Mono 3.2.8 was released way back in February 2014, and is now available
in most current distros.
With mono, we now only use the "mcs" unified compiler. This also allows
us to build on systems where the compatibility script "gmcs" is not
available.
GLib 2.32 has been released in March 2012, so we can now require it a
build and run time. This allows us to remove GLib 2.31 conditionals,
mark the Thread.Init as obsolete, and remove all references to
libgthread.
Please note that the API exposed in glib and gio is still from 2.28, but
we will have some API additions in the future. First example is the next
commit, which brings GBytes, an addition in GLib 2.32.
Port the current installer infrastructure from the gtk-sharp-2-12
branch, adapting it as needed. Credits go to Duncan Mak for
maintaining the 2.12 installer in the past few years.
When building on Windows, if the WiX toolset is available, the msi is
generated automatically at the end of the build.
Create 2 makefile variable to facilitate build on Windows:
GENERATED_SOURCES_FILES to match files created by the code generator,
and GENERATED_SOURCES_OPTION for the corresponding option to be passed
to the compiler.
Also adapt the makefile for the valtest sample to use these variables.
A user reported in the mailing list [1] to be advised to use
`/usr/lib64/pkgconfig/../..` as a prefix. This path is too
convoluted, could give problems, and also shouldn't be the
one to be compared against the prefix flag used, so use
readlink -m to follow '..' subfolders to transform it, in
this example, to simply `/usr`
[1] http://lists.ximian.com/pipermail/gtk-sharp-list/2014-May/011436.html
This allows consumers to specifically require gdk-sharp-3.0 without
having to pull in the full gtk-sharp-3.0.
Closes issue #101.
Signed-off-by: Bertrand Lorentz <bertrand.lorentz@gmail.com>
When dealing with several namespaces there might be classes with the same name
(especially Global which is autogenerated in g-i based bindings). On generation
the file would be overriden by the last occurence in the xml. To encounter
this every namespace has it's own directory now. This also improves structure
a lot when dealing with big libraries.
Also do the necessary adaption for the build and the csproj files.
On Windows with MinGW, csc.exe is confused by paths like
"../AssemblyInfo.cs", so we need some trickery to have something that
works on both Linux and Windows.
This isn't pretty, but it's the best solution I could find right now.
The other approach would have been to go back to copying AssemblyInfo.cs
around, but that has it's own set of issues.
The default value for the "platform" parameter is anycpu, which allows
the runtime to use the 64-bit mode on x86_64. This means that any
P/Invoke will only work with 64-bit native libraries.
The recommended version of native Windows binaries provided by the GTK+
project are 32-bit, so a Gtk# app running on 64-bit Windows will fail to
load them, causing a BadImageFormatException at runtime.
Using "-platform:x86" instructs the csc compiler to set a flag in the
generated assembly that instructs the runtime to use only 32-bit mode.
Please note that there are 64-bit GTK+ Windows binaries, but they are
marked as experimental, and we probably don't want explore this right
now.
Also pass the "nologo" parameter so that it doesn't output several
useless line when it is invoked.
The -mno-cygwin parameter has been obsolete for quite some time. It is
now gone in recent gcc version, causing an error when you try to use it.
My understanding that gcc now does the right thing automatically.
Clarify the README thanks to the use of pkg-config, and add a
configure-time warning so people notice about the problem without having
to read the README.
The parser will be going away at some point in the future, but we
will still need the fixup step. And the fixup step is really more
of a preliminary step for the generator anyway.
We switch the logic from DISABLE_GTHREAD_CHECK to ENABLE_GTHREAD_INIT
to make the define clearer, and so that it is actually needed when using
older versions of glib, not newer.
Signed-off-by: Bertrand Lorentz <bertrand.lorentz@gmail.com>
Cairo has a different API version that was hardcoded. Define it in a new
variable in configure.ac and use it in AssemblyInfo and Makefile.am.
This fixes make distcheck, as the cairo-sharp.dll assembly was not
getting uninstalled from the GAC.
The only remaining bits in gdk/glue were 2 obsolete functions, which
were not really used.
Also clean up Device.custom to remove obsolete bits, including
references to libgdksharpglue.
* configure.ac: drop cairo conditionality
* cairo/AssemblyInfo.cs: set version to 1.10.0.0
* cairo/Makefile.am: unconditional build and add Region.cs
* cairo/cairo-api.xml: initial type exposure.
* pango/Makefile.am: use cairo-sharp.dll and cairo-api.xml
* pango/Pango.metadata: drop explicit symbol additions.
* gdk/Gdk.metadata: drop explicit symbol additions.
* gdk/Makefile.am: use cairo-sharp.dll and cairo-api.xml
* gtk/Makefile.am: use cairo-sharp.dll and cairo-api.xml
* sample/Makefile.am: use cairo-sharp.dll
* sample/GtkDemo/Makefile.am: use cairo-sharp.dll
This is an initial stab at a 1.10 binding. It will probably take
more based on the number of errors still coming out of the Gdk
build.
2010-11-21 Mike Kestner <mkestner@novell.com>
* removed the glade dir from the build since libglade is
no longer supported in gnome3. removed the gapi2-compat stuff
since it doesn't make much sense now. Removed the bootstrap
mechanism since we are unlikely to be releasing multiple API
versions from the same tree going forward. The build is now a
straight autogen.sh like most autotools projects.
