Is.EqualTo(int.MaxValue + 2L));
}
public void Cdr()
{
LispAssert.EvaluatesTo(Lisp.List(Lisp.Constant(2), Lisp.Constant(3)),
Lisp.List(Lisp.Symbol("cdr"), Lisp.Quote(Lisp.List(Lisp.Constant(1), Lisp.Constant(2), Lisp.Constant(3)))));
LispAssert.EvaluatesTo(Lisp.Nil,
Lisp.List(Lisp.Symbol("cdr"), Lisp.Quote(Lisp.List(Lisp.Constant(1)))));
LispAssert.EvaluatesTo(Lisp.Constant(2),
Lisp.List(Lisp.Symbol("cdr"), Lisp.Quote(Lisp.Cons(Lisp.Constant(1), Lisp.Constant(2)))));
LispAssert.ThrowsWhenEvaluated(Lisp.List(Lisp.Symbol("cdr"), Lisp.Nil));
LispAssert.ThrowsWhenEvaluated <TypeMismatchException>(Lisp.List(Lisp.Symbol("cdr"), Lisp.Constant(3)));
LispAssert.ThrowsWhenEvaluated <SignatureMismatchException>(Lisp.List(Lisp.Symbol("cdr")));
}
public override object Read(string p, TextReader stringCodeReader, OutputDelegate WriteLine)
{
try
{
getInterpreter();
return(Lisp.readObjectFromString(stringCodeReader.ReadToEnd()));
}
catch (Exception e)
{
WriteLine(e.ToString());
return(Lisp.EOF);
}
}
public void StringRef()
{
LispAssert.EvaluatesTo(Lisp.Constant('t'),
Lisp.List(Lisp.Symbol("string-ref"), Lisp.Constant("test"), Lisp.Constant(0)));
LispAssert.EvaluatesTo(Lisp.Constant('s'),
Lisp.List(Lisp.Symbol("string-ref"), Lisp.Constant("test test test"), Lisp.Constant(12)));
LispAssert.ThrowsWhenEvaluated(
Lisp.List(Lisp.Symbol("string-ref"), Lisp.Constant("test"), Lisp.Constant(-1)));
LispAssert.ThrowsWhenEvaluated(
Lisp.List(Lisp.Symbol("string-ref"), Lisp.Constant("test"), Lisp.Constant(4)));
LispAssert.ThrowsWhenEvaluated(
Lisp.List(Lisp.Symbol("string-ref"), Lisp.Constant("test"), Lisp.Constant(2.2m)));
}
static void ExecuteFuelScript(string script)
{
var model = new TestModel("fuel");
// create a dictionary with name <--> object pairs
// the objects will be registered under the name in the fuel interpreter
var nativeItems = new Dictionary <string, object>();
nativeItems["model"] = model;
LispVariant result = Lisp.Eval(script, nativeItems: nativeItems);
Console.WriteLine("Script result={0}", result);
}
public void ProperListConstruction()
{
ILispValue helperConstructedList = Lisp.List(
Lisp.Symbol("test"),
Lisp.Constant(1),
Lisp.Constant("foo"),
Lisp.List(Lisp.Constant(1), Lisp.Constant(2), Lisp.Constant(3)),
Lisp.Constant(true));
ILispValue manuallyConstructedList = new ConsBox
{
Head = Lisp.Symbol("test"),
Tail = new ConsBox
{
Head = Lisp.Constant(1),
Tail = new ConsBox
{
Head = Lisp.Constant("foo"),
Tail = new ConsBox
{
Head = new ConsBox
{
Head = Lisp.Constant(1),
Tail = new ConsBox
{
Head = Lisp.Constant(2),
Tail = new ConsBox
{
Head = Lisp.Constant(3),
Tail = Nil.Instance
}
}
},
Tail = new ConsBox
{
Head = Lisp.Constant(true),
Tail = Nil.Instance
}
}
}
}
};
// Do not use Assert.AreEqual here since it doesn't use IEquatable.
