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variant_call.cpp
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/*************************************************************************/
/* variant_call.cpp */
/*************************************************************************/
/* This file is part of: */
/* GODOT ENGINE */
/* http://www.godotengine.org */
/*************************************************************************/
/* Copyright (c) 2007-2016 Juan Linietsky, Ariel Manzur. */
/* */
/* Permission is hereby granted, free of charge, to any person obtaining */
/* a copy of this software and associated documentation files (the */
/* "Software"), to deal in the Software without restriction, including */
/* without limitation the rights to use, copy, modify, merge, publish, */
/* distribute, sublicense, and/or sell copies of the Software, and to */
/* permit persons to whom the Software is furnished to do so, subject to */
/* the following conditions: */
/* */
/* The above copyright notice and this permission notice shall be */
/* included in all copies or substantial portions of the Software. */
/* */
/* THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, */
/* EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF */
/* MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT.*/
/* IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY */
/* CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, */
/* TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE */
/* SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. */
/*************************************************************************/
#include "variant.h"
#include "object.h"
#include "os/os.h"
#include "core_string_names.h"
#include "script_language.h"
typedef void (*VariantFunc)(Variant& r_ret,Variant& p_self,const Variant** p_args);
typedef void (*VariantConstructFunc)(Variant& r_ret,const Variant** p_args);
VARIANT_ENUM_CAST(Image::CompressMode);
//VARIANT_ENUM_CAST(Image::Format);
struct _VariantCall {
static void Vector3_dot(Variant& r_ret,Variant& p_self,const Variant** p_args) {
r_ret=reinterpret_cast<Vector3*>(p_self._data._mem)->dot(*reinterpret_cast<const Vector3*>(p_args[0]->_data._mem));
}
struct FuncData {
int arg_count;
Vector<Variant> default_args;
Vector<Variant::Type> arg_types;
#ifdef DEBUG_ENABLED
Vector<StringName> arg_names;
Variant::Type return_type;
bool returns;
#endif
VariantFunc func;
_FORCE_INLINE_ bool verify_arguments(const Variant **p_args,Variant::CallError &r_error) {
if (arg_count==0)
return true;
Variant::Type *tptr = &arg_types[0];
for(int i=0;i<arg_count;i++) {
if (!tptr[i] || tptr[i]==p_args[i]->type)
continue; // all good
if (!Variant::can_convert(p_args[i]->type,tptr[i])) {
r_error.error=Variant::CallError::CALL_ERROR_INVALID_ARGUMENT;
r_error.argument=i;
r_error.expected=tptr[i];
return false;
}
}
return true;
}
_FORCE_INLINE_ void call(Variant& r_ret,Variant& p_self,const Variant** p_args,int p_argcount,Variant::CallError &r_error) {
#ifdef DEBUG_ENABLED
if(p_argcount>arg_count) {
r_error.error=Variant::CallError::CALL_ERROR_TOO_MANY_ARGUMENTS;
r_error.argument=arg_count;
return;
} else
#endif
if (p_argcount<arg_count) {
int def_argcount = default_args.size();
#ifdef DEBUG_ENABLED
if (p_argcount<(arg_count-def_argcount)) {
r_error.error=Variant::CallError::CALL_ERROR_TOO_FEW_ARGUMENTS;
r_error.argument=arg_count-def_argcount;
return;
}
#endif
ERR_FAIL_COND(p_argcount>VARIANT_ARG_MAX);
const Variant *newargs[VARIANT_ARG_MAX];
for(int i=0;i<p_argcount;i++)
newargs[i]=p_args[i];
int defargcount=def_argcount;
for(int i=p_argcount;i<arg_count;i++)
newargs[i]=&default_args[defargcount-(i-p_argcount)-1]; //default arguments
#ifdef DEBUG_ENABLED
if (!verify_arguments(newargs,r_error))
return;
#endif
func(r_ret,p_self,newargs);
} else {
#ifdef DEBUG_ENABLED
if (!verify_arguments(p_args,r_error))
return;
#endif
func(r_ret,p_self,p_args);
}
}
};
struct TypeFunc {
Map<StringName,FuncData> functions;
};
static TypeFunc* type_funcs;
struct Arg {
StringName name;
Variant::Type type;
Arg() { type=Variant::NIL;}
