Some structures needed to be cleaned for the reuse to be safe.
Reusing it cuts down on the overhead in lancebench.
Also uniqueness of block names are now enforced, and the common pattern
of "end_block blockName" could now be parsed if not always commented
out by begin_block handling.
Change-Id: I0daf6445292383aaab9392550d0842e0a654ad27
Reviewed-by: Eirik Aavitsland <eirik.aavitsland@qt.io>
This was used to support QFlags f = 0 initialization, but with 0 used
as a pointer literal now considered bad form, it had been changed many
places to QFlags f = nullptr, which is meaningless and confusing.
Change-Id: I4bc592151c255dc5cab1a232615caecc520f02e8
Reviewed-by: Thiago Macieira <thiago.macieira@intel.com>
The concept was a nice idea to avoid accidental detach() calls
in implicitly shared containers, but it conflicts with a C++11
compatible API for them, with signatures for modifying methods
taking a const_iterator as argument and returning an iterator
(e.g. iterator erase(const_iterator)).
Change-Id: Ia33124bedbd260774a0a66f49aedd84e19c9971b
Reviewed-by: Simon Hausmann <simon.hausmann@qt.io>
The macro is not documented, so not part of the public Qt API. It is
made obsolete by the alignof keyword in C++11.
Remove the usage of the macro across qtbase, in particular the
workarounds for compilers that didn't support alignof, and that will
not be supported in Qt 6.
The macro definition is left in place, no need to break existing
code.
Task-number: QTBUG-76414
Change-Id: I1cfedcd4dd748128696cdfb546d97aae4f98c3da
Reviewed-by: Allan Sandfeld Jensen <allan.jensen@qt.io>
If c++17 is available and the header is available (not
experimental/filesystem) then we'll try
std::filesystem::recursive_directory_iterator as well.
Results on my PC (Windows, VS 2019):
PASS : tst_qdiriterator::posix(C:\depot\qt\main/src/corelib)
RESULT : tst_qdiriterator::posix():"C:\depot\qt\main/src/corelib":
23 msecs per iteration (total: 94, iterations: 4)
PASS : tst_qdiriterator::diriterator(C:\depot\qt\main/src/corelib)
RESULT : tst_qdiriterator::diriterator():"C:\depot\qt\main/src/corelib":
17 msecs per iteration (total: 71, iterations: 4)
PASS : tst_qdiriterator::stdRecursiveDirectoryIterator(C:\depot\qt\main/src/corelib)
RESULT : tst_qdiriterator::stdRecursiveDirectoryIterator():"C:\depot\qt\main/src/corelib":
6.7 msecs per iteration (total: 54, iterations: 8)
PASS : tst_qdiriterator::fsiterator(C:\depot\qt\main/src/corelib)
RESULT : tst_qdiriterator::fsiterator():"C:\depot\qt\main/src/corelib":
23 msecs per iteration (total: 92, iterations: 4)
And as a drive-by fix: move the 'data' function out of the private slots
so it is not invoked as a test function (it doesn't cause any problems
but is ultimately pointless).
Change-Id: Ia160ee276423ec51e35e554a4cd63d4d940c0e6a
Reviewed-by: Edward Welbourne <edward.welbourne@qt.io>
MySql 5.0 was released 2005 so it's time to remove support for MySql 4.x
14 years later.
[ChangeLog][QtSql][QMYSQL] Removed support for MySql < 5.0 since 5.0 was
released 14 years ago.
Change-Id: I45005accdffefbd9338ac0e710512a4c7ea8e09e
Reviewed-by: Andy Shaw <andy.shaw@qt.io>
As it was superseded by HTTP/2. Bye, Speedy. Since it's Qt 6,
we also fix the attribute's enumerator to fit our coding
convention with HTTP2AllowedAttribute becoming Http2AllowedAttribute,
and the same for HTTP2WasUsedAttribute.
tst_qnetworkreply in 'benchmark' directory of qtbase/tests
was updated - we have the logic they tested in preConnectEncrypted
in tst_http2 now.
Manual qnetworkreply test was updated (instead of SPDY in NPN failure
we can use H2, the second test was deleted - again, auto-tested in
tst_http2).
