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/* ***** BEGIN LICENSE BLOCK *****
* Version: MPL 1.1/GPL 2.0/LGPL 2.1
*
* The contents of this file are subject to the Mozilla Public License Version
* 1.1 (the "License"); you may not use this file except in compliance with
* the License. You may obtain a copy of the License at
* http://www.mozilla.org/MPL/
*
* Software distributed under the License is distributed on an "AS IS" basis,
* WITHOUT WARRANTY OF ANY KIND, either express or implied. See the License
* for the specific language governing rights and limitations under the
* License.
*
* The Original Code is [Open Source Virtual Machine.].
*
* The Initial Developer of the Original Code is
* Adobe System Incorporated.
* Portions created by the Initial Developer are Copyright (C) 2004-2006
* the Initial Developer. All Rights Reserved.
*
* Contributor(s):
* Adobe AS3 Team
*
* Alternatively, the contents of this file may be used under the terms of
* either the GNU General Public License Version 2 or later (the "GPL"), or
* the GNU Lesser General Public License Version 2.1 or later (the "LGPL"),
* in which case the provisions of the GPL or the LGPL are applicable instead
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* the provisions above, a recipient may use your version of this file under
* the terms of any one of the MPL, the GPL or the LGPL.
*
* ***** END LICENSE BLOCK ***** */
#ifndef __avmplus_ArrayClass__
#define __avmplus_ArrayClass__
namespace avmplus
{
/**
* class Array
*/
class ArrayClass : public ClassClosure
{
public:
ArrayClass(VTable* cvtable);
// this = argv[0]
// arg1 = argv[1]
// argN = argv[argc]
Atom call(int argc, Atom* argv)
{
return construct(argc, argv);
}
// create a new array, even when argc=1
ArrayObject* newarray(Atom* argv, int argc);
ArrayObject* newArray(uint32 capacity=0);
// override ScriptObject::createInstance
ArrayObject* createInstance(VTable *ivtable, ScriptObject* prototype);
// AS3 glue code methods (not inlined, just declared here for convenience)
ArrayObject* _concat(Atom thisAtom, ArrayObject* args) { return ArrayClass::generic_concat(toplevel(), thisAtom, args); }
Atom _pop(Atom thisAtom) { return ArrayClass::generic_pop(toplevel(), thisAtom); }
Atom _reverse(Atom thisAtom) { return ArrayClass::generic_reverse(toplevel(), thisAtom); }
Atom _shift(Atom thisAtom) { return ArrayClass::generic_shift(toplevel(), thisAtom); }
ArrayObject* _slice(Atom thisAtom, double A, double B) { return ArrayClass::generic_slice(toplevel(), thisAtom, A, B); }
Atom _sort(Atom thisAtom, ArrayObject *args) { return ArrayClass::generic_sort(toplevel(), thisAtom, args); }
Atom _sortOn(Atom thisAtom, Atom namesAtom, Atom optionsAtom) { return ArrayClass::generic_sortOn(toplevel(), thisAtom, namesAtom, optionsAtom); }
ArrayObject* _splice(Atom thisAtom, ArrayObject* args) { return ArrayClass::generic_splice(toplevel(), thisAtom, args); }
int _indexOf(Atom thisAtom, Atom searchElement, int startIndex) { return ArrayClass::generic_indexOf(toplevel(), thisAtom, searchElement, startIndex); }
int _lastIndexOf(Atom thisAtom, Atom searchElement, int startIndex) { return ArrayClass::generic_lastIndexOf(toplevel(), thisAtom, searchElement, startIndex); }
bool _every(Atom thisAtom, ScriptObject* callback, Atom thisObject) { return ArrayClass::generic_every(toplevel(), thisAtom, callback, thisObject); }
ArrayObject* _filter(Atom thisAtom, ScriptObject* callback, Atom thisObject) { return ArrayClass::generic_filter(toplevel(), thisAtom, callback, thisObject); }
void _forEach(Atom thisAtom, ScriptObject* callback, Atom thisObject) { return ArrayClass::generic_forEach(toplevel(), thisAtom, callback, thisObject); }
bool _some(Atom thisAtom, ScriptObject* callback, Atom thisObject) { return ArrayClass::generic_some(toplevel(), thisAtom, callback, thisObject); }
ArrayObject* _map(Atom thisAtom, ScriptObject* callback, Atom thisObject) { return ArrayClass::generic_map(toplevel(), thisAtom, callback, thisObject); }
uint32 _unshift(Atom thisAtom, ArrayObject* args) { return ArrayClass::generic_unshift(toplevel(), thisAtom, args); }
// inline wrappers for legacy code.