Arg(Variant::Type p_type,const StringName &p_name) { name=p_name; type=p_type; }
};
// void addfunc(Variant::Type p_type, const StringName& p_name,VariantFunc p_func);
static void addfunc(Variant::Type p_type, Variant::Type p_return,const StringName& p_name,VariantFunc p_func, const Vector<Variant>& p_defaultarg,const Arg& p_argtype1=Arg(),const Arg& p_argtype2=Arg(),const Arg& p_argtype3=Arg(),const Arg& p_argtype4=Arg(),const Arg& p_argtype5=Arg()) {
FuncData funcdata;
funcdata.func=p_func;
funcdata.default_args=p_defaultarg;
#ifdef DEBUG_ENABLED
funcdata.return_type=p_return;
funcdata.returns=p_return!=Variant::NIL;
#endif
if (p_argtype1.name) {
funcdata.arg_types.push_back(p_argtype1.type);
#ifdef DEBUG_ENABLED
funcdata.arg_names.push_back(p_argtype1.name);
#endif
} else
goto end;
if (p_argtype2.name) {
funcdata.arg_types.push_back(p_argtype2.type);
#ifdef DEBUG_ENABLED
funcdata.arg_names.push_back(p_argtype2.name);
#endif
} else
goto end;
if (p_argtype3.name) {
funcdata.arg_types.push_back(p_argtype3.type);
#ifdef DEBUG_ENABLED
funcdata.arg_names.push_back(p_argtype3.name);
#endif
} else
goto end;
if (p_argtype4.name) {
funcdata.arg_types.push_back(p_argtype4.type);
#ifdef DEBUG_ENABLED
funcdata.arg_names.push_back(p_argtype4.name);
#endif
} else
goto end;
if (p_argtype5.name) {
funcdata.arg_types.push_back(p_argtype5.type);
#ifdef DEBUG_ENABLED
funcdata.arg_names.push_back(p_argtype5.name);
#endif
} else
goto end;
end:
funcdata.arg_count=funcdata.arg_types.size();
type_funcs[p_type].functions[p_name]=funcdata;
}
#define VCALL_LOCALMEM0(m_type,m_method)\
static void _call_##m_type##_##m_method(Variant& r_ret,Variant& p_self,const Variant** p_args) { reinterpret_cast<m_type*>(p_self._data._mem)->m_method(); }
#define VCALL_LOCALMEM0R(m_type,m_method)\
static void _call_##m_type##_##m_method(Variant& r_ret,Variant& p_self,const Variant** p_args) { r_ret=reinterpret_cast<m_type*>(p_self._data._mem)->m_method(); }
#define VCALL_LOCALMEM1(m_type,m_method)\
static void _call_##m_type##_##m_method(Variant& r_ret,Variant& p_self,const Variant** p_args) { reinterpret_cast<m_type*>(p_self._data._mem)->m_method(*p_args[0]); }
#define VCALL_LOCALMEM1R(m_type,m_method)\
static void _call_##m_type##_##m_method(Variant& r_ret,Variant& p_self,const Variant** p_args) { r_ret=reinterpret_cast<m_type*>(p_self._data._mem)->m_method(*p_args[0]); }
#define VCALL_LOCALMEM2(m_type,m_method)\
static void _call_##m_type##_##m_method(Variant& r_ret,Variant& p_self,const Variant** p_args) { reinterpret_cast<m_type*>(p_self._data._mem)->m_method(*p_args[0],*p_args[1]); }
#define VCALL_LOCALMEM2R(m_type,m_method)\
static void _call_##m_type##_##m_method(Variant& r_ret,Variant& p_self,const Variant** p_args) { r_ret=reinterpret_cast<m_type*>(p_self._data._mem)->m_method(*p_args[0],*p_args[1]); }
#define VCALL_LOCALMEM3(m_type,m_method)\
static void _call_##m_type##_##m_method(Variant& r_ret,Variant& p_self,const Variant** p_args) { reinterpret_cast<m_type*>(p_self._data._mem)->m_method(*p_args[0],*p_args[1],*p_args[2]); }
#define VCALL_LOCALMEM3R(m_type,m_method)\
static void _call_##m_type##_##m_method(Variant& r_ret,Variant& p_self,const Variant** p_args) { r_ret=reinterpret_cast<m_type*>(p_self._data._mem)->m_method(*p_args[0],*p_args[1],*p_args[2]); }
#define VCALL_LOCALMEM4(m_type,m_method)\
static void _call_##m_type##_##m_method(Variant& r_ret,Variant& p_self,const Variant** p_args) { reinterpret_cast<m_type*>(p_self._data._mem)->m_method(*p_args[0],*p_args[1],*p_args[2],*p_args[3]); }
#define VCALL_LOCALMEM4R(m_type,m_method)\
static void _call_##m_type##_##m_method(Variant& r_ret,Variant& p_self,const Variant** p_args) { r_ret=reinterpret_cast<m_type*>(p_self._data._mem)->m_method(*p_args[0],*p_args[1],*p_args[2],*p_args[3]); }
#define VCALL_LOCALMEM5(m_type,m_method)\
static void _call_##m_type##_##m_method(Variant& r_ret,Variant& p_self,const Variant** p_args) { reinterpret_cast<m_type*>(p_self._data._mem)->m_method(*p_args[0],*p_args[1],*p_args[2],*p_args[3],*p_args[4]); }
#define VCALL_LOCALMEM5R(m_type,m_method)\
