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# include <QtTest/QtTest>
# include <QtGui>
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# include <QtWidgets>
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static inline void setFrameless ( QWidget * w )
{
Qt : : WindowFlags flags = w - > windowFlags ( ) ;
flags | = Qt : : FramelessWindowHint ;
flags & = ~ ( Qt : : WindowTitleHint | Qt : : WindowSystemMenuHint | Qt : : WindowMinMaxButtonsHint | Qt : : WindowCloseButtonHint ) ;
w - > setWindowFlags ( flags ) ;
}
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class tst_QBoxLayout : public QObject
{
Q_OBJECT
private slots :
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void cleanup ( ) ;
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void insertSpacerItem ( ) ;
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void insertLayout ( ) ;
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void sizeHint ( ) ;
void sizeConstraints ( ) ;
void setGeometry ( ) ;
void setStyleShouldChangeSpacing ( ) ;
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void testLayoutEngine_data ( ) ;
void testLayoutEngine ( ) ;
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void taskQTBUG_7103_minMaxWidthNotRespected ( ) ;
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void taskQTBUG_27420_takeAtShouldUnparentLayout ( ) ;
Avoid adding widget to its own layout
Widgets and layouts added or inserted to a layout are checked for:
- Not being NULL
- Not being the parent widget of a layout or the layout itself,
respectively
Without this commit, adding a widget to its own layout would result in a
CPU-hogging infinite loop. Now, a warning is written to stderr and the
add or insert function call is ignored.
The checks are implemented as public functions of QLayoutPrivate and
thus accessible in QLayout's descendants to be used in various
"addWidget", "insertWidget", etc functions.
Unlike 'classical' layouts like QGridLayout, QFormLayout does indeed
accept widgets that are NULL. To not break this behavior, any call for
the check functions first tests if the widget or layout, respectively,
to test is NULL or not and calls the check only in the latter case.
Automated tests for QBoxLayout, QGridLayout, and QFormLayout were added.
For an unpatched Qt 5.3, each of those automated tests will freeze as
explained in QTBUG-40609. For a fixed version, warning messages about
invalid parameters to addWidget/addLayout/... calls will be read by
QTest::ignoreMessage, resulting in a passed test.
Change-Id: I1522d5727e643da3f7c025755975aca9f482676d
Task-number: QTBUG-40609
Reviewed-by: Marc Mutz <marc.mutz@kdab.com>
2014-08-24 12:01:26 +00:00
void taskQTBUG_40609_addingWidgetToItsOwnLayout ( ) ;
void taskQTBUG_40609_addingLayoutToItself ( ) ;
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void replaceWidget ( ) ;
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} ;
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class CustomLayoutStyle : public QProxyStyle
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{
Q_OBJECT
public :
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CustomLayoutStyle ( ) : QProxyStyle ( QStyleFactory : : create ( " windows " ) )
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{
hspacing = 5 ;
vspacing = 10 ;
}
virtual int pixelMetric ( PixelMetric metric , const QStyleOption * option = 0 ,
const QWidget * widget = 0 ) const ;
int hspacing ;
int vspacing ;
} ;
int CustomLayoutStyle : : pixelMetric ( PixelMetric metric , const QStyleOption * option /*= 0*/ ,
const QWidget * widget /*= 0*/ ) const
{
switch ( metric ) {
case PM_LayoutLeftMargin :
return 0 ;
break ;
case PM_LayoutTopMargin :
return 3 ;
break ;
case PM_LayoutRightMargin :
return 6 ;
break ;
case PM_LayoutBottomMargin :
return 9 ;
break ;
case PM_LayoutHorizontalSpacing :
return hspacing ;
case PM_LayoutVerticalSpacing :
return vspacing ;
break ;
default :
break ;
}
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return QProxyStyle : : pixelMetric ( metric , option , widget ) ;
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}
void tst_QBoxLayout : : cleanup ( )
{
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QVERIFY ( QApplication : : topLevelWidgets ( ) . isEmpty ( ) ) ;
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}
void tst_QBoxLayout : : insertSpacerItem ( )
{
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QWidget window ;
window . setWindowTitle ( QTest : : currentTestFunction ( ) ) ;
