It's not about neither CMake or eclipse, but your target build system.
CMake is the build system of build system, the actually work is related to
the target building system.
If you generated eclipse CDT project + Makefile, of course it might be
parallel, there is the option when you create the pro
All the flags/options in the CMake they could be considered as a list.
So it's much more easier to handle it as this
set(WIN_DEFINITIONS -DNOMINMAX)
Remember the list is the object, so we could construct the new list for the
specific target.
Then to the specific target, just use the 3 commands
At MacOS, in 99% cases, the build task always needs to setup the variables
- CMAKE_OSX_TARGET
- CMAKE_OSX_DEPLOYMENT_TARGET
This 2 variables are important. The CMAKE_OSX_TARGET would define the
minimal set of API during compilation, and this affects the built binary.
The second is the path
Oh, if that's shared libraries, maybe you have to setup the LD_LIBRARY_PATH
well for the shared libraries before linking, it just allows the linker to
be able to locate the all necessary dynamic libraries during the linking.
It happens sometimes on Linux, but not exists on OSX and Windows.
On Tue,
Hi
This is the classical issue of GNU toolchain for many years, usually super
painful when the program has to be linked with several static libraries.
One easy way to solve this issue is that you could specify the same library
for multiple times if the manual order really doesn't work well, then
>From my personal experience, I suggest never touch the manifest, because
it's not a useful configuration to solve the DLL hell issue since Windows
XP.
Instead, once we know the exact version of Visual Studio with Update, the
distributor just ship the MSVC runtime installer with software, the
inst
Maybe you could improve the CTest system to allow execute remotely, by a
shared file system to hold the all built binary files, and do a RPC-like
test, and redirect the all output and terminate code from the target GPU
machine, it should be able to work.
On Wed, Jul 18, 2018 at 10:50 PM Brian S w
Hi,
This is a feature/problem on Windows, the library used for dynamic linking
is not the runtime module as Linux or OSX but the .lib, a collection of
symbols.
I suggest you could still use find_library() to locate the .lib file for
linking, then use find_file() to collect the runtime file then i
Hi,
You can archive what youwant from the find_library() with NAMES parameter,
for example, find_library(THELIB NAMES libthelib.a thelib-static thelib),
it would try to pick the static library firstly.
Boost. You have to set Boost_USE_STATIC_LIBS before find_package(Boost), so
the CMake would try
on has been installed
> and I was hoping that there was a built-in way to distinguish that rather
> than me writing some custom scripts for it (where the scripts will search
> for the debug/release target files).
>
> On Mon, Apr 9, 2018 at 11:03 PM Bo Zhou wrote:
>
>> Hi,
>
Hi,
Generally speaking, no, you might have to use the suffix or special name to
distinguish the different library, such as with the "_d" suffix.
The Boost module of CMake is a considerable example, since it could
generate different names for Debug and Release libraries on Windows.
At POSIX(UNIX,
When use Devtoolset of CentOS, don't forget to install the *binutils* from
that devtoolset, or else, the compilation might generate strange error.
On Fri, Apr 6, 2018 at 6:13 AM, Alexander Neundorf wrote:
> On 2018 M04 5, Thu 15:15:21 CEST Juan E. Sanchez wrote:
> > The example I just sent was f
> std::allocator,
> cmGeneratorTarget
> *> > >'
> this->GeneratorTargetSearchIndex.emplace(gt->GetName(), gt);
> ~~~~~~~~ ^
>
> G X-D
>
> Regards,
> mpsuzuki
>
> suzuki toshiya wrote:
> > Dear Bo Zhou,
&g
The latest CMake requires C++11 compiler, so what you need is just a newer
GCC which supports C++11 at your platform, that's it.
Usually the ABI is not the problem but the libstdc++, you can use a old
Ubuntu with old libstdc++ but build CMake with new compiler and make sure
it links with old libst
https://cmake.org/cmake/help/v3.0/command/find_path.html
Please try to pass the NO_CMAKE_SYSTEM_PATH to find_path() and
find_library(), but use the HINT to pass the path to thirdparty paths.
Of course use the CMAKE_VERBOSE_MAKEFILE to check the log.
At the last check the CMakeCache.txt to verify
Hi
CMAKE_SKIP_RPATH usually is used for the shared module which might want to
have the customized distributed path such as within the application.
According personal experience on POSIX systems (Linux, UNIX, OSX), always
enable CMAKE_SKIP_RPATH for the all local shared dependencies, and to the
fin
It's better not to use downloaded pre-built libraries, always build by
yourself locally.
Before using Boost with CMake, please check
https://cmake.org/cmake/help/v3.0/module/FindBoost.html
If you're trying to use static boost libraries build by MSVC with shared
runtime, please make sure the follo
It depends on the Generator.
To the Makefile, the actual type was controlled by the compiler options. If
you don't specific any type, usually it means non-debug and
non-optimization because the CMAKE_CXX_FLAGS is empty as default. This is
critical, so usually people should specific the actual type
Good news !
Hopefully the bcp would also work with CMake so only requires component
would be installed.
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Please keep messages on-topic and check the CMake FAQ at:
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Kitware offers various services to support the CMake community. F
I always compile CMake on Linux but never meet any issues, please make sure
you had installed a complete working Linux development environment, with
g++, libstdc++-devel etc.
The only special thing is just about enabling GUI with Qt, but that's so
easy, just install the Qt development libraries t
My personal experience is, always create the distribution on old Linux
with older compiler to keep the maximal compatibility.
Since usually the GCC will pick libstdc++ from system, so if user runs the
distribution on even older Linux, 100% sure the error raises. On
CentOS/Redhat we do have the de
Hi,
I'm using ExternalProject_Add to handle this situation with multiple
platforms/targets.
https://cmake.org/cmake/help/v3.7/module/ExternalProject.html
Hope this works for you.
On Mon, Dec 19, 2016 at 1:41 AM, Harshal Singhal wrote:
> Hello,
>
> I have a VS2013 project with (many sub-projec
have a look here:
>
> https://github.com/Crascit/DownloadProject
>
>
>
> On Wed, Dec 14, 2016 at 12:29 AM, Bo Zhou
> wrote:
>
>> Hi
>>
>> In my project I have to compile the same external projects by the
>> different generators, is that possible to handle thi
Hi
In my project I have to compile the same external projects by the different
generators, is that possible to handle this cases by ExternalProject_Add ?
I tried this way, firstly, just download the repository
ExternalProject_Add(OPENEXR_DOWNLOAD
PREFIX ${OPENEXR_PREFIX}
GIT_REPOSITORY h
Hello all,
I am dealing with a problem about the output path. At present I just do
like this,
set(CMAKE_RUNTIME_OUTPUT_DIRECTORY "${CMAKE_INSTALL_PREFIX}/bin")
set(CMAKE_LIBRARY_OUTPUT_DIRECTORY "${CMAKE_INSTALL_PREFIX}/lib")
And in fact the full path will be
"${CMAKE_INSTALL_PREFIX}/bin/{Debug|
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