static void _call_##m_type##_##m_method(Variant& r_ret,Variant& p_self,const Variant** p_args) { r_ret=reinterpret_cast<m_type*>(p_self._data._mem)->m_method(*p_args[0],*p_args[1],*p_args[2],*p_args[3],*p_args[4]); }
// built-in functions of localmem based types
VCALL_LOCALMEM1R(String,casecmp_to);
VCALL_LOCALMEM1R(String,nocasecmp_to);
VCALL_LOCALMEM0R(String,length);
VCALL_LOCALMEM2R(String,substr);
VCALL_LOCALMEM2R(String,find);
VCALL_LOCALMEM1R(String,find_last);
VCALL_LOCALMEM2R(String,findn);
VCALL_LOCALMEM2R(String,rfind);
VCALL_LOCALMEM2R(String,rfindn);
VCALL_LOCALMEM1R(String,match);
VCALL_LOCALMEM1R(String,matchn);
VCALL_LOCALMEM1R(String,begins_with);
VCALL_LOCALMEM1R(String,ends_with);
VCALL_LOCALMEM1R(String,is_subsequence_of);
VCALL_LOCALMEM1R(String,is_subsequence_ofi);
VCALL_LOCALMEM0R(String,bigrams);
VCALL_LOCALMEM1R(String,similarity);
VCALL_LOCALMEM2R(String,replace);
VCALL_LOCALMEM2R(String,replacen);
VCALL_LOCALMEM2R(String,insert);
VCALL_LOCALMEM0R(String,capitalize);
VCALL_LOCALMEM2R(String,split);
VCALL_LOCALMEM2R(String,split_floats);
VCALL_LOCALMEM0R(String,to_upper);
VCALL_LOCALMEM0R(String,to_lower);
VCALL_LOCALMEM1R(String,left);
VCALL_LOCALMEM1R(String,right);
VCALL_LOCALMEM2R(String,strip_edges);
VCALL_LOCALMEM0R(String,extension);
VCALL_LOCALMEM0R(String,basename);
VCALL_LOCALMEM1R(String,plus_file);
VCALL_LOCALMEM1R(String,ord_at);
VCALL_LOCALMEM2(String,erase);
VCALL_LOCALMEM0R(String,hash);
VCALL_LOCALMEM0R(String,md5_text);
VCALL_LOCALMEM0R(String,sha256_text);
VCALL_LOCALMEM0R(String,md5_buffer);
VCALL_LOCALMEM0R(String,sha256_buffer);
VCALL_LOCALMEM0R(String,empty);
VCALL_LOCALMEM0R(String,is_abs_path);
VCALL_LOCALMEM0R(String,is_rel_path);
VCALL_LOCALMEM0R(String,get_base_dir);
VCALL_LOCALMEM0R(String,get_file);
VCALL_LOCALMEM0R(String,xml_escape);
VCALL_LOCALMEM0R(String,xml_unescape);
VCALL_LOCALMEM0R(String,c_escape);
VCALL_LOCALMEM0R(String,c_unescape);
VCALL_LOCALMEM0R(String,json_escape);
VCALL_LOCALMEM0R(String,percent_encode);
VCALL_LOCALMEM0R(String,percent_decode);
VCALL_LOCALMEM0R(String,is_valid_identifier);
VCALL_LOCALMEM0R(String,is_valid_integer);
VCALL_LOCALMEM0R(String,is_valid_float);
VCALL_LOCALMEM0R(String,is_valid_html_color);
VCALL_LOCALMEM0R(String,is_valid_ip_address);
VCALL_LOCALMEM0R(String,to_int);
VCALL_LOCALMEM0R(String,to_float);
VCALL_LOCALMEM0R(String,hex_to_int);
VCALL_LOCALMEM1R(String,pad_decimals);
VCALL_LOCALMEM1R(String,pad_zeros);
static void _call_String_to_ascii(Variant& r_ret,Variant& p_self,const Variant** p_args) {
String *s = reinterpret_cast<String*>(p_self._data._mem);
CharString charstr = s->ascii();
ByteArray retval;
size_t len = charstr.length();
retval.resize(len);
ByteArray::Write w = retval.write();
copymem(w.ptr(), charstr.ptr(), len);
w = DVector<uint8_t>::Write();
r_ret = retval;
}
static void _call_String_to_utf8(Variant& r_ret,Variant& p_self,const Variant** p_args) {
String *s = reinterpret_cast<String*>(p_self._data._mem);
CharString charstr = s->utf8();
ByteArray retval;
size_t len = charstr.length();
retval.resize(len);
ByteArray::Write w = retval.write();
copymem(w.ptr(), charstr.ptr(), len);
w = DVector<uint8_t>::Write();
r_ret = retval;
}
VCALL_LOCALMEM0R(Vector2,normalized);
VCALL_LOCALMEM0R(Vector2,length);
VCALL_LOCALMEM0R(Vector2,length_squared);
VCALL_LOCALMEM1R(Vector2,distance_to);
VCALL_LOCALMEM1R(Vector2,distance_squared_to);
VCALL_LOCALMEM1R(Vector2,angle_to);
VCALL_LOCALMEM1R(Vector2,angle_to_point);
VCALL_LOCALMEM2R(Vector2,linear_interpolate);
VCALL_LOCALMEM4R(Vector2,cubic_interpolate);
VCALL_LOCALMEM1R(Vector2,rotated);
VCALL_LOCALMEM0R(Vector2,tangent);
VCALL_LOCALMEM0R(Vector2,floor);
VCALL_LOCALMEM1R(Vector2,snapped);
VCALL_LOCALMEM0R(Vector2,get_aspect);
VCALL_LOCALMEM1R(Vector2,dot);
VCALL_LOCALMEM1R(Vector2,slide);
VCALL_LOCALMEM1R(Vector2,reflect);
VCALL_LOCALMEM0R(Vector2,angle);
// VCALL_LOCALMEM1R(Vector2,cross);
VCALL_LOCALMEM0R(Vector2,abs);
VCALL_LOCALMEM0R(Rect2,get_area);
VCALL_LOCALMEM1R(Rect2,intersects);
VCALL_LOCALMEM1R(Rect2,encloses);
VCALL_LOCALMEM0R(Rect2,has_no_area);
VCALL_LOCALMEM1R(Rect2,clip);