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QSpacerItem * spacer1 = new QSpacerItem ( 20 , 10 , QSizePolicy : : Expanding , QSizePolicy : : Expanding ) ;
QSpacerItem * spacer2 = new QSpacerItem ( 40 , 20 , QSizePolicy : : Expanding , QSizePolicy : : Expanding ) ;
QBoxLayout * layout = new QHBoxLayout ;
layout - > addWidget ( new QLineEdit ( " Foooooooooooooooooooooooooo " ) ) ;
layout - > addSpacerItem ( spacer1 ) ;
layout - > addWidget ( new QLineEdit ( " Baaaaaaaaaaaaaaaaaaaaaaaaar " ) ) ;
layout - > insertSpacerItem ( 0 , spacer2 ) ;
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window . setLayout ( layout ) ;
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QCOMPARE ( layout - > itemAt ( 0 ) , spacer2 ) ;
QCOMPARE ( layout - > itemAt ( 2 ) , spacer1 ) ;
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window . show ( ) ;
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}
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void tst_QBoxLayout : : insertLayout ( )
{
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QWidget window ;
QVBoxLayout * vbox = new QVBoxLayout ( & window ) ;
QScopedPointer < QVBoxLayout > dummyParentLayout ( new QVBoxLayout ) ;
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QHBoxLayout * subLayout = new QHBoxLayout ;
dummyParentLayout - > addLayout ( subLayout ) ;
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QCOMPARE ( subLayout - > parent ( ) , dummyParentLayout . data ( ) ) ;
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QCOMPARE ( dummyParentLayout - > count ( ) , 1 ) ;
// add subLayout to another layout
QTest : : ignoreMessage ( QtWarningMsg , " QLayout::addChildLayout: layout \" \" already has a parent " ) ;
vbox - > addLayout ( subLayout ) ;
QCOMPARE ( ( subLayout - > parent ( ) = = vbox ) , ( vbox - > count ( ) = = 1 ) ) ;
}
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void tst_QBoxLayout : : sizeHint ( )
{
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QWidget window ;
window . setWindowTitle ( QTest : : currentTestFunction ( ) ) ;
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QHBoxLayout * lay1 = new QHBoxLayout ;
QHBoxLayout * lay2 = new QHBoxLayout ;
QLabel * label = new QLabel ( " widget twooooooooooooooooooooooooooooooooooooooooooooooooooooooo " ) ;
lay2 - > addWidget ( label ) ;
lay1 - > addLayout ( lay2 ) ;
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window . setLayout ( lay1 ) ;
window . show ( ) ;
QTest : : qWaitForWindowExposed ( & window ) ;
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label - > setText ( " foooooooo baaaaaaar " ) ;
QSize sh = lay1 - > sizeHint ( ) ;
QApplication : : processEvents ( ) ;
// Note that this is not strictly required behaviour - actually
// the preferred behaviour would be that sizeHint returns
// the same value regardless of what's lying in the event queue.
// (i.e. we would check for equality here instead)
QVERIFY ( lay1 - > sizeHint ( ) ! = sh ) ;
}
void tst_QBoxLayout : : sizeConstraints ( )
{
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QWidget window ;
window . setWindowTitle ( QTest : : currentTestFunction ( ) ) ;
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QHBoxLayout * lay = new QHBoxLayout ;
lay - > addWidget ( new QLabel ( " foooooooooooooooooooooooooooooooooooo " ) ) ;
lay - > addWidget ( new QLabel ( " baaaaaaaaaaaaaaaaaaaaaaaaaaaaaar " ) ) ;
lay - > setSizeConstraint ( QLayout : : SetFixedSize ) ;
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window . setLayout ( lay ) ;
window . show ( ) ;
QTest : : qWaitForWindowExposed ( & window ) ;
QSize sh = window . sizeHint ( ) ;
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delete lay - > takeAt ( 1 ) ;
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QVERIFY ( sh . width ( ) > = window . sizeHint ( ) . width ( ) & &
sh . height ( ) > = window . sizeHint ( ) . height ( ) ) ;
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}
void tst_QBoxLayout : : setGeometry ( )
{
QWidget toplevel ;
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toplevel . setWindowTitle ( QTest : : currentTestFunction ( ) ) ;
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setFrameless ( & toplevel ) ;
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QWidget w ( & toplevel ) ;
QVBoxLayout * lay = new QVBoxLayout ;
lay - > setMargin ( 0 ) ;
lay - > setSpacing ( 0 ) ;
QHBoxLayout * lay2 = new QHBoxLayout ;
QDial * dial = new QDial ;
lay2 - > addWidget ( dial ) ;
