internal FunctionConstructor(LenientFunctionPrototype prototypeProp) : base(prototypeProp, "Function", 1)
{
this.originalPrototype = prototypeProp;
prototypeProp.constructor = this;
base.proto = prototypeProp;
base.noExpando = false;
}
internal FunctionConstructor(LenientFunctionPrototype prototypeProp) : base(prototypeProp, "Function", 1)
{
this.originalPrototype = prototypeProp;
prototypeProp.constructor = this;
base.proto = prototypeProp;
base.noExpando = false;
}
// Constructor.
internal NumberConstructor(FunctionPrototype parent)
: base(parent, "Number", 1)
{
Put("MAX_VALUE", Double.MaxValue,
PropertyAttributes.DontEnum|
PropertyAttributes.DontDelete|
PropertyAttributes.ReadOnly);
Put("MIN_VALUE", Double.MinValue,
PropertyAttributes.DontEnum|
PropertyAttributes.DontDelete|
PropertyAttributes.ReadOnly);
Put("NaN", Double.NaN,
PropertyAttributes.DontEnum|
PropertyAttributes.DontDelete|
PropertyAttributes.ReadOnly);
Put("NEGATIVE_INFINITY", Double.NegativeInfinity,
PropertyAttributes.DontEnum|
PropertyAttributes.DontDelete|
PropertyAttributes.ReadOnly);
Put("POSITIVE_INFINITY", Double.PositiveInfinity,
PropertyAttributes.DontEnum|
PropertyAttributes.DontDelete|
PropertyAttributes.ReadOnly);
MAX_VALUE = Get("MAX_VALUE");
MIN_VALUE = Get("MIN_VALUE");
NaN = Get("NaN");
NEGATIVE_INFINITY = Get("NEGATIVE_INFINITY");
POSITIVE_INFINITY = Get("POSITIVE_INFINITY");
}
// Constructor.
internal FunctionObject(FunctionPrototype parent, JFunction defn,
ScriptObject declaringScope)
: base(parent, defn.name, Support.ExprListLength(defn.fparams))
{
this.defn = defn;
this.declaringScope = declaringScope;
}
internal LenientMathObject(ScriptObject parent, FunctionPrototype funcprot)
: base(parent)
{
this.noExpando = false;
Type super = typeof(MathObject);
this.abs = new BuiltinFunction("abs", this, super.GetMethod("abs"), funcprot);
this.acos = new BuiltinFunction("acos", this, super.GetMethod("acos"), funcprot);
this.asin = new BuiltinFunction("asin", this, super.GetMethod("asin"), funcprot);
this.atan = new BuiltinFunction("atan", this, super.GetMethod("atan"), funcprot);
this.atan2 = new BuiltinFunction("atan2", this, super.GetMethod("atan2"), funcprot);
this.ceil = new BuiltinFunction("ceil", this, super.GetMethod("ceil"), funcprot);
this.cos = new BuiltinFunction("cos", this, super.GetMethod("cos"), funcprot);
this.exp = new BuiltinFunction("exp", this, super.GetMethod("exp"), funcprot);
this.floor = new BuiltinFunction("floor", this, super.GetMethod("floor"), funcprot);
this.log = new BuiltinFunction("log", this, super.GetMethod("log"), funcprot);
this.max = new BuiltinFunction("max", this, super.GetMethod("max"), funcprot);
this.min = new BuiltinFunction("min", this, super.GetMethod("min"), funcprot);
this.pow = new BuiltinFunction("pow", this, super.GetMethod("pow"), funcprot);
this.random = new BuiltinFunction("random", this, super.GetMethod("random"), funcprot);
this.round = new BuiltinFunction("round", this, super.GetMethod("round"), funcprot);
this.sin = new BuiltinFunction("sin", this, super.GetMethod("sin"), funcprot);
this.sqrt = new BuiltinFunction("sqrt", this, super.GetMethod("sqrt"), funcprot);
this.tan = new BuiltinFunction("tan", this, super.GetMethod("tan"), funcprot);
}
// Constructor.
internal NumberConstructor(FunctionPrototype parent)
: base(parent, "Number", 1)
{
Put("MAX_VALUE", Double.MaxValue,
PropertyAttributes.DontEnum |
PropertyAttributes.DontDelete |
PropertyAttributes.ReadOnly);
Put("MIN_VALUE", Double.MinValue,
PropertyAttributes.DontEnum |
PropertyAttributes.DontDelete |
PropertyAttributes.ReadOnly);
Put("NaN", Double.NaN,
PropertyAttributes.DontEnum |
PropertyAttributes.DontDelete |
PropertyAttributes.ReadOnly);
Put("NEGATIVE_INFINITY", Double.NegativeInfinity,
PropertyAttributes.DontEnum |
PropertyAttributes.DontDelete |
PropertyAttributes.ReadOnly);
Put("POSITIVE_INFINITY", Double.PositiveInfinity,
PropertyAttributes.DontEnum |
PropertyAttributes.DontDelete |
PropertyAttributes.ReadOnly);
MAX_VALUE = Get("MAX_VALUE");
MIN_VALUE = Get("MIN_VALUE");
NaN = Get("NaN");
NEGATIVE_INFINITY = Get("NEGATIVE_INFINITY");
POSITIVE_INFINITY = Get("POSITIVE_INFINITY");
}
// Constructor.