VCALL_LOCALMEM1R(Rect2,merge);
VCALL_LOCALMEM1R(Rect2,has_point);
VCALL_LOCALMEM1R(Rect2,grow);
VCALL_LOCALMEM1R(Rect2,expand);
VCALL_LOCALMEM0R(Vector3, min_axis);
VCALL_LOCALMEM0R(Vector3, max_axis);
VCALL_LOCALMEM0R(Vector3, length);
VCALL_LOCALMEM0R(Vector3, length_squared);
VCALL_LOCALMEM0R(Vector3, normalized);
VCALL_LOCALMEM0R(Vector3, inverse);
VCALL_LOCALMEM1R(Vector3, snapped);
VCALL_LOCALMEM2R(Vector3, rotated);
VCALL_LOCALMEM2R(Vector3, linear_interpolate);
VCALL_LOCALMEM4R(Vector3, cubic_interpolate);
VCALL_LOCALMEM1R(Vector3, dot);
VCALL_LOCALMEM1R(Vector3, cross);
VCALL_LOCALMEM0R(Vector3, abs);
VCALL_LOCALMEM0R(Vector3, floor);
VCALL_LOCALMEM0R(Vector3, ceil);
VCALL_LOCALMEM1R(Vector3, distance_to);
VCALL_LOCALMEM1R(Vector3, distance_squared_to);
VCALL_LOCALMEM1R(Vector3, slide);
VCALL_LOCALMEM1R(Vector3, reflect);
VCALL_LOCALMEM0R(Plane,normalized);
VCALL_LOCALMEM0R(Plane,center);
VCALL_LOCALMEM0R(Plane,get_any_point);
VCALL_LOCALMEM1R(Plane,is_point_over);
VCALL_LOCALMEM1R(Plane,distance_to);
VCALL_LOCALMEM2R(Plane,has_point);
VCALL_LOCALMEM1R(Plane,project);
//return vector3 if intersected, nil if not
static void _call_Plane_intersect_3(Variant& r_ret,Variant& p_self,const Variant** p_args) {
Vector3 result;
if (reinterpret_cast<Plane*>(p_self._data._mem)->intersect_3(*p_args[0],*p_args[1],&result))
r_ret=result;
else
r_ret=Variant();
}
static void _call_Plane_intersects_ray(Variant& r_ret,Variant& p_self,const Variant** p_args) {
Vector3 result;
if (reinterpret_cast<Plane*>(p_self._data._mem)->intersects_ray(*p_args[0],*p_args[1],&result))
r_ret=result;
else
r_ret=Variant();
}
static void _call_Plane_intersects_segment(Variant& r_ret,Variant& p_self,const Variant** p_args) {
Vector3 result;
if (reinterpret_cast<Plane*>(p_self._data._mem)->intersects_segment(*p_args[0],*p_args[1],&result))
r_ret=result;
else
r_ret=Variant();
}
static void _call_Vector2_floorf(Variant& r_ret,Variant& p_self,const Variant** p_args) {
r_ret = reinterpret_cast<Vector2*>(p_self._data._mem)->floor();
};
VCALL_LOCALMEM0R(Quat,length);
VCALL_LOCALMEM0R(Quat,length_squared);
VCALL_LOCALMEM0R(Quat,normalized);
VCALL_LOCALMEM0R(Quat,inverse);
VCALL_LOCALMEM1R(Quat,dot);
VCALL_LOCALMEM1R(Quat,xform);
VCALL_LOCALMEM2R(Quat,slerp);
VCALL_LOCALMEM2R(Quat,slerpni);
VCALL_LOCALMEM4R(Quat,cubic_slerp);
VCALL_LOCALMEM0R(Color,to_32);
VCALL_LOCALMEM0R(Color,to_ARGB32);
VCALL_LOCALMEM0R(Color,gray);
VCALL_LOCALMEM0R(Color,inverted);
VCALL_LOCALMEM0R(Color,contrasted);
VCALL_LOCALMEM2R(Color,linear_interpolate);
VCALL_LOCALMEM1R(Color,blend);
VCALL_LOCALMEM1R(Color,to_html);
VCALL_LOCALMEM0R(RID,get_id);
VCALL_LOCALMEM0R(NodePath,is_absolute);
VCALL_LOCALMEM0R(NodePath,get_name_count);
VCALL_LOCALMEM1R(NodePath,get_name);
VCALL_LOCALMEM0R(NodePath,get_subname_count);
VCALL_LOCALMEM1R(NodePath,get_subname);
VCALL_LOCALMEM0R(NodePath,get_property);
VCALL_LOCALMEM0R(NodePath,is_empty);
VCALL_LOCALMEM0R(Dictionary,size);
VCALL_LOCALMEM0R(Dictionary,empty);
VCALL_LOCALMEM0(Dictionary,clear);
VCALL_LOCALMEM1R(Dictionary,has);
VCALL_LOCALMEM1R(Dictionary,has_all);
VCALL_LOCALMEM1(Dictionary,erase);
VCALL_LOCALMEM0R(Dictionary,hash);
VCALL_LOCALMEM0R(Dictionary,keys);
VCALL_LOCALMEM0R(Dictionary,values);
VCALL_LOCALMEM1R(Dictionary,parse_json);
VCALL_LOCALMEM0R(Dictionary,to_json);
VCALL_LOCALMEM2(Array,set);
VCALL_LOCALMEM1R(Array,get);
VCALL_LOCALMEM0R(Array,size);
VCALL_LOCALMEM0R(Array,empty);
VCALL_LOCALMEM0(Array,clear);
VCALL_LOCALMEM0R(Array,hash);
VCALL_LOCALMEM1(Array,push_back);
VCALL_LOCALMEM1(Array,push_front);
VCALL_LOCALMEM0(Array,pop_back);
VCALL_LOCALMEM0(Array,pop_front);
VCALL_LOCALMEM1(Array,append);
VCALL_LOCALMEM1(Array,resize);
VCALL_LOCALMEM2(Array,insert);
VCALL_LOCALMEM1(Array,remove);
VCALL_LOCALMEM2R(Array,find);
VCALL_LOCALMEM2R(Array,rfind);
VCALL_LOCALMEM1R(Array,find_last);
VCALL_LOCALMEM1R(Array,count);
VCALL_LOCALMEM1(Array,erase);
VCALL_LOCALMEM0(Array,sort);
VCALL_LOCALMEM2(Array,sort_custom);
VCALL_LOCALMEM0(Array,invert);
VCALL_LOCALMEM0R(Array,is_shared);
static void _call_ByteArray_get_string_from_ascii(Variant& r_ret,Variant& p_self,const Variant** p_args) {