lay2 - > setAlignment ( Qt : : AlignTop ) ;
lay2 - > setAlignment ( Qt : : AlignRight ) ;
lay - > addLayout ( lay2 ) ;
w . setLayout ( lay ) ;
toplevel . show ( ) ;
QRect newGeom ( 0 , 0 , 70 , 70 ) ;
lay2 - > setGeometry ( newGeom ) ;
QVERIFY2 ( newGeom . contains ( dial - > geometry ( ) ) , " dial->geometry() should be smaller and within newGeom " ) ;
}
void tst_QBoxLayout : : setStyleShouldChangeSpacing ( )
{
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QWidget window ;
window . setWindowTitle ( QTest : : currentTestFunction ( ) ) ;
QHBoxLayout * hbox = new QHBoxLayout ( & window ) ;
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QPushButton * pb1 = new QPushButton ( tr ( " The spacing between this " ) ) ;
QPushButton * pb2 = new QPushButton ( tr ( " and this button should depend on the style of the parent widget " ) ) ; ;
pb1 - > setAttribute ( Qt : : WA_LayoutUsesWidgetRect ) ;
pb2 - > setAttribute ( Qt : : WA_LayoutUsesWidgetRect ) ;
hbox - > addWidget ( pb1 ) ;
hbox - > addWidget ( pb2 ) ;
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QScopedPointer < CustomLayoutStyle > style1 ( new CustomLayoutStyle ) ;
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style1 - > hspacing = 6 ;
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window . setStyle ( style1 . data ( ) ) ;
window . show ( ) ;
QTest : : qWaitForWindowExposed ( & window ) ;
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int spacing = pb2 - > geometry ( ) . left ( ) - pb1 - > geometry ( ) . right ( ) - 1 ;
QCOMPARE ( spacing , 6 ) ;
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QScopedPointer < CustomLayoutStyle > style2 ( new CustomLayoutStyle ( ) ) ;
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style2 - > hspacing = 10 ;
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window . setStyle ( style2 . data ( ) ) ;
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QTest : : qWait ( 100 ) ;
spacing = pb2 - > geometry ( ) . left ( ) - pb1 - > geometry ( ) . right ( ) - 1 ;
QCOMPARE ( spacing , 10 ) ;
}
void tst_QBoxLayout : : taskQTBUG_7103_minMaxWidthNotRespected ( )
{
QLabel * label = new QLabel ( " Qt uses standard C++, but makes extensive use of the C pre-processor to enrich the language. Qt can also be used in several other programming languages via language bindings. It runs on all major platforms, and has extensive internationalization support. Non-GUI features include SQL database access, XML parsing, thread management, network support and a unified cross-platform API for file handling. " ) ;
label - > setWordWrap ( true ) ;
label - > setFixedWidth ( 200 ) ;
QVBoxLayout * layout = new QVBoxLayout ;
layout - > addWidget ( label ) ;
layout - > addSpacerItem ( new QSpacerItem ( 1 , 1 , QSizePolicy : : Fixed , QSizePolicy : : Expanding ) ) ;
QWidget widget ;
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widget . setWindowTitle ( QTest : : currentTestFunction ( ) ) ;
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widget . setLayout ( layout ) ;
widget . show ( ) ;
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QVERIFY ( QTest : : qWaitForWindowExposed ( & widget ) ) ;
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int height = label - > height ( ) ;
QRect g = widget . geometry ( ) ;
g . setWidth ( 600 ) ;
widget . setGeometry ( g ) ;
QTest : : qWait ( 50 ) ;
QCOMPARE ( label - > height ( ) , height ) ;
}
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void tst_QBoxLayout : : taskQTBUG_27420_takeAtShouldUnparentLayout ( )
{
QSharedPointer < QHBoxLayout > outer ( new QHBoxLayout ) ;
QPointer < QVBoxLayout > inner = new QVBoxLayout ;
outer - > addLayout ( inner ) ;
QCOMPARE ( outer - > count ( ) , 1 ) ;
QCOMPARE ( inner - > parent ( ) , outer . data ( ) ) ;
QLayoutItem * item = outer - > takeAt ( 0 ) ;
QCOMPARE ( item - > layout ( ) , inner . data ( ) ) ;
QVERIFY ( ! item - > layout ( ) - > parent ( ) ) ;
outer . reset ( ) ;
if ( inner )
delete item ; // success: a taken item/layout should not be deleted when the old parent is deleted
else
QVERIFY ( ! inner . isNull ( ) ) ;
}
Avoid adding widget to its own layout
Widgets and layouts added or inserted to a layout are checked for:
- Not being NULL
- Not being the parent widget of a layout or the layout itself,
respectively
Without this commit, adding a widget to its own layout would result in a
CPU-hogging infinite loop. Now, a warning is written to stderr and the
add or insert function call is ignored.