LispAssert.AreEqual(manuallyConstructedList, helperConstructedList);
}
public void Subtract()
{
LispAssert.EvaluatesTo(Lisp.Constant(-1),
Lisp.List(Lisp.Symbol("-"), Lisp.Constant(1)));
LispAssert.EvaluatesTo(Lisp.Constant(-1),
Lisp.List(Lisp.Symbol("-"), Lisp.Constant(1), Lisp.Constant(2)));
LispAssert.EvaluatesTo(Lisp.Constant(-4),
Lisp.List(Lisp.Symbol("-"), Lisp.Constant(1), Lisp.Constant(2), Lisp.Constant(3)));
LispAssert.EvaluatesTo(Lisp.Constant(-0.1m),
Lisp.List(Lisp.Symbol("-"), Lisp.Constant(3.1m), Lisp.Constant(2.1m), Lisp.Constant(1.1m)));
LispAssert.EvaluatesTo(Lisp.Constant(0.1m),
Lisp.List(Lisp.Symbol("-"), Lisp.Constant(3.1m), Lisp.Constant(2), Lisp.Constant(1)));
LispAssert.EvaluatesTo(Lisp.Constant(-0.1m),
Lisp.List(Lisp.Symbol("-"), Lisp.Constant(3), Lisp.Constant(2.1m), Lisp.Constant(1)));
LispAssert.EvaluatesTo(Lisp.Constant(-0.1m),
Lisp.List(Lisp.Symbol("-"), Lisp.Constant(3), Lisp.Constant(2), Lisp.Constant(1.1m)));
}
public Tilemap(Tileset Tileset, Lisp.List Data)
{
this.Tileset = Tileset;
Properties Props = new Properties(Data);
uint Width = 0;
uint Height = 0;
Props.Get("width", ref Width);
Props.Get("height", ref Height);
if(Width == 0 || Height == 0)
throw new Exception("Width or Height of Tilemap invalid");
List<uint> Tiles = new List<uint>();
Props.GetUIntList("tiles", Tiles);
if(Tiles.Count != (int) (Width * Height))
throw new Exception("TileCount != Width*Height");
Props.Get("solid", ref Solid);
Props.PrintUnusedWarnings();
Field = new Field<uint>(Tiles, Width, Height);
}
public void Parse(Lisp.Parser parser)
{
int d = parser.Depth;
while(parser.Parse() && parser.Depth >= d) {
if(parser.Depth == d+1) {
if(parser.Type != Parser.LispType.SYMBOL)
throw new Exception("expected SYMBOL");
string symbol = parser.SymbolValue;
parser.Parse();
switch(symbol) {
case "id":
ID = parser.IntegerValue;
break;
case "images":
ParseTileImages(parser);
break;
case "editor-images":
EditorImage = parser.StringValue;
break;
case "solid":
Solid = parser.BoolValue;
break;
case "unisolid":
UniSolid = parser.BoolValue;
break;
case "ice":
Ice = parser.BoolValue;
break;
case "water":
Water = parser.BoolValue;
break;
case "slope-type":
Slope = true;
Data = parser.IntegerValue;
break;
case "anim-fps":
AnimFps = parser.FloatValue;
break;
case "hurts":
Hurts = parser.BoolValue;
break;
case "hidden":
Hidden = parser.BoolValue;
break;
case "data":
Data = parser.IntegerValue;
break;
case "next-tile":
NextTile = parser.IntegerValue;
break;
case "brick":
Brick = parser.BoolValue;
break;
case "fullbox":
FullBox = parser.BoolValue;
break;
case "coin":
Coin = parser.BoolValue;
break;
case "goal":
Goal = parser.BoolValue;
break;
default:
Console.WriteLine("Unknown tile element " + symbol);
break;
}
}
}
}
public void ParseTiles(Lisp.Parser parser)
{
isNew = false;
int d = parser.Depth;
while(parser.Parse() && parser.Depth >= d) {
if(parser.Depth == d && parser.Type != Parser.LispType.START_LIST) {
Console.WriteLine("non-cons type in list...");
continue;
}
if(parser.Depth == d+1) {
if(parser.Type != Parser.LispType.SYMBOL) {
throw new Exception("Expected symbol in list element");
}
switch(parser.SymbolValue) {
case "properties":
SkipList(parser);
break;
case "tilegroup":
TileGroup tilegroup = new TileGroup();
tilegroup.Parse(parser);
TileGroups.Add(tilegroup);
break;
case "tile":
Tile tile = new Tile();
tile.Parse(parser);
while(tile.ID >= Tiles.Count)
Tiles.Add(null);
Tiles[tile.ID] = tile;
break;
case "tiles":
ParseMoreTiles(parser);
isNew = true;
break;
default:
throw new Exception("Unexpected listentry: " +
parser.SymbolValue);