ByteArray* ba = reinterpret_cast<ByteArray*>(p_self._data._mem);
String s;
if (ba->size()>=0) {
ByteArray::Read r = ba->read();
CharString cs;
cs.resize(ba->size()+1);
copymem(cs.ptr(),r.ptr(),ba->size());
cs[ba->size()]=0;
s = cs.get_data();
}
r_ret=s;
}
static void _call_ByteArray_get_string_from_utf8(Variant& r_ret,Variant& p_self,const Variant** p_args) {
ByteArray* ba = reinterpret_cast<ByteArray*>(p_self._data._mem);
String s;
if (ba->size()>=0) {
ByteArray::Read r = ba->read();
s.parse_utf8((const char*)r.ptr(),ba->size());
}
r_ret=s;
}
VCALL_LOCALMEM0R(ByteArray,size);
VCALL_LOCALMEM2(ByteArray,set);
VCALL_LOCALMEM1R(ByteArray,get);
VCALL_LOCALMEM1(ByteArray,push_back);
VCALL_LOCALMEM1(ByteArray,resize);
VCALL_LOCALMEM2R(ByteArray,insert);
VCALL_LOCALMEM1(ByteArray,remove);
VCALL_LOCALMEM1(ByteArray,append);
VCALL_LOCALMEM1(ByteArray,append_array);
VCALL_LOCALMEM0(ByteArray,invert);
VCALL_LOCALMEM0R(IntArray,size);
VCALL_LOCALMEM2(IntArray,set);
VCALL_LOCALMEM1R(IntArray,get);
VCALL_LOCALMEM1(IntArray,push_back);
VCALL_LOCALMEM1(IntArray,resize);
VCALL_LOCALMEM2R(IntArray,insert);
VCALL_LOCALMEM1(IntArray,remove);
VCALL_LOCALMEM1(IntArray,append);
VCALL_LOCALMEM1(IntArray,append_array);
VCALL_LOCALMEM0(IntArray,invert);
VCALL_LOCALMEM0R(RealArray,size);
VCALL_LOCALMEM2(RealArray,set);
VCALL_LOCALMEM1R(RealArray,get);
VCALL_LOCALMEM1(RealArray,push_back);
VCALL_LOCALMEM1(RealArray,resize);
VCALL_LOCALMEM2R(RealArray,insert);
VCALL_LOCALMEM1(RealArray,remove);
VCALL_LOCALMEM1(RealArray,append);
VCALL_LOCALMEM1(RealArray,append_array);
VCALL_LOCALMEM0(RealArray,invert);
VCALL_LOCALMEM0R(StringArray,size);
VCALL_LOCALMEM2(StringArray,set);
VCALL_LOCALMEM1R(StringArray,get);
VCALL_LOCALMEM1(StringArray,push_back);
VCALL_LOCALMEM1(StringArray,resize);
VCALL_LOCALMEM2R(StringArray,insert);
VCALL_LOCALMEM1(StringArray,remove);
VCALL_LOCALMEM1(StringArray,append);
VCALL_LOCALMEM1(StringArray,append_array);
VCALL_LOCALMEM0(StringArray,invert);
VCALL_LOCALMEM0R(Vector2Array,size);
VCALL_LOCALMEM2(Vector2Array,set);
VCALL_LOCALMEM1R(Vector2Array,get);
VCALL_LOCALMEM1(Vector2Array,push_back);
VCALL_LOCALMEM1(Vector2Array,resize);
VCALL_LOCALMEM2R(Vector2Array,insert);
VCALL_LOCALMEM1(Vector2Array,remove);
VCALL_LOCALMEM1(Vector2Array,append);
VCALL_LOCALMEM1(Vector2Array,append_array);
VCALL_LOCALMEM0(Vector2Array,invert);
VCALL_LOCALMEM0R(Vector3Array,size);
VCALL_LOCALMEM2(Vector3Array,set);
VCALL_LOCALMEM1R(Vector3Array,get);
VCALL_LOCALMEM1(Vector3Array,push_back);
VCALL_LOCALMEM1(Vector3Array,resize);
VCALL_LOCALMEM2R(Vector3Array,insert);
VCALL_LOCALMEM1(Vector3Array,remove);
VCALL_LOCALMEM1(Vector3Array,append);
VCALL_LOCALMEM1(Vector3Array,append_array);
VCALL_LOCALMEM0(Vector3Array,invert);
VCALL_LOCALMEM0R(ColorArray,size);
VCALL_LOCALMEM2(ColorArray,set);
VCALL_LOCALMEM1R(ColorArray,get);
VCALL_LOCALMEM1(ColorArray,push_back);
VCALL_LOCALMEM1(ColorArray,resize);
VCALL_LOCALMEM2R(ColorArray,insert);
VCALL_LOCALMEM1(ColorArray,remove);
VCALL_LOCALMEM1(ColorArray,append);
VCALL_LOCALMEM1(ColorArray,append_array);
VCALL_LOCALMEM0(ColorArray,invert);
#define VCALL_PTR0(m_type,m_method)\
static void _call_##m_type##_##m_method(Variant& r_ret,Variant& p_self,const Variant** p_args) { reinterpret_cast<m_type*>(p_self._data._ptr)->m_method(); }
#define VCALL_PTR0R(m_type,m_method)\
static void _call_##m_type##_##m_method(Variant& r_ret,Variant& p_self,const Variant** p_args) { r_ret=reinterpret_cast<m_type*>(p_self._data._ptr)->m_method(); }
#define VCALL_PTR1(m_type,m_method)\
static void _call_##m_type##_##m_method(Variant& r_ret,Variant& p_self,const Variant** p_args) { reinterpret_cast<m_type*>(p_self._data._ptr)->m_method(*p_args[0]); }
#define VCALL_PTR1R(m_type,m_method)\
static void _call_##m_type##_##m_method(Variant& r_ret,Variant& p_self,const Variant** p_args) { r_ret=reinterpret_cast<m_type*>(p_self._data._ptr)->m_method(*p_args[0]); }
#define VCALL_PTR2(m_type,m_method)\
static void _call_##m_type##_##m_method(Variant& r_ret,Variant& p_self,const Variant** p_args) { reinterpret_cast<m_type*>(p_self._data._ptr)->m_method(*p_args[0],*p_args[1]); }
