使用 Visual Studio 2015 设置 Qt5

Question

在 Google 中搜索 'Qt5 - Windows 10 - VS 2015' 只显示了 4 月份的一篇博客 post，其中指出正在开发对 VS 2015 的支持 (link)。

Qt5 下载页面（OpenSource 版本）目前没有 Visual Studio 2015 的链接。那么，是否可以在 VS 2015 中使用 Qt5，或者我只能使用直到出现新的东西？

PS。我只是想避免在 VS2015 之上安装 VS2013。如果需要，我可以从源代码构建。

提前致谢

Answer 1

我刚刚写了a small article explaining how to compile Qt 5.5.1 (with QtWebkit) with Visual Studio 2015。

我意识到这绝不是一个好的答案：虽然它完成了工作，但那篇文章主要依赖于助手 Windows 批处理文件，您可以从我的网站下载。因此，虽然我不打算撤回我的网站或文章本身，但其他 SO 用户或管理员有权将此答案标记为过于不稳定...

无论如何，在 Qt 人员提供使用 Visual Studio 2015 构建的官方预构建二进制文件之前，我相信我的文章可以挽救局面。希望对您有所帮助。

Answer 2

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 你可以安装。

我发现当我尝试在扩展中添加 Qt 5.6.0 Beta 时出现错误 "This Qt version uses an unsupported makefile generator (used: MSVC.NETMSBUILD, supported: MSVC.NET, MSBUILD)"。解决方法在 C:\Qt\Qt5.6.0.6\msvc2015\mkspecs\common\msvc-desktop.conf Qt 5.6.0 将所有 version-specific 更改拆分为单独的文件 msvc-base。会议。如果您复制此文件的内容并替换 mscv-desktop.conf 中的 "include(msvc- base.conf)" 行，则 Qt5Package 可以毫无问题地识别 Qt 5.6.0 Beta。

请注意，这仍然需要在 Qt5Package 中修复。

Answer 3

我遇到了同样的问题。但我刚刚找到了魔法钥匙。以下 link 中的包几乎具有 Qt Visual Studio Add-in 1.2.4 for Qt5 的行为。它包括使用 Qt 完成工作所需的一切：

https://visualstudiogallery.msdn.microsoft.com/c89ff880-8509-47a4-a262-e4fa07168408

Answer 4

构建 Qt

调用具有正确架构的 vcvarsall 批处理，例如：

call "C:\Program Files (x86)\Microsoft Visual Studio 14.0\VC\vcvarsall.bat" amd64

调用Qt环境批处理，如

call C:\Qt\x64\vs2015\qt561-1_x64.6\msvc2015_64\bin\qtenv2.bat

如果使用 jom，请将 jom 添加到路径中，例如

Set PATH=C:\Qt\x64\vs2015\qt561-1_x64\Tools\QtCreator\bin;%PATH%

设置您的 Qt Makespec，例如，

Set QMAKESPEC=win32-msvc2015

cd C:\Qt\x64\vs2015\qt561-1_x64.6\Src\qtbase

运行 configure 以及您可能需要的任何选项，例如

configure -platform win32-msvc2015 -nomake tests -nomake examples

如果构建开源 Qt，请将 -opensource 添加到您的 configure 命令中。

运行 nmake 或 jom -j %NUMBER_OF_PROCESSORS% 或将 %NUMBER_OF_PROCESSORS% 替换为您要使用的线程数。

集成 Qt

获取此代码块的内容并将其保存到名为 qt.natvis 的文件中，如果像这样放置在这里，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-&gt;size} }}</DisplayString>
    <Expand>
        <Item Name="[referenced]">d-&gt;ref.atomic._q_value</Item>
        <ArrayItems>
            <Size>d-&gt;size</Size>
            <ValuePointer>(QPoint*)((reinterpret_cast&lt;char*&gt;(d)) + d-&gt;offset)</ValuePointer>
        </ArrayItems>
    </Expand>
</Type>

