zfbool onVisitXmlProcessingInstruction(ZF_IN const ZFXmlVisitData &data)
{
switch(data.xmlVisitType)
{
case ZFXmlVisitType::e_Enter:
if(data.depth > 0 || data.siblingIndex > 0)
{
this->add(flags.xmlToken.xmlNewLineToken);
}
this->add(flags.xmlGlobalLineBeginToken);
this->addIndent(flags.xmlToken.xmlIndentToken, data.depth);
this->add(flags.xmlToken.xmlPITagLeft);
this->add(data.xmlItem->xmlName());
this->add(zfText(" "));
this->add(data.xmlItem->xmlValue());
break;
case ZFXmlVisitType::e_Exit:
this->add(flags.xmlToken.xmlPITagRight);
break;
case ZFXmlVisitType::e_ExitChildren:
default:
zfCoreCriticalShouldNotGoHere();
break;
}
return zftrue;
}
virtual void mutexImplUnlock(void)
{
this->paramLock();
_ZFP_ZFObjectMutexImpl_default_ThreadIdType curThreadId = this->currentThreadId();
_ZFP_ZFObjectMutexImpl_default_LockedThreadCountMapType::iterator it = this->lockedThreadCountMap.find(curThreadId);
if(curThreadId == this->runningThreadId)
{
--(it->second);
if(it->second == 0)
{
this->lockedThreadCountMap.erase(it);
this->runningThreadId = this->INVALID_THREAD_ID;
this->paramUnlock();
// all locks locked by current thread are relesed, unlock
this->doUnlock();
}
else
{
this->paramUnlock();
// current thread still hold some locks, just return
}
}
else
{
this->paramUnlock();
// current thread doesn't lock, it's a error state
zfCoreCriticalShouldNotGoHere();
return ;
}
}
zfbool ZFLeakTestObjectFilter::filterOnCheckActive(ZF_IN ZFObject * const &obj) const
{
if(!zfsuper::filterOnCheckActive(obj))
{
return zffalse;
}
zfbool hasIncludeMode = zffalse;
zfbool included = zffalse;
for(zfindex i = 0; i < this->_ZFP_ZFLeakTestObjectFilter_nameFilters.count(); ++i)
{
const _ZFP_ZFLeakTestObjectFilterData &nameFilter = this->_ZFP_ZFLeakTestObjectFilter_nameFilters.get(i);
switch(nameFilter.filterType)
{
case ZFFilterTypeInclude:
hasIncludeMode = zftrue;
if(nameFilter.name.compare(obj->classData()->className()) == 0)
{
included = zftrue;
}
break;
case ZFFilterTypeExclude:
if(nameFilter.name.compare(obj->classData()->className()) == 0)
{
return zffalse;
}
break;
default:
zfCoreCriticalShouldNotGoHere();
return zffalse;
}
}
return (!hasIncludeMode || included);
}
virtual zfbool fileSeek(ZF_IN ZFFileToken token,
ZF_IN zfindex byteSize,
ZF_IN_OPT ZFSeekPos position = ZFSeekPosBegin)
{
if(token == ZFFileTokenInvalid)
{
return zffalse;
}
int tmpPos = 0;
long seekSize = (long)byteSize;
switch(position)
{
case ZFSeekPosBegin:
tmpPos = SEEK_SET;
break;
case ZFSeekPosCur:
tmpPos = SEEK_CUR;
break;
case ZFSeekPosCurReversely:
tmpPos = SEEK_CUR;
seekSize = -seekSize;
break;
case ZFSeekPosEnd:
tmpPos = SEEK_END;
break;
default:
zfCoreCriticalShouldNotGoHere();
break;
}
return (::fseek((FILE *)token, seekSize, tmpPos) == 0);
}
ZFPROPERTY_TYPE_DECLARE_SERIALIZE_TO_DEFINE(ZFCallback, ZFCallback)
{
if(v.callbackSerializeCustomType() != zfnull)
{
if(v.callbackSerializeCustomData() == zfnull)
{
ZFSerializableUtil::errorOccurred(outErrorHintToAppend, zfText("missing callback serialize custom data"));
return zffalse;
}
serializableData.itemClassSet(ZFPropertyTypeId_ZFCallback);
serializableData.attributeSet(ZFSerializableKeyword_ZFCallback_callbackType, v.callbackSerializeCustomType());
ZFSerializableData customData = v.callbackSerializeCustomData()->copy();
customData.categorySet(ZFSerializableKeyword_ZFCallback_callbackData);
serializableData.elementAdd(customData);
return zftrue;
}
switch(v.callbackType())
{
case ZFCallbackTypeDummy:
serializableData.itemClassSet(ZFSerializableKeyword_null);
break;
case ZFCallbackTypeMethod:
{
serializableData.itemClassSet(ZFPropertyTypeId_ZFCallback);
ZFSerializableData methodData;
if(!ZFMethodToSerializableData(methodData, v.callbackMethod(), outErrorHintToAppend))
{
return zffalse;
}
methodData.categorySet(ZFSerializableKeyword_ZFCallback_method);
serializableData.elementAdd(methodData);
}
break;
case ZFCallbackTypeMemberMethod:
{
ZFSerializableUtil::errorOccurred(outErrorHintToAppend,
zfText("member method callback is not supported"));
return zffalse;
}
break;
case ZFCallbackTypeRawFunction:
serializableData.itemClassSet(ZFPropertyTypeId_ZFCallback);
ZFSerializableUtil::errorOccurred(outErrorHintToAppend,
zfText("raw function is not supported"));
return zffalse;
default:
zfCoreCriticalShouldNotGoHere();
return zffalse;
}
return zftrue;
}
ZF_NAMESPACE_GLOBAL_BEGIN
void ZFLevelToString(ZF_IN_OUT zfstring &ret, ZF_IN ZFLevel const &value)
{
switch(value)
{
case ZFLevelZFFrameworkStatic:
ret += ZFTOKEN_ZFLevelZFFrameworkStatic;
return ;
case ZFLevelZFFrameworkEssential:
ret += ZFTOKEN_ZFLevelZFFrameworkEssential;
return ;
case ZFLevelZFFrameworkHigh:
ret += ZFTOKEN_ZFLevelZFFrameworkHigh;
return ;
case ZFLevelZFFrameworkNormal:
ret += ZFTOKEN_ZFLevelZFFrameworkNormal;
return ;
case ZFLevelZFFrameworkLow:
ret += ZFTOKEN_ZFLevelZFFrameworkLow;
return ;
case ZFLevelAppEssential:
ret += ZFTOKEN_ZFLevelAppEssential;
return ;
case ZFLevelAppHigh:
ret += ZFTOKEN_ZFLevelAppHigh;
return ;
case ZFLevelAppNormal:
ret += ZFTOKEN_ZFLevelAppNormal;
return ;
case ZFLevelAppLow:
ret += ZFTOKEN_ZFLevelAppLow;
return ;
case ZFLevelZFFrameworkPostLow:
ret += ZFTOKEN_ZFLevelZFFrameworkPostLow;
return ;
case ZFLevelZFFrameworkPostNormal:
ret += ZFTOKEN_ZFLevelZFFrameworkPostNormal;
return ;
case ZFLevelZFFrameworkPostHigh:
ret += ZFTOKEN_ZFLevelZFFrameworkPostHigh;
return ;
case ZFLevelZFFrameworkPostEssential:
ret += ZFTOKEN_ZFLevelZFFrameworkPostEssential;
return ;
case ZFLevelZFFrameworkPostStatic:
ret += ZFTOKEN_ZFLevelZFFrameworkPostStatic;
return ;
default:
zfCoreCriticalShouldNotGoHere();
return ;
}
}
// ============================================================
// util
ZFUIOrientationEnum _ZFP_ZFUIFlowLayout_layoutOrientationSecondary(ZF_IN ZFUIOrientationEnum layoutOrientationMain,
ZF_IN ZFUIOrientationEnum layoutOrientationSecondary)
{
switch(layoutOrientationMain)
{
case ZFUIOrientation::e_Left:
case ZFUIOrientation::e_Right:
switch(layoutOrientationSecondary)
{
case ZFUIOrientation::e_Left:
case ZFUIOrientation::e_Right:
return ZFUIOrientation::e_Top;
case ZFUIOrientation::e_Top:
case ZFUIOrientation::e_Bottom:
return layoutOrientationSecondary;
default:
zfCoreCriticalShouldNotGoHere();
return ZFUIOrientation::e_Left;
}
case ZFUIOrientation::e_Top:
case ZFUIOrientation::e_Bottom:
switch(layoutOrientationSecondary)
{
case ZFUIOrientation::e_Left:
case ZFUIOrientation::e_Right:
return layoutOrientationSecondary;
case ZFUIOrientation::e_Top:
case ZFUIOrientation::e_Bottom:
return ZFUIOrientation::e_Left;
default:
zfCoreCriticalShouldNotGoHere();
return ZFUIOrientation::e_Left;
}
default:
zfCoreCriticalShouldNotGoHere();
return ZFUIOrientation::e_Left;
}
}
ZFCompareResult ZFVersionCompare(ZF_IN const zfchar *version0,
ZF_IN const zfchar *version1,
ZF_IN_OPT ZFComparer<const zfchar *>::Comparer subVersionComparer /* = ZFComparerForVersion */)
{
ZFCoreArrayPOD<zfindexRange> pos0;
ZFCoreArrayPOD<zfindexRange> pos1;