}
}
}
}
public void ParseMoreTiles(Lisp.Parser parser)
{
int blockWidth = 0;
int blockHeight = 0;
List<int> ids = new List<int>();
List<int> attributes = new List<int>();
List<int> datas = new List<int>();
List<string> imageNames = new List<string>();
float animFps = 0;
int d = parser.Depth;
while(parser.Parse() && parser.Depth >= d) {
if(parser.Depth == d+1) {
if(parser.Type != Parser.LispType.SYMBOL)
throw new Exception("expected SYMBOL at supertux-tiles---tiles level, but got \"" + parser.StringValue + "\"");
string symbol = parser.SymbolValue;
parser.Parse();
switch(symbol) {
case "width":
blockWidth = parser.IntegerValue;
break;
case "height":
blockHeight = parser.IntegerValue;
break;
case "ids":
Parser.ParseIntList(parser, ids);
break;
case "attributes":
Parser.ParseIntList(parser, attributes);
break;
case "datas":
Parser.ParseIntList(parser, datas);
break;
case "anim-fps":
animFps = parser.FloatValue;
break;
case "image":
int subDepth = parser.Depth;
while(parser.Depth >= subDepth) {
imageNames.Add(parser.StringValue);
parser.Parse();
}
break;
default:
Console.WriteLine("Unknown tiles element " + symbol);
break;
}
}
}
if(ids.Count != blockWidth * blockHeight)
throw new ApplicationException("Must have width*height ids in tiles block, but found " + ids.Count.ToString());
if((attributes.Count != blockWidth * blockHeight) && attributes.Count > 0) //missing atributes == all-are-0-attributes
throw new ApplicationException("Must have width*height attributes in tiles block");
if((datas.Count != blockWidth * blockHeight) && datas.Count > 0) //missing DATAs == all-are-0-DATAs
throw new ApplicationException("Must have width*height DATAs in tiles block");
int id = 0;
for(int y = 0; y < blockHeight; ++y) {
for(int x = 0; x < blockWidth; ++x) {
if (ids[id] != 0) {
Tile tile = new Tile();
tile.Images = new ArrayList();
foreach (string str in imageNames)
{
ImageRegion region = new ImageRegion();
region.ImageFile = str;
region.Region.X = x * TILE_WIDTH;
region.Region.Y = y * TILE_HEIGHT;
region.Region.Width = TILE_WIDTH;
region.Region.Height = TILE_HEIGHT;
tile.Images.Add(region);
}
tile.ID = ids[id];
tile.Attributes = (attributes.Count > 0)?attributes[id]:0; //missing atributes == all-are-0-attributes
tile.Data = (datas.Count > 0)?datas[id]:0; //missing DATAs == all-are-0-DATAs
tile.AnimFps = animFps;
while(Tiles.Count <= tile.ID)
Tiles.Add(null);
Tiles[tile.ID] = tile;
}
id++;
}
}
}
public PathNode(Lisp.Parser parser)
{
int d = parser.Depth;
while (parser.Parse() && parser.Depth >= d) {
if (parser.Depth == d + 1) {
if (parser.Type != Lisp.Parser.LispType.SYMBOL) throw new Exception("expected SYMBOL");
string symbol = parser.SymbolValue;
parser.Parse();
switch (symbol) {
case "x":
this.x = parser.FloatValue;
break;
case "y":
this.x = parser.FloatValue;
break;
case "time":
this.x = parser.FloatValue;
break;
default:
throw new Exception("Unknown Token in Path Node");
}
}
}
}
private void ParseImageRegion(Lisp.Parser parser, ImageRegion region)
{
parser.Parse();
if(parser.Type != Parser.LispType.SYMBOL)
throw new Exception("expected symbol");
if(parser.SymbolValue != "region")
throw new Exception("expected region symbol");
parser.Parse();
if(parser.Type != Parser.LispType.STRING)
throw new Exception("expected string");
region.ImageFile = parser.StringValue;
parser.Parse();
if(parser.Type != Parser.LispType.INTEGER)
throw new Exception("expected integer");
region.Region.X = parser.IntegerValue;
parser.Parse();
if(parser.Type != Parser.LispType.INTEGER)
throw new Exception("expected integer");
region.Region.Y = parser.IntegerValue;
