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This patch again contains a complete overhaul of the signature
module. The code was re-implemented to properly support nested
classes. Also, the code was reduced by AutoDecRef and by
adopting a concise C++ style.
Note.. We will add a shiboken signature test and complete
mapping.py after the split into three projects is done. The split
changes a lot and is needed right now!
Signatures were quite complete for PySide, but the support for Shiboken
was under-developed.
Since we are planning to generally enhance error messages by using
the Signature module, we should be able to rely on them to always
produce a signature. Therefore, a general overhaul was needed
to resolve all cornes cases for Python 2 and 3.
Nested classes are supported, as well as plain module functions.
The usage of the typing module might improve over time, but the
Signature implementation is now considered complete.
The loader will respect now the path settings which might not be
the package dir but the build dir. This is more consistens with COIN
testing.
Task-number: PYSIDE-795
Change-Id: I246449d4df895dadf2bcb4d997eaa13d78463d9b
Reviewed-by: Simo Fält <simo.falt@qt.io>
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Actually this creates 3 wheel packages:
- shiboken2 (the python module and libshiboken shared library)
- shiboken2-generator (contains the generator executable, libclang and
dependent Qt libraries)
- PySide2 (the PySide2 modules and Qt shared libraries, and tools like
rcc, uic)
Calling the setup.py script will not do the actual build now (in the
sense of calling CMake, make, etc.). Instead it will spawn new
processes (via subprocess.call) calling the same setup.py script,
but with different arguments. These "sub-invocations" will do the
actual building. Thus, the "top-level invocation" will decide which
packages to build and delegate that to the "sub-invocations" of
setup.py.
A new optional command line argument is introduced called
"--build-type" which defaults to "all", and can also be set to
"shiboken2", "shiboken2-generator" and "pyside2". A user can choose
which packages to build using this option. The "top-level invocation"
uses this option to decide how many "sub-invocations" to execute.
A new command line argument called "--internal-build-type"
takes the same values as the one above. It defines which package
will actually be built in the new spawned "sub-invocation" process.
The "top-level invocation" sets this automatically for each
"sub-invocation" depending on the value of "--build-type".
This option is also useful for developers that may want to debug the
python building code in the "sub-invocation".
Developers can set this manually via the command line, and
thus avoid the process spawning indirection.
A new class Config is introduced to facilitate storage of
the various state needed for building a single package.
A new class SetupRunner is introduced that takes care of the
"--build-type" and "--internal-build-type" argument handling
and delegation of "sub-invocations".
A new class Options is introduced to 'hopefully', in the future, streamline
the mess of option handling that we currently have.
setup.py now is now simplified to mostly just call
SetupRunner.run_setup().
Certain refactorings were done to facilitate further clean-up of the
build code, the current code is definitely not the end all be all.
Various other changes that were needed to implement the wheel
separation:
- a new cmake_helpers directory is added to share common cmake
code between packages.
- the custom popenasync.py file is removed in favor of using
subprocess.call in as many places as possible, and thus
avoid 10 different functions for process creation.
- Manifest.in is removed, because copying to the setuptools
build dir is now done directly by prepare_packages functions.
- because prepare_packages copies directly to the setuptools
build dir, avoiding the pyside_package dir, we do less copying
of big Qt files now.
- versioning of PySide2 and shiboken2 packages is now separate.
shiboken2 and shiboken2-generator share the same versions for
now though.
- shiboken2 is now listed as a required package for PySide2, to
facilitate pip requirements.txt dependencies.
- coin_build_instructions currently needs to install an unreleased
version of wheel, due to a bug that breaks installation of
generated wheel files.
- added separate command line options to pyside2_config.py for
shiboken2-module and shiboken2-generator.
- adapted samplebinding and scriptableapplication projects due to
shiboken being a separate package.
- adapted pyside2-tool and shiboken2-tool python scripts for setup
tools entry points.
- made some optimizations not to invoke cmake for shiboken2-generator
when doing a top-level "all" build.
- fixed unnecessary rpaths not to be included on Linux (mainly the
Qt rpaths).
Task-nubmer: PYSIDE-749
Change-Id: I0336043955624c1d12ed254802c442608cced5fb
Reviewed-by: Christian Tismer <tismer@stackless.com>
Reviewed-by: Qt CI Bot <qt_ci_bot@qt-project.org>
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The test used to fail when pre-release version parts are empty
(aka there is no "beta1" or "alpha2").
Make sure to always include at least an empty string when those version
parts are not set, and adjust the test accordintly to check for a
string.
Change-Id: Ia30bb99de7f122456e132516346df4e3c0a1fa94
Reviewed-by: Christian Tismer <tismer@stackless.com>
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This lead to failure of importing PySide2, because on Windows
__init__.py tried to load QtNetwork and that failed because
it could't find the ssl libraries.
This is a regression and amend of 87e85c460 .
Task-number: PYSIDE-687
Change-Id: I298153b054baf5fa85b1831d88a99480c5c0a249
Reviewed-by: Cristian Maureira-Fredes <cristian.maureira-fredes@qt.io>
Reviewed-by: Christian Tismer <tismer@stackless.com>
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This makes sure that all shared libraries like plugins and qml plugins
are able to find the Qt libraries they depend on.
