ZFCompareResult ZFOperationTaskData::objectCompare(ZF_IN ZFObject *anotherObj)
{
if(this == anotherObj) {return ZFCompareTheSame;}
zfself *another = ZFCastZFObject(zfself *, anotherObj);
if(another == zfnull) {return ZFCompareUncomparable;}
if(zftrue
&& ZFObjectCompare(this->ownerOperation(), another->ownerOperation()) == ZFCompareTheSame
&& ZFObjectCompare(this->operation(), another->operation()) == ZFCompareTheSame
&& this->operationId() == another->operationId()
&& ZFObjectCompare(this->taskCategory(), another->taskCategory()) == ZFCompareTheSame
&& ZFObjectCompare(this->operationParam(), another->operationParam()) == ZFCompareTheSame
&& ZFObjectCompare(this->operationResult(), another->operationResult()) == ZFCompareTheSame
&& ZFObjectCompare(this->operationObserver(), another->operationObserver()) == ZFCompareTheSame
&& ZFObjectCompare(this->operationCache(), another->operationCache()) == ZFCompareTheSame
&& ZFObjectCompare(this->operationProgress(), another->operationProgress()) == ZFCompareTheSame
)
{
return ZFCompareTheSame;
}
else
{
return ZFCompareUncomparable;
}
}
inline zfbool operator()(ZFObject *obj1,
ZFObject *obj2) const
{
ZFCompareResult cmp = ZFObjectCompare(obj1, obj2);
zfCoreAssertWithMessageTrim(cmp != ZFCompareUncomparable, zfTextA("[ZFMap] key must comparable: %s, %s"),
zfsCoreZ2A(ZFObjectInfo(obj1).cString()),
zfsCoreZ2A(ZFObjectInfo(obj2).cString()));
return (cmp == ZFCompareSmaller);
}
ZFCompareResult ZFOperationCache::objectCompare(ZF_IN ZFObject *anotherObj)
{
if(this == anotherObj) {return ZFCompareTheSame;}
zfself *another = ZFCastZFObject(zfself *, anotherObj);
if(another == zfnull) {return ZFCompareUncomparable;}
if(zftrue
&& ZFObjectCompare(this->operationParam(), another->operationParam()) == ZFCompareTheSame
&& ZFObjectCompare(this->operationResult(), another->operationResult()) == ZFCompareTheSame
&& this->cacheTime() == another->cacheTime()
&& this->cacheExpireTime() == another->cacheExpireTime()
)
{
return ZFCompareTheSame;
}
else
{
return ZFCompareUncomparable;
}
}
ZFCompareResult ZFAnimationGroupChildData::objectCompare(ZF_IN ZFObject *anotherObj)
{
if(this == anotherObj) {return ZFCompareTheSame;}
zfself *another = ZFCastZFObject(zfself *, anotherObj);
if(another == zfnull) {return ZFCompareUncomparable;}
if(ZFObjectCompare(this->childAni(), another->childAni()) == ZFCompareTheSame
&& this->childDelayBeforeStart() == another->childDelayBeforeStart()
&& this->childAutoCopyTarget() == another->childAutoCopyTarget())
{
return ZFCompareTheSame;
}
return ZFCompareUncomparable;
}
ZFCompareResult ZFOperationStartParam::objectCompare(ZF_IN ZFObject *anotherObj)
{
if(this == anotherObj) {return ZFCompareTheSame;}
zfself *another = ZFCastZFObject(zfself *, anotherObj);
if(another == zfnull) {return ZFCompareUncomparable;}
if(zftrue
&& ZFObjectCompare(this->operationTaskData(), another->operationTaskData())
&& this->cacheExpireTime() == another->cacheExpireTime()
&& this->cacheMatchAction() == another->cacheMatchAction()
&& this->taskDuplicateAction() == another->taskDuplicateAction()
)
{
return ZFCompareTheSame;
}
else
{
return ZFCompareUncomparable;
}
}
zfbool ZFFilterForZFObject::filterOnCheckEqual(ZF_IN ZFObject * const &e1,
ZF_IN ZFObject * const &e2) const
{
return (ZFObjectCompare(e1, e2) == ZFCompareTheSame);
}