#define VCALL_PTR2R(m_type,m_method)\
static void _call_##m_type##_##m_method(Variant& r_ret,Variant& p_self,const Variant** p_args) { r_ret=reinterpret_cast<m_type*>(p_self._data._ptr)->m_method(*p_args[0],*p_args[1]); }
#define VCALL_PTR3(m_type,m_method)\
static void _call_##m_type##_##m_method(Variant& r_ret,Variant& p_self,const Variant** p_args) { reinterpret_cast<m_type*>(p_self._data._ptr)->m_method(*p_args[0],*p_args[1],*p_args[2]); }
#define VCALL_PTR3R(m_type,m_method)\
static void _call_##m_type##_##m_method(Variant& r_ret,Variant& p_self,const Variant** p_args) { r_ret=reinterpret_cast<m_type*>(p_self._data._ptr)->m_method(*p_args[0],*p_args[1],*p_args[2]); }
#define VCALL_PTR4(m_type,m_method)\
static void _call_##m_type##_##m_method(Variant& r_ret,Variant& p_self,const Variant** p_args) { reinterpret_cast<m_type*>(p_self._data._ptr)->m_method(*p_args[0],*p_args[1],*p_args[2],*p_args[3]); }
#define VCALL_PTR4R(m_type,m_method)\
static void _call_##m_type##_##m_method(Variant& r_ret,Variant& p_self,const Variant** p_args) { r_ret=reinterpret_cast<m_type*>(p_self._data._ptr)->m_method(*p_args[0],*p_args[1],*p_args[2],*p_args[3]); }
#define VCALL_PTR5(m_type,m_method)\
static void _call_##m_type##_##m_method(Variant& r_ret,Variant& p_self,const Variant** p_args) { reinterpret_cast<m_type*>(p_self._data._ptr)->m_method(*p_args[0],*p_args[1],*p_args[2],*p_args[3],*p_args[4]); }
#define VCALL_PTR5R(m_type,m_method)\
static void _call_##m_type##_##m_method(Variant& r_ret,Variant& p_self,const Variant** p_args) { r_ret=reinterpret_cast<m_type*>(p_self._data._ptr)->m_method(*p_args[0],*p_args[1],*p_args[2],*p_args[3],*p_args[4]); }
VCALL_PTR0R(Image,get_format);
VCALL_PTR0R(Image,get_width);
VCALL_PTR0R(Image,get_height);
VCALL_PTR0R(Image,empty);
VCALL_PTR3R(Image,get_pixel);
VCALL_PTR4(Image, put_pixel);
VCALL_PTR0R(Image,get_used_rect);
VCALL_PTR3R(Image,brushed);
VCALL_PTR1R(Image,load);
VCALL_PTR1R(Image,save_png);
VCALL_PTR3(Image,brush_transfer);
VCALL_PTR1R(Image,get_rect);
VCALL_PTR1R(Image,compressed);
VCALL_PTR0R(Image,decompressed);
VCALL_PTR3R(Image, resized);
VCALL_PTR0R(Image, get_data);
VCALL_PTR3(Image, blit_rect);
VCALL_PTR1R(Image, converted);
VCALL_PTR0(Image, fix_alpha_edges);
VCALL_PTR0R( AABB, get_area );
VCALL_PTR0R( AABB, has_no_area );
VCALL_PTR0R( AABB, has_no_surface );
VCALL_PTR1R( AABB, intersects );
VCALL_PTR1R( AABB, encloses );
VCALL_PTR1R( AABB, merge );
VCALL_PTR1R( AABB, intersection );
VCALL_PTR1R( AABB, intersects_plane );
VCALL_PTR2R( AABB, intersects_segment );
VCALL_PTR1R( AABB, has_point );
VCALL_PTR1R( AABB, get_support );
VCALL_PTR0R( AABB, get_longest_axis );
VCALL_PTR0R( AABB, get_longest_axis_index );
VCALL_PTR0R( AABB, get_longest_axis_size );
VCALL_PTR0R( AABB, get_shortest_axis );
VCALL_PTR0R( AABB, get_shortest_axis_index );
VCALL_PTR0R( AABB, get_shortest_axis_size );
VCALL_PTR1R( AABB, expand );
VCALL_PTR1R( AABB, grow );
VCALL_PTR1R( AABB, get_endpoint );
VCALL_PTR0R( Matrix32, inverse );
VCALL_PTR0R( Matrix32, affine_inverse );
VCALL_PTR0R( Matrix32, get_rotation );
VCALL_PTR0R( Matrix32, get_origin );
VCALL_PTR0R( Matrix32, get_scale );
VCALL_PTR0R( Matrix32, orthonormalized );
VCALL_PTR1R( Matrix32, rotated );
VCALL_PTR1R( Matrix32, scaled );
VCALL_PTR1R( Matrix32, translated );
VCALL_PTR2R( Matrix32, interpolate_with );
static void _call_Matrix32_xform(Variant& r_ret,Variant& p_self,const Variant** p_args) {
switch(p_args[0]->type) {
case Variant::VECTOR2: r_ret=reinterpret_cast<Matrix32*>(p_self._data._ptr)->xform( p_args[0]->operator Vector2()); return;
case Variant::RECT2: r_ret=reinterpret_cast<Matrix32*>(p_self._data._ptr)->xform( p_args[0]->operator Rect2()); return;
default: r_ret=Variant();
}
}
static void _call_Matrix32_xform_inv(Variant& r_ret,Variant& p_self,const Variant** p_args) {
switch(p_args[0]->type) {
case Variant::VECTOR2: r_ret=reinterpret_cast<Matrix32*>(p_self._data._ptr)->xform_inv( p_args[0]->operator Vector2()); return;
