Copy the icons in stock_icons accordingly, so that the built-in icons can
be found by GTK, as it seems that not all of them are built into
gtkbuiltincache.h.
The a11y headers are now listed with the main Makefile.am of GTK, and
GDK introduced deprecated headers, so we need to account for them for the
build of the introspection files.
Currently, due to the way that Visual Studio 2010+ projects are handled,
the "install" project does not re-build upon changes to the sources, as it
does not believe that its dependencies have changed, although the changed
sources are automatically recompiled. This means that if a part or more
of the solution does not build, or if the sources need some other fixes
or enhancements, the up-to-date build is not copied automatically, which
can be misleading.
Improve on the situation by forcing the "install" project to trigger its
rebuild, so that the updated binaries can be copied. This does trigger an
MSBuild warning, but having that warning is way better than not having an
up-to-date build, especially during testing and development.
Like the GDK and GTK portions, use autotools scripts to generate the
complete projects for gtk-inspector as sources there seem to change from
time to time.
It might be so that this, like the a11y sources, will be referenced from
the main Makefile.am of GTK directly, but just do this so that the
projects can build properly.
Add project files to build the GtkInspector sources, as gtk-inspector is a
required portion for GTK+. "Install" the
org.gtk.Settings.Debug.gschema.xml gsettings schema file as well, so that
people can trigger GtkInspector as they develop and test their GTK+-based
programs.
Add support to build the introspection files for GdkWin32, as done recently
in the autotools builds and clean up the NMake Makefile for building the
introspection files a bit.
For some reason, gdk_win32_display_manager_get_type() was not exported in
gdk-3.0.lib, force its export, so that the GdkWin32-3.0.gir can be built
properly with the Visual C++ builds. This is a known problem that some
symbols in static libraries that are linked into a DLL in Visual C++, even
if they were marked with __declspec(dllexport) via _GDK_EXTERN.
GObject-Introspection was recently changed to support acquiring the name of
the DLL from a library (.lib, etc) that was passed into g-ir-scanner on
Windows, like the *nix builds, instead of directly passing in the name of
the DLL.
This updates the introspection build process, so that introspection files
for GTK+ can continue to be properly built.
Add some flexibility in the property sheets for one building GTK+ that it
also searches for a settable installation path of Python, in addition to
searching the PATH for an installation of the Python interpretor. This
currently defaults to Python 2.7.x, which is normally installed in
c:\python27 on Windows by default. Also tell people in the README.txt's
for the Visual Studio builds
This is needed to show the gtk3-demo icon and is needed for the "Multiple
Views" demo to work. Hmm, why couldn't I do a for loop for a batch in a
property sheet ? :|
Rename testsrules_msvc.mak to detectenv_msvc.mak and remove some package-
specific stuff from it, to reflect on the nature that this NMake Makefile
is shared.
The current approach of building the introspection files for GTK works, but
is often cumbersome as one needs to set many environmental variables before
launching a solution file, which runs a Windows batch script to generate
the .gir/.typelib files. It was also possible to hand-run the batch script
from the Visual Studio command prompt, but even more environmental
variables need to be set.
This changes the approach to build the introspection files using an NMake
Makefile (but elimating from the Visual Studio Project Files the part to
build the introspection files) to:
-Make it clearer to the person building the introspection files what
environmental variables are needed, specifically for PKG_CONFIG_PATH and
MINGWDIR and CFG (formerly CONF). Setting stuff like VSVER, PLAT and BASEDIR
is no longer required, which was a bit clunky.
-Allows some more easier flexibility on the build of the intropsection files.
Make sure the needed public headers for GTK master is "installed", and re-
order some items so that it is easier when the headers lists are
automatically acquired from the various Makefile.am's.
Add a utility project to get config.h and gdkconfig.h from their *.h.win32
(or win32_broadway, if applicable) counterparts, using custom build rules,
so that these "generated" files can also be removed on clean and
"regenerated" upon update. This also enables the removal of configs in
certain projects that isn't really needed as a result.
Also update and merge the projects and property sheets to include a single
property sheet that it needs, which will then in turn include the other
property sheets that is needed, so that things are cleaner.