if(zfCoreDataPairSplitString(pos0, zfindexMax, version0, zfindexMax, '\0', '\0', zfText(".")) != zfnull
|| zfCoreDataPairSplitString(pos1, zfindexMax, version1, zfindexMax, '\0', '\0', zfText(".")) != zfnull)
{
return ZFCompareUncomparable;
}
zfindex count = zfmMin(pos0.count(), pos1.count());
for(zfindex i = 0; i < count; ++i)
{
ZFCompareResult cmp = subVersionComparer(
zfstring(version0 + pos0[i].start, pos0[i].count).cString()
,
zfstring(version1 + pos1[i].start, pos1[i].count).cString()
);
switch(cmp)
{
case ZFCompareUncomparable:
case ZFCompareSmaller:
case ZFCompareGreater:
return cmp;
case ZFCompareTheSame:
continue;
default:
zfCoreCriticalShouldNotGoHere();
return ZFCompareUncomparable;
}
}
if(pos0.count() > pos1.count())
{
return ZFCompareGreater;
}
else if(pos0.count() < pos1.count())
{
return ZFCompareSmaller;
}
else
{
return ZFCompareTheSame;
}
}
// ============================================================
void ZFMethodPrivilegeTypeToString(ZF_IN_OUT zfstring &ret, ZF_IN ZFMethodPrivilegeType const &value)
{
switch(value)
{
case ZFMethodPrivilegeTypePublic:
ret += ZFTOKEN_ZFMethodPrivilegeTypePublic;
return ;
case ZFMethodPrivilegeTypeProtected:
ret += ZFTOKEN_ZFMethodPrivilegeTypeProtected;
return ;
case ZFMethodPrivilegeTypePrivate:
ret += ZFTOKEN_ZFMethodPrivilegeTypePrivate;
return ;
default:
zfCoreCriticalShouldNotGoHere();
return ;
}
}
ZF_NAMESPACE_GLOBAL_BEGIN
// ============================================================
void ZFFilterTypeToString(ZF_IN_OUT zfstring &ret, ZF_IN ZFFilterType const &value)
{
switch(value)
{
case ZFFilterTypeInclude:
ret += ZFTOKEN_ZFFilterTypeInclude;
return ;
case ZFFilterTypeExclude:
ret += ZFTOKEN_ZFFilterTypeExclude;
return ;
default:
zfCoreCriticalShouldNotGoHere();
return ;
}
}
// ============================================================
void ZFFilterCallbackResultToString(ZF_IN_OUT zfstring &ret, ZF_IN ZFFilterCallbackResult const &value)
{
switch(value)
{
case ZFFilterCallbackResultNotSpecified:
ret += ZFTOKEN_ZFFilterCallbackResultNotSpecified;
return ;
case ZFFilterCallbackResultActive:
ret += ZFTOKEN_ZFFilterCallbackResultActive;
return ;
case ZFFilterCallbackResultNotActive:
ret += ZFTOKEN_ZFFilterCallbackResultNotActive;
return ;
default:
zfCoreCriticalShouldNotGoHere();
return ;
}
}
void ZFUILinearLayout::layoutOnMeasure(ZF_OUT ZFUISize &ret,
ZF_IN const ZFUISize &sizeHint,
ZF_IN const ZFUISizeParam &sizeParam)
{
switch(this->layoutOrientation())
{
case ZFUIOrientation::e_Left:
case ZFUIOrientation::e_Right:
ret = _ZFP_ZFUILinearLayout_measureHorizontal(this, sizeHint, sizeParam);
break;
case ZFUIOrientation::e_Top:
case ZFUIOrientation::e_Bottom:
ret = _ZFP_ZFUILinearLayout_measureVertical(this, sizeHint, sizeParam);
break;
default:
zfCoreCriticalShouldNotGoHere();
return ;
}
}
zfbool onVisitXmlAttribute(ZF_IN const ZFXmlVisitData &data)
{
switch(data.xmlVisitType)
{
case ZFXmlVisitType::e_Enter:
{
if(_ZFP_ZFXmlOutputAttributeNeedNewLine(*data.xmlItem, flags, data))
{
this->add(flags.xmlToken.xmlNewLineToken);
this->add(flags.xmlGlobalLineBeginToken);
this->addIndent(flags.xmlToken.xmlIndentToken, data.depth);
}
else if(data.depth > 0 || data.siblingIndex > 0)
{
this->add(zfText(" "));
}
this->add(data.xmlItem->xmlName());
this->add(flags.xmlToken.xmlAttributeEqualTag);
if(flags.xmlAttributeUseSingleQuote)
{
this->add(flags.xmlToken.xmlAttributeSingleQuoteTagLeft);
ZFXmlEscapeCharEncode(this->outputCallback, data.xmlItem->xmlValue());
