Setting up Qt5 with Visual Studio 2015
Searching Google for \'Qt5 - Windows 10 - VS 2015\' only brought up a blog post from April stating that support for VS 2015 is in the works (link).
The Qt5 downloads
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Qt5.6.0 Beta includes a prebuilt image for Visual Studio 2015. However, the Qt Visual Studio add-in is no longer supported. There's an extension called Qt5Package you can install instead.
I found when I tried to add Qt 5.6.0 Beta in the extension I got the error "This Qt version uses an unsupported makefile generator (used: MSVC.NETMSBUILD, supported: MSVC.NET, MSBUILD)". The workaround is in C:\Qt\Qt5.6.0\5.6\msvc2015\mkspecs\common\msvc-desktop.conf Qt 5.6.0 splits all the version-specific changes into a separate file msvc-base.conf. If you copy the contents of this file and replace the line "include(msvc- base.conf)" in mscv-desktop.conf then Qt5Package recognises the Qt 5.6.0 Beta with no problems.
Note this still needs to be fixed in Qt5Package.
讨论(0) -
I had the same problem. But I've just found the magic key. The package in the following link has almost exactly the behavior of Qt Visual Studio Add-in 1.2.4 for Qt5. It includes everything needed to complete the work with Qt:
https://visualstudiogallery.msdn.microsoft.com/c89ff880-8509-47a4-a262-e4fa07168408
讨论(0) -
I just wrote a small article explaining how to compile Qt 5.5.1 (with QtWebkit) with Visual Studio 2015.
I realize this is by no mean a good answer: while it does the job, that article mostly relies on helper Windows batch files you can download from my site. As a consequence, while I don't plan to pull my site or the article itself, other SO users or admins would be in their right to flag this answer as too volatile...
Anyways, until Qt folks offer official pre-built binaries built with Visual Studio 2015, I believe my article saves the day. Hope that helps.
讨论(0) -
Building Qt
- Call the vcvarsall batch with the correct architecture, e.g.:
call "C:\Program Files (x86)\Microsoft Visual Studio 14.0\VC\vcvarsall.bat" amd64- Call the Qt environment batch, e.g.,
call C:\Qt\x64\vs2015\qt561-1_x64\5.6\msvc2015_64\bin\qtenv2.bat- If using
jom, addjomto path, e.g.,
Set PATH=C:\Qt\x64\vs2015\qt561-1_x64\Tools\QtCreator\bin;%PATH%- Set your Qt Makespec, e.g.,
Set QMAKESPEC=win32-msvc2015- Change directories to the source you want to build against, e.g.,
cd C:\Qt\x64\vs2015\qt561-1_x64\5.6\Src\qtbase- Run
configurewith whatever options you may need, e.g.,
configure -platform win32-msvc2015 -nomake tests -nomake examplesAdd
-opensourceto yourconfigurecommand if building open source Qt.- Run
nmakeorjom -j %NUMBER_OF_PROCESSORS%or replace%NUMBER_OF_PROCESSORS%with the number of threads you want to utilize.
Integrating Qt
Take the contents of this code block and save it into a file called
qt.natvisand place if here like this,C:\Program Files (x86)\Microsoft Visual Studio 14.0\Common7\Packages\Debugger\Visualizers\qt.natvis<?xml version="1.0" encoding="utf-8"?