public SkryptObject Sort(SkryptEngine engine, SkryptObject self, SkryptObject[] values)
{
var m = TypeConverter.ToMethod(values, 0);
if (m.Parameters.Count < 2)
{
engine.ThrowError("Input function must have 2 parameters!");
}
((Array)self).List.Sort((x, y) => {
var scope = SkryptMethod.GetPopulatedScope(m, new[] { x, y });
scope.ParentScope = ScopeContext;
var r = m.Execute(engine, self, new[] { x, y }, scope);
if (r.ReturnObject.ToBoolean())
{
return(1);
}
else
{
return(-1);
}
});
return(self);
}
public void AnalizeStatement(Node node, ScopeContext scopeContext)
{
// Check statement
Node conditionNode = node.SubNodes[0];
SkryptObject result = engine.executor.ExecuteExpression(conditionNode, scopeContext);
// Check block
Node blockNode = node.SubNodes[1];
Analize(blockNode, scopeContext);
// Check else/elseif
if (node.SubNodes.Count > 2)
{
for (int i = 2; i < node.SubNodes.Count; i++)
{
// elseif block
Node elseNode = node.SubNodes[i];
if (elseNode.Body == "elseif")
{
AnalizeStatement(elseNode, scopeContext);
}
else
{
Analize(elseNode, scopeContext);
}
}
}
}
public static SkryptObject Mod(SkryptEngine engine, SkryptObject self, SkryptObject[] values)
{
var a = TypeConverter.ToNumeric(values, 0);
var b = TypeConverter.ToNumeric(values, 1);
return(engine.Create <Numeric>(a % b));
}
public static SkryptObject Position(SkryptEngine engine, SkryptObject self)
{
var hitResultInstance = self as HitResultInstance;
var point = hitResultInstance.raycastHit.point;
return(engine.CreateVector3(point.x, point.y, point.z));
}
public static SkryptObject Normal(SkryptEngine engine, SkryptObject self)
{
var hitResultInstance = self as HitResultInstance;
var normal = hitResultInstance.raycastHit.normal;
return(engine.CreateVector3(normal.x, normal.y, normal.z));
}
/// <summary>
/// Executes an index opeation.
/// </summary>
public SkryptObject ExecuteIndex(IndexNode node, ScopeContext scopeContext)
{
var arguments = new List <SkryptObject>();
foreach (var subNode in node.Arguments)
{
var result = ExecuteExpression(subNode, scopeContext);
arguments.Add(result);
}
var Object = ExecuteExpression(node.Getter, scopeContext);
// Dynamically change type so we can get it's actual operations.
dynamic left = Convert.ChangeType(Object, Object.GetType());
Operation opLeft = SkryptObject.GetOperation(Operators.Index, Object.GetType(), arguments[0].GetType(), left.Operations);
OperationDelegate operation = null;
if (opLeft != null)
{
operation = opLeft.OperationDelegate;
}
else
{
_engine.ThrowError("No such operation as index " + left.Name + "!", node.Getter.Token);
}
var inputArray = new List <SkryptObject>(arguments);
inputArray.Insert(0, Object);
return(operation(inputArray.ToArray(), _engine));
}
public void SetFunctionOwner(SkryptObject function, SkryptObject owner)
{
if (function.GetType() == typeof(UserFunction))
{
((UserFunction)function).Class = owner;
}
}
private static SkryptObject Benchmark(SkryptEngine engine, SkryptObject self, Arguments arguments)
{
var function = arguments.GetAs <FunctionInstance>(0);
var amount = arguments.GetAs <NumberInstance>(1).Value;
var lastResult = default(SkryptObject);
var sw = System.Diagnostics.Stopwatch.StartNew();
for (int x = 0; x < amount; x++)
{
lastResult = function.Function.Run(engine, null, Arguments.Empty);
}
sw.Stop();
Console.WriteLine($"Executed function {amount} times in {sw.Elapsed.TotalMilliseconds}ms");