this->add(flags.xmlToken.xmlAttributeSingleQuoteTagRight);
}
else
{
this->add(flags.xmlToken.xmlAttributeQuoteTagLeft);
ZFXmlEscapeCharEncode(this->outputCallback, data.xmlItem->xmlValue());
this->add(flags.xmlToken.xmlAttributeQuoteTagRight);
}
}
break;
case ZFXmlVisitType::e_Exit:
break;
case ZFXmlVisitType::e_ExitChildren:
default:
zfCoreCriticalShouldNotGoHere();
break;
}
return zftrue;
}
static void _ZFP_ZFJsonToOutput_output(ZF_IN_OUT const ZFOutputCallback &output,
ZF_IN const ZFJsonItem &jsonItem,
ZF_IN const ZFJsonOutputFlags &outputFlags,
ZF_IN zfindex indentLevel)
{
switch(jsonItem.jsonType())
{
case ZFJsonType::e_JsonValue:
_ZFP_ZFJsonToOutput_output_JsonValue(output, jsonItem, outputFlags, indentLevel);
break;
case ZFJsonType::e_JsonObject:
_ZFP_ZFJsonToOutput_output_JsonObject(output, jsonItem, outputFlags, indentLevel);
break;
case ZFJsonType::e_JsonArray:
_ZFP_ZFJsonToOutput_output_JsonArray(output, jsonItem, outputFlags, indentLevel);
break;
default:
zfCoreCriticalShouldNotGoHere();
break;
}
}
ZF_NAMESPACE_GLOBAL_BEGIN
// ============================================================
void ZFMethodTypeToString(ZF_IN_OUT zfstring &ret, ZF_IN ZFMethodType const &value)
{
switch(value)
{
case ZFMethodTypeClassStatic:
ret += ZFTOKEN_ZFMethodTypeClassStatic;
return ;
case ZFMethodTypeClassMember:
ret += ZFTOKEN_ZFMethodTypeClassMember;
return ;
case ZFMethodTypeRawFunction:
ret += ZFTOKEN_ZFMethodTypeRawFunction;
return ;
default:
zfCoreCriticalShouldNotGoHere();
return ;
}
}
void ZFUILinearLayout::layoutOnLayout(ZF_IN const ZFUIRect &bounds)
{
switch(this->layoutOrientation())
{
case ZFUIOrientation::e_Left:
_ZFP_ZFUILinearLayout_layoutHorizontal(this, bounds.size, zftrue);
break;
case ZFUIOrientation::e_Right:
_ZFP_ZFUILinearLayout_layoutHorizontal(this, bounds.size, zffalse);
break;
case ZFUIOrientation::e_Top:
_ZFP_ZFUILinearLayout_layoutVertical(this, bounds.size, zftrue);
break;
case ZFUIOrientation::e_Bottom:
_ZFP_ZFUILinearLayout_layoutVertical(this, bounds.size, zffalse);
break;
default:
zfCoreCriticalShouldNotGoHere();
return ;
}
}
zfbool onVisitXmlText(ZF_IN const ZFXmlVisitData &data)
{
switch(data.xmlVisitType)
{
case ZFXmlVisitType::e_Enter:
if(_ZFP_ZFXmlOutputElementChildNeedNewLine(*data.xmlItem, flags, data))
{
this->add(flags.xmlToken.xmlNewLineToken);
this->add(flags.xmlGlobalLineBeginToken);
this->addIndent(flags.xmlToken.xmlIndentToken, data.depth);
}
if(data.xmlItem->xmlTextCDATA())
{
this->add(flags.xmlToken.xmlTextCDATATagLeft);
}
this->addEncoded(data.xmlItem->xmlValue());
break;
case ZFXmlVisitType::e_Exit:
if(data.xmlItem->xmlTextCDATA())
{
this->add(flags.xmlToken.xmlTextCDATATagRight);
}
if(_ZFP_ZFXmlOutputElementChildNeedNewLine(*data.xmlItem, flags, data))
{
this->add(flags.xmlToken.xmlNewLineToken);
this->add(flags.xmlGlobalLineBeginToken);
this->addIndent(flags.xmlToken.xmlIndentToken, data.depth - 1);
}
break;
case ZFXmlVisitType::e_ExitChildren:
default:
zfCoreCriticalShouldNotGoHere();
break;
}
return zftrue;
}
virtual ZFFileToken fileOpen(ZF_IN const zfchar *filePath,
ZF_IN_OPT ZFFileOpenOptionFlags flag = ZFFileOpenOption::e_Read)
{
const zfcharA *sFlag = zfnull;
if(ZFBitTest(flag, ZFFileOpenOption::e_Append))
{
if(ZFBitTest(flag, ZFFileOpenOption::e_Read))
{
sFlag = zfTextA("a+b");
}
else
{
sFlag = zfTextA("ab");
}
}
else if(ZFBitTest(flag, ZFFileOpenOption::e_Create))
{
if(ZFBitTest(flag, ZFFileOpenOption::e_Read))
{
sFlag = zfText("w+b");