> <AutoVisualizer xmlns="http://schemas.microsoft.com/vstudio/debugger/natvis/2010"> <Type Name="QPoint"> <AlternativeType Name="QPointF"/> <DisplayString>{{ x = {xp}, y = {yp} }}</DisplayString> <Expand> <Item Name="[x]">xp</Item> <Item Name="[y]">yp</Item> </Expand> </Type> <Type Name="QRect"> <DisplayString>{{ x = {x1}, y = {y1}, width = {x2 - x1 + 1}, height = {y2 - y1 + 1} }}</DisplayString> <Expand> <Item Name="[x]">x1</Item> <Item Name="[y]">y1</Item> <Item Name="[width]">x2 - x1 + 1</Item> <Item Name="[height]">y2 - y1 + 1</Item> </Expand> </Type> <Type Name="QRectF"> <DisplayString>{{ x = {xp}, y = {yp}, width = {w}, height = {h} }}</DisplayString> <Expand> <Item Name="[x]">xp</Item> <Item Name="[y]">yp</Item> <Item Name="[width]">w</Item> <Item Name="[height]">h</Item> </Expand> </Type> <Type Name="QSize"> <AlternativeType Name="QSizeF"/> <DisplayString>{{ width = {wd}, height = {ht} }}</DisplayString> <Expand> <Item Name="[width]">wd</Item> <Item Name="[height]">ht</Item> </Expand> </Type> <Type Name="QLine"> <AlternativeType Name="QLineF"/> <DisplayString>{{ start point = {pt1}, end point = {pt2} }}</DisplayString> <Expand> <Synthetic Name="[start point]"> <DisplayString>{pt1}</DisplayString> <Expand> <ExpandedItem>pt1</ExpandedItem> </Expand> </Synthetic> <Synthetic Name="[end point]"> <DisplayString>{pt2}</DisplayString> <Expand> <ExpandedItem>pt2</ExpandedItem> </Expand> </Synthetic> </Expand> </Type> <Type Name="QPolygon"> <DisplayString>{{ size = {d->size} }}</DisplayString> <Expand> <Item Name="[referenced]">d->ref.atomic._q_value</Item> <ArrayItems> <Size>d->size</Size> <ValuePointer>(QPoint*)((reinterpret_cast<char*>(d)) + d->offset)</ValuePointer> </ArrayItems> </Expand> </Type> <Type Name="QPolygonF"> <DisplayString>{{ size = {d->size} }}</DisplayString> <Expand> <Item Name="[closed]"> d->size > 0 && ((((QPointF*)((reinterpret_cast<char*>(d)) + d->offset)[0]).xp == (((QPointF*)((reinterpret_cast<char*>(d)) + d->offset)[d->size - 1]).xp) && ((((QPointF*)((reinterpret_cast<char*>(d)) + d->offset)[0]).yp == (((QPointF*)((reinterpret_cast<char*>(d)) + d->offset)[d->size - 1]).yp) </Item> <Item Name="[referenced]">d->ref.atomic._q_value</Item> <ArrayItems> <Size>d->size</Size> <ValuePointer>(QPointF*)((reinterpret_cast<char*>(d)) + d->offset)</ValuePointer> </ArrayItems> </Expand> </Type> <Type Name ="QVector2D"> <DisplayString>{{ x = {xp}, y = {yp} }}</DisplayString> <Expand> <Item Name="[x]">xp</Item> <Item Name="[y]">yp</Item> </Expand> </Type> <Type Name ="QVector3D"> <DisplayString>{{ x = {xp}, y = {yp}, z = {zp} }}</DisplayString> <Expand> <Item Name="[x]">xp</Item> <Item Name="[y]">yp</Item> <Item Name="[z]">zp</Item> </Expand> </Type> <Type Name ="QVector4D"> <DisplayString>{{ x = {xp}, y = {yp}, z = {zp}, w = {wp} }}</DisplayString> <Expand> <Item Name="[x]">xp</Item> <Item Name="[y]">yp</Item> <Item Name="[z]">zp</Item> <Item Name="[w]">wp</Item> </Expand> </Type> <Type Name ="QMatrix"> <DisplayString> {{ m11 = {_m11}, m12 = {_m12}, m21 = {_m21}, m22 = {_m22}, ... }} </DisplayString> <Expand> <Item Name="[m11]">_m11</Item> <Item Name="[m12]">_m12</Item> <Item Name="[m21]">_m21</Item> <Item Name="[m22]">_m22</Item> <Item Name="[dx]">_dx</Item> <Item Name="[dy]">_dy</Item> </Expand> </Type> <Type Name ="QMatrix4x4"> <DisplayString> {{ m11 = {m[0][0]}, m12 = {m[1][0]}, m13 = {m[2][0]}, m14 = {m[3][0]}, ... }} </DisplayString> <Expand> <Item Name="[m11]">m[0][0]</Item> <Item Name="[m12]">m[1][0]</Item> <Item Name="[m13]">m[2][0]</Item> <Item Name="[m14]">m[3][0]</Item> <Item Name="[m21]">m[0][1]</Item> <Item Name="[m22]">m[1][1]</Item> <Item Name="[m23]">m[2][1]</Item> <Item Name="[m24]">m[3][1]</Item> <Item Name="[m31]">m[0][2]</Item> <Item Name="[m32]">m[1][2]</Item> <Item Name="[m33]">m[2][2]</Item> <Item Name="[m34]">m[3][2]</Item> <Item Name="[m41]">m[0][3]</Item> <Item Name="[m42]">m[1][3]</Item> <Item Name="[m43]">m[2][3]</Item> <Item