/*
{
"func":"timeConvert",
"args":60
}
{
"func":"timeConvert",
"args":[1,3,4,5]
}
*/
static cxConstChars jsonStrConvert(json_t *v)
{
cxJson json = cxJsonReference(v);
cxStr txt = cxJsonDump(json);
cxConstChars funcName = cxJsonConstChars(json, "func");
if(!cxConstCharsOK(funcName)){
return cxStrBody(txt);
}
cxConvert convert = cxGetConvert(funcName);
if(convert == NULL){
return cxStrBody(txt);
}
CX_ASSERT(convert->func != NULL, "convert error");
cxStr ret = NULL;
cxJson args = cxJsonAny(json, "args");
if(args == NULL){
ret = ((cxStr (*)(void))convert->func)();
}else if(cxJsonIsStr(args)){
cxConstChars a1 = cxJsonToConstChars(args);
ret = ((cxStr (*)(cxConstChars))convert->func)(a1);
}else if(cxJsonIsInt(args)){
cxInt a1 = cxJsonToInt(args, 0);
ret = ((cxStr (*)(cxInt))convert->func)(a1);
}else if(cxJsonIsDouble(args)){
cxDouble a1 = cxJsonToDouble(args, 0);
ret = ((cxStr (*)(cxDouble))convert->func)(a1);
}else if(cxJsonIsBool(args)){
cxBool a1 = cxJsonToBool(args, false);
ret = ((cxStr (*)(cxBool))convert->func)(a1);
}else{
ret = ((cxStr (*)(cxJson))convert->func)(args);
}
return ret == NULL ? NULL : cxStrBody(ret);
}
CX_SETTER_DEF(cxSprite, texture)
{
cxConstChars texture = NULL;
cxBool uts = true;
if(cxJsonIsString(value)){
texture = cxJsonToConstChars(value);
}else if(cxJsonIsObject(value)){
uts = cxJsonBool(value, "uts", uts);
texture = cxJsonConstChars(value, "url");
}
CX_RETURN(texture == NULL);
cxSpriteSetTextureURL(this, texture, uts);
}
//{"r":0,"g":0,"b":0,"a":0}
cxColor4f cxJsonToColor4f(cxJson json,cxColor4f dv)
{
CX_ASSERT_THIS(json, cxJson);
this = cxJsonParseRegisterValue(this);
if(cxJsonIsStr(this)){
cxConstChars color = cxJsonToConstChars(this);
dv = cxCharsToColor4f(color, dv);
}else if(cxJsonIsInt(this)){
cxUInt color = cxJsonToInt(this, 0xFFFFFFFF);
dv.r = ((cxFloat)((color >> 24) & 0xFF)) / 255.0f;
dv.g = ((cxFloat)((color >> 16) & 0xFF)) / 255.0f;
dv.b = ((cxFloat)((color >> 8) & 0xFF)) / 255.0f;
dv.a = ((cxFloat)(color & 0xFF)) / 255.0f;
}else if(cxJsonIsDouble(this)){