}
else
{
sFlag = zfText("wb");
}
}
else if(ZFBitTest(flag, ZFFileOpenOption::e_Write))
{
if(ZFBitTest(flag, ZFFileOpenOption::e_Read))
{
sFlag = zfTextA("r+b");
}
else
{
sFlag = zfTextA("wb");
}
}
else if(ZFBitTest(flag, ZFFileOpenOption::e_Read))
{
sFlag = zfTextA("rb");
}
else
{
zfCoreCriticalShouldNotGoHere();
return ZFFileTokenInvalid;
}
#if ZF_ENV_sys_Windows
zfstringW _filePathSaved = ZFStringZ2W(filePath);
DWORD _fileAttrSaved = ::GetFileAttributesW(_filePathSaved.cString());
::SetFileAttributesW(_filePathSaved.cString(), FILE_ATTRIBUTE_NORMAL);
#endif
ZFFileToken ret = (ZFFileToken)(::fopen(ZFStringZ2A(filePath), sFlag));
#if ZF_ENV_sys_Windows
::SetFileAttributesW(_filePathSaved.cString(), _fileAttrSaved);
#endif
return ret;
}
zfbool ZFClassFilter::filterCheckActive(ZF_IN const ZFClass * const &e) const
{
if(e == zfnull)
{
return zffalse;
}
for(zfindex i = 0, count = this->_ZFP_ZFClassFilter_customFilterCallbacks.count(); i < count; ++i)
{
switch(this->_ZFP_ZFClassFilter_customFilterCallbacks.get(i)(e))
{
case ZFFilterCallbackResultNotSpecified:
break;
case ZFFilterCallbackResultActive:
return zftrue;
case ZFFilterCallbackResultNotActive:
return zffalse;
default:
zfCoreCriticalShouldNotGoHere();
break;
}
}
zfbool hasIncludeMode = zffalse;
zfbool included = zffalse;
for(zfindex i = 0, count = this->_ZFP_ZFClassFilter_filters.count(); i < count; ++i)
{
const _ZFP_ZFClassFilterData &filter = this->_ZFP_ZFClassFilter_filters.get(i);
switch(filter.filterType)
{
case ZFClassFilterTypeInclude:
hasIncludeMode = zftrue;
if(filter.filterClass == e)
{
included = zftrue;
}
break;
case ZFClassFilterTypeExclude:
if(filter.filterClass == e)
{
return zffalse;
}
break;
case ZFClassFilterTypeIncludeChildOf:
if(!e->classIsSubclassOf(filter.filterClass))
{
return zffalse;
}
break;
case ZFClassFilterTypeIncludeChildTypeOf:
if(!e->classIsTypeOf(filter.filterClass))
{
return zffalse;
}
break;
case ZFClassFilterTypeIncludeParentOf:
if(!filter.filterClass->classIsSubclassOf(e))
{
return zffalse;
}
break;
case ZFClassFilterTypeIncludeParentTypeOf:
if(!filter.filterClass->classIsTypeOf(e))
{
return zffalse;
}
break;
case ZFClassFilterTypeExcludeChildOf:
if(e->classIsSubclassOf(filter.filterClass))
{
return zffalse;
}
break;
case ZFClassFilterTypeExcludeChildTypeOf:
if(e->classIsTypeOf(filter.filterClass))
{
return zffalse;
}
break;
case ZFClassFilterTypeExcludeParentOf:
if(filter.filterClass->classIsSubclassOf(e))
{
return zffalse;
}
break;
case ZFClassFilterTypeExcludeParentTypeOf:
if(filter.filterClass->classIsTypeOf(e))
{
return zffalse;
}
break;
default:
zfCoreCriticalShouldNotGoHere();
return zffalse;
}
}
return (!hasIncludeMode || included);
}
zfbool onVisitXmlElement(ZF_IN const ZFXmlVisitData &data)
{
switch(data.xmlVisitType)
{
case ZFXmlVisitType::e_Enter:
if(data.depth > 0 || data.siblingIndex > 0)
{
this->add(flags.xmlToken.xmlNewLineToken);
}
this->add(flags.xmlGlobalLineBeginToken);
if((data.depth > 0 && data.siblingIndex > 0) && flags.xmlElementAddNewLineAtHeadIfNotSingleLine
&& (_ZFP_ZFXmlOutputElementAttributeNeedNewLine(*data.xmlItem, flags, data)
|| _ZFP_ZFXmlOutputElementChildNeedNewLine(data.xmlItem->xmlChildFirst(), flags, data)))
{
this->add(flags.xmlToken.xmlNewLineToken);
this->add(flags.xmlGlobalLineBeginToken);
}
this->addIndent(flags.xmlToken.xmlIndentToken, data.depth);
if(_ZFP_ZFXmlOutputElementUseSingleTag(*data.xmlItem, flags, data))
{
this->add(flags.xmlToken.xmlElementSingleTagLeft);