<Type Name="QPolygonF">
    <DisplayString>{{ size = {d-&gt;size} }}</DisplayString>
    <Expand>
        <Item Name="[closed]">
            d-&gt;size &gt; 0
                &amp;&amp; ((((QPointF*)((reinterpret_cast&lt;char*&gt;(d)) + d-&gt;offset)[0]).xp
            == (((QPointF*)((reinterpret_cast&lt;char*&gt;(d)) + d-&gt;offset)[d-&gt;size - 1]).xp)
                &amp;&amp; ((((QPointF*)((reinterpret_cast&lt;char*&gt;(d)) + d-&gt;offset)[0]).yp
            == (((QPointF*)((reinterpret_cast&lt;char*&gt;(d)) + d-&gt;offset)[d-&gt;size - 1]).yp)
        </Item>
        <Item Name="[referenced]">d-&gt;ref.atomic._q_value</Item>
        <ArrayItems>
            <Size>d-&gt;size</Size>
            <ValuePointer>(QPointF*)((reinterpret_cast&lt;char*&gt;(d)) + d-&gt;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&lt;Policy&gt;(bits.horPolicy)}, vertical = {static_cast&lt;Policy&gt;(bits.verPolicy)}, type = {ControlType(1 &lt;&lt; bits.ctype)} }}
    </DisplayString>
    <Expand>
        <Synthetic Name="[vertical policy]">
            <DisplayString>QSizePolicy::Policy::{static_cast&lt;Policy&gt;(bits.verPolicy)}</DisplayString>
        </Synthetic>
        <Synthetic Name="[horizontal policy]">
            <DisplayString>QSizePolicy::Policy::{static_cast&lt;Policy&gt;(bits.horPolicy)}</DisplayString>
        </Synthetic>
        <Synthetic Name="[control type]">
            <DisplayString>QSizePolicy::ControlType::{ControlType(1 &lt;&lt; bits.ctype)}</DisplayString>
        </Synthetic>
        <Synthetic Name="[expanding directions]">
            <DisplayString
                Condition="(static_cast&lt;Policy&gt;(bits.verPolicy) &amp; ExpandFlag)">
                    Qt::Vertical (2)
                </DisplayString>
            <DisplayString
                Condition="(static_cast&lt;Policy&gt;(bits.horPolicy) &amp; ExpandFlag)">
                    Qt::Horizontal (1)
            </DisplayString>
        </Synthetic>
        <Item Name="[vertical stretch]">static_cast&lt;int&gt;(bits.verStretch)</Item>
        <Item Name="[horizontal stretch]">static_cast&lt;int&gt;(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 ? '[=10=]' : char(ucs),c</Item>
        <Item Name="[unicode]">ucs,c</Item>
    </Expand>
</Type>

<Type Name="QString">
    <DisplayString>{((reinterpret_cast&lt;unsigned short*&gt;(d)) + d->offset / 2),sub}</DisplayString>
    <StringView>((reinterpret_cast&lt;unsigned short*&gt;(d)) + d->offset / 2),sub</StringView>
    <Expand>
        <Item Name="[size]">d-&gt;size</Item>
        <Item Name="[referenced]">d-&gt;ref.atomic._q_value</Item>
        <ArrayItems>
            <Size>d-&gt;size</Size>
            <ValuePointer>((reinterpret_cast&lt;unsigned short*&gt;(d)) + d->offset / 2),c</ValuePointer>
        </ArrayItems>
    </Expand>
</Type>

<Type Name="QByteArray">
    <DisplayString>{((reinterpret_cast&lt;char*&gt;(d)) + d-&gt;offset),sb}</DisplayString>
    <StringView>((reinterpret_cast&lt;char*&gt;(d)) + d-&gt;offset),sb</StringView>
    <Expand>
        <Item Name="[size]">d-&gt;size</Item>
        <Item Name="[referenced]">d-&gt;ref.atomic._q_value</Item>
        <ArrayItems>
            <Size>d-&gt;size</Size>
            <ValuePointer>((reinterpret_cast&lt;char*&gt;(d)) + d-&gt;offset),c</ValuePointer>
        </ArrayItems>
    </Expand>
</Type>

<Type Name="QBitArray">
    <DisplayString>{{ size = {(d.d-&gt;size &lt;&lt; 3) - *((reinterpret_cast&lt;char*&gt;(d.d)) + d.d-&gt;offset)} }}</DisplayString>
    <Expand>
        <Item Name="[referenced]">d.d-&gt;ref.atomic._q_value</Item>
        <IndexListItems>
            <Size>(d.d-&gt;size &lt;&lt; 3) - *((reinterpret_cast&lt;char*&gt;(d.d)) + d.d-&gt;offset)</Size>
            <ValueNode>
                (*(reinterpret_cast&lt;const unsigned char*&gt;((reinterpret_cast&lt;char*&gt;(d.d)) + d.d-&gt;offset) + 1
                    + ($i &gt;&gt; 3)) &amp; (1 &lt;&lt; ($i &amp; 7))) != 0
            </ValueNode>
        </IndexListItems>
    </Expand>
</Type>