Task-number: PYSIDE-642
Change-Id: I0f54481c089dfdbc69a9098f2768f98b1e7a9a22
Reviewed-by: Friedemann Kleint <Friedemann.Kleint@qt.io>
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This change is inspired by / follows PEP 440 for handling version
numbers and also takes into account the Qt versioning scheme.
PySide2 as package name will stay as-is (not renamed to PySide5).
Release versions would have the following pattern:
PySide2 5.x.y (e.g. 5.6.3)
Package (wheel) name would also contain the bundled Qt version, e.g.:
PySide2-5.6.0-5.6.4-cp27-cp27m-macosx_10_7_intel.whl
Pre-release versions would look like:
PySide2 5.6.0a1, 5.6.0a2, 5.6.0b1, 5.6.0b2, 5.6.0rc1, etc.
Development (snapshot) versions would look like:
PySide2 5.6.0-dev123456789 (last part is timestamp of build time)
All of the examples above comply with the PEP 440 rules.
In the example above where the Qt version is specified as part of the
wheel package name ("5.6.4"), the Qt version is not part of the
package version itself, because it doesn't comply with PEP 440.
But it does comply with wheel package names (PEP 427), and by that
PEP's definitions, it will be the optional "build tag" part of the
file name, which is preceded by the actual package version, and
followed by the python version / abi tag.
Implementation:
This change defines two new python configuration files which will be
the authoritative source for the shiboken and PySide2 libraries, as
well as the final PySide2 package itself:
sources/shiboken/shiboken_version.py
sources/pyside2/pyside_version.py
The pyside_version.py file will be the source of the final package
version.
The shiboken and PySide2 version should be modified in sync, when
bumping the version of the package before a release.
The reason for having both files instead of 1, is to make life easier
for developers that might extract only shiboken from the repository.
If at some point shiboken and PySide2 CMake projects get merged into
one project, the duplicate version files would go away.
The version files are parsed by CMake to correctly name the shared
libraries (and SO versions), and they are also read by the setup.py
script, to generate correct package metadata and a correct package
(wheel) name.
This change also removes the broken dist targets from PySide2's and
shiboken's CMakelists files, which depended on some version suffix
which was never set in setup.py.
PEP440: https://www.python.org/dev/peps/pep-0440/
PEP427: https://www.python.org/dev/peps/pep-0427/
Change-Id: I3226460b1adf2555c8711fa2ba47c223b957cb44
Reviewed-by: Qt CI Bot <qt_ci_bot@qt-project.org>
Reviewed-by: Friedemann Kleint <Friedemann.Kleint@qt.io>
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In Qt4 days, _utils.py was used to register a custom qt.conf file into
the Qt Resource System, which contained a Prefix (and other locations
like binaries / QML imports) so that QtCore can find the correct
location of the QPA plugin, and all other requirements.
The code was not adopted to work for Qt5, and was silently failing
without doing anything.
It is not needed anymore though, since the qt.conf registration is now
done in C++ in libpyside shared library, since the commit
e455d995be989cbdfef2bcd54fd7057a9b036b52 .
Thus remove the _util.py file, and adjust __init__.py accordingly.
Task-number: PYSIDE-600
Change-Id: I76e3ea442a6e9b9df4996e628ffffcc7384b7f82
Reviewed-by: Friedemann Kleint <Friedemann.Kleint@qt.io>
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The signature module was turned into a package under
'PySide2/support/signature'. The package is completely isolated
so that nothing is leaking into the normal import machinery.
The package is also not initialized unless a __signature__ attribute
is accessed. The only change to Python during a PySide run is
the existence of the __signature__ attribute.
As a side effect, all tests run at the same speed as before
this extension.
The module does not actively import PySide modules. Instead,
it inspects sys.modules and reloads its mapping.py if needed.
Example usage:
>>> PySide2.QtWidgets.QGraphicsAnchorLayout.addAnchors.__signature__
>>> PySide2.QtWidgets.QGraphicsAnchorLayout.__signature__
The module has been thoroughly tested on macOS.
I consider this ready.
Task-number: PYSIDE-510
Change-Id: Ibb231a7fbb4ccc1a7249df55e3881a4e21a19c0d
Reviewed-by: Christian Tismer <tismer@stackless.com>
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This change adds four new properties to the top-level PySide2 package:
__build_date__ - the date when the package was built in iso8601 format
__build_commit_date__ - the date of the top-level commit used to
build the package
__build_commit_hash__ - the SHA1 hash of the top-level commit
__build_commit_hash_described__ - the result of 'git describe commmit'
If git is not found on the system when the build is done, the last
three properties will not be present.
Note that all this info is computed at cmake configuration time, which
means that currently the properties will not be updated unless the
CMakeLists.txt file is touched, or a full reconfiguration is done.
If PySide2 is built using the setup.py script, the cmake
reconfiguration is always done.
Task-number: PYSIDE-557
Change-Id: I7db67fa34973e7976b21e3d1d36237577b3c6e32
Reviewed-by: Christian Tismer <tismer@stackless.com>
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Now that we have the cmake variable "all_module_shortnames", it is very
straightforward to produce a sensible __all__ variable in the PySide2 module.
This is necessary to write an exhaustive test script for the new signature feature.
Change-Id: Ib43d647593f0b1b848b9d17ff27fd47cfb5832cb
Reviewed-by: Alexandru Croitor <alexandru.croitor@qt.io>
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in preparation for a subtree merge.
this should not be necessary to do in a separate commit, but git is a
tad stupid about following history correctly without it.
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