internal FunctionObject(FunctionPrototype parent, JFunction defn,
ScriptObject declaringScope)
: base(parent, defn.name, Support.ExprListLength(defn.fparams))
{
this.defn = defn;
this.declaringScope = declaringScope;
}
internal StringConstructor(FunctionPrototype parent, LenientStringPrototype prototypeProp) : base(parent, "String", 1)
{
this.originalPrototype = prototypeProp;
prototypeProp.constructor = this;
base.proto = prototypeProp;
base.noExpando = false;
}
internal FunctionConstructor()
: base(FunctionPrototype.ob, "Function", 1)
{
this.originalPrototype = FunctionPrototype.ob;
FunctionPrototype._constructor = this;
this.proto = FunctionPrototype.ob;
}
internal StringConstructor(FunctionPrototype parent, LenientStringPrototype prototypeProp)
: base(parent, "String", 1) {
this.originalPrototype = prototypeProp;
prototypeProp.constructor = this;
this.proto = prototypeProp;
this.noExpando = false;
}
// Initialize the engine instance after construction. Needed
// to resolve circularity issues at startup time.
public void Init()
{
// Initialize the basic "Object" and "Function" objects,
// which must be created carefully to avoid circularities.
objectPrototype = new LenientObjectPrototype();
functionPrototype = new LenientFunctionPrototype();
objectConstructor = new ObjectConstructor();
functionConstructor = new FunctionConstructor();
objectPrototype.Init(engine);
functionPrototype.Init(engine, objectPrototype);
objectConstructor.Init(engine, functionPrototype);
functionConstructor.Init(engine, functionPrototype);
}
// Initialize the engine instance after construction. Needed
// to resolve circularity issues at startup time.
public void Init()
{
// Initialize the basic "Object" and "Function" objects,
// which must be created carefully to avoid circularities.
objectPrototype = new LenientObjectPrototype();
functionPrototype = new LenientFunctionPrototype();
objectConstructor = new ObjectConstructor();
functionConstructor = new FunctionConstructor();
objectPrototype.Init(engine);
functionPrototype.Init(engine, objectPrototype);
objectConstructor.Init(engine, functionPrototype);
functionConstructor.Init(engine, functionPrototype);
}
internal LenientArrayPrototype(FunctionPrototype funcprot, ObjectPrototype parent) : base(parent)
{
base.noExpando = false;
Type type = typeof(ArrayPrototype);
this.concat = new BuiltinFunction("concat", this, type.GetMethod("concat"), funcprot);
this.join = new BuiltinFunction("join", this, type.GetMethod("join"), funcprot);
this.pop = new BuiltinFunction("pop", this, type.GetMethod("pop"), funcprot);
this.push = new BuiltinFunction("push", this, type.GetMethod("push"), funcprot);
this.reverse = new BuiltinFunction("reverse", this, type.GetMethod("reverse"), funcprot);
this.shift = new BuiltinFunction("shift", this, type.GetMethod("shift"), funcprot);
this.slice = new BuiltinFunction("slice", this, type.GetMethod("slice"), funcprot);
this.sort = new BuiltinFunction("sort", this, type.GetMethod("sort"), funcprot);
this.splice = new BuiltinFunction("splice", this, type.GetMethod("splice"), funcprot);
this.unshift = new BuiltinFunction("unshift", this, type.GetMethod("unshift"), funcprot);
this.toLocaleString = new BuiltinFunction("toLocaleString", this, type.GetMethod("toLocaleString"), funcprot);
this.toString = new BuiltinFunction("toString", this, type.GetMethod("toString"), funcprot);
}
internal LenientArrayPrototype(FunctionPrototype funcprot, ObjectPrototype parent) : base(parent)
{
base.noExpando = false;
Type type = typeof(ArrayPrototype);
this.concat = new BuiltinFunction("concat", this, type.GetMethod("concat"), funcprot);
this.join = new BuiltinFunction("join", this, type.GetMethod("join"), funcprot);
this.pop = new BuiltinFunction("pop", this, type.GetMethod("pop"), funcprot);
this.push = new BuiltinFunction("push", this, type.GetMethod("push"), funcprot);
this.reverse = new BuiltinFunction("reverse", this, type.GetMethod("reverse"), funcprot);
this.shift = new BuiltinFunction("shift", this, type.GetMethod("shift"), funcprot);
this.slice = new BuiltinFunction("slice", this, type.GetMethod("slice"), funcprot);
this.sort = new BuiltinFunction("sort", this, type.GetMethod("sort"), funcprot);
this.splice = new BuiltinFunction("splice", this, type.GetMethod("splice"), funcprot);
this.unshift = new BuiltinFunction("unshift", this, type.GetMethod("unshift"), funcprot);
this.toLocaleString = new BuiltinFunction("toLocaleString", this, type.GetMethod("toLocaleString"), funcprot);
this.toString = new BuiltinFunction("toString", this, type.GetMethod("toString"), funcprot);
}
internal LenientArrayPrototype(FunctionPrototype funcprot, ObjectPrototype parent)
: base(parent) {
this.noExpando = false;
Type super = typeof(ArrayPrototype);