<Type Name="QVarLengthArray&lt;*&gt;">
    <AlternativeType Name="QVarLengthArray&lt;*, int&gt;"/>
    <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&lt;*&gt;">
    <DisplayString>strong reference to shared pointer of type {"$T1"}</DisplayString>
    <Expand>
        <Item Name="[is null]">value == 0</Item>
        <Item Name="[weak referenced]">d-&gt;weakref._q_value</Item>
        <Item Name="[strong referenced]">d-&gt;strongref._q_value</Item>
    </Expand>
</Type>

<Type Name="QSharedDataPointer&lt;*&gt;">
    <DisplayString>pointer to implicit shared object of type {"$T1"}</DisplayString>
    <Expand>
        <ExpandedItem>d</ExpandedItem>
    </Expand>
</Type>

<Type Name="QExplicitlySharedDataPointer&lt;*&gt;">
    <DisplayString>pointer to explicit shared object of type {"$T1"}</DisplayString>
    <Expand>
        <ExpandedItem>d</ExpandedItem>
    </Expand>
</Type>

<Type Name="QPointer&lt;*&gt;">
    <DisplayString>guarded pointer to subclass of QObject of type {"$T1"}</DisplayString>
    <Expand>
        <Item Name="[is null]">wp.d == 0 || wp.d-&gt;strongref._q_value == 0 || wp.value == 0</Item>
    </Expand>
</Type>

<Type Name="QWeakPointer&lt;*&gt;">
    <DisplayString>weak reference to shared pointer of type {"$T1"}</DisplayString>
    <Expand>
        <Item Name="[is null]">d == 0 || d-&gt;strongref._q_value == 0 || value == 0</Item>
        <Item Name="[weak referenced]">d-&gt;weakref._q_value</Item>
        <Item Name="[strong referenced]">d-&gt;strongref._q_value</Item>
    </Expand>
</Type>

<Type Name="QScopedPointer&lt;*&gt;">
    <DisplayString>scoped pointer to a dynamically allocated object of type {"$T1"}</DisplayString>
    <Expand>
        <Item Name="[is null]">!d</Item>
    </Expand>
</Type>

<Type Name="QScopedArrayPointer&lt;*&gt;">
    <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&lt;*,*&gt;">
    <DisplayString>({first}, {second})</DisplayString>
    <Expand>
        <Item Name="[first]">first</Item>
        <Item Name="[second]">second</Item>
    </Expand>
</Type>

<Type Name="QVector&lt;*&gt;">
    <AlternativeType Name="QStack&lt;*&gt;"></AlternativeType>
    <DisplayString>{{ size = {d-&gt;size} }}</DisplayString>
    <Expand>
        <Item Name="[referenced]">d-&gt;ref.atomic._q_value</Item>
        <ArrayItems>
            <Size>d-&gt;size</Size>
            <ValuePointer>($T1*)((reinterpret_cast&lt;char*&gt;(d)) + d-&gt;offset)</ValuePointer>
        </ArrayItems>
    </Expand>
</Type>

<Type Name="QList&lt;*&gt;">
    <AlternativeType Name="QStringList"></AlternativeType>
    <AlternativeType Name="QQueue&lt;*&gt;"></AlternativeType>
    <DisplayString>{{ size = {d-&gt;end - d-&gt;begin} }}</DisplayString>
    <Expand>
        <Item Name="[referenced]">d-&gt;ref.atomic._q_value</Item>
        <IndexListItems>
            <Size>d-&gt;end - d-&gt;begin</Size>
            <ValueNode>*reinterpret_cast&lt;$T1*&gt;((sizeof($T1) &gt; sizeof(void*))
                ? reinterpret_cast&lt;Node*&gt;(d->array + d->begin + $i)->v
                : reinterpret_cast&lt;$T1*&gt;(d->array + d->begin + $i))
            </ValueNode>
        </IndexListItems>
    </Expand>
</Type>