case Variant::RECT2: r_ret=reinterpret_cast<Matrix32*>(p_self._data._ptr)->xform_inv( p_args[0]->operator Rect2()); return;
default: r_ret=Variant();
}
}
static void _call_Matrix32_basis_xform(Variant& r_ret,Variant& p_self,const Variant** p_args) {
switch(p_args[0]->type) {
case Variant::VECTOR2: r_ret=reinterpret_cast<Matrix32*>(p_self._data._ptr)->basis_xform( p_args[0]->operator Vector2()); return;
default: r_ret=Variant();
}
}
static void _call_Matrix32_basis_xform_inv(Variant& r_ret,Variant& p_self,const Variant** p_args) {
switch(p_args[0]->type) {
case Variant::VECTOR2: r_ret=reinterpret_cast<Matrix32*>(p_self._data._ptr)->basis_xform_inv( p_args[0]->operator Vector2()); return;
default: r_ret=Variant();
}
}
VCALL_PTR0R( Matrix3, inverse );
VCALL_PTR0R( Matrix3, transposed );
VCALL_PTR0R( Matrix3, determinant );
VCALL_PTR2R( Matrix3, rotated );
VCALL_PTR1R( Matrix3, scaled );
VCALL_PTR0R( Matrix3, get_scale );
VCALL_PTR0R( Matrix3, get_euler );
VCALL_PTR1R( Matrix3, tdotx );
VCALL_PTR1R( Matrix3, tdoty );
VCALL_PTR1R( Matrix3, tdotz );
VCALL_PTR1R( Matrix3, xform );
VCALL_PTR1R( Matrix3, xform_inv );
VCALL_PTR0R( Matrix3, get_orthogonal_index );
VCALL_PTR0R( Matrix3, orthonormalized );
VCALL_PTR0R( Transform, inverse );
VCALL_PTR0R( Transform, affine_inverse );
VCALL_PTR2R( Transform, rotated );
VCALL_PTR1R( Transform, scaled );
VCALL_PTR1R( Transform, translated );
VCALL_PTR0R( Transform, orthonormalized );
VCALL_PTR2R( Transform, looking_at );
static void _call_Transform_xform(Variant& r_ret,Variant& p_self,const Variant** p_args) {
switch(p_args[0]->type) {
case Variant::VECTOR3: r_ret=reinterpret_cast<Transform*>(p_self._data._ptr)->xform( p_args[0]->operator Vector3()); return;
case Variant::PLANE: r_ret=reinterpret_cast<Transform*>(p_self._data._ptr)->xform( p_args[0]->operator Plane()); return;
case Variant::_AABB: r_ret=reinterpret_cast<Transform*>(p_self._data._ptr)->xform( p_args[0]->operator AABB()); return;
default: r_ret=Variant();
}
}
static void _call_Transform_xform_inv(Variant& r_ret,Variant& p_self,const Variant** p_args) {
switch(p_args[0]->type) {
case Variant::VECTOR3: r_ret=reinterpret_cast<Transform*>(p_self._data._ptr)->xform_inv( p_args[0]->operator Vector3()); return;
case Variant::PLANE: r_ret=reinterpret_cast<Transform*>(p_self._data._ptr)->xform_inv( p_args[0]->operator Plane()); return;
case Variant::_AABB: r_ret=reinterpret_cast<Transform*>(p_self._data._ptr)->xform_inv( p_args[0]->operator AABB()); return;
default: r_ret=Variant();
}
}
/*
VCALL_PTR0( Transform, invert );
VCALL_PTR0( Transform, affine_invert );
VCALL_PTR2( Transform, rotate );
VCALL_PTR1( Transform, scale );
VCALL_PTR1( Transform, translate );
VCALL_PTR0( Transform, orthonormalize ); */
VCALL_PTR0R( InputEvent, is_pressed );
VCALL_PTR1R( InputEvent, is_action );
VCALL_PTR1R( InputEvent, is_action_pressed );
VCALL_PTR1R( InputEvent, is_action_released );
VCALL_PTR0R( InputEvent, is_echo );
VCALL_PTR2( InputEvent, set_as_action );
struct ConstructData {
int arg_count;
Vector<Variant::Type> arg_types;
Vector<String> arg_names;
VariantConstructFunc func;
};
struct ConstructFunc {
List<ConstructData> constructors;
};
static ConstructFunc* construct_funcs;
static void Vector2_init1(Variant& r_ret,const Variant** p_args) {
r_ret=Vector2(*p_args[0],*p_args[1]);
}
static void Rect2_init1(Variant& r_ret,const Variant** p_args) {
r_ret=Rect2(*p_args[0],*p_args[1]);
}
static void Rect2_init2(Variant& r_ret,const Variant** p_args) {
r_ret=Rect2(*p_args[0],*p_args[1],*p_args[2],*p_args[3]);
}
static void Matrix32_init2(Variant& r_ret,const Variant** p_args) {
Matrix32 m(*p_args[0], *p_args[1]);
r_ret=m;
}
static void Matrix32_init3(Variant& r_ret,const Variant** p_args) {
Matrix32 m;
m[0]=*p_args[0];
m[1]=*p_args[1];
m[2]=*p_args[2];
r_ret=m;
}
static void Vector3_init1(Variant& r_ret,const Variant** p_args) {
r_ret=Vector3(*p_args[0],*p_args[1],*p_args[2]);
}
static void Plane_init1(Variant& r_ret,const Variant** p_args) {
r_ret=Plane(*p_args[0],*p_args[1],*p_args[2],*p_args[3]);
}
static void Plane_init2(Variant& r_ret,const Variant** p_args) {