Change-Id: I559c140c333ddf72664911c6e275b1d0d2b980a9
Task-number: QTBUG-78255
Reviewed-by: Mårten Nordheim <marten.nordheim@qt.io>
Results on my machine:
PASS : tst_QReadWriteLock::writeOnly(QMutex)
RESULT : tst_QReadWriteLock::writeOnly():QMutex:
3,607 msecs per iteration (total: 3,607, iterations: 1)
PASS : tst_QReadWriteLock::writeOnly(QReadWriteLock)
RESULT : tst_QReadWriteLock::writeOnly():QReadWriteLock:
39,703 msecs per iteration (total: 39,703, iterations: 1)
PASS : tst_QReadWriteLock::writeOnly(std::mutex)
RESULT : tst_QReadWriteLock::writeOnly():std::mutex:
3,697 msecs per iteration (total: 3,697, iterations: 1)
PASS : tst_QReadWriteLock::writeOnly(std::shared_mutex)
RESULT : tst_QReadWriteLock::writeOnly():std::shared_mutex:
5,727 msecs per iteration (total: 5,727, iterations: 1)
PASS : tst_QReadWriteLock::writeOnly(std::shared_timed_mutex)
RESULT : tst_QReadWriteLock::writeOnly():std::shared_timed_mutex:
5,921 msecs per iteration (total: 5,921, iterations: 1)
(the 'nothing' test of course doesn't work with writing, as writing to
the same QString from different threads is UB)
Change-Id: Ia78b54963a51eaf6563ce0d243316a3337056a83
Reviewed-by: Olivier Goffart (Woboq GmbH) <ogoffart@woboq.com>
Reviewed-by: Mårten Nordheim <marten.nordheim@qt.io>
And let the meat of the function be shared with the rbSwap routine.
Change-Id: I0ea18b30c26ff050c17dcb3ad4d654bfbb8c6221
Reviewed-by: Eirik Aavitsland <eirik.aavitsland@qt.io>
Test more methods.
Document what the existing test covers.
Use the right #include for QDate.
Change-Id: I051542c244e5bc381aafa3ae38144e246919db7a
Reviewed-by: Marc Mutz <marc.mutz@kdab.com>
Aside from the start-date and the end-date, and a variant with a
time-zone, the lists various tests were building were all built the
same way; so pack that up as a pair of functions (one without
time-zone, one with) to save duplication. Make the list in each
function const, ready for conversion of foreach loops to ranged for.
In the process, replace QList with QVector, reserve space before we
populate and use auto for the now-const list variables it's saved in.
Change-Id: I7d8cce459a4d6111cd645e8d3966ad769ab7e201
Reviewed-by: Marc Mutz <marc.mutz@kdab.com>
Multiplying a Julian Day number by the number of milliseconds per day
does not get you a time since the start of 1970; it gets you a time
since the start of the Julian Day number system, which was several
millennia earlier.
Change-Id: Ic90a6c3de445baf9cfd30f28dd847f146e6a7adf
Reviewed-by: David Faure <david.faure@kdab.com>
The benchmark measures the performance of QObject allocation,
including costs of memory allocations.
Change-Id: I5d8ecfb97fe0be3375340b5ce84eb423e8a4ddaf
Reviewed-by: Volker Hilsheimer <volker.hilsheimer@qt.io>
Is pretty common on some architectures so we can avoid swizzling by
supporting it.
Fixes: QTBUG-45671
Change-Id: Ic7a21b5bfb374bf7496fd2b2b1252c2f1ed47705
Reviewed-by: Eirik Aavitsland <eirik.aavitsland@qt.io>
The benefit of keeping this code around was to inspire or inform
changes in the areas to take into account possibly missing features
in Qt 5, but at this point that benefit is questionable. We can
always use the history to learn about missing pieces if needed.
Change-Id: I87a02dc451e9027be9b97554427bf8a1c6b2c025
Reviewed-by: Tor Arne Vestbø <tor.arne.vestbo@qt.io>
It couldn't find the test images if not build in sources.
Change-Id: Ieeb5a76694a37d05b3e9a4ed0154885040b0812f
Reviewed-by: Daniel Smith <Daniel.Smith@qt.io>
Reviewed-by: Eirik Aavitsland <eirik.aavitsland@qt.io>
- Replace the usages of deprecated APIs by corresponding
alternatives in the library code and documentation.
- Build docs for deprecated APIs conditionally, based on deprecation
version. Remove the docs of methods deprecated since 5.0.0, these
methods are not compiled anymore.
- Modify the tests to make them build when deprecated APIs disabled:
* Make the the parts of the tests testing the deprecated APIs to
be compiled conditionally, only when the corresponding methods
are enabled.
