/// <summary>
/// Creates a class inheriting from superClass.
/// </summary>
public ChimpyClass(string name, ChimpyClass superClass)
: base("Class")
{
this.name = name;
this.superClass = superClass;
methods = new Dictionary<string, Method>();
constants = new Dictionary<string, ChimpyObject>();
}
public Context(ChimpyObject currentSelf, ChimpyClass currentClass, Context parent)
{
this.currentClass=currentClass;
this.currentSelf=currentSelf;
this.parent=parent;
if(parent == null)
{
locals=new Dictionary<string, ChimpyObject>();
}
else
{
locals=parent.locals;
}
}
public override ChimpyObject Eval(Context context)
{
ChimpyClass klass;
if(superName == null)
{
klass = new ChimpyClass(name);
}
else
{
ChimpyClass superClass = (ChimpyClass) context.CurrentClass.GetConstant(superName);
klass = new ChimpyClass(name,superClass);
}
body.Eval(new Context(klass,klass));
context.CurrentClass.SetConstant(name,klass);
return klass;
}
/// <summary>
/// Creates a new subclass of this class.
/// </summary>
/// <returns>
/// The instance of subclass.
/// </returns>
/// <param name='name'>
/// Name of subclass.
/// </param>
public ChimpyClass NewSubclass(string name)
{
ChimpyClass klass = new ChimpyClass(name,this);
ChimpyRuntime.ObjectClass.SetConstant(name,klass);
return klass;
}
/// <summary>
/// Determines whether this instance is subclass of the specified klass.
/// </summary>
/// <returns>
/// <c>true</c> if this instance is subclass of the specified klass; otherwise, <c>false</c>.
/// </returns>
/// <param name='klass'>
/// Class to check against
/// </param>
public bool IsSubclass(ChimpyClass klass)
{
if(klass == this) return true;
if(klass.SuperClass == null) return false;
if(klass.SuperClass == this) return true;
return IsSubclass(klass.SuperClass);
}
public ValueObject(ChimpyClass klass,Object value)
: base(klass)
{
this.value=value;
}
protected void SetRuntimeClass(string name)
{
runtimeClass = ChimpyRuntime.GetExceptionClass().Subclass(name);
}
public ChimpyException(string message)
: base(message)
{
this.runtimeClass = ChimpyRuntime.GetExceptionClass();
}
public ChimpyException(ChimpyClass runtimeClass)
: base()
{
this.runtimeClass = runtimeClass;
}
public ChimpyException(ChimpyClass runtimeClass,string message)
: base(message)
{
this.runtimeClass=runtimeClass;
}
public ChimpyObject(ChimpyClass chimpyClass)
{
this._chimpyClass=chimpyClass;
this._instanceVariables=new Dictionary<string,ChimpyObject>();
}
public Context(ChimpyObject currentSelf, ChimpyClass currentClass)
: this(currentSelf, currentClass, null)
{
}
public ExceptionHandler(ChimpyClass klass, string localName, IEvaluable handler)
{
this.localName=localName;
this.klass=klass;
this.handler=handler;
}
public static Context Run()
{
ChimpyClass objectClass = new ChimpyClass("Object");
ChimpyRuntime.ObjectClass = objectClass;
ChimpyObject main = new ChimpyObject();
ChimpyRuntime.MainObject = main;
ChimpyClass classClass = new ChimpyClass("Class");
objectClass.chimpyClass = classClass;
classClass.chimpyClass = classClass;
main.chimpyClass = objectClass;
objectClass.SetConstant("Object",objectClass);
objectClass.SetConstant("Class",classClass);
ChimpyRuntime.Nil = objectClass.NewSubclass("NilClass").NewInstance(null);
ChimpyRuntime.True = objectClass.NewSubclass("TrueClass").NewInstance(true);
ChimpyRuntime.False = objectClass.NewSubclass("FalseClass").NewInstance(false);
ChimpyClass stringClass = objectClass.NewSubclass("String");
ChimpyClass numberClass = objectClass.NewSubclass("Number");
ChimpyClass integerClass = objectClass.NewSubclass("Integer");
ChimpyClass floatClass = objectClass.NewSubclass("Float");
ChimpyClass exceptionClass = objectClass.NewSubclass("Exception");
exceptionClass.NewSubclass("IOException");
exceptionClass.NewSubclass("TypeError");
exceptionClass.NewSubclass("MethodNotFound");
exceptionClass.NewSubclass("ArgumentError");
exceptionClass.NewSubclass("FileNotFound");
objectClass.AddMethod("print",new InterpretedMethod(delegate (ChimpyObject receiver, ChimpyObject[] arguments){
foreach(ChimpyObject arg in arguments)
{
Console.WriteLine(arg.ToJavaObject());
}
return ChimpyRuntime.Nil;
}));
objectClass.AddMethod("class",new InterpretedMethod(delegate (ChimpyObject receiver, ChimpyObject[] arguments){
return receiver.chimpyClass;
}));
objectClass.AddMethod("eval",new InterpretedMethod(delegate (ChimpyObject receiver, ChimpyObject[] arguments){
Context context= new Context(receiver);
StringReader code = new StringReader(arguments[0].AsString());
return context.Eval(code);
}));
objectClass.AddMethod("require",new InterpretedMethod(delegate (ChimpyObject receiver, ChimpyObject[] arguments){
Context context = new Context();
string filename = arguments[0].AsString();
try
{
return context.Eval(File.OpenText(filename));
}
catch (FileNotFoundException e)
{
throw new ChimpyException("FileNotFound","File not found "+filename);
}
}));
classClass.AddMethod("new",new InterpretedMethod(delegate (ChimpyObject receiver, ChimpyObject[] arguments){
ChimpyClass self = (ChimpyClass) receiver;
ChimpyObject instance = self.NewInstance();
if(self.HasMethod("initialize")) instance.Call("initialize",arguments);
return instance;
}));
classClass.AddMethod("name",new InterpretedMethod(delegate (ChimpyObject receiver, ChimpyObject[] arguments){
ChimpyClass self = (ChimpyClass) receiver;
return new ValueObject(self.Name);
}));
classClass.AddMethod("superclass",new InterpretedMethod(delegate (ChimpyObject receiver, ChimpyObject[] arguments){
ChimpyClass self = (ChimpyClass) receiver;
return self.SuperClass;
}));
integerClass.AddMethod("+",new OperatorMethod<Int32>(delegate (Int32 receiver, Int32 argument){
return new ValueObject((Int32)(receiver+argument));
}));
return new Context(main);
}