}
else
{
this->add(flags.xmlToken.xmlElementBeginTagLeft);
}
this->add(data.xmlItem->xmlName());
break;
case ZFXmlVisitType::e_Exit:
if(!data.xmlItem->xmlAttributeFirst().xmlIsNull())
{
this->add(zfText(" "));
}
if(_ZFP_ZFXmlOutputElementUseSingleTag(*data.xmlItem, flags, data))
{
this->add(flags.xmlToken.xmlElementSingleTagRight);
}
else
{
this->add(flags.xmlToken.xmlElementBeginTagRight);
}
break;
case ZFXmlVisitType::e_ExitChildren:
if(!_ZFP_ZFXmlOutputElementUseSingleTag(*data.xmlItem, flags, data))
{
if(_ZFP_ZFXmlOutputElementChildNeedNewLine(data.xmlItem->xmlChildFirst(), flags, data)
|| _ZFP_ZFXmlOutputElementAttributeNeedNewLine(*data.xmlItem, flags, data))
{
this->add(flags.xmlToken.xmlNewLineToken);
this->add(flags.xmlGlobalLineBeginToken);
this->addIndent(flags.xmlToken.xmlIndentToken, data.depth);
}
this->add(flags.xmlToken.xmlElementEndTagLeft);
this->add(data.xmlItem->xmlName());
this->add(flags.xmlToken.xmlElementEndTagRight);
}
break;
default:
zfCoreCriticalShouldNotGoHere();
break;
}
return zftrue;
}
static void _ZFP_ZFUILinearLayout_layoutVertical(ZF_IN ZFUILinearLayout *parent,
ZF_IN const ZFUISize &size,
ZF_IN zfbool positiveDirection)
{
zfint requiredSize = 0;
zfint totalWeight = 0;
zfbool hasLayoutedChild = zffalse;
zfint parentMarginX = ZFUIMarginGetX(parent->layoutChildMargin());
zfint parentMarginY = ZFUIMarginGetY(parent->layoutChildMargin());
for(zfindex i = 0; i < parent->childCount(); ++i)
{
ZFUIView *child = parent->childAtIndex(i);
ZFUILinearLayoutParam *layoutParam = child->layoutParamT();
if(!child->viewVisible() && !layoutParam->layoutReserveSpaceWhenNotVisible())
{
continue ;
}
zfint prevSpace = (hasLayoutedChild ? parent->layoutChildSpace() : 0);
hasLayoutedChild = zftrue;
zfint marginX = parentMarginX + ZFUIMarginGetX(layoutParam->layoutMargin());
zfint marginY = parentMarginY + ZFUIMarginGetY(layoutParam->layoutMargin());
if(layoutParam->layoutWeight() > 0)
{
totalWeight += layoutParam->layoutWeight();
}
else
{
switch(layoutParam->sizeParam().height)
{
case ZFUISizeType::e_Wrap:
{
child->layoutMeasure(
ZFUISizeMake(
ZFUIViewLayoutParam::sizeHintMerge(
layoutParam->sizeHint().width,
ZFUIViewLayoutParam::sizeHintOffset(size.width, -marginX)),
layoutParam->sizeHint().height),
layoutParam->sizeParam());
requiredSize += child->layoutMeasuredSize().height;
}
break;
case ZFUISizeType::e_Fill:
requiredSize = size.height;
break;
default:
zfCoreCriticalShouldNotGoHere();
return ;
}
}
requiredSize += prevSpace + marginY;
}
hasLayoutedChild = zffalse;
zfint flexibleSize = zfmMax(0, size.height - requiredSize);
zfint offset = (positiveDirection ? 0 : size.height);
for(zfindex i = 0; i < parent->childCount(); ++i)
{
ZFUIView *child = parent->childAtIndex(i);
ZFUILinearLayoutParam *layoutParam = child->layoutParamT();
if(!child->viewVisible() && !layoutParam->layoutReserveSpaceWhenNotVisible())
{
continue ;
}
zfint prevSpace = (hasLayoutedChild ? parent->layoutChildSpace() : 0);
hasLayoutedChild = zftrue;
zfint marginX = parentMarginX + ZFUIMarginGetX(layoutParam->layoutMargin());
zfint marginY = parentMarginY + ZFUIMarginGetY(layoutParam->layoutMargin());
zfint totalUsedSpace = prevSpace + marginY;
if(layoutParam->layoutWeight() > 0)
{
child->layoutMeasure(
ZFUISizeMake(
ZFUIViewLayoutParam::sizeHintMerge(
layoutParam->sizeHint().width,
ZFUIViewLayoutParam::sizeHintOffset(size.width, -marginX)),
ZFUIViewLayoutParam::sizeHintMerge(flexibleSize * layoutParam->layoutWeight() / totalWeight, layoutParam->sizeHint().height)