<Type Name="QLinkedList&lt;*&gt;">
    <DisplayString>{{ size = {d-&gt;size} }}</DisplayString>
    <Expand>
        <Item Name="[referenced]">d-&gt;ref.atomic._q_value</Item>
        <LinkedListItems>
            <Size>d-&gt;size</Size>
            <HeadPointer>d-&gt;n</HeadPointer>
            <NextPointer>n</NextPointer>
            <ValueNode>(*(QLinkedListNode&lt;$T1&gt;*)this).t</ValueNode>
        </LinkedListItems>
    </Expand>
</Type>

<Type Name="QMapNode&lt;*,*&gt;">
    <DisplayString>({key}, {value})</DisplayString>
    <Expand>
        <Item Name="[key]">key</Item>
        <Item Name="[value]">value</Item>
    </Expand>
</Type>

<Type Name="QMap&lt;*,*&gt;">
    <AlternativeType Name="QMultiMap&lt;*,*&gt;"/>
    <DisplayString>{{ size = {d-&gt;size} }}</DisplayString>
    <Expand>
        <Item Name="[referenced]">d-&gt;ref.atomic._q_value</Item>
        <TreeItems>
            <Size>d-&gt;size</Size>
            <HeadPointer>d-&gt;header.left</HeadPointer>
            <LeftPointer>left</LeftPointer>
            <RightPointer>right</RightPointer>
            <ValueNode>*((QMapNode&lt;$T1,$T2&gt;*)this)</ValueNode>
        </TreeItems>
    </Expand>
</Type>

<Type Name="QHashNode&lt;*,*&gt;">
    <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&lt;*,*&gt;">
    <AlternativeType Name="QMultiHash&lt;*,*&gt;"/>
    <DisplayString>{{ size = {d-&gt;size} }}</DisplayString>
    <Expand>
        <Item Name="[referenced]">d-&gt;ref.atomic._q_value</Item>
        <IndexListItems>
            <Size>d-&gt;numBuckets</Size>
            <ValueNode>*((QHashNode&lt;$T1,$T2&gt;*)d-&gt;buckets[$i])</ValueNode>
        </IndexListItems>
    </Expand>
</Type>

<Type Name="QHashNode&lt;*,QHashDummyValue&gt;">
    <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&lt;*&gt;">
    <DisplayString>{{ size = {q_hash.d-&gt;size} }}</DisplayString>
    <Expand>
        <ExpandedItem>q_hash</ExpandedItem>
    </Expand>
</Type>

<Type Name="QCache&lt;*,*&gt;::Node">
    <DisplayString>({*keyPtr}, {*t})</DisplayString>
    <Expand>
        <Item Name="[key]">*keyPtr</Item>
        <Item Name="[value]">*t</Item>
    </Expand>
</Type>