Name="[m44]">m[3][3]</Item> </Expand> </Type> <Type Name="QSizePolicy"> <DisplayString> {{ horizontal = {static_cast<Policy>(bits.horPolicy)}, vertical = {static_cast<Policy>(bits.verPolicy)}, type = {ControlType(1 << bits.ctype)} }} </DisplayString> <Expand> <Synthetic Name="[vertical policy]"> <DisplayString>QSizePolicy::Policy::{static_cast<Policy>(bits.verPolicy)}</DisplayString> </Synthetic> <Synthetic Name="[horizontal policy]"> <DisplayString>QSizePolicy::Policy::{static_cast<Policy>(bits.horPolicy)}</DisplayString> </Synthetic> <Synthetic Name="[control type]"> <DisplayString>QSizePolicy::ControlType::{ControlType(1 << bits.ctype)}</DisplayString> </Synthetic> <Synthetic Name="[expanding directions]"> <DisplayString Condition="(static_cast<Policy>(bits.verPolicy) & ExpandFlag)"> Qt::Vertical (2) </DisplayString> <DisplayString Condition="(static_cast<Policy>(bits.horPolicy) & ExpandFlag)"> Qt::Horizontal (1) </DisplayString> </Synthetic> <Item Name="[vertical stretch]">static_cast<int>(bits.verStretch)</Item> <Item Name="[horizontal stretch]">static_cast<int>(bits.horStretch)</Item> <Item Name="[has height for width]">bits.hfw == 1</Item> <Item Name="[has width for height]">bits.wfh == 1</Item> </Expand> </Type> <Type Name="QChar"> <DisplayString>{ucs,c}</DisplayString> <StringView>ucs,c</StringView> <Expand> <Item Name="[latin 1]">ucs > 0xff ? '\0' : char(ucs),c</Item> <Item Name="[unicode]">ucs,c</Item> </Expand> </Type> <Type Name="QString"> <DisplayString>{((reinterpret_cast<unsigned short*>(d)) + d->offset / 2),sub}</DisplayString> <StringView>((reinterpret_cast<unsigned short*>(d)) + d->offset / 2),sub</StringView> <Expand> <Item Name="[size]">d->size</Item> <Item Name="[referenced]">d->ref.atomic._q_value</Item> <ArrayItems> <Size>d->size</Size> <ValuePointer>((reinterpret_cast<unsigned short*>(d)) + d->offset / 2),c</ValuePointer> </ArrayItems> </Expand> </Type> <Type Name="QByteArray"> <DisplayString>{((reinterpret_cast<char*>(d)) + d->offset),sb}</DisplayString> <StringView>((reinterpret_cast<char*>(d)) + d->offset),sb</StringView> <Expand> <Item Name="[size]">d->size</Item> <Item Name="[referenced]">d->ref.atomic._q_value</Item> <ArrayItems> <Size>d->size</Size> <ValuePointer>((reinterpret_cast<char*>(d)) + d->offset),c</ValuePointer> </ArrayItems> </Expand> </Type> <Type Name="QBitArray"> <DisplayString>{{ size = {(d.d->size << 3) - *((reinterpret_cast<char*>(d.d)) + d.d->offset)} }}</DisplayString> <Expand> <Item Name="[referenced]">d.d->ref.atomic._q_value</Item> <IndexListItems> <Size>(d.d->size << 3) - *((reinterpret_cast<char*>(d.d)) + d.d->offset)</Size> <ValueNode> (*(reinterpret_cast<const unsigned char*>((reinterpret_cast<char*>(d.d)) + d.d->offset) + 1 + ($i >> 3)) & (1 << ($i & 7))) != 0 </ValueNode> </IndexListItems> </Expand> </Type> <Type Name="QVarLengthArray<*>"> <AlternativeType Name="QVarLengthArray<*, int>"/> <DisplayString>{{ size = {s} }}</DisplayString> <Expand> <Item Name="[capacity]">a</Item> <ArrayItems> <Size>s</Size> <ValuePointer>ptr</ValuePointer> </ArrayItems> </Expand> </Type> <Type Name="QDate"> <DisplayString>{{ julian day = {jd} }}</DisplayString> <Expand></Expand> </Type> <Type Name="QTime"> <DisplayString Condition="mds == 1">{{ millisecond = {mds} }}</DisplayString> <DisplayString Condition="mds != 1">{{ milliseconds = {mds} }}</DisplayString> <Expand> <Item Name="[hour]" Condition="(mds / 3600000) == 1">mds / 3600000, d</Item> <Item Name="[hours]" Condition="(mds / 3600000) != 1">mds / 