The function configure_package_config_file() may be used instead of
configure_file() for generating the Config.cmake files for installation,
they help to make those files relocatable.
Alex
678c24d FindQt3: fix detection of Qt3 include directory
91a1670 FindQt3: let FPHSA handle the version selection
9dae4d6 FindQt3: fix version extraction for versions with letters
2cd898d FindQt3: fix warning when Qt3 is not found
4689eed reflect that the QtAutomoc depends on QtGui
ab9661c Remove QtGui dependency in Qt4Deploy test and verify QtSql existance.
52e8279 Fix for Qt4Deploy on some test machines.
672e3bb Add test for DeployQt4.cmake
4853e1e Fix plugin installation issues.
35cbf23 Ensure libs are passed to BundleUtilities.
0ac1535 Fix bad plugin paths.
a2123e8 Fix mismatched arguments.
fc6f340 Don't use QT_LIBRARIES_PLUGINS by default.
53d02ea FindPythonLibs: stop scanning when libraries are found
91d5a2a FindPythonLibs: put debug libraries into PYTHON_LIBRARIES
c9c1a17 FindPythonLibs: get the exact version of the found library (#3080)
f772378 FindPythonLibs: make the version selection work as for PythonInterp
bbddaee FindPython{Interp,Libs}: document Python_ADDITIONAL_VERSIONS as input
There are versions out there that neither understand --version nor -V. Try a
completely different approach: execute a small python script that prints the
version number (and only that) in an easily reusable way using
sys.version_info. This is documented to work since Python 2.0. Use sys.version
for older versions, which is documented to exist since 1.5. If even that
doesn't work then simply assume we are on 1.4.0.
This concerns all variables common to all CPack generators.
Variables mainly used and/or set in CPack.cmake are documented
therein. C++ built-in variables are documented in
cmCPackDocumentVariables.cxx.
Use CMAKE_<LANG>_COMPILER_VERSION instead of calling the compiler. This macro
predates those useful variables. This also fixes the issue that g++ version
detection was not working if C language was not enabled.
35c48e1 Check*.cmake: Expand imported targets in CMAKE_REQUIRED_LIBRARIES
61cb4ea bootstrap: move while() and endwhile() into the bootstrap build
c9f2886 -don't pull in CheckTypeSize.cmake from the cmake which is being built
628f365 -remove trailing whitespace
Add the function cmake_expand_imported_targets() to expand imported
targets in a list of libraries into their on-disk file names for a
particular configuration. Adapt the implementation from KDE's
HANDLE_IMPORTED_TARGETS_IN_CMAKE_REQUIRED_LIBRARIES which has been in
use for over 2 years. Call the function from all the Check*.cmake
macros to handle imported targets named in CMAKE_REQUIRED_LIBRARIES.
Alex
A lot of the libraries won't be found by default so will spit out
all sorts of errors. Don't kill QT_LIBRARIES_PLUGINS altogether as
it is sometimes useful.
The Borland compiler was re-branded as CodeGear during 2007-2009 and
since 2009 is the Embarcadero compiler. They offer predefined macros:
http://docwiki.embarcadero.com/RADStudio/en/Predefined_Macros
and distinguish themselves by __CODEGEARC__ and __CODEGEARC_VERSION__.
Version 6.30 (C++Builder XE) changed the meaning of some flags:
http://docwiki.embarcadero.com/RADStudio/en/C%2B%2B_Compiler_Option_Changes_for_XE
Teach Embarcadero compiler information files to generate build rules
with flags matching the compiler version. Leave the flags unchanged
for old Borland versions. Always set the BORLAND toolchain indicator
for compatibility with existing projects that test it. Also set the
EMBARCADERO indicator for newer toolchains.
The GenerateExportHeaders test was failing on one machine, the version
could not be determined there, so the _gcc_version was empty,
so the first argument to if() was empty, so it complained:
http://open.cdash.org/testDetails.php?test=135623436&build=2016288
Use double quotes to turn the non-existant first argument into an empty
string.
Alex
Since we know which compiler we have we can test those OpenMP flags first that
are likely to be correct. This doesn't make any difference for GNU compilers,
but it should avoid useless try_compiles and output cluttering for all others.
The Borland compiler is now the Embarcadero compiler. Rename the shared
platform information file to reflect this. This does not change the
interface, as old versions are still "Borland", but will allow new
versions released by Embarcadero to be supported cleanly.
Newer Ruby versions (from 1.9 onward) seem to warn if you query Config::CONFIG
and print a warning to use RbConfig instead. RbConfig seems to also work in
older versions, at least in 1.8. Use a macro to query RbConfig first and only
if that doesn't give anything fall back to Config.
This contains a change, which changes the behaviour a bit:
now X11_xf86vmode_FOUND is only set to TRUE and the include directory
is added to X11_INCLUDE_DIR, if additionally to X11_xf86vmode_INCLUDE_PATH
also X11_Xxf86vm_LIB has been found.
I hope this doesn't cause regressions somewhere.
Alex
Configure the build_mingw.cmake.in config_mingw.cmake.in files
into the binary directory of the directory being built, not the
top level binary directory for the project.
This also cleans up a bunch of things on the way:
-when perl was queried for paths they were not converted to CMake style on
Windows.