Add a utility project to get config.h and gdkconfig.h from their *.h.win32
(or win32_broadway, if applicable) counterparts, using custom build rules,
so that these "generated" files can also be removed on clean and
"regenerated" upon update. This also enables the removal of configs in
certain projects that isn't really needed as a result.
Also update and merge the projects and property sheets to include a single
property sheet that it needs, which will then in turn include the other
property sheets that is needed, so that things are cleaner.
Updates to the Visual Studio 2010 projects will follow later.
...for all files except the README.txt and the .sln files, which have to
have DOS/Windows line endings. This makes application of patches, when
applicable, easier.
Since commit 7c2a5072 the gtkdbusgenerated.[c|h] are not included in the
dist tarball and thus have to be generated, which broke the Visual C++
builds.
This patch adds property sheets and custom build rules for the Visual C++
projects so that gtkdbusgenerated.[c|h] will be generated upon building the
GTK+ DLL sources.
This also tells people building GTK+ from the projects that they need to
have Python 2/3 installed and the Python interpretor needs to be in their
PATH before building GTK+ from the projects.
-Improve optimization a bit for broadwayd, by enabling link time code
generation
-Add PlatformToolset tag for the Visual C++ 2010 projects, to ease
transition to Visual C++ 2012/2013
Improve optimization, by re-enabling WholeProgramOptimization but changing
the linker optimization to not drop items that are not referenced in code
(such as compiled gresource sources that are not directly referenced in
code, as they are still needed for the demos to run properly).
Like the install projects that were fixed few days ago, the gengir projects
did not have info on the intermediate and output directories as a result of
the split up of the property sheets. Fix this by including the appropriate
property sheet in the gtk-gengir property sheet so that we can avoid
confusing messages from Visual Studio on whether to reload the gengir
project as it was modified, at least on 2008.
Due to the split up of the property sheets, the install projects did not
have info on the Intermediate and Output Paths, which caused confusing
messages from Visual Studio to show up upon completing build+"install" and
closing Visual Studio on whether to reload the install project, at least on
Visual Studio 2008.
Also clean up the Visual Studio 2008 install project a bit.
Include the property sheet which defines these properties to fix this.
We need to copy the GDK .lib/.dll from Release_Broadway\<Platform>\bin
or Debug_Broadway\<Platform>\bin to Release\<Platform>\bin or
Debug\<Platform>\bin respectively during the build of Broadway flavors of
GDK, as the MSVC introspection builds expects the GDK .lib/.dll to be
in Release\<Platform>\bin or Debug\<Platform>\bin.
Use a new property sheet to do so for Broadway builds of GDK-during the
builds of Win32-only GDK, the broadway builds of the GDK .lib/.dll would
be cleared out prior to the build of the Win32-only GDK.
-For the binary "installation", look for the DLL files with their file
names consistent with the ones that are generated with the respective
Visual Studio projects.
-Remove any stray GDK DLLs that were left over from a Broadway-enabled
GDK when building a non-Broadway-enabled GTK+ binary set.
Update the gtk-install-bin property sheets so that it does not "install"
the wrong GDK DLL/LIB when building a broadway-enabled GDK
when the non-Broadway GDK had been previously built.
Add the Visual Studio 2010 projects to build the GDK Broadway backend, just
like the Visual Studio 2008 project files in the last commit. Similarly,
split up the property sheets so that they are easier to maintain and can
be made more flexible for different build types. Also remove some unneeded
stuff from some of these items.
Also, fix the filter file completion for GTK, as a source file was excluded
for that and this was overlooked as it seemingly did not cause any trouble.
-Add Visual Studio 2008 projects and pre-configured gdkconfig.h for
Broadway builds
-Decouple the Visual Studio property sheets, to simplify maintenance and
enhance flexibility for different builds
Visual Studio 2010 projects updates will follow later.
This adds a crypt(3) implementation for use with broadwayd as Visual Studio
does not support crypt(3) out of the box.
The public domain implementation is taken from the following URL,
http://michael.dipperstein.com/crypt/, where AFAICT this implementation
would not be subject to licensing restrictions that would prevent it from
being bundled.