The checks are implemented as public functions of QLayoutPrivate and
thus accessible in QLayout's descendants to be used in various
"addWidget", "insertWidget", etc functions.
Unlike 'classical' layouts like QGridLayout, QFormLayout does indeed
accept widgets that are NULL. To not break this behavior, any call for
the check functions first tests if the widget or layout, respectively,
to test is NULL or not and calls the check only in the latter case.
Automated tests for QBoxLayout, QGridLayout, and QFormLayout were added.
For an unpatched Qt 5.3, each of those automated tests will freeze as
explained in QTBUG-40609. For a fixed version, warning messages about
invalid parameters to addWidget/addLayout/... calls will be read by
QTest::ignoreMessage, resulting in a passed test.
Change-Id: I1522d5727e643da3f7c025755975aca9f482676d
Task-number: QTBUG-40609
Reviewed-by: Marc Mutz <marc.mutz@kdab.com>
2014-08-24 12:01:26 +00:00
void tst_QBoxLayout : : taskQTBUG_40609_addingWidgetToItsOwnLayout ( ) {
QWidget widget ;
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widget . setWindowTitle ( QTest : : currentTestFunction ( ) ) ;
Avoid adding widget to its own layout
Widgets and layouts added or inserted to a layout are checked for:
- Not being NULL
- Not being the parent widget of a layout or the layout itself,
respectively
Without this commit, adding a widget to its own layout would result in a
CPU-hogging infinite loop. Now, a warning is written to stderr and the
add or insert function call is ignored.
The checks are implemented as public functions of QLayoutPrivate and
thus accessible in QLayout's descendants to be used in various
"addWidget", "insertWidget", etc functions.
Unlike 'classical' layouts like QGridLayout, QFormLayout does indeed
accept widgets that are NULL. To not break this behavior, any call for
the check functions first tests if the widget or layout, respectively,
to test is NULL or not and calls the check only in the latter case.
Automated tests for QBoxLayout, QGridLayout, and QFormLayout were added.
For an unpatched Qt 5.3, each of those automated tests will freeze as
explained in QTBUG-40609. For a fixed version, warning messages about
invalid parameters to addWidget/addLayout/... calls will be read by
QTest::ignoreMessage, resulting in a passed test.
Change-Id: I1522d5727e643da3f7c025755975aca9f482676d
Task-number: QTBUG-40609
Reviewed-by: Marc Mutz <marc.mutz@kdab.com>
2014-08-24 12:01:26 +00:00
widget . setObjectName ( " 347b469225a24a0ef05150a " ) ;
QVBoxLayout layout ( & widget ) ;
layout . setObjectName ( " ef9e2b42298e0e6420105bb " ) ;
QTest : : ignoreMessage ( QtWarningMsg , " QLayout: Cannot add a null widget to QVBoxLayout/ef9e2b42298e0e6420105bb " ) ;
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layout . addWidget ( nullptr ) ;
Avoid adding widget to its own layout
Widgets and layouts added or inserted to a layout are checked for:
- Not being NULL
- Not being the parent widget of a layout or the layout itself,
respectively
Without this commit, adding a widget to its own layout would result in a
CPU-hogging infinite loop. Now, a warning is written to stderr and the
add or insert function call is ignored.
The checks are implemented as public functions of QLayoutPrivate and
thus accessible in QLayout's descendants to be used in various
"addWidget", "insertWidget", etc functions.
Unlike 'classical' layouts like QGridLayout, QFormLayout does indeed
accept widgets that are NULL. To not break this behavior, any call for
the check functions first tests if the widget or layout, respectively,
to test is NULL or not and calls the check only in the latter case.
Automated tests for QBoxLayout, QGridLayout, and QFormLayout were added.
For an unpatched Qt 5.3, each of those automated tests will freeze as
explained in QTBUG-40609. For a fixed version, warning messages about
invalid parameters to addWidget/addLayout/... calls will be read by
QTest::ignoreMessage, resulting in a passed test.
