Hi, all,
First, thanks for review my email. There are two questions i faced now:
1. I faced problem to assign specific compiler in CMake, and i searched for
a while then i found [ CC="Foo\gcc.exe" CXX="Foo\g++.exe" cmake . ] seem
work. Now i use CMake in QtCreator, is there other way i can assign
Hi Robert,
Yes, we are adding the Keil C8051 compiler, which is very old and uses a very
unique command line syntax compared to the others supported by CMake. Also,
it's Windows only but Wine works -- so we optionally add Wine on non-Windows
platforms. An example would be:
wine C51.exe INCDI
Hi,
Can you explain what the goal of your compilation wrappers are? Are
you trying to add a new compiler?
On Wed, Jun 29, 2016 at 1:41 PM, Sam Cristall wrote:
> Looks like this was just a change in CMake 3.4. Updated to latest, and
> everything is working.
>> On Jun 28, 2016, at 5:19 PM, Sam
On 2016-06-30 10:59+0200 Sven Baars wrote:
2) ExternalProject which will grab a repository and build it.
This will not work. One of the projects I use is Trilinos, which has
build of around 1GB. I don't want to pull and build that for every
project I have. Also the build flags that are used so
Hi
I have a very standard CPack configuration for deb package. I have two
questions:
1. I generate the deb with: cpack --config CPackConfig.cmake -G "DEB"
This is supposedly a binary package but when I install it on the machine
I see header files being installed in /usr/include.
Is this no
Hey again Marcel,
Your reply got me thinking. I just checked again, and found that I just
have to set the LIBRARY_PATH correctly as well. After that everything
seems to work. Apparently this was not done in the right way. Since I
have to use PATH anyway to find the FoobarConfig.cmake files, it is
On 06/29/2016 05:05 PM, Hendrik Sattler wrote:
>> * The "InstallRequiredSystemLibraries" module learned a new
>> "CMAKE_INSTALL_UCRT_LIBRARIES" option to enable app-local deployment
>> of the Windows Universal CRT libraries with Visual Studio 2015.
>
> Maybe the help should note that this is on
Hey Marcel,
They are indeed always set correctly, and for this reason, find_package
is also always able to find these packages, which is great, and this is
why I love using CMake, but then it still happens that when you don't
explicitly use find_package, so in this case I don't use find_package(A)
Hi Sven,
Sorry to chime in so late. I was wondering, since you're mentioning
large computer clusters, don't you use the "module" system to select
which versions of which packages you want to use? If so, then (I assume)
your PATH and LD_LIBRARY_PATH environment variables will have been set
such tha
I don't think this is a solution to the problem, since then it seems
like the build will still fail for all our users unless they also build
all their packages from inside hunter. If I wanted it to work just for
myself I could just use hardcoded paths. The problem is that I want a
portable way such
If find_project is not enough, and ExternalProject's only problem is
build duplication, then I think it makes sense to consider a
CMake-based dependency manager such as hunter:
https://github.com/ruslo/hunter
On Thu, Jun 30, 2016 at 3:59 AM, Sven Baars wrote:
> This is a reply to the options tha
Hi,
Apologize if I sent this twice.
Is it possible to have a ctest which involves preprocessing as well as
postprocessing. The code to test is myCode.exe, which writes an output file.
PASS or FAIL is the result of comparison of output against reference data.
Currently I use two add_tests:
Hey Ray,
For myself it is not a big problem either, but I don't want to tell
users of my libraries that they have to look up how the administrators
at their supercomputing facility compiled 20 other libraries so they can
set their environment variables in the right way, while at the same
time mak
Hi Sven,
On Thu, Jun 30, 2016 at 6:40 PM, Sven Baars wrote:
> So let's take Trilinos as an example, which is quite a big library,
> which depends on a lot of libraries as well. In every project that
> builds upon it (but does not even use functionality of any libraries),
> we would have to set:
Hi Ray,
This still has the same problem. If I use FindBoost in project B, I can
use BOOST_ROOT to be able to find it. This works fine. Now, if I try to
compile project C, I can set B_ROOT for FindB, but then Boost will not
be found, because it is not in B_ROOT, so project C will not compile.
That
Hi Sven,
On Thu, Jun 30, 2016 at 4:59 PM, Sven Baars wrote:
> This is a reply to the options that Ray gave. Here I will use the
> package dependencies C -> B -> A{1,2}:
Well, I presented some options to you. Perhaps there are others, but
if none of them are right for you then there's nothing
This is a reply to the options that Ray gave. Here I will use the
package dependencies C -> B -> A{1,2}:
1) The "ad-hoc" method I first mentioned by setting
CMAKE_LIBRARY_OUTPUT_DIRECTORY.
As far as I understand, this would mean that every user of all of the
different projects would have to be f
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