parser.Parse();
if(parser.Type != Parser.LispType.INTEGER)
throw new Exception("expected integer");
region.Region.Width = parser.IntegerValue;
parser.Parse();
if(parser.Type != Parser.LispType.INTEGER)
throw new Exception("expected integer");
region.Region.Height = parser.IntegerValue;
parser.Parse();
if(parser.Type != Parser.LispType.END_LIST)
throw new Exception("expected END_LIST");
}
private void SkipList(Lisp.Parser parser)
{
int d = parser.Depth;
while(parser.Parse() && parser.Depth >= d)
;
}
protected override bool tryParse(string symbol, Lisp.Parser parser)
{
switch (symbol) {
case "name":
this.name = parser.StringValue;
return true;
case "node":
this.pathNodes.Add(new PathNode(parser));
return true;
default:
return base.tryParse(symbol, parser);
}
}
public void Parse(Lisp.Parser parser)
{
int d = parser.Depth;
while(parser.Parse() && parser.Depth >= d) {
if(parser.Depth == d+1) {
if(parser.Type != Parser.LispType.SYMBOL)
throw new Exception("expected SYMBOL at single tile deserialization level, but found \"" + parser.StringValue + "\"");
string symbol = parser.SymbolValue;
parser.Parse();
switch(symbol) {
case "id":
ID = parser.IntegerValue;
break;
case "images":
ParseTileImages(parser, Images);
break;
case "editor-images":
ParseTileImages(parser, EditorImages);
break;
case "anim-fps":
AnimFps = parser.FloatValue;
break;
case "one-way":
OneWayString = parser.StringValue;
break;
case "data":
Data = parser.IntegerValue;
break;
case "next-tile":
NextTile = parser.IntegerValue;
break;
case "hidden":
Hidden = parser.BoolValue;
break;
case "solid":
SetAttribute(Attribute.SOLID, parser.BoolValue);
break;
case "unisolid":
SetAttribute(Attribute.UNISOLID, parser.BoolValue);
break;
case "ice":
SetAttribute(Attribute.ICE, parser.BoolValue);
break;
case "water":
SetAttribute(Attribute.WATER, parser.BoolValue);
break;
case "slope-type":
SetAttribute(Attribute.SLOPE, true);
Data = parser.IntegerValue;
break;
case "hurts":
SetAttribute(Attribute.HURTS, parser.BoolValue);
break;
case "fire":
SetAttribute(Attribute.FIRE, parser.BoolValue);
break;
case "brick":
SetAttribute(Attribute.BRICK, parser.BoolValue);
break;
case "fullbox":
SetAttribute(Attribute.FULLBOX, parser.BoolValue);
break;
case "coin":
SetAttribute(Attribute.COIN, parser.BoolValue);
break;
case "goal":
SetAttribute(Attribute.GOAL, parser.BoolValue);
break;
//Worldmap attributes section - these are stored in Data
case "north":
SetWMAttribute(Attribute.WORLDMAP_NORTH, parser.BoolValue);
break;
case "south":
SetWMAttribute(Attribute.WORLDMAP_SOUTH, parser.BoolValue);
break;
case "west":
SetWMAttribute(Attribute.WORLDMAP_WEST, parser.BoolValue);
break;
case "east":
SetWMAttribute(Attribute.WORLDMAP_EAST, parser.BoolValue);
break;
case "stop":
SetWMAttribute(Attribute.WORLDMAP_STOP, parser.BoolValue);
break;
default:
Console.WriteLine("Unknown tile element " + symbol);
break;
}
}
}
}
public override GameObject ParseAsThis(string name, Lisp.Parser parser)
{
return new SpatialGameObject(name, parser);
}
private void ParseTileImages(Lisp.Parser parser, ArrayList ImagesList)
{
if(parser.Type == Parser.LispType.END_LIST)
return;
int d = parser.Depth;
do {
ImageRegion region = new ImageRegion();
if(parser.Type == Parser.LispType.STRING) {
region.ImageFile = parser.StringValue;
} else if(parser.Type == Parser.LispType.START_LIST) {
ParseImageRegion(parser, region);
} else {
throw new Exception("unexpected lisp data: " + parser.Type);
}
ImagesList.Add(region);
} while(parser.Parse() && parser.Depth >= d);
}
public Path(string name, Lisp.Parser parser)
: base(name, parser)
{
}