Console.WriteLine($"Equals {1 / sw.Elapsed.TotalSeconds * amount} times per second");
Console.WriteLine($"Average {(sw.Elapsed.TotalMilliseconds / amount).ToString(".####################")}ms");
if (lastResult != null)
{
Console.WriteLine($"Last result: {lastResult}");
}
return(null);
}
public static SkryptObject ToHex(SkryptEngine engine, SkryptObject self, SkryptObject[] input)
{
var n = TypeConverter.ToNumeric(input, 0);
var str = Sys.Convert.ToString((long)n, 16);
return(engine.Create <String>(str));
}
private static SkryptObject Print(SkryptEngine engine, SkryptObject self, Arguments arguments)
{
Console.ForegroundColor = ConsoleColor.White;
var str = "";
for (var j = 0; j < arguments.Length; j++)
{
if (arguments[j] == null)
{
str += "null";
}
else
{
str += arguments[j].ToString();
}
if (j < arguments.Length - 1)
{
str += ", ";
}
}
Console.WriteLine(str);
return(null);
}
private void CreateProperty(SkryptObject target, IScopedContext ctx, ParserRuleContext propertyTree, bool isPrivate)
{
IToken nameToken = null;
if (propertyTree.GetChild(0) is MemberDefinitionStatementContext assignCtx)
{
nameToken = assignCtx.name().NAME().Symbol;
}
else if (propertyTree.GetChild(0) is FunctionStatementContext fnCtx)
{
nameToken = fnCtx.name().NAME().Symbol;
}
else if (propertyTree.GetChild(0) is ModuleStatementContext moduleCtx)
{
nameToken = moduleCtx.name().NAME().Symbol;
}
else if (propertyTree.GetChild(0) is StructStatementContext structCtx)
{
nameToken = structCtx.name().NAME().Symbol;
}
var value = ctx.LexicalEnvironment.Variables[nameToken.Text].Value;
if (value == null)
{
CompileErrorHandler.TolerateError(nameToken, "Field can't be set to an undefined value.");
}
target.CreateProperty(nameToken.Text, value, isPrivate, ctx.LexicalEnvironment.Variables[nameToken.Text].IsConstant);
}
public object EvaluatePlusExpression(SkryptObject left, SkryptObject right)
{
if (left is NumberInstance && right is NumberInstance)
{
return((left as NumberInstance) + (right as NumberInstance));
}
if (left is StringInstance)
{
return((left as StringInstance).Value + right);
}
if (right is StringInstance)
{
return(left + (right as StringInstance).Value);
}
if (left is VectorInstance && right is VectorInstance)
{
return(VectorInstance.ComponentMath(_engine, left as VectorInstance, right as VectorInstance, (x, y) => x + y));
}
if (left is NumberInstance && right is VectorInstance)
{
return(VectorInstance.ComponentMathNumeric(_engine, right as VectorInstance, (x) => (left as NumberInstance) + x));
}
if (left is VectorInstance && right is NumberInstance)
{
return(VectorInstance.ComponentMathNumeric(_engine, left as VectorInstance, (x) => x + (right as NumberInstance)));
}
return(new InvalidOperation());
}
public static SkryptObject error(SkryptEngine engine, SkryptObject self, SkryptObject[] values)
{
var s = TypeConverter.ToString(values, 0, engine);
engine.ThrowError(s, engine.CurrentNode?.Token);
return(engine.Create <Null>(s));
}
public static SkryptObject Clamp(SkryptEngine engine, SkryptObject self, SkryptObject[] values)
{
var x = TypeConverter.ToNumeric(values, 0);
var a = TypeConverter.ToNumeric(values, 1);
var b = TypeConverter.ToNumeric(values, 2);
return(engine.Create <Numeric>(SysMath.Min(SysMath.Max(x, a), b)));
}
public static SkryptObject Lerp(SkryptEngine engine, SkryptObject self, SkryptObject[] values)
{
var a = TypeConverter.ToNumeric(values, 0);
var b = TypeConverter.ToNumeric(values, 1);
var t = TypeConverter.ToNumeric(values, 2);