//this.constructor is given a value by the proper constructor class
this.concat = new BuiltinFunction("concat", this, super.GetMethod("concat"), funcprot);
this.join = new BuiltinFunction("join", this, super.GetMethod("join"), funcprot);
this.pop = new BuiltinFunction("pop", this, super.GetMethod("pop"), funcprot);
this.push = new BuiltinFunction("push", this, super.GetMethod("push"), funcprot);
this.reverse = new BuiltinFunction("reverse", this, super.GetMethod("reverse"), funcprot);
this.shift = new BuiltinFunction("shift", this, super.GetMethod("shift"), funcprot);
this.slice = new BuiltinFunction("slice", this, super.GetMethod("slice"), funcprot);
this.sort = new BuiltinFunction("sort", this, super.GetMethod("sort"), funcprot);
this.splice = new BuiltinFunction("splice", this, super.GetMethod("splice"), funcprot);
this.unshift = new BuiltinFunction("unshift", this, super.GetMethod("unshift"), funcprot);
this.toLocaleString = new BuiltinFunction("toLocaleString", this, super.GetMethod("toLocaleString"), funcprot);
this.toString = new BuiltinFunction("toString", this, super.GetMethod("toString"), funcprot);
}
internal LenientArrayPrototype(FunctionPrototype funcprot, ObjectPrototype parent)
: base(parent)
{
this.noExpando = false;
Type super = typeof(ArrayPrototype);
//this.constructor is given a value by the proper constructor class
this.concat = new BuiltinFunction("concat", this, super.GetMethod("concat"), funcprot);
this.join = new BuiltinFunction("join", this, super.GetMethod("join"), funcprot);
this.pop = new BuiltinFunction("pop", this, super.GetMethod("pop"), funcprot);
this.push = new BuiltinFunction("push", this, super.GetMethod("push"), funcprot);
this.reverse = new BuiltinFunction("reverse", this, super.GetMethod("reverse"), funcprot);
this.shift = new BuiltinFunction("shift", this, super.GetMethod("shift"), funcprot);
this.slice = new BuiltinFunction("slice", this, super.GetMethod("slice"), funcprot);
this.sort = new BuiltinFunction("sort", this, super.GetMethod("sort"), funcprot);
this.splice = new BuiltinFunction("splice", this, super.GetMethod("splice"), funcprot);
this.unshift = new BuiltinFunction("unshift", this, super.GetMethod("unshift"), funcprot);
this.toLocaleString = new BuiltinFunction("toLocaleString", this, super.GetMethod("toLocaleString"), funcprot);
this.toString = new BuiltinFunction("toString", this, super.GetMethod("toString"), funcprot);
}
internal LenientMathObject(ScriptObject parent, FunctionPrototype funcprot)
: base(parent) {
this.noExpando = false;
Type super = typeof(MathObject);
this.abs = new BuiltinFunction("abs", this, super.GetMethod("abs"), funcprot);
this.acos = new BuiltinFunction("acos", this, super.GetMethod("acos"), funcprot);
this.asin = new BuiltinFunction("asin", this, super.GetMethod("asin"), funcprot);
this.atan = new BuiltinFunction("atan", this, super.GetMethod("atan"), funcprot);
this.atan2 = new BuiltinFunction("atan2", this, super.GetMethod("atan2"), funcprot);
this.ceil = new BuiltinFunction("ceil", this, super.GetMethod("ceil"), funcprot);
this.cos = new BuiltinFunction("cos", this, super.GetMethod("cos"), funcprot);
this.exp = new BuiltinFunction("exp", this, super.GetMethod("exp"), funcprot);
this.floor = new BuiltinFunction("floor", this, super.GetMethod("floor"), funcprot);
this.log = new BuiltinFunction("log", this, super.GetMethod("log"), funcprot);
this.max = new BuiltinFunction("max", this, super.GetMethod("max"), funcprot);
this.min = new BuiltinFunction("min", this, super.GetMethod("min"), funcprot);
this.pow = new BuiltinFunction("pow", this, super.GetMethod("pow"), funcprot);
this.random = new BuiltinFunction("random", this, super.GetMethod("random"), funcprot);
this.round = new BuiltinFunction("round", this, super.GetMethod("round"), funcprot);
this.sin = new BuiltinFunction("sin", this, super.GetMethod("sin"), funcprot);
this.sqrt = new BuiltinFunction("sqrt", this, super.GetMethod("sqrt"), funcprot);
this.tan = new BuiltinFunction("tan", this, super.GetMethod("tan"), funcprot);
}
internal LenientMathObject(ScriptObject parent, FunctionPrototype prototype)
: base(parent)
{
EngineInstance inst = EngineInstance.GetEngineInstance(engine);
abs = Get("abs");
acos = Get("acos");
asin = Get("asin");
atan = Get("atan");
atan2 = Get("atan2");
ceil = Get("ceil");
cos = Get("cos");
exp = Get("exp");
floor = Get("floor");
log = Get("log");
max = Get("max");
min = Get("min");
pow = Get("pow");
random = Get("random");
round = Get("round");
sin = Get("sin");
sqrt = Get("sqrt");
tan = Get("tan");
}
internal VBArrayPrototype(FunctionPrototype funcprot, ObjectPrototype parent)
: base(parent) {
//this.constructor is given a value by the constructor class
}
internal VBArrayPrototype(FunctionPrototype funcprot, ObjectPrototype parent) : base(parent)
{
}
// Constructor.