inline ArrayObject* concat(Atom thisAtom, ArrayObject* args) { return ArrayClass::generic_concat(toplevel(), thisAtom, args); }
inline Atom pop(Atom thisAtom) { return ArrayClass::generic_pop(toplevel(), thisAtom); }
inline Atom reverse(Atom thisAtom) { return ArrayClass::generic_reverse(toplevel(), thisAtom); }
inline Atom shift(Atom thisAtom) { return ArrayClass::generic_shift(toplevel(), thisAtom); }
inline ArrayObject* slice(Atom thisAtom, double A, double B) { return ArrayClass::generic_slice(toplevel(), thisAtom, A, B); }
inline Atom sort(Atom thisAtom, ArrayObject *args) { return ArrayClass::generic_sort(toplevel(), thisAtom, args); }
inline Atom sortOn(Atom thisAtom, Atom namesAtom, Atom optionsAtom) { return ArrayClass::generic_sortOn(toplevel(), thisAtom, namesAtom, optionsAtom); }
inline ArrayObject* splice(Atom thisAtom, ArrayObject* args) { return ArrayClass::generic_splice(toplevel(), thisAtom, args); }
inline int indexOf(Atom thisAtom, Atom searchElement, int startIndex) { return ArrayClass::generic_indexOf(toplevel(), thisAtom, searchElement, startIndex); }
inline int lastIndexOf(Atom thisAtom, Atom searchElement, int startIndex) { return ArrayClass::generic_lastIndexOf(toplevel(), thisAtom, searchElement, startIndex); }
inline bool every(Atom thisAtom, ScriptObject* callback, Atom thisObject) { return ArrayClass::generic_every(toplevel(), thisAtom, callback, thisObject); }
inline ArrayObject* filter(Atom thisAtom, ScriptObject* callback, Atom thisObject) { return ArrayClass::generic_filter(toplevel(), thisAtom, callback, thisObject); }
inline void forEach(Atom thisAtom, ScriptObject* callback, Atom thisObject) { return ArrayClass::generic_forEach(toplevel(), thisAtom, callback, thisObject); }
inline bool some(Atom thisAtom, ScriptObject* callback, Atom thisObject) { return ArrayClass::generic_some(toplevel(), thisAtom, callback, thisObject); }
inline ArrayObject* map(Atom thisAtom, ScriptObject* callback, Atom thisObject) { return ArrayClass::generic_map(toplevel(), thisAtom, callback, thisObject); }
static ArrayObject* generic_concat(Toplevel* toplevel, Atom thisAtom, ArrayObject* args);
static Atom generic_pop(Toplevel* toplevel, Atom thisAtom);
static Atom generic_reverse(Toplevel* toplevel, Atom thisAtom);
static Atom generic_shift(Toplevel* toplevel, Atom thisAtom);
static ArrayObject* generic_slice(Toplevel* toplevel, Atom thisAtom, double A, double B);
static Atom generic_sort(Toplevel* toplevel, Atom thisAtom, ArrayObject *args);
static Atom generic_sortOn(Toplevel* toplevel, Atom thisAtom, Atom namesAtom, Atom optionsAtom);
static ArrayObject* generic_splice(Toplevel* toplevel, Atom thisAtom, ArrayObject* args);
static int generic_indexOf(Toplevel* toplevel, Atom thisAtom, Atom searchElement, int startIndex);
static int generic_lastIndexOf(Toplevel* toplevel, Atom thisAtom, Atom searchElement, int startIndex);
static bool generic_every(Toplevel* toplevel, Atom thisAtom, ScriptObject* callback, Atom thisObject);
static ArrayObject* generic_filter(Toplevel* toplevel, Atom thisAtom, ScriptObject* callback, Atom thisObject);
static void generic_forEach(Toplevel* toplevel, Atom thisAtom, ScriptObject* callback, Atom thisObject);
static bool generic_some(Toplevel* toplevel, Atom thisAtom, ScriptObject* callback, Atom thisObject);
static ArrayObject* generic_map(Toplevel* toplevel, Atom thisAtom, ScriptObject* callback, Atom thisObject);
static uint32 generic_unshift(Toplevel* toplevel, Atom thisAtom, ArrayObject* args);
static uint32_t getLengthHelper(Toplevel* toplevel, ScriptObject* d);
private:
static void setLengthHelper(Toplevel* toplevel, ScriptObject *d, uint32 newLen);
static ArrayObject* isArray(Toplevel* toplevel, Atom instance);
const DRCWB(Stringp) kComma;
DECLARE_SLOTS_ArrayClass;
};
}
#endif /* __avmplus_ArrayClass__ */