Change-Id: I1522d5727e643da3f7c025755975aca9f482676d
Task-number: QTBUG-40609
Reviewed-by: Marc Mutz <marc.mutz@kdab.com>
2014-08-24 12:01:26 +00:00
QCOMPARE ( layout . count ( ) , 0 ) ;
QTest : : ignoreMessage ( QtWarningMsg , " QLayout: Cannot add parent widget QWidget/347b469225a24a0ef05150a to its child layout QVBoxLayout/ef9e2b42298e0e6420105bb " ) ;
layout . addWidget ( & widget ) ;
QCOMPARE ( layout . count ( ) , 0 ) ;
}
void tst_QBoxLayout : : taskQTBUG_40609_addingLayoutToItself ( ) {
QWidget widget ;
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widget . setWindowTitle ( QTest : : currentTestFunction ( ) ) ;
Avoid adding widget to its own layout
Widgets and layouts added or inserted to a layout are checked for:
- Not being NULL
- Not being the parent widget of a layout or the layout itself,
respectively
Without this commit, adding a widget to its own layout would result in a
CPU-hogging infinite loop. Now, a warning is written to stderr and the
add or insert function call is ignored.
The checks are implemented as public functions of QLayoutPrivate and
thus accessible in QLayout's descendants to be used in various
"addWidget", "insertWidget", etc functions.
Unlike 'classical' layouts like QGridLayout, QFormLayout does indeed
accept widgets that are NULL. To not break this behavior, any call for
the check functions first tests if the widget or layout, respectively,
to test is NULL or not and calls the check only in the latter case.
Automated tests for QBoxLayout, QGridLayout, and QFormLayout were added.
For an unpatched Qt 5.3, each of those automated tests will freeze as
explained in QTBUG-40609. For a fixed version, warning messages about
invalid parameters to addWidget/addLayout/... calls will be read by
QTest::ignoreMessage, resulting in a passed test.
Change-Id: I1522d5727e643da3f7c025755975aca9f482676d
Task-number: QTBUG-40609
Reviewed-by: Marc Mutz <marc.mutz@kdab.com>
2014-08-24 12:01:26 +00:00
widget . setObjectName ( " fe44e5cb6c08006597126a " ) ;
QVBoxLayout layout ( & widget ) ;
layout . setObjectName ( " cc751dd0f50f62b05a62da " ) ;
QTest : : ignoreMessage ( QtWarningMsg , " QLayout: Cannot add a null layout to QVBoxLayout/cc751dd0f50f62b05a62da " ) ;
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layout . addLayout ( nullptr ) ;
Avoid adding widget to its own layout
Widgets and layouts added or inserted to a layout are checked for:
- Not being NULL
- Not being the parent widget of a layout or the layout itself,
respectively
Without this commit, adding a widget to its own layout would result in a
CPU-hogging infinite loop. Now, a warning is written to stderr and the
add or insert function call is ignored.
The checks are implemented as public functions of QLayoutPrivate and
thus accessible in QLayout's descendants to be used in various
"addWidget", "insertWidget", etc functions.
Unlike 'classical' layouts like QGridLayout, QFormLayout does indeed
accept widgets that are NULL. To not break this behavior, any call for
the check functions first tests if the widget or layout, respectively,
to test is NULL or not and calls the check only in the latter case.
Automated tests for QBoxLayout, QGridLayout, and QFormLayout were added.
For an unpatched Qt 5.3, each of those automated tests will freeze as
explained in QTBUG-40609. For a fixed version, warning messages about
invalid parameters to addWidget/addLayout/... calls will be read by
QTest::ignoreMessage, resulting in a passed test.