3600000, d</Item> <Item Name="[minute]" Condition="((mds % 3600000) / 60000) == 1">(mds % 3600000) / 60000, d</Item> <Item Name="[minutes]" Condition="((mds % 3600000) / 60000) != 1">(mds % 3600000) / 60000, d</Item> <Item Name="[second]" Condition="((mds / 1000) % 60) == 1">(mds / 1000) % 60, d</Item> <Item Name="[seconds]" Condition="((mds / 1000) % 60) != 1">(mds / 1000) % 60, d</Item> <Item Name="[millisecond]" Condition="(mds % 1000) == 1">mds % 1000, d</Item> <Item Name="[milliseconds]" Condition="(mds % 1000) != 1">mds % 1000, d</Item> </Expand> </Type> <Type Name="QRegularExpression"> <DisplayString>{d.pattern}</DisplayString> </Type> <Type Name="QSharedData"> <Expand> <Item Name="[referenced]">ref._q_value</Item> </Expand> </Type> <Type Name="QSharedPointer<*>"> <DisplayString>strong reference to shared pointer of type {"$T1"}</DisplayString> <Expand> <Item Name="[is null]">value == 0</Item> <Item Name="[weak referenced]">d->weakref._q_value</Item> <Item Name="[strong referenced]">d->strongref._q_value</Item> </Expand> </Type> <Type Name="QSharedDataPointer<*>"> <DisplayString>pointer to implicit shared object of type {"$T1"}</DisplayString> <Expand> <ExpandedItem>d</ExpandedItem> </Expand> </Type> <Type Name="QExplicitlySharedDataPointer<*>"> <DisplayString>pointer to explicit shared object of type {"$T1"}</DisplayString> <Expand> <ExpandedItem>d</ExpandedItem> </Expand> </Type> <Type Name="QPointer<*>"> <DisplayString>guarded pointer to subclass of QObject of type {"$T1"}</DisplayString> <Expand> <Item Name="[is null]">wp.d == 0 || wp.d->strongref._q_value == 0 || wp.value == 0</Item> </Expand> </Type> <Type Name="QWeakPointer<*>"> <DisplayString>weak reference to shared pointer of type {"$T1"}</DisplayString> <Expand> <Item Name="[is null]">d == 0 || d->strongref._q_value == 0 || value == 0</Item> <Item Name="[weak referenced]">d->weakref._q_value</Item> <Item Name="[strong referenced]">d->strongref._q_value</Item> </Expand> </Type> <Type Name="QScopedPointer<*>"> <DisplayString>scoped pointer to a dynamically allocated object of type {"$T1"}</DisplayString> <Expand> <Item Name="[is null]">!d</Item> </Expand> </Type> <Type Name="QScopedArrayPointer<*>"> <DisplayString>scoped pointer to dynamically allocated array of objects of type {"$T1"}</DisplayString> <Expand> <Item Name="[is null]">!d</Item> </Expand> </Type> <Type Name="QPair<*,*>"> <DisplayString>({first}, {second})</DisplayString> <Expand> <Item Name="[first]">first</Item> <Item Name="[second]">second</Item> </Expand> </Type> <Type Name="QVector<*>"> <AlternativeType Name="QStack<*>"></AlternativeType> <DisplayString>{{ size = {d->size} }}</DisplayString> <Expand> <Item Name="[referenced]">d->ref.atomic._q_value</Item> <ArrayItems> <Size>d->size</Size> <ValuePointer>($T1*)((reinterpret_cast<char*>(d)) + d->offset)</ValuePointer> </ArrayItems> </Expand> </Type> <Type Name="QList<*>"> <AlternativeType Name="QStringList"></AlternativeType> <AlternativeType Name="QQueue<*>"></AlternativeType> <DisplayString>{{ size = {d->end - d->begin} }}</DisplayString> <Expand> <Item Name="[referenced]">d->ref.atomic._q_value</Item> <IndexListItems> <Size>d->end - d->begin</Size> <ValueNode>*reinterpret_cast<$T1*>((sizeof($T1) > sizeof(void*)) ? reinterpret_cast<Node*>(d->array + d->begin + $i)->v : reinterpret_cast<$T1*>(d->array + d->begin + $i)) </ValueNode> </IndexListItems> </Expand> </Type> <Type Name="QLinkedList<*>"> <DisplayString>{{ size = {d->size} }}</DisplayString> <Expand> <Item