internal StringConstructor(FunctionPrototype parent)
: base(parent, "String", 1) {}
internal VBArrayPrototype(FunctionPrototype funcprot, ObjectPrototype parent)
: base(parent)
{
//this.constructor is given a value by the constructor class
}
// Constructor.
internal ArrayConstructor(FunctionPrototype parent)
: base(parent, "Array", 1)
{
}
// Constructor.
internal StringConstructor(FunctionPrototype parent)
: base(parent, "String", 1)
{
}
internal VBArrayPrototype(FunctionPrototype funcprot, ObjectPrototype parent) : base(parent)
{
}
internal StringPrototype(FunctionPrototype funcprot, ObjectPrototype parent) : base(parent, "")
{
base.noExpando = true;
}
internal FunctionConstructor() : base(FunctionPrototype.ob, "Function", 1)
{
this.originalPrototype = FunctionPrototype.ob;
FunctionPrototype._constructor = this;
base.proto = FunctionPrototype.ob;
}
// Constructor.
internal ArrayConstructor(FunctionPrototype parent)
: base(parent, "Array", 1) {}
internal LenientMathObject(ScriptObject parent, FunctionPrototype prototype)
: base(parent)
{
EngineInstance inst = EngineInstance.GetEngineInstance(engine);
abs = Get("abs");
acos = Get("acos");
asin = Get("asin");
atan = Get("atan");
atan2 = Get("atan2");
ceil = Get("ceil");
cos = Get("cos");
exp = Get("exp");
floor = Get("floor");
log = Get("log");
max = Get("max");
min = Get("min");
pow = Get("pow");
random = Get("random");
round = Get("round");
sin = Get("sin");
sqrt = Get("sqrt");
tan = Get("tan");
}
internal static object QuickCall(object[] args, object thisob, JSBuiltin biFunc, MethodInfo method, VsaEngine engine)
{
int length = args.Length;
switch (biFunc)
{
case JSBuiltin.Array_concat:
return(ArrayPrototype.concat(thisob, engine, args));
case JSBuiltin.Array_join:
return(ArrayPrototype.join(thisob, GetArg(args, 0, length)));
case JSBuiltin.Array_pop:
return(ArrayPrototype.pop(thisob));
case JSBuiltin.Array_push:
return(ArrayPrototype.push(thisob, args));
case JSBuiltin.Array_reverse:
return(ArrayPrototype.reverse(thisob));
case JSBuiltin.Array_shift:
return(ArrayPrototype.shift(thisob));
case JSBuiltin.Array_slice:
return(ArrayPrototype.slice(thisob, engine, Microsoft.JScript.Convert.ToNumber(GetArg(args, 0, length)), GetArg(args, 1, length)));
case JSBuiltin.Array_sort:
return(ArrayPrototype.sort(thisob, GetArg(args, 0, length)));
case JSBuiltin.Array_splice:
return(ArrayPrototype.splice(thisob, engine, Microsoft.JScript.Convert.ToNumber(GetArg(args, 0, length)), Microsoft.JScript.Convert.ToNumber(GetArg(args, 1, length)), VarArgs(args, 2, length)));
case JSBuiltin.Array_toLocaleString:
return(ArrayPrototype.toLocaleString(thisob));
case JSBuiltin.Array_toString:
return(ArrayPrototype.toString(thisob));
case JSBuiltin.Array_unshift:
return(ArrayPrototype.unshift(thisob, args));
case JSBuiltin.Boolean_toString:
return(BooleanPrototype.toString(thisob));
case JSBuiltin.Boolean_valueOf:
return(BooleanPrototype.valueOf(thisob));
case JSBuiltin.Date_getDate:
return(DatePrototype.getDate(thisob));
case JSBuiltin.Date_getDay:
return(DatePrototype.getDay(thisob));
case JSBuiltin.Date_getFullYear:
return(DatePrototype.getFullYear(thisob));
case JSBuiltin.Date_getHours:
return(DatePrototype.getHours(thisob));
case JSBuiltin.Date_getMilliseconds:
return(DatePrototype.getMilliseconds(thisob));
case JSBuiltin.Date_getMinutes:
return(DatePrototype.getMinutes(thisob));
case JSBuiltin.Date_getMonth:
return(DatePrototype.getMonth(thisob));
case JSBuiltin.Date_getSeconds:
return(DatePrototype.getSeconds(thisob));
case JSBuiltin.Date_getTime:
return(DatePrototype.getTime(thisob));
case JSBuiltin.Date_getTimezoneOffset:
return(DatePrototype.getTimezoneOffset(thisob));
case JSBuiltin.Date_getUTCDate:
return(DatePrototype.getUTCDate(thisob));
case JSBuiltin.Date_getUTCDay:
return(DatePrototype.getUTCDay(thisob));
case JSBuiltin.Date_getUTCFullYear:
return(DatePrototype.getUTCFullYear(thisob));
case JSBuiltin.Date_getUTCHours:
return(DatePrototype.getUTCHours(thisob));
case JSBuiltin.Date_getUTCMilliseconds:
return(DatePrototype.getUTCMilliseconds(thisob));
case JSBuiltin.Date_getUTCMinutes:
return(DatePrototype.getUTCMinutes(thisob));
case JSBuiltin.Date_getUTCMonth:
return(DatePrototype.getUTCMonth(thisob));
case JSBuiltin.Date_getUTCSeconds:
return(DatePrototype.getUTCSeconds(thisob));
case JSBuiltin.Date_getVarDate:
return(DatePrototype.getVarDate(thisob));
case JSBuiltin.Date_getYear:
return(DatePrototype.getYear(thisob));
case JSBuiltin.Date_parse:
return(DateConstructor.parse(Microsoft.JScript.Convert.ToString(GetArg(args, 0, length))));
case JSBuiltin.Date_setDate:
return(DatePrototype.setDate(thisob, Microsoft.JScript.Convert.ToNumber(GetArg(args, 0, length))));
case JSBuiltin.Date_setFullYear:
return(DatePrototype.setFullYear(thisob, Microsoft.JScript.Convert.ToNumber(GetArg(args, 0, length)), GetArg(args, 1, length), GetArg(args, 2, length)));
case JSBuiltin.Date_setHours:
return(DatePrototype.setHours(thisob, Microsoft.JScript.Convert.ToNumber(GetArg(args, 0, length)), GetArg(args, 1, length), GetArg(args, 2, length), GetArg(args, 3, length)));
case JSBuiltin.Date_setMinutes:
return(DatePrototype.setMinutes(thisob, Microsoft.JScript.Convert.ToNumber(GetArg(args, 0, length)), GetArg(args, 1, length), GetArg(args, 2, length)));
case JSBuiltin.Date_setMilliseconds:
return(DatePrototype.setMilliseconds(thisob, Microsoft.JScript.Convert.ToNumber(GetArg(args, 0, length))));
case JSBuiltin.Date_setMonth:
return(DatePrototype.setMonth(thisob, Microsoft.JScript.Convert.ToNumber(GetArg(args, 0, length)), GetArg(args, 1, length)));
case JSBuiltin.Date_setSeconds:
return(DatePrototype.setSeconds(thisob, Microsoft.JScript.Convert.ToNumber(GetArg(args, 0, length)), GetArg(args, 1, length)));
case JSBuiltin.Date_setTime:
return(DatePrototype.setTime(thisob, Microsoft.JScript.Convert.ToNumber(GetArg(args, 0, length))));
case JSBuiltin.Date_setUTCDate:
return(DatePrototype.setUTCDate(thisob, Microsoft.JScript.Convert.ToNumber(GetArg(args, 0, length))));
case JSBuiltin.Date_setUTCFullYear:
return(DatePrototype.setUTCFullYear(thisob, Microsoft.JScript.Convert.ToNumber(GetArg(args, 0, length)), GetArg(args, 1, length), GetArg(args, 2, length)));
case JSBuiltin.Date_setUTCHours:
return(DatePrototype.setUTCHours(thisob, Microsoft.JScript.Convert.ToNumber(GetArg(args, 0, length)), GetArg(args, 1, length), GetArg(args, 2, length), GetArg(args, 3, length)));
case JSBuiltin.Date_setUTCMinutes:
return(DatePrototype.setUTCMinutes(thisob, Microsoft.JScript.Convert.ToNumber(GetArg(args, 0, length)), GetArg(args, 1, length), GetArg(args, 2, length)));
case JSBuiltin.Date_setUTCMilliseconds:
return(DatePrototype.setUTCMilliseconds(thisob, Microsoft.JScript.Convert.ToNumber(GetArg(args, 0, length))));
case JSBuiltin.Date_setUTCMonth:
return(DatePrototype.setUTCMonth(thisob, Microsoft.JScript.Convert.ToNumber(GetArg(args, 0, length)), GetArg(args, 1, length)));
case JSBuiltin.Date_setUTCSeconds:
return(DatePrototype.setUTCSeconds(thisob, Microsoft.JScript.Convert.ToNumber(GetArg(args, 0, length)), GetArg(args, 1, length)));
case JSBuiltin.Date_setYear:
return(DatePrototype.setYear(thisob, Microsoft.JScript.Convert.ToNumber(GetArg(args, 0, length))));
case JSBuiltin.Date_toDateString:
return(DatePrototype.toDateString(thisob));
case JSBuiltin.Date_toGMTString:
return(DatePrototype.toGMTString(thisob));
case JSBuiltin.Date_toLocaleDateString:
return(DatePrototype.toLocaleDateString(thisob));
case JSBuiltin.Date_toLocaleString:
return(DatePrototype.toLocaleString(thisob));
case JSBuiltin.Date_toLocaleTimeString:
return(DatePrototype.toLocaleTimeString(thisob));
case JSBuiltin.Date_toString:
return(DatePrototype.toString(thisob));
case JSBuiltin.Date_toTimeString:
return(DatePrototype.toTimeString(thisob));
case JSBuiltin.Date_toUTCString:
return(DatePrototype.toUTCString(thisob));
case JSBuiltin.Date_UTC:
return(DateConstructor.UTC(GetArg(args, 0, length), GetArg(args, 1, length), GetArg(args, 2, length), GetArg(args, 3, length), GetArg(args, 4, length), GetArg(args, 5, length), GetArg(args, 6, length)));
case JSBuiltin.Date_valueOf:
return(DatePrototype.valueOf(thisob));
case JSBuiltin.Enumerator_atEnd:
return(EnumeratorPrototype.atEnd(thisob));
case JSBuiltin.Enumerator_item:
return(EnumeratorPrototype.item(thisob));
case JSBuiltin.Enumerator_moveFirst:
EnumeratorPrototype.moveFirst(thisob);
return(null);
case JSBuiltin.Enumerator_moveNext:
EnumeratorPrototype.moveNext(thisob);
return(null);
case JSBuiltin.Error_toString:
return(ErrorPrototype.toString(thisob));
case JSBuiltin.Function_apply:
return(FunctionPrototype.apply(thisob, GetArg(args, 0, length), GetArg(args, 1, length)));
case JSBuiltin.Function_call:
return(FunctionPrototype.call(thisob, GetArg(args, 0, length), VarArgs(args, 1, length)));
case JSBuiltin.Function_toString:
return(FunctionPrototype.toString(thisob));
case JSBuiltin.Global_CollectGarbage:
GlobalObject.CollectGarbage();
return(null);
case JSBuiltin.Global_decodeURI:
return(GlobalObject.decodeURI(GetArg(args, 0, length)));
case JSBuiltin.Global_decodeURIComponent:
return(GlobalObject.decodeURIComponent(GetArg(args, 0, length)));
case JSBuiltin.Global_encodeURI:
return(GlobalObject.encodeURI(GetArg(args, 0, length)));
case JSBuiltin.Global_encodeURIComponent:
return(GlobalObject.encodeURIComponent(GetArg(args, 0, length)));
case JSBuiltin.Global_escape:
return(GlobalObject.escape(GetArg(args, 0, length)));
case JSBuiltin.Global_eval:
return(GlobalObject.eval(GetArg(args, 0, length)));
case JSBuiltin.Global_GetObject:
return(GlobalObject.GetObject(GetArg(args, 0, length), GetArg(args, 1, length)));
case JSBuiltin.Global_isNaN:
return(GlobalObject.isNaN(GetArg(args, 0, length)));
case JSBuiltin.Global_isFinite:
return(GlobalObject.isFinite(Microsoft.JScript.Convert.ToNumber(GetArg(args, 0, length))));
case JSBuiltin.Global_parseFloat:
return(GlobalObject.parseFloat(GetArg(args, 0, length)));
case JSBuiltin.Global_parseInt:
return(GlobalObject.parseInt(GetArg(args, 0, length), GetArg(args, 1, length)));
case JSBuiltin.Global_ScriptEngine:
return(GlobalObject.ScriptEngine());
case JSBuiltin.Global_ScriptEngineBuildVersion:
return(GlobalObject.ScriptEngineBuildVersion());
case JSBuiltin.Global_ScriptEngineMajorVersion:
return(GlobalObject.ScriptEngineMajorVersion());
case JSBuiltin.Global_ScriptEngineMinorVersion:
return(GlobalObject.ScriptEngineMinorVersion());
case JSBuiltin.Global_unescape:
return(GlobalObject.unescape(GetArg(args, 0, length)));
case JSBuiltin.Math_abs:
return(MathObject.abs(Microsoft.JScript.Convert.ToNumber(GetArg(args, 0, length))));
case JSBuiltin.Math_acos:
return(MathObject.acos(Microsoft.JScript.Convert.ToNumber(GetArg(args, 0, length))));
case JSBuiltin.Math_asin:
return(MathObject.asin(Microsoft.JScript.Convert.ToNumber(GetArg(args, 0, length))));
case JSBuiltin.Math_atan:
return(MathObject.atan(Microsoft.JScript.Convert.ToNumber(GetArg(args, 0, length))));
case JSBuiltin.Math_atan2:
return(MathObject.atan2(Microsoft.JScript.Convert.ToNumber(GetArg(args, 0, length)), Microsoft.JScript.Convert.ToNumber(GetArg(args, 1, length))));
case JSBuiltin.Math_ceil:
return(MathObject.ceil(Microsoft.JScript.Convert.ToNumber(GetArg(args, 0, length))));
case JSBuiltin.Math_cos:
return(MathObject.cos(Microsoft.JScript.Convert.ToNumber(GetArg(args, 0, length))));
case JSBuiltin.Math_exp:
return(MathObject.exp(Microsoft.JScript.Convert.ToNumber(GetArg(args, 0, length))));
case JSBuiltin.Math_floor:
return(MathObject.floor(Microsoft.JScript.Convert.ToNumber(GetArg(args, 0, length))));
case JSBuiltin.Math_log:
return(MathObject.log(Microsoft.JScript.Convert.ToNumber(GetArg(args, 0, length))));
case JSBuiltin.Math_max:
return(MathObject.max(GetArg(args, 0, length), GetArg(args, 1, length), VarArgs(args, 2, length)));
case JSBuiltin.Math_min:
return(MathObject.min(GetArg(args, 0, length), GetArg(args, 1, length), VarArgs(args, 2, length)));
case JSBuiltin.Math_pow:
return(MathObject.pow(Microsoft.JScript.Convert.ToNumber(GetArg(args, 0, length)), Microsoft.JScript.Convert.ToNumber(GetArg(args, 1, length))));
case JSBuiltin.Math_random:
return(MathObject.random());
case JSBuiltin.Math_round:
return(MathObject.round(Microsoft.JScript.Convert.ToNumber(GetArg(args, 0, length))));
case JSBuiltin.Math_sin:
return(MathObject.sin(Microsoft.JScript.Convert.ToNumber(GetArg(args, 0, length))));
case JSBuiltin.Math_sqrt:
return(MathObject.sqrt(Microsoft.JScript.Convert.ToNumber(GetArg(args, 0, length))));
case JSBuiltin.Math_tan:
return(MathObject.tan(Microsoft.JScript.Convert.ToNumber(GetArg(args, 0, length))));
case JSBuiltin.Number_toExponential:
return(NumberPrototype.toExponential(thisob, GetArg(args, 0, length)));
case JSBuiltin.Number_toFixed:
return(NumberPrototype.toFixed(thisob, Microsoft.JScript.Convert.ToNumber(GetArg(args, 0, length))));
case JSBuiltin.Number_toLocaleString:
return(NumberPrototype.toLocaleString(thisob));
case JSBuiltin.Number_toPrecision:
return(NumberPrototype.toPrecision(thisob, GetArg(args, 0, length)));
case JSBuiltin.Number_toString:
return(NumberPrototype.toString(thisob, GetArg(args, 0, length)));
case JSBuiltin.Number_valueOf:
return(NumberPrototype.valueOf(thisob));
case JSBuiltin.Object_hasOwnProperty:
return(ObjectPrototype.hasOwnProperty(thisob, GetArg(args, 0, length)));
case JSBuiltin.Object_isPrototypeOf:
return(ObjectPrototype.isPrototypeOf(thisob, GetArg(args, 0, length)));
case JSBuiltin.Object_propertyIsEnumerable:
return(ObjectPrototype.propertyIsEnumerable(thisob, GetArg(args, 0, length)));
case JSBuiltin.Object_toLocaleString:
return(ObjectPrototype.toLocaleString(thisob));
case JSBuiltin.Object_toString:
return(ObjectPrototype.toString(thisob));
case JSBuiltin.Object_valueOf:
return(ObjectPrototype.valueOf(thisob));
case JSBuiltin.RegExp_compile:
return(RegExpPrototype.compile(thisob, GetArg(args, 0, length), GetArg(args, 1, length)));
case JSBuiltin.RegExp_exec:
return(RegExpPrototype.exec(thisob, GetArg(args, 0, length)));
case JSBuiltin.RegExp_test:
return(RegExpPrototype.test(thisob, GetArg(args, 0, length)));
case JSBuiltin.RegExp_toString:
return(RegExpPrototype.toString(thisob));
case JSBuiltin.String_anchor:
return(StringPrototype.anchor(thisob, GetArg(args, 0, length)));
case JSBuiltin.String_big:
return(StringPrototype.big(thisob));
case JSBuiltin.String_blink:
return(StringPrototype.blink(thisob));
case JSBuiltin.String_bold:
return(StringPrototype.bold(thisob));