<Type Name="QCache&lt;*,*&gt;">
    <DisplayString>{{ size = {hash.d-&gt;size} }}</DisplayString>
    <Expand>
        <Item Name="[max coast]">mx</Item>
        <Item Name="[total coast]">total</Item>
        <Item Name="[referenced]">hash.d-&gt;ref.atomic._q_value</Item>
        <LinkedListItems>
            <Size>hash.d-&gt;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&lt;QString,QVariant&gt;*)(d.is_shared ? d.data.shared-&gt;ptr
            : reinterpret_cast&lt;const void *&gt;(&amp;d.data.ptr)))}
    </DisplayString>
    <DisplayString Condition="d.type == QMetaType::QVariantList">
        {*((QList&lt;QVariant&gt;*)(d.is_shared ? d.data.shared-&gt;ptr
            : reinterpret_cast&lt;const void *&gt;(&amp;d.data.ptr)))}
    </DisplayString>
    <DisplayString Condition="d.type == QMetaType::QString">
        {*((QString*)(d.is_shared ? d.data.shared-&gt;ptr
            : reinterpret_cast&lt;const void *&gt;(&amp;d.data.ptr)))}
    </DisplayString>
    <DisplayString Condition="d.type == QMetaType::QStringList">
        {*((QStringList*)(d.is_shared ? d.data.shared-&gt;ptr
            : reinterpret_cast&lt;const void *&gt;(&amp;d.data.ptr)))}
    </DisplayString>
    <DisplayString Condition="d.type == QMetaType::QByteArray">
        {*((QByteArray*)(d.is_shared ? d.data.shared-&gt;ptr
            : reinterpret_cast&lt;const void *&gt;(&amp;d.data.ptr)))}
    </DisplayString>
    <DisplayString Condition="d.type == QMetaType::QBitArray">
        {*((QBitArray*)(d.is_shared ? d.data.shared-&gt;ptr
            : reinterpret_cast&lt;const void *&gt;(&amp;d.data.ptr)))}
    </DisplayString>
    <DisplayString Condition="d.type == QMetaType::QDate">
        {*((QDate*)(d.is_shared ? d.data.shared-&gt;ptr
            : reinterpret_cast&lt;const void *&gt;(&amp;d.data.ptr)))}
    </DisplayString>
    <DisplayString Condition="d.type == QMetaType::QTime">
        {*((QTime*)(d.is_shared ? d.data.shared-&gt;ptr
            : reinterpret_cast&lt;const void *&gt;(&amp;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-&gt;ptr
            : reinterpret_cast&lt;const void *&gt;(&amp;d.data.ptr)))}
    </DisplayString>
    <DisplayString Condition="d.type == QMetaType::QRectF">
        {*((QRectF*)(d.is_shared ? d.data.shared-&gt;ptr
            : reinterpret_cast&lt;const void *&gt;(&amp;d.data.ptr)))}
    </DisplayString>
    <DisplayString Condition="d.type == QMetaType::QSize">
        {*((QSize*)(d.is_shared ? d.data.shared-&gt;ptr
            : reinterpret_cast&lt;const void *&gt;(&amp;d.data.ptr)))}
    </DisplayString>
    <DisplayString Condition="d.type == QMetaType::QSizeF">
        {*((QSizeF*)(d.is_shared ? d.data.shared-&gt;ptr
            : reinterpret_cast&lt;const void *&gt;(&amp;d.data.ptr)))}
    </DisplayString>
    <DisplayString Condition="d.type == QMetaType::QLine">
        {*((QLine*)(d.is_shared ? d.data.shared-&gt;ptr
            : reinterpret_cast&lt;const void *&gt;(&amp;d.data.ptr)))}
    </DisplayString>
    <DisplayString Condition="d.type == QMetaType::QLineF">
        {*((QLineF*)(d.is_shared ? d.data.shared-&gt;ptr
            : reinterpret_cast&lt;const void *&gt;(&amp;d.data.ptr)))}
    </DisplayString>
    <DisplayString Condition="d.type == QMetaType::QPoint">
        {*((QPoint*)(d.is_shared ? d.data.shared-&gt;ptr
            : reinterpret_cast&lt;const void *&gt;(&amp;d.data.ptr)))}
    </DisplayString>
    <DisplayString Condition="d.type == QMetaType::QPointF">
        {*((QPointF*)(d.is_shared ? d.data.shared-&gt;ptr
            : reinterpret_cast&lt;const void *&gt;(&amp;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&lt;QString,QVariant&gt;*)(d.is_shared ? d.data.shared-&gt;ptr
            : reinterpret_cast&lt;const void *&gt;(&amp;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-&gt;ptr
            : reinterpret_cast&lt;const void *&gt;(&amp;d.data.ptr)))
    </StringView>

    <StringView Condition="d.type == QMetaType::QByteArray">
        *((QByteArray*)(d.is_shared ? d.data.shared-&gt;ptr
            : reinterpret_cast&lt;const void *&gt;(&amp;d.data.ptr)))
    </StringView>

    <!--End region DisplayView QVariant-->

</Type>
</AutoVisualizer>

您现在应该能够在 Visual Studio 中使用 Qt 进行调试。

警告

尽管 Qt 提到了它，但他们确实没有强调在构建失败时正确清理的重要性。这是 what the site says，我在引用的文本下方添加了自己的派生注释：

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 distclean before running configure again.

如果您使用 configure 的配置需要更改，您必须运行 nmake distclean 或 jom -j %NUMBER_OF_PROCESSORS% distclean
如果构建失败，运行清理，例如 nmake clean 或 jom -j %NUMBER_OF_PROCESSORS% clean

然后你应该运行 configure 与你需要的任何选项，然后 nmake 或 jom -j %NUMBER_OF_PROCESSORS%.

使用 Visual Studio 2015 设置 Qt5

Setting up Qt5 with Visual Studio 2015

qt

visual-studio

qt5

windows-10

visual-studio-2015

构建 Qt

集成 Qt

警告