return(engine.Create <Numeric>(a * (1 - t) + b * t));
}
public SkryptObject Draw(SkryptEngine engine, SkryptObject self, SkryptObject[] values)
{
var s = (Canvas)self;
s.Window.Draw();
return(s);
}
public SkryptObject Push(SkryptEngine engine, SkryptObject self, SkryptObject[] values)
{
var a = TypeConverter.ToAny(values, 0);
((Array)self).List.Add(a);
return((Array)self);
}
public static SkryptObject Open(SkryptEngine engine, SkryptObject self, SkryptObject[] values)
{
var path = TypeConverter.ToString(values, 0, engine);
var file = engine.Create <File>(path);
return(file);
}
public object EvaluateBitNotExpression(SkryptObject value)
{
if (value is NumberInstance)
{
return(~(int)(value as NumberInstance).Value);
}
return(new InvalidOperation());
}
public object EvaluateGreaterEqualExpression(SkryptObject left, SkryptObject right)
{
if (left is NumberInstance && right is NumberInstance)
{
return((left as NumberInstance).Value >= (right as NumberInstance).Value);
}
return(new InvalidOperation());
}
public object EvaluateExponentExpression(SkryptObject left, SkryptObject right)
{
if (left is NumberInstance && right is NumberInstance)
{
return(Math.Pow(left as NumberInstance, right as NumberInstance));
}
return(new InvalidOperation());
}
public object EvaluateNotExpression(SkryptObject value)
{
if (value is BooleanInstance)
{
return(!(value as BooleanInstance));
}
return(new InvalidOperation());
}
public static SkryptObject ToUTF16(SkryptEngine engine, SkryptObject self, SkryptObject[] input)
{
var str = TypeConverter.ToString(input, 0, engine);
byte[] bytes = Sys.Text.Encoding.Default.GetBytes(str);
var encoded = Sys.Text.UnicodeEncoding.Unicode.GetString(bytes);
return(engine.Create <String>(encoded));
}
public static SkryptObject GetPixel(SkryptEngine engine, SkryptObject self, Arguments arguments)
{
var x = arguments.GetAs <NumberInstance>(0);
var y = arguments.GetAs <NumberInstance>(1);
var color = self.AsType <ImageInstance>().bitMap.GetPixel((int)x, (int)y);
return(engine.GetValue("Color").AsType <ColorType>().Construct(color.R, color.G, color.B));
}
public void AddVariable(string Name, SkryptObject Value, bool IsConstant = false)
{
Variables[Name] = new Variable {
Name = Name,
Value = Value,
IsConstant = IsConstant,
Scope = this
};
}
public static Sys.String ToString(SkryptObject[] args, int index, SkryptEngine engine)
{
if (args == null || index > args.Length - 1)
{
return(new Sys.String(""));
}
return(SkryptObject.GetString(args[index], engine));
}
public void SetVariable(string name, SkryptObject value, Modifier modifiers = Modifier.None)
{
Variables[name] = new Variable {
Name = name,
Value = value,
Modifiers = modifiers,
Scope = this
};
}
public SkryptObject Reverse(SkryptEngine engine, SkryptObject self, SkryptObject[] input)
{
var s = (String)self;
char[] charArray = s.Value.ToCharArray();
Sys.Array.Reverse(charArray);
return(engine.Create <String>(new string(charArray)));
}
public SkryptObject Find(SkryptEngine engine, SkryptObject self, SkryptObject[] input)
{
return(engine.Create <Numeric>(
((String)self).Value.IndexOf(
TypeConverter.ToString(input, 0, engine),
(int)TypeConverter.ToNumeric(input, 1)
)
));
}
public SkryptObject Replace(SkryptEngine engine, SkryptObject self, SkryptObject[] input)
{
return(engine.Create <String>(
((String)self).Value.Replace(
TypeConverter.ToString(input, 0, engine),
TypeConverter.ToString(input, 1, engine)
)
));
}