),
ZFUISizeParamMake(
layoutParam->sizeParam().width,
ZFUISizeType::e_Fill
));
flexibleSize -= child->layoutMeasuredSize().height;
totalWeight -= layoutParam->layoutWeight();
}
else
{
if(layoutParam->sizeParam().height == ZFUISizeType::e_Fill)
{
child->layoutMeasure(
ZFUISizeMake(
ZFUIViewLayoutParam::sizeHintMerge(
layoutParam->sizeHint().width,
ZFUIViewLayoutParam::sizeHintOffset(size.width, -marginX)),
ZFUIViewLayoutParam::sizeHintMerge(
layoutParam->sizeHint().height,
positiveDirection ? zfmMax(size.height - offset - totalUsedSpace, 0) : zfmMax(offset - totalUsedSpace, 0))
),
layoutParam->sizeParam());
}
}
if(positiveDirection)
{
child->layout(ZFUIAlignApply(
layoutParam->layoutAlign(),
ZFUIRectMake(0, offset + prevSpace, size.width, child->layoutMeasuredSize().height + marginY),
child->layoutMeasuredSize(),
layoutParam->layoutMargin() + parent->layoutChildMargin()));
offset += prevSpace + child->layoutMeasuredSize().height + marginY;
}
else
{
offset -= child->layoutMeasuredSize().height + marginY + prevSpace;
child->layout(ZFUIAlignApply(
layoutParam->layoutAlign(),
ZFUIRectMake(0, offset, size.width, child->layoutMeasuredSize().height + marginY),
child->layoutMeasuredSize(),
layoutParam->layoutMargin() + parent->layoutChildMargin()));
}
}
}
static void _ZFP_ZFUIFlowLayout_layoutVertical(ZF_IN ZFUIFlowLayout *parent,
ZF_IN const ZFUISize &size,
ZF_IN zfbool positiveDirection)
{
zfindex wrapIndex = 0;
zfint lineSizeUsed = 0;
while(wrapIndex < parent->childCount()) // for each line
{
zfint requiredSize = 0;
zfint totalWeight = 0;
zfbool hasLayoutedChild = zffalse;
zfint parentMarginX = ZFUIMarginGetX(parent->layoutChildMargin());
zfint parentMarginY = ZFUIMarginGetY(parent->layoutChildMargin());
zfindex wrapIndexTmp = parent->childCount();
zfint lineSize = 0;
zfint prevLineSpace = (wrapIndex > 0 ? parent->layoutChildSpaceX() : 0);
zfint flexableWrapSize = 0;
for(zfindex i = wrapIndex; i < parent->childCount(); ++i)
{
ZFUIView *child = parent->childAtIndex(i);
ZFUIFlowLayoutParam *layoutParam = child->layoutParamT();
if(!child->viewVisible() && !layoutParam->layoutReserveSpaceWhenNotVisible())
{
continue ;
}
zfint prevSpace = (hasLayoutedChild ? parent->layoutChildSpaceY() : 0);
hasLayoutedChild = zftrue;
zfint marginX = parentMarginX + ZFUIMarginGetX(layoutParam->layoutMargin());
zfint marginY = parentMarginY + ZFUIMarginGetY(layoutParam->layoutMargin());
zfint childRequiredSize = 0;
if(layoutParam->layoutWeight() > 0)
{
child->layoutMeasure(
ZFUISizeMake(
ZFUIViewLayoutParam::sizeHintMerge(
layoutParam->sizeHint().width,
ZFUIViewLayoutParam::sizeHintOffset(size.width, 0 - lineSizeUsed - marginX - prevLineSpace)),
layoutParam->sizeHint().height),
layoutParam->sizeParam());
childRequiredSize += child->layoutMeasuredSize().height;
}
else
{
switch(layoutParam->sizeParam().height)
{
case ZFUISizeType::e_Wrap:
child->layoutMeasure(
ZFUISizeMake(
ZFUIViewLayoutParam::sizeHintMerge(
layoutParam->sizeHint().width,
ZFUIViewLayoutParam::sizeHintOffset(size.width, 0 - lineSizeUsed - marginX - prevLineSpace)),
layoutParam->sizeHint().height),
layoutParam->sizeParam());
childRequiredSize += child->layoutMeasuredSize().height;
break;
case ZFUISizeType::e_Fill:
child->layoutMeasure(
ZFUISizeMake(
ZFUIViewLayoutParam::sizeHintMerge(
layoutParam->sizeHint().width,
ZFUIViewLayoutParam::sizeHintOffset(size.width, 0 - lineSizeUsed - marginX - prevLineSpace)),