Name="[referenced]">d->ref.atomic._q_value</Item> <LinkedListItems> <Size>d->size</Size> <HeadPointer>d->n</HeadPointer> <NextPointer>n</NextPointer> <ValueNode>(*(QLinkedListNode<$T1>*)this).t</ValueNode> </LinkedListItems> </Expand> </Type> <Type Name="QMapNode<*,*>"> <DisplayString>({key}, {value})</DisplayString> <Expand> <Item Name="[key]">key</Item> <Item Name="[value]">value</Item> </Expand> </Type> <Type Name="QMap<*,*>"> <AlternativeType Name="QMultiMap<*,*>"/> <DisplayString>{{ size = {d->size} }}</DisplayString> <Expand> <Item Name="[referenced]">d->ref.atomic._q_value</Item> <TreeItems> <Size>d->size</Size> <HeadPointer>d->header.left</HeadPointer> <LeftPointer>left</LeftPointer> <RightPointer>right</RightPointer> <ValueNode>*((QMapNode<$T1,$T2>*)this)</ValueNode> </TreeItems> </Expand> </Type> <Type Name="QHashNode<*,*>"> <DisplayString Condition="next == 0">(empty)</DisplayString> <DisplayString Condition="next != 0">({key}, {value})</DisplayString> <Expand> <Item Name="[key]" Condition="next != 0">key</Item> <Item Name="[value]" Condition="next != 0">value</Item> </Expand> </Type> <Type Name="QHash<*,*>"> <AlternativeType Name="QMultiHash<*,*>"/> <DisplayString>{{ size = {d->size} }}</DisplayString> <Expand> <Item Name="[referenced]">d->ref.atomic._q_value</Item> <IndexListItems> <Size>d->numBuckets</Size> <ValueNode>*((QHashNode<$T1,$T2>*)d->buckets[$i])</ValueNode> </IndexListItems> </Expand> </Type> <Type Name="QHashNode<*,QHashDummyValue>"> <DisplayString Condition="next == 0">(empty)</DisplayString> <DisplayString Condition="next != 0">({key})</DisplayString> <Expand> <Item Name="[key]" Condition="next != 0">key</Item> </Expand> </Type> <Type Name="QSet<*>"> <DisplayString>{{ size = {q_hash.d->size} }}</DisplayString> <Expand> <ExpandedItem>q_hash</ExpandedItem> </Expand> </Type> <Type Name="QCache<*,*>::Node"> <DisplayString>({*keyPtr}, {*t})</DisplayString> <Expand> <Item Name="[key]">*keyPtr</Item> <Item Name="[value]">*t</Item> </Expand> </Type> <Type Name="QCache<*,*>"> <DisplayString>{{ size = {hash.d->size} }}</DisplayString> <Expand> <Item Name="[max coast]">mx</Item> <Item Name="[total coast]">total</Item> <Item Name="[referenced]">hash.d->ref.atomic._q_value</Item> <LinkedListItems> <Size>hash.d->size</Size> <HeadPointer>f</HeadPointer> <NextPointer>n</NextPointer> <ValueNode>*((Node*)this)</ValueNode> </LinkedListItems> </Expand> </Type> <Type Name="QVariant"> <!--Region DisplayString QVariant--> <DisplayString Condition="d.type == QMetaType::UnknownType">Invalid</DisplayString> <DisplayString Condition="d.type == QMetaType::Bool">{d.data.b}</DisplayString> <DisplayString Condition="d.type == QMetaType::Int">{d.data.i}</DisplayString> <DisplayString Condition="d.type == QMetaType::UInt">{d.data.u}</DisplayString> <DisplayString Condition="d.type == QMetaType::LongLong">{d.data.ll}</DisplayString> <DisplayString Condition="d.type == QMetaType::ULongLong">{d.data.ull}</DisplayString> <DisplayString Condition="d.type == QMetaType::Double">{d.data.d}</DisplayString> <DisplayString Condition="d.type == QMetaType::QChar">{d.data.c}</DisplayString> <DisplayString Condition="d.type == QMetaType::QVariantMap"> {*((QMap<QString,QVariant>*)(d.is_shared ? d.data.shared->ptr : reinterpret_cast<const void *>(&d.data.ptr)))} </DisplayString> <DisplayString Condition="d.type == QMetaType::QVariantList"> {*((QList<QVariant>*)(d.is_shared ? d.data.shared->ptr : reinterpret_cast<const void *>(&d.data.ptr)))} </DisplayString> <DisplayString Condition="d.type == QMetaType::QString"> {*((QString*)(d.is_shared ? d.data.shared->ptr : reinterpret_cast<const void *>(&d.data.ptr)))} </DisplayString> <DisplayString Condition="d.type == QMetaType::QStringList"> {*((QStringList*)(d.is_shared ? d.data.shared->ptr : reinterpret_cast<const void *>(&d.data.ptr)))} </DisplayString> <DisplayString Condition="d.type == QMetaType::QByteArray"> {*((QByteArray*)(d.is_shared ? d.data.shared->ptr : reinterpret_cast<const void *>(&d.data.ptr)))} </DisplayString> <DisplayString Condition="d.type == QMetaType::QBitArray"> {*((QBitArray*)(d.is_shared ? d.data.shared->ptr : reinterpret_cast<const void *>(&d.data.ptr)))} </DisplayString> <DisplayString Condition="d.type == QMetaType::QDate"> {*((QDate*)(d.is_shared ? d.data.shared->ptr : reinterpret_cast<const void *>(&d.data.ptr)))} </DisplayString> <DisplayString Condition="d.type == QMetaType::QTime"> {*((QTime*)(d.is_shared ? d.data.shared->ptr : reinterpret_cast<const void *>(&d.data.ptr)))} </DisplayString> <DisplayString Condition="d.type == QMetaType::QDateTime">DateTime</DisplayString> <DisplayString Condition="d.type == QMetaType::QUrl">Url</DisplayString> <DisplayString Condition="d.type == QMetaType::QLocale">Locale</DisplayString> <DisplayString Condition="d.type == QMetaType::QRect"> {*((QRect*)(d.is_shared ? d.data.shared->ptr : reinterpret_cast<const void *>(&d.data.ptr)))} </DisplayString> <DisplayString Condition="d.type == QMetaType::QRectF"> {*((QRectF*)(d.is_shared ? d.data.shared->ptr : reinterpret_cast<const void *>(&d.data.ptr)))} </DisplayString> <DisplayString Condition="d.type == QMetaType::QSize"> {*((QSize*)(d.is_shared ? d.data.shared->ptr : reinterpret_cast<const void *>(&d.data.ptr)))} </DisplayString> <DisplayString Condition="d.type == QMetaType::QSizeF"> {*((QSizeF*)(d.is_shared ? d.data.shared->ptr : reinterpret_cast<const void *>(&d.data.ptr)))} </DisplayString> <DisplayString Condition="d.type == QMetaType::QLine"> {*((QLine*)(d.is_shared ? d.data.shared->ptr : reinterpret_cast<const void *>(&d.data.ptr)))} </DisplayString> <DisplayString Condition="d.type == QMetaType::QLineF"> {*((QLineF*)(d.is_shared ? d.data.shared->ptr : reinterpret_cast<const void *>(&d.data.ptr)))} </DisplayString> <DisplayString Condition="d.type == QMetaType::QPoint"> {*((QPoint*)(d.is_shared ? d.data.shared->ptr : reinterpret_cast<const void *>(&d.data.ptr)))} </DisplayString> <DisplayString Condition="d.type == QMetaType::QPointF"> {*((QPointF*)(d.is_shared ? d.data.shared->ptr : reinterpret_cast<const void *>(&d.data.ptr)))} </DisplayString> <DisplayString Condition="d.type == QMetaType::QRegExp">RegExp</DisplayString> <DisplayString Condition="d.type == QMetaType::QRegularExpression">RegularExpression</DisplayString> <DisplayString Condition="d.type == QMetaType::QVariantHash"> {*((QHash<QString,QVariant>*)(d.is_shared ? d.data.shared->ptr : reinterpret_cast<const void *>(&d.data.ptr)))} </DisplayString> <DisplayString Condition="d.type == QMetaType::QEasingCurve">EasingCurve</DisplayString> <DisplayString Condition="d.type == QMetaType::QUuid">Uuid</DisplayString> <DisplayString Condition="d.type == QMetaType::QModelIndex">ModelIndex</DisplayString> <DisplayString Condition="d.type == QMetaType::LastCoreType">LastCoreType</DisplayString> <DisplayString Condition="d.type == QMetaType::QFont">Font</DisplayString> <DisplayString Condition="d.type == QMetaType::QPixmap">Pixmap</DisplayString> <DisplayString