* If the test-case tests only the deprecated API, but not the
corresponding replacement, add tests for the replacement
Task-number: QTBUG-76491
Task-number: QTBUG-76540
Task-number: QTBUG-76541
Change-Id: I6aaf0a1369c479fb880369a38f2b8e1e86b46934
Reviewed-by: Volker Hilsheimer <volker.hilsheimer@qt.io>
This commit re-applies commit f8efe8e0c9,
which was lost in the recent tools → text changes.
Change-Id: I03ce35fcb89840e5607776d67578fb75b66f6eb2
Reviewed-by: Allan Sandfeld Jensen <allan.jensen@qt.io>
Imports were expanded in the list of commands every time they were
evaluated. This meant any test with imports ran slower and slower the
more iterations it got through.
Fixed by creating a new PaintCommands object every time and living with
initialization of it being part of the benchmark results.
Change-Id: Ib53a3a25f1393437452bc5aede04ccb63e8715a6
Reviewed-by: Eirik Aavitsland <eirik.aavitsland@qt.io>
- Replaced the usages of deprecated APIs by corresponding
alternatives in the library code and documentation.
- Modified the tests to make them build when deprecated APIs disabled:
* Made the the parts of the tests testing the deprecated APIs to
be compiled conditionally, only when the corresponding methods are
enabled.
* If the test-case tests only the deprecated API, but not the
corresponding replacement, added tests for the replacement.
Change-Id: Ic38245015377fc0c8127eb5458c184ffd4b450f1
Reviewed-by: Volker Hilsheimer <volker.hilsheimer@qt.io>
It's not done by toWCharArray. This caused some issues as we were using
API requiring a null-terminator. wcslen for instance was measuring the
string as being millions of characters long, causing fairly quick
crashes when appending.
Change-Id: Iedaaf9f195be22a610543ab649da92a87cb71973
Reviewed-by: Edward Welbourne <edward.welbourne@qt.io>
RenderHint::HighQualityAntialiasing and NonCosmeticDefaultPen are
obsolete since Qt5 but not marked as such. Therefore add
Q_DECL_ENUMERATOR_DEPRECATED_X now so those two enumerations can be
removed with Qt6.
[ChangeLog][QtGui][QPainter] HighQualityAntialiasing and
NonCosmeticDefaultPen are marked as deprecated and don't have an effect
anymore
Change-Id: Ib0c966a078a1d23d492d0255288e2066c50e87b6
Reviewed-by: Allan Sandfeld Jensen <allan.jensen@qt.io>
Reviewed-by: Eirik Aavitsland <eirik.aavitsland@qt.io>
That's an undocumented Qt 4/3/2 remnant, start remove usages.
Fix incorrect include header in qclass_lib_map.h as a drive-by.
Change-Id: I939be2621bc03e5c75f7e3f152546d3af6d37b91
Reviewed-by: Marc Mutz <marc.mutz@kdab.com>
Reviewed-by: Thiago Macieira <thiago.macieira@intel.com>
We'll be adding calendar code here as well, and tools/ was getting
rather crowded, so it looks like time to move out a reasonably
coherent sub-bundle of it all.
Change-Id: I7e8030f38c31aa307f519dd918a43fc44baa6aa1
Reviewed-by: Lars Knoll <lars.knoll@qt.io>
... except where they are actually the component under test.
Java-style iterators are scheduled for deprecation.
Change-Id: If4399f7f74c5ffc0f7e65205e422edfa1d908ee8
Reviewed-by: Lars Knoll <lars.knoll@qt.io>
Needed to disable QT_NO_UNSHARABLE_CONTAINERS, as this
triggers asserts.
QMetaType also has some Qt 6 specific code disabled to
get things to compile.
Fix various details in autotests to accommodate for
the changes with Qt 6.
Add a workaround for black lists on macos, where
QSysInfo::productType() now returns 'macos' and not
'osx' anymore.
Change-Id: Ie26afb12a2aac36521472715934a7e34639ea4d0
Reviewed-by: Simon Hausmann <simon.hausmann@qt.io>
QTimer::singleShot is optimized for zero timeouts when using the API
taking a string method name. This optimization was not used for the API
taking a PMF or functor. This patch adds it, making the various API
calls behave similarly from a performance point of view.
The approach taken here requires a QObject context object. If none is
available, e.g. a nullptr was passed explicitly, or the
QTimer::singleShot(O, Functor) API was used, the optimization could
not easily be applied. This is not only bad from a performance POV,
but also poses as a potential source for heisenbugs: Using the
different API versions of QTimer::singleShot would use different code
paths internally, which then would not ensure the expected slot call
order. This problem actually existed already when mixing the
string-based slot syntax with PMF/functors in the QTimer::singleShot
API.