Change-Id: I1522d5727e643da3f7c025755975aca9f482676d
Task-number: QTBUG-40609
Reviewed-by: Marc Mutz <marc.mutz@kdab.com>
2014-08-24 12:01:26 +00:00
QCOMPARE ( layout . count ( ) , 0 ) ;
QTest : : ignoreMessage ( QtWarningMsg , " QLayout: Cannot add layout QVBoxLayout/cc751dd0f50f62b05a62da to itself " ) ;
layout . addLayout ( & layout ) ;
QCOMPARE ( layout . count ( ) , 0 ) ;
}
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struct Descr
{
Descr ( int min , int sh , int max = - 1 , bool exp = false , int _stretch = 0 , bool _empty = false )
: minimumSize ( min ) , sizeHint ( sh ) , maximumSize ( max < 0 ? QLAYOUTSIZE_MAX : max ) ,
expanding ( exp ) , stretch ( _stretch ) , empty ( _empty )
{ }
int minimumSize ;
int sizeHint ;
int maximumSize ;
bool expanding ;
int stretch ;
bool empty ;
} ;
typedef QList < Descr > DescrList ;
Q_DECLARE_METATYPE ( DescrList ) ;
typedef QList < int > SizeList ;
typedef QList < int > PosList ;
class LayoutItem : public QLayoutItem
{
public :
LayoutItem ( const Descr & descr ) : m_descr ( descr ) { }
QSize sizeHint ( ) const { return QSize ( m_descr . sizeHint , 100 ) ; }
QSize minimumSize ( ) const { return QSize ( m_descr . minimumSize , 0 ) ; }
QSize maximumSize ( ) const { return QSize ( m_descr . maximumSize , QLAYOUTSIZE_MAX ) ; }
Qt : : Orientations expandingDirections ( ) const
{ return m_descr . expanding ? Qt : : Horizontal : Qt : : Orientations ( 0 ) ; }
void setGeometry ( const QRect & r ) { m_pos = r . x ( ) ; m_size = r . width ( ) ; }
QRect geometry ( ) const { return QRect ( m_pos , 0 , m_size , 100 ) ; }
bool isEmpty ( ) const { return m_descr . empty ; }
private :
Descr m_descr ;
int m_pos ;
int m_size ;
} ;
void tst_QBoxLayout : : testLayoutEngine_data ( )
{
// (int min, int sh, int max = -1, bool exp= false, int _stretch = 0, bool _empty = false)
QTest : : addColumn < DescrList > ( " itemDescriptions " ) ;
QTest : : addColumn < int > ( " size " ) ;
QTest : : addColumn < int > ( " spacing " ) ;
QTest : : addColumn < PosList > ( " expectedPositions " ) ;
QTest : : addColumn < SizeList > ( " expectedSizes " ) ;
QTest : : newRow ( " Just one " )
< < ( DescrList ( ) < < Descr ( 0 , 100 ) )
< < 200
< < 0
< < ( PosList ( ) < < 0 )
< < ( SizeList ( ) < < 200 ) ;
QTest : : newRow ( " Two non-exp " )
< < ( DescrList ( ) < < Descr ( 0 , 100 ) < < Descr ( 0 , 100 ) )
< < 400
< < 0
< < ( PosList ( ) < < 0 < < 200 )
< < ( SizeList ( ) < < 200 < < 200 ) ;
QTest : : newRow ( " Exp + non-exp " )
< < ( DescrList ( ) < < Descr ( 0 , 100 , - 1 , true ) < < Descr ( 0 , 100 ) )
< < 400
< < 0
< < ( PosList ( ) < < 0 < < 300 )
< < ( SizeList ( ) < < 300 < < 100 ) ;
QTest : : newRow ( " Stretch " )
< < ( DescrList ( ) < < Descr ( 0 , 100 , - 1 , false , 1 ) < < Descr ( 0 , 100 , - 1 , false , 2 ) )
< < 300
< < 0
< < ( PosList ( ) < < 0 < < 100 )
< < ( SizeList ( ) < < 100 < < 200 ) ;
QTest : : newRow ( " Spacing " )
< < ( DescrList ( ) < < Descr ( 0 , 100 ) < < Descr ( 0 , 100 ) )
< < 400
< < 10
< < ( PosList ( ) < < 0 < < 205 )
< < ( SizeList ( ) < < 195 < < 195 ) ;
QTest : : newRow ( " Less than minimum " )
< < ( DescrList ( ) < < Descr ( 100 , 100 , 100 , false ) < < Descr ( 50 , 100 , 100 , false ) )
< < 100
< < 0
< < ( PosList ( ) < < 0 < < 50 )
< < ( SizeList ( ) < < 50 < < 50 ) ;
QTest : : newRow ( " Less than sizehint " )