Condition="d.type == QMetaType::QBrush">Brush</DisplayString> <DisplayString Condition="d.type == QMetaType::QColor">Color</DisplayString> <DisplayString Condition="d.type == QMetaType::QPalette">Palette</DisplayString> <DisplayString Condition="d.type == QMetaType::QImage">Image</DisplayString> <DisplayString Condition="d.type == QMetaType::QPolygon">Polygon</DisplayString> <DisplayString Condition="d.type == QMetaType::QRegion">Region</DisplayString> <DisplayString Condition="d.type == QMetaType::QBitmap">Bitmap</DisplayString> <DisplayString Condition="d.type == QMetaType::QCursor">Cursor</DisplayString> <DisplayString Condition="d.type == QMetaType::QKeySequence">KeySequence</DisplayString> <DisplayString Condition="d.type == QMetaType::QPen">Pen</DisplayString> <DisplayString Condition="d.type == QMetaType::QTextLength">TextLength</DisplayString> <DisplayString Condition="d.type == QMetaType::QTextFormat">TextFormat</DisplayString> <DisplayString Condition="d.type == QMetaType::QMatrix">Matrix</DisplayString> <DisplayString Condition="d.type == QMetaType::QTransform">Transform</DisplayString> <DisplayString Condition="d.type == QMetaType::QMatrix4x4">Matrix4x4</DisplayString> <DisplayString Condition="d.type == QMetaType::QVector2D">Vector2D</DisplayString> <DisplayString Condition="d.type == QMetaType::QVector3D">Vector3D</DisplayString> <DisplayString Condition="d.type == QMetaType::QVector4D">Vector4D</DisplayString> <DisplayString Condition="d.type == QMetaType::QQuaternion">Quaternion</DisplayString> <DisplayString Condition="d.type == QMetaType::QPolygonF">PolygonF</DisplayString> <DisplayString Condition="d.type == QMetaType::QIcon">Icon</DisplayString> <DisplayString Condition="d.type == QMetaType::LastGuiType">LastGuiType</DisplayString> <DisplayString Condition="d.type == QMetaType::QSizePolicy">SizePolicy</DisplayString> <DisplayString Condition="d.type == QMetaType::User">UserType</DisplayString> <DisplayString Condition="d.type == 0xffffffff">LastType</DisplayString> <!--End region DisplayString QVariant--> <!--Region DisplayView QVariant--> <StringView Condition="d.type == QMetaType::QChar">d.data.c</StringView> <StringView Condition="d.type == QMetaType::QString"> *((QString*)(d.is_shared ? d.data.shared->ptr : reinterpret_cast<const void *>(&d.data.ptr))) </StringView> <StringView Condition="d.type == QMetaType::QByteArray"> *((QByteArray*)(d.is_shared ? d.data.shared->ptr : reinterpret_cast<const void *>(&d.data.ptr))) </StringView> <!--End region DisplayView QVariant--> </Type> </AutoVisualizer>You should now have the ability to debug with Qt in Visual Studio.
Warning
Even though Qt mentions it, they really don't emphasize how important is to properly clean if your build failed. This is what the site says, and I've added my own derived notes below the quoted text:
Note: If you later need to reconfigure and rebuild Qt from the same location, ensure that all traces of the previous configuration are removed by entering the build directory and typing
nmake distcleanbefore running configure again.- If your configuration using
configureneeds to change at all, you've got to runnmake distcleanorjom -j %NUMBER_OF_PROCESSORS% distclean - If your build failed, run clean, e.g.,
nmake cleanorjom -j %NUMBER_OF_PROCESSORS% clean
Then you should run
configurewith whatever options you need, and thennmakeorjom -j %NUMBER_OF_PROCESSORS%.讨论(0)
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