r_ret=Plane(*p_args[0],*p_args[1],*p_args[2]);
}
static void Plane_init3(Variant& r_ret,const Variant** p_args) {
r_ret=Plane(p_args[0]->operator Vector3(),p_args[1]->operator real_t());
}
static void Plane_init4(Variant& r_ret,const Variant** p_args) {
r_ret=Plane(p_args[0]->operator Vector3(),p_args[1]->operator Vector3());
}
static void Quat_init1(Variant& r_ret,const Variant** p_args) {
r_ret=Quat(*p_args[0],*p_args[1],*p_args[2],*p_args[3]);
}
static void Quat_init2(Variant& r_ret,const Variant** p_args) {
r_ret=Quat(((Vector3)(*p_args[0])),((float)(*p_args[1])));
}
static void Color_init1(Variant& r_ret,const Variant** p_args) {
r_ret=Color(*p_args[0],*p_args[1],*p_args[2],*p_args[3]);
}
static void Color_init2(Variant& r_ret,const Variant** p_args) {
r_ret=Color(*p_args[0],*p_args[1],*p_args[2]);
}
static void Color_init3(Variant& r_ret,const Variant** p_args) {
r_ret=Color::html(*p_args[0]);
}
static void Color_init4(Variant& r_ret,const Variant** p_args) {
r_ret=Color::hex(*p_args[0]);
}
static void AABB_init1(Variant& r_ret,const Variant** p_args) {
r_ret=AABB(*p_args[0],*p_args[1]);
}
static void Matrix3_init1(Variant& r_ret,const Variant** p_args) {
Matrix3 m;
m.set_axis(0,*p_args[0]);
m.set_axis(1,*p_args[1]);
m.set_axis(2,*p_args[2]);
r_ret=m;
}
static void Matrix3_init2(Variant& r_ret,const Variant** p_args) {
r_ret=Matrix3(p_args[0]->operator Vector3(),p_args[1]->operator real_t());
}
static void Transform_init1(Variant& r_ret,const Variant** p_args) {
Transform t;
t.basis.set_axis(0,*p_args[0]);
t.basis.set_axis(1,*p_args[1]);
t.basis.set_axis(2,*p_args[2]);
t.origin=*p_args[3];
r_ret=t;
}
static void Transform_init2(Variant& r_ret,const Variant** p_args) {
r_ret=Transform(p_args[0]->operator Matrix3(),p_args[1]->operator Vector3());
}
static void Image_init1(Variant& r_ret, const Variant** p_args) {
r_ret=Image(*p_args[0],*p_args[1],*p_args[2],Image::Format(p_args[3]->operator int()));
}
static void add_constructor(VariantConstructFunc p_func,const Variant::Type p_type,
const String& p_name1="", const Variant::Type p_type1=Variant::NIL,
const String& p_name2="", const Variant::Type p_type2=Variant::NIL,
const String& p_name3="", const Variant::Type p_type3=Variant::NIL,
const String& p_name4="", const Variant::Type p_type4=Variant::NIL ) {
ConstructData cd;
cd.func=p_func;
cd.arg_count=0;
if (p_name1=="")
goto end;
cd.arg_count++;
cd.arg_names.push_back(p_name1);
cd.arg_types.push_back(p_type1);
if (p_name2=="")
goto end;
cd.arg_count++;
cd.arg_names.push_back(p_name2);
cd.arg_types.push_back(p_type2);
if (p_name3=="")
goto end;
cd.arg_count++;
cd.arg_names.push_back(p_name3);
cd.arg_types.push_back(p_type3);
if (p_name4=="")
goto end;
cd.arg_count++;
cd.arg_names.push_back(p_name4);
cd.arg_types.push_back(p_type4);
end:
construct_funcs[p_type].constructors.push_back(cd);
}
struct ConstantData {
Map<StringName,int> value;
#ifdef DEBUG_ENABLED
List<StringName> value_ordered;
#endif
};
static ConstantData* constant_data;
static void add_constant(int p_type, StringName p_constant_name, int p_constant_value) {
constant_data[p_type].value[p_constant_name] = p_constant_value;
#ifdef DEBUG_ENABLED
constant_data[p_type].value_ordered.push_back(p_constant_name);
#endif
}
};
_VariantCall::TypeFunc* _VariantCall::type_funcs=NULL;
_VariantCall::ConstructFunc* _VariantCall::construct_funcs=NULL;
_VariantCall::ConstantData* _VariantCall::constant_data=NULL;
Variant Variant::call(const StringName& p_method,const Variant** p_args,int p_argcount,CallError &r_error) {
Variant ret;
call_ptr(p_method,p_args,p_argcount,&ret,r_error);
return ret;
}
void Variant::call_ptr(const StringName& p_method,const Variant** p_args,int p_argcount,Variant* r_ret,CallError &r_error) {
Variant ret;
if (type==Variant::OBJECT) {
//call object
Object *obj = _get_obj().obj;
if (!obj) {
r_error.error=CallError::CALL_ERROR_INSTANCE_IS_NULL;
return;
}
#ifdef DEBUG_ENABLED
if (ScriptDebugger::get_singleton() && _get_obj().ref.is_null()) {
//only if debugging!
if (!ObjectDB::instance_validate(obj)) {
r_error.error=CallError::CALL_ERROR_INSTANCE_IS_NULL;
return;
}
}
#endif