< < ( DescrList ( ) < < Descr ( 100 , 200 , 100 , false ) < < Descr ( 50 , 200 , 100 , false ) )
< < 200
< < 0
< < ( PosList ( ) < < 0 < < 100 )
< < ( SizeList ( ) < < 100 < < 100 ) ;
QTest : : newRow ( " Too much space " )
< < ( DescrList ( ) < < Descr ( 0 , 100 , 100 , false ) < < Descr ( 0 , 100 , 100 , false ) )
< < 500
< < 0
< < ( PosList ( ) < < 100 < < 300 )
< < ( SizeList ( ) < < 100 < < 100 ) ;
QTest : : newRow ( " Empty " )
< < ( DescrList ( ) < < Descr ( 0 , 100 , 100 ) < < Descr ( 0 , 0 , - 1 , false , 0 , true ) < < Descr ( 0 , 100 , 100 ) )
< < 500
< < 0
< < ( PosList ( ) < < 100 < < 300 < < 300 )
< < ( SizeList ( ) < < 100 < < 0 < < 100 ) ;
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QTest : : newRow ( " QTBUG-33104 " )
< < ( DescrList ( ) < < Descr ( 11 , 75 , 75 , true ) < < Descr ( 75 , 75 ) )
< < 200
< < 0
< < ( PosList ( ) < < 0 < < 75 )
< < ( SizeList ( ) < < 75 < < 125 ) ;
QTest : : newRow ( " Expanding with maximumSize " )
< < ( DescrList ( ) < < Descr ( 11 , 75 , 100 , true ) < < Descr ( 75 , 75 ) )
< < 200
< < 0
< < ( PosList ( ) < < 0 < < 100 )
< < ( SizeList ( ) < < 100 < < 100 ) ;
QTest : : newRow ( " Stretch with maximumSize " )
< < ( DescrList ( ) < < Descr ( 11 , 75 , 100 , false , 1 ) < < Descr ( 75 , 75 ) )
< < 200
< < 0
< < ( PosList ( ) < < 0 < < 100 )
< < ( SizeList ( ) < < 100 < < 100 ) ;
QTest : : newRow ( " Stretch with maximumSize last " )
< < ( DescrList ( ) < < Descr ( 75 , 75 ) < < Descr ( 11 , 75 , 100 , false , 1 ) )
< < 200
< < 0
< < ( PosList ( ) < < 0 < < 100 )
< < ( SizeList ( ) < < 100 < < 100 ) ;
2013-08-27 11:29:48 +00:00
}
void tst_QBoxLayout : : testLayoutEngine ( )
{
QFETCH ( DescrList , itemDescriptions ) ;
QFETCH ( int , size ) ;
QFETCH ( int , spacing ) ;
QFETCH ( PosList , expectedPositions ) ;
QFETCH ( SizeList , expectedSizes ) ;
QHBoxLayout box ;
box . setSpacing ( spacing ) ;
int i ;
for ( i = 0 ; i < itemDescriptions . count ( ) ; + + i ) {
Descr descr = itemDescriptions . at ( i ) ;
LayoutItem * li = new LayoutItem ( descr ) ;
box . addItem ( li ) ;
box . setStretch ( i , descr . stretch ) ;
}
box . setGeometry ( QRect ( 0 , 0 , size , 100 ) ) ;
for ( i = 0 ; i < expectedSizes . count ( ) ; + + i ) {
int xSize = expectedSizes . at ( i ) ;
int xPos = expectedPositions . at ( i ) ;
QLayoutItem * item = box . itemAt ( i ) ;
QCOMPARE ( item - > geometry ( ) . width ( ) , xSize ) ;
QCOMPARE ( item - > geometry ( ) . x ( ) , xPos ) ;
}
}
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void tst_QBoxLayout : : replaceWidget ( )
{
QWidget w ;
QBoxLayout * boxLayout = new QVBoxLayout ( & w ) ;
QLineEdit * replaceFrom = new QLineEdit ;
QLineEdit * replaceTo = new QLineEdit ;
boxLayout - > addWidget ( new QLineEdit ( ) ) ;
boxLayout - > addWidget ( replaceFrom ) ;
boxLayout - > addWidget ( new QLineEdit ( ) ) ;
QCOMPARE ( boxLayout - > indexOf ( replaceFrom ) , 1 ) ;
QCOMPARE ( boxLayout - > indexOf ( replaceTo ) , - 1 ) ;
2016-09-26 19:37:49 +00:00
delete boxLayout - > replaceWidget ( replaceFrom , replaceTo ) ;
2012-09-03 04:35:39 +00:00
QCOMPARE ( boxLayout - > indexOf ( replaceFrom ) , - 1 ) ;
QCOMPARE ( boxLayout - > indexOf ( replaceTo ) , 1 ) ;
}
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QTEST_MAIN ( tst_QBoxLayout )
# include "tst_qboxlayout.moc"