-the result when perl was queried for the perl library name was ignored since
it was expanded with the possible paths, which is not a valid input for
find_library(). If perl returns a library name we now will look only for this
name and not for the default names and use the default names only when the
executable does not give us a hint.
-get rid of 2 variables that were only used at one place and directly put the
values in the call to find_library() and find_path().
Inspired by Jeff Trull
1e16406 CMakeAddFortranSubdirectory: Add NO_EXTERNAL_INSTALL option
6f6891b CMakeAddFortranSubdirectory: Always parse arguments
48a09f8 CMakeAddFortranSubdirectory: Make IMPORTED targets GLOBAL
067c1f4 VSGNUFortran: Disable test in special cases
bd69e1c VSGNUFortran: Add special case for SunPro Fortran runtime library
414a780 CMakeAddFortranSubdirectory: Validate gfortran architecture
7e0d9f1 CMakeAddFortranSubdirectory: Find gfortran in PATH
d6b0312 CMakeAddFortranSubdirectory: Fix documentation format and typos
e4ae038 CMakeAddFortranSubdirectory: Allow full paths to directories
538c345 Add CMakeAddFortranSubdirectory to use MinGW gfortran in VS
3c6af5f Merge branch 'add-CheckLanguage-module' into CMakeAddFortranSubdirectory
d4b77eb Avoid discovering system infos for documentation. Adding some path is enough.
9002f73 Fix non existent std::string::clear on VS6
02ccb32 Create getDocumentedModulesListInDir which may be used in other context.
24fbc28 Add missing section markup for CPackComponent
bafd8a9 Example of builtin variable documentation (i.e. only used in C++ source code).
543f1ad Make the load of script documentation more efficient and dynamic.
cdbd1a9 Fix another compiler warning due to a typo
52c53de Really avoid compiler warning about unused vars
37f90ed Calm down compiler warning about unused var
7c82b7f Fix potential bad memory access, thanks to Eike
62b589b Suppress unused var, beautify code, avoid 1 extra newline.
751713f Update bash completion file in order to handle new CPack doc options.
1629615 CPack Documentation extraction from CMake script begins to work
83e34dd Implement simple CMake script comment markup language.
c6a0169 CPack begin the implementation of --help-command* and --help-variables*
CPack help will be searched in any CPack*.cmake file located
near to CPack.cmake file. The script files is parsed iff
the first line begin with ##section. Moreover the documentation
section name is specified on the remaining part of the line
minus the space immediately following ##section.
The functions in FindGettext create a custom target. If the functions
are called multiple times, multiple times the same target is created.
This works only if CMP0002 is set to OLD.
With this patch there is only one central target created, and each
invocation of the function creates a target with a unique name and
make the central target depend on this one.
Alex
Also, removed detection of header file from <PREFIX>/include.
Can't find any example in alsa source code where the library headers
were installed outside of <PREFIX>/include/alsa.
We do not yet support "make install" in the external project case.
Document this explicitly in the interface. Require the caller to use an
option to "disable" the unsupported behavior. This will allow us to add
the behavior by default in the future without clobbering existing
projects that handle the installation themselves.
cmake_add_fortran_directory uses imported targets when using the
mingw fortran compiler. This change makes those targets global
in scope so they act just like the real targets that exist when
a fortran compiler exists and regular add_subdirectory is used.
Verify that MINGW_GFORTRAN not only points to a MinGW gfortran but also
one that compiles for the target architecture. This prevents using a
32-bit gfortran in a 64-bit MSVC build.
In the find_program(MINGW_GFORTRAN) call use the PATHS option for
hard-coded guesses instead of HINTS. This allows the user environment
to override the guesses and corrects usage of the command options.
Fix the implementation to allow full paths with spaces. Change the
interpretation of relative paths to be with respect to the current binary
directory. This matches the convention used in ExternalProject. Test
both full and relative paths in the VSGNUFortran test.
This patch adds a new module that allows for easy integration of MinGW
gfortran and the Visual Studio compiler. It is done in a function called
cmake_add_fortran_subdirectory. The patch also includes a test for this
feature.
Define a "check_language(<lang>)" macro to test whether <lang> can be
enabled. Cache the result in CMAKE_<lang>_COMPILER. Add a test case
covering expected results.
If CXX or Fortran is enabled before C then the values of
CMAKE_SHARED_MODULE_C_FLAGS
CMAKE_SHARED_MODULE_CREATE_C_FLAGS
may not be available. On platforms where MODULE library (plugin) creation
is the same as SHARED library creation initialize the MODULE creation
flags from the SHARED creation flags of the matching language instead of
assuming that C has been enabled first.
Teach the COnly and CxxOnly tests to build MODULE libraries. The latter
covers this specific case.
Causes compiler modules (currently only GNU) to set a
CMAKE_DEPFILE_FLAGS_${lang} variable, which communicates to
the generator the flags required to cause the compiler to create
dependency files.
Clinton Stimpson
Alex Neundorf
Droscy
Eric NOULARD
David Cole
Stephen Kelly
Rolf Eike Beer
Yury G. Kudryashov
Mike McQuaid
Brad King
Modestas Vainius
Peter Kuemmel
Alexey Ozeritsky
Bill Hoffman
Nicolas Despres
Matthias Kretz
Philip Lowman
Peter Collingbourne