layoutParam->sizeHint().height),
layoutParam->sizeParam());
childRequiredSize = zfmMax(
child->layoutMeasuredSize().height,
size.height - requiredSize - prevSpace - marginY);
break;
default:
zfCoreCriticalShouldNotGoHere();
return ;
}
}
childRequiredSize += prevSpace + marginY;
if(i > wrapIndex && requiredSize + childRequiredSize > size.height)
{
wrapIndexTmp = i;
break;
}
if(layoutParam->layoutWeight() > 0)
{
flexableWrapSize += childRequiredSize;
}
requiredSize += childRequiredSize;
lineSize = zfmMax(lineSize, child->layoutMeasuredSize().width + marginX);
if(layoutParam->layoutWeight() > 0)
{
totalWeight += layoutParam->layoutWeight();
}
if(requiredSize >= size.height)
{
wrapIndexTmp = i + 1;
break;
}
}
hasLayoutedChild = zffalse;
zfint flexibleSize = zfmMax(0, size.height - requiredSize + flexableWrapSize);
zfint offset = (positiveDirection ? 0 : size.height);
zfint lineX = ((_ZFP_ZFUIFlowLayout_layoutOrientationSecondary(
parent->layoutOrientationMain(), parent->layoutOrientationSecondary()) == ZFUIOrientation::e_Left)
? lineSizeUsed + prevLineSpace
: size.width - lineSizeUsed - lineSize - prevLineSpace);
for(zfindex i = wrapIndex; i < wrapIndexTmp; ++i)
{
ZFUIView *child = parent->childAtIndex(i);
ZFUIFlowLayoutParam *layoutParam = child->layoutParamT();
if(!child->viewVisible() && !layoutParam->layoutReserveSpaceWhenNotVisible())
{
continue ;
}
zfint prevSpace = (hasLayoutedChild ? parent->layoutChildSpaceY() : 0);
hasLayoutedChild = zftrue;
zfint marginX = parentMarginX + ZFUIMarginGetX(layoutParam->layoutMargin());
zfint marginY = parentMarginY + ZFUIMarginGetY(layoutParam->layoutMargin());
zfint totalUsedSpace = prevSpace + marginY;
if(layoutParam->layoutWeight() > 0)
{
child->layoutMeasure(
ZFUISizeMake(
ZFUIViewLayoutParam::sizeHintMerge(
layoutParam->sizeHint().width,
ZFUIViewLayoutParam::sizeHintOffset(size.width, 0 - lineSizeUsed - marginX - prevLineSpace)),
ZFUIViewLayoutParam::sizeHintMerge(flexibleSize * layoutParam->layoutWeight() / totalWeight, layoutParam->sizeHint().height)
),
ZFUISizeParamMake(
layoutParam->sizeParam().width,
ZFUISizeType::e_Fill
));
flexibleSize -= child->layoutMeasuredSize().height;
totalWeight -= layoutParam->layoutWeight();
}
else
{
if(layoutParam->sizeParam().height == ZFUISizeType::e_Fill)
{
child->layoutMeasure(
ZFUISizeMake(
ZFUIViewLayoutParam::sizeHintMerge(
layoutParam->sizeHint().width,
ZFUIViewLayoutParam::sizeHintOffset(size.width, 0 - lineSizeUsed - marginX - prevLineSpace)),
ZFUIViewLayoutParam::sizeHintMerge(
layoutParam->sizeHint().height,
positiveDirection ? zfmMax(size.height - offset - totalUsedSpace, 0) : zfmMax(offset - totalUsedSpace, 0))
),
layoutParam->sizeParam());
}
}
if(positiveDirection)
{
child->layout(ZFUIAlignApply(
layoutParam->layoutAlign(),
ZFUIRectMake(lineX, offset + prevSpace, lineSize, child->layoutMeasuredSize().height + marginY),
child->layoutMeasuredSize(),
layoutParam->layoutMargin() + parent->layoutChildMargin()));
offset += prevSpace + child->layoutMeasuredSize().height + marginY;
}
else
{
offset -= child->layoutMeasuredSize().height + marginY + prevSpace;
child->layout(ZFUIAlignApply(
layoutParam->layoutAlign(),
ZFUIRectMake(lineX, offset, lineSize, child->layoutMeasuredSize().height + marginY),
child->layoutMeasuredSize(),
layoutParam->layoutMargin() + parent->layoutChildMargin()));
}
} // for(zfindex i = wrapIndex; i < wrapIndexTmp; ++i)
wrapIndex = wrapIndexTmp;
lineSizeUsed += lineSize + prevLineSpace;
} // for each line
}