case JSBuiltin.String_charAt:
return(StringPrototype.charAt(thisob, Microsoft.JScript.Convert.ToNumber(GetArg(args, 0, length))));
case JSBuiltin.String_charCodeAt:
return(StringPrototype.charCodeAt(thisob, Microsoft.JScript.Convert.ToNumber(GetArg(args, 0, length))));
case JSBuiltin.String_concat:
return(StringPrototype.concat(thisob, args));
case JSBuiltin.String_fixed:
return(StringPrototype.@fixed(thisob));
case JSBuiltin.String_fontcolor:
return(StringPrototype.fontcolor(thisob, GetArg(args, 0, length)));
case JSBuiltin.String_fontsize:
return(StringPrototype.fontsize(thisob, GetArg(args, 0, length)));
case JSBuiltin.String_fromCharCode:
return(StringConstructor.fromCharCode(args));
case JSBuiltin.String_indexOf:
return(StringPrototype.indexOf(thisob, GetArg(args, 0, length), Microsoft.JScript.Convert.ToNumber(GetArg(args, 1, length))));
case JSBuiltin.String_italics:
return(StringPrototype.italics(thisob));
case JSBuiltin.String_lastIndexOf:
return(StringPrototype.lastIndexOf(thisob, GetArg(args, 0, length), Microsoft.JScript.Convert.ToNumber(GetArg(args, 1, length))));
case JSBuiltin.String_link:
return(StringPrototype.link(thisob, GetArg(args, 0, length)));
case JSBuiltin.String_localeCompare:
return(StringPrototype.localeCompare(thisob, GetArg(args, 0, length)));
case JSBuiltin.String_match:
return(StringPrototype.match(thisob, engine, GetArg(args, 0, length)));
case JSBuiltin.String_replace:
return(StringPrototype.replace(thisob, GetArg(args, 0, length), GetArg(args, 1, length)));
case JSBuiltin.String_search:
return(StringPrototype.search(thisob, engine, GetArg(args, 0, length)));
case JSBuiltin.String_slice:
return(StringPrototype.slice(thisob, Microsoft.JScript.Convert.ToNumber(GetArg(args, 0, length)), GetArg(args, 1, length)));
case JSBuiltin.String_small:
return(StringPrototype.small(thisob));
case JSBuiltin.String_split:
return(StringPrototype.split(thisob, engine, GetArg(args, 0, length), GetArg(args, 1, length)));
case JSBuiltin.String_strike:
return(StringPrototype.strike(thisob));
case JSBuiltin.String_sub:
return(StringPrototype.sub(thisob));
case JSBuiltin.String_substr:
return(StringPrototype.substr(thisob, Microsoft.JScript.Convert.ToNumber(GetArg(args, 0, length)), GetArg(args, 1, length)));
case JSBuiltin.String_substring:
return(StringPrototype.substring(thisob, Microsoft.JScript.Convert.ToNumber(GetArg(args, 0, length)), GetArg(args, 1, length)));
case JSBuiltin.String_sup:
return(StringPrototype.sup(thisob));
case JSBuiltin.String_toLocaleLowerCase:
return(StringPrototype.toLocaleLowerCase(thisob));
case JSBuiltin.String_toLocaleUpperCase:
return(StringPrototype.toLocaleUpperCase(thisob));
case JSBuiltin.String_toLowerCase:
return(StringPrototype.toLowerCase(thisob));
case JSBuiltin.String_toString:
return(StringPrototype.toString(thisob));
case JSBuiltin.String_toUpperCase:
return(StringPrototype.toUpperCase(thisob));
case JSBuiltin.String_valueOf:
return(StringPrototype.valueOf(thisob));
case JSBuiltin.VBArray_dimensions:
return(VBArrayPrototype.dimensions(thisob));
case JSBuiltin.VBArray_getItem:
return(VBArrayPrototype.getItem(thisob, args));
case JSBuiltin.VBArray_lbound:
return(VBArrayPrototype.lbound(thisob, GetArg(args, 0, length)));
case JSBuiltin.VBArray_toArray:
return(VBArrayPrototype.toArray(thisob, engine));
case JSBuiltin.VBArray_ubound:
return(VBArrayPrototype.ubound(thisob, GetArg(args, 0, length)));
}
return(method.Invoke(thisob, BindingFlags.Default, JSBinder.ob, args, null));
}
internal StringPrototype(FunctionPrototype funcprot, ObjectPrototype parent)
: base(parent, "")
{
this.noExpando = true;
}