This patch overcomes this hurdle and fixes all of the above: When we
encounter a 0ms single shot timer, and no QObject context object is
available, we fall back to the main thread, or create a temporary
QObject for any other thread. The updated and extended benchmark
shows that this is still a significant performance improvement
over using a timer:
********* Start testing of qtimer_vs_qmetaobject *********
Config: Using QtTest library 5.14.0, Qt 5.14.0 (x86_64-little_endian-lp64 shared (dynamic) release build; by GCC 8.2.1 20181127)
PASS : qtimer_vs_qmetaobject::initTestCase()
PASS : qtimer_vs_qmetaobject::bench(singleShot_slot)
RESULT : qtimer_vs_qmetaobject::bench():"singleShot_slot":
7.48 msecs per iteration (total: 748, iterations: 100)
PASS : qtimer_vs_qmetaobject::bench(singleShot_pmf)
RESULT : qtimer_vs_qmetaobject::bench():"singleShot_pmf":
7.20 msecs per iteration (total: 720, iterations: 100)
PASS : qtimer_vs_qmetaobject::bench(singleShot_functor)
RESULT : qtimer_vs_qmetaobject::bench():"singleShot_functor":
6.79 msecs per iteration (total: 679, iterations: 100)
PASS : qtimer_vs_qmetaobject::bench(singleShot_functor_noctx)
RESULT : qtimer_vs_qmetaobject::bench():"singleShot_functor_noctx":
6.92 msecs per iteration (total: 693, iterations: 100)
PASS : qtimer_vs_qmetaobject::bench(invokeMethod_string)
RESULT : qtimer_vs_qmetaobject::bench():"invokeMethod_string":
7.34 msecs per iteration (total: 735, iterations: 100)
PASS : qtimer_vs_qmetaobject::bench(invokeMethod_pmf)
RESULT : qtimer_vs_qmetaobject::bench():"invokeMethod_pmf":
6.90 msecs per iteration (total: 690, iterations: 100)
PASS : qtimer_vs_qmetaobject::bench(invokeMethod_functor)
RESULT : qtimer_vs_qmetaobject::bench():"invokeMethod_functor":
6.62 msecs per iteration (total: 662, iterations: 100)
PASS : qtimer_vs_qmetaobject::benchBackgroundThread(singleShot_slot)
RESULT : qtimer_vs_qmetaobject::benchBackgroundThread():"singleShot_slot":
7.45 msecs per iteration (total: 745, iterations: 100)
PASS : qtimer_vs_qmetaobject::benchBackgroundThread(singleShot_pmf)
RESULT : qtimer_vs_qmetaobject::benchBackgroundThread():"singleShot_pmf":
7.46 msecs per iteration (total: 747, iterations: 100)
PASS : qtimer_vs_qmetaobject::benchBackgroundThread(singleShot_functor)
RESULT : qtimer_vs_qmetaobject::benchBackgroundThread():"singleShot_functor":
6.70 msecs per iteration (total: 671, iterations: 100)
PASS : qtimer_vs_qmetaobject::benchBackgroundThread(singleShot_functor_noctx)
RESULT : qtimer_vs_qmetaobject::benchBackgroundThread():"singleShot_functor_noctx":
13.75 msecs per iteration (total: 1,376, iterations: 100)
PASS : qtimer_vs_qmetaobject::benchBackgroundThread(invokeMethod_string)
RESULT : qtimer_vs_qmetaobject::benchBackgroundThread():"invokeMethod_string":
7.05 msecs per iteration (total: 706, iterations: 100)
PASS : qtimer_vs_qmetaobject::benchBackgroundThread(invokeMethod_pmf)
RESULT : qtimer_vs_qmetaobject::benchBackgroundThread():"invokeMethod_pmf":
6.70 msecs per iteration (total: 670, iterations: 100)
PASS : qtimer_vs_qmetaobject::benchBackgroundThread(invokeMethod_functor)
RESULT : qtimer_vs_qmetaobject::benchBackgroundThread():"invokeMethod_functor":
6.58 msecs per iteration (total: 658, iterations: 100)
PASS : qtimer_vs_qmetaobject::cleanupTestCase()
Totals: 16 passed, 0 failed, 0 skipped, 0 blacklisted, 20977ms
********* Finished testing of qtimer_vs_qmetaobject *********
Without the change to qtimer.cpp, the results are:
********* Start testing of qtimer_vs_qmetaobject *********
Config: Using QtTest library 5.14.0, Qt 5.14.0 (x86_64-little_endian-lp64 shared (dynamic) release build; by GCC 8.2.1 20181127)
PASS : qtimer_vs_qmetaobject::initTestCase()
PASS : qtimer_vs_qmetaobject::bench(singleShot_slot)
RESULT : qtimer_vs_qmetaobject::bench():"singleShot_slot":
7.45 msecs per iteration (total: 745, iterations: 100)
PASS : qtimer_vs_qmetaobject::bench(singleShot_pmf)
RESULT : qtimer_vs_qmetaobject::bench():"singleShot_pmf":
112.84 msecs per iteration (total: 11,285, iterations: 100)
PASS : qtimer_vs_qmetaobject::bench(singleShot_functor)
RESULT : qtimer_vs_qmetaobject::bench():"singleShot_functor":
115.62 msecs per iteration (total: 11,563, iterations: 100)
PASS : qtimer_vs_qmetaobject::bench(singleShot_functor_noctx)
RESULT : qtimer_vs_qmetaobject::bench():"singleShot_functor_noctx":
110.81 msecs per iteration (total: 11,082, iterations: 100)
PASS : qtimer_vs_qmetaobject::bench(invokeMethod_string)
RESULT : qtimer_vs_qmetaobject::bench():"invokeMethod_string":
7.04 msecs per iteration (total: 704, iterations: 100)
PASS : qtimer_vs_qmetaobject::bench(invokeMethod_pmf)
RESULT : qtimer_vs_qmetaobject::bench():"invokeMethod_pmf":
6.62 msecs per iteration (total: 662, iterations: 100)
PASS : qtimer_vs_qmetaobject::bench(invokeMethod_functor)
RESULT : qtimer_vs_qmetaobject::bench():"invokeMethod_functor":
6.62 msecs per iteration (total: 662, iterations: 100)
PASS : qtimer_vs_qmetaobject::benchBackgroundThread(singleShot_slot)
RESULT : qtimer_vs_qmetaobject::benchBackgroundThread():"singleShot_slot":
7.45 msecs per iteration (total: 746, iterations: 100)
PASS : qtimer_vs_qmetaobject::benchBackgroundThread(singleShot_pmf)
RESULT : qtimer_vs_qmetaobject::benchBackgroundThread():"singleShot_pmf":
118.42 msecs per iteration (total: 11,842, iterations: 100)
PASS : qtimer_vs_qmetaobject::benchBackgroundThread(singleShot_functor)
RESULT : qtimer_vs_qmetaobject::benchBackgroundThread():"singleShot_functor":
119.35 msecs per iteration (total: 11,936, iterations: 100)
PASS : qtimer_vs_qmetaobject::benchBackgroundThread(singleShot_functor_noctx)
RESULT : qtimer_vs_qmetaobject::benchBackgroundThread():"singleShot_functor_noctx":
130.96 msecs per iteration (total: 13,096, iterations: 100)
PASS : qtimer_vs_qmetaobject::benchBackgroundThread(invokeMethod_string)
RESULT : qtimer_vs_qmetaobject::benchBackgroundThread():"invokeMethod_string":
8.08 msecs per iteration (total: 808, iterations: 100)
PASS : qtimer_vs_qmetaobject::benchBackgroundThread(invokeMethod_pmf)
RESULT : qtimer_vs_qmetaobject::benchBackgroundThread():"invokeMethod_pmf":
6.79 msecs per iteration (total: 680, iterations: 100)
PASS : qtimer_vs_qmetaobject::benchBackgroundThread(invokeMethod_functor)
RESULT : qtimer_vs_qmetaobject::benchBackgroundThread():"invokeMethod_functor":
7.49 msecs per iteration (total: 749, iterations: 100)
PASS : qtimer_vs_qmetaobject::cleanupTestCase()
Totals: 16 passed, 0 failed, 0 skipped, 0 blacklisted, 153995ms
********* Finished testing of qtimer_vs_qmetaobject *********
Additionally, this patch adds a unit test to verify that the slot call
order for 0ms single shot timers is followed while mixing the various
API versions. It fails without this patch but passes now.
Finally, another test is added to verify that using QTimer::singleShot
before a QCoreApplication was constructed is still working properly.
Change-Id: I0d6211554b6198cb3e527be9ec3adc572b1b54ee
Reviewed-by: Thiago Macieira <thiago.macieira@intel.com>
