This week I got access to OS X, so I decided to do all the work related to OS X this week while I had access. First of all, I worked on getting CMake to build on Sage in OS X 10.10. CMake is supported to be built using clang on OS X and is not supporting gcc. Since sage uses gcc for building packages, I tried building CMake on Sage. (Thanks to +Rajith for giving me the chance to work on his Mac).
Main problem with CMake in OSX 10.10 was that it uses an Apple header <CoreFoundation/CoreFoundation.h> which is a collection of headers including <CoreFoundation/CFStream.h> which in turn includes a faulty Apple header '/usr/local/include/dispatch/dispatch.h'. After going through CMake code, it seemed that although the header 'CoreFoundation.h' was included 'CFStream.h' was not needed. So I used the specific headers needed (<CoreFoundation/CFBundle.h> etc.) and CMake was successfully built on Sage. Testing the CMake installation resulted in 6 out of 387 tests failing.
Another good news was that we got access to test SymEngine on TravisCI with OSX. We are testing clang and gcc both to make sure, symengine builds on both. Building with clang was successful, but with gcc there were couple of problems and was hard to check on TravisCI as there were huge queuing times for builds on OSX.
One issue is that on OSX, gmp library we are linking to is installed by homebrew. g++ was using a different C++ standard library than what gmp was compiled with and hence linking errors occur. A CMake check was added to try to compile a simple program with gmpxx and if it fails, give an error message at configuration time.
Another issue was that `uint` was used in some places instead of `unsigned int`. On Linux and OSX clang `unsigned int` was typedef as `uint`, so there was no problem detected in automated tests in Travis-CI. Since `uint` is not a C++ standard type, it was changed to `unsigned int`.
Next week, I will try to figure out why 6 tests in CMake test suite fails and try to fix those and get CMake into optional packages. Also I will work on the wrappers for sage for SymEngine.
Main problem with CMake in OSX 10.10 was that it uses an Apple header <CoreFoundation/CoreFoundation.h> which is a collection of headers including <CoreFoundation/CFStream.h> which in turn includes a faulty Apple header '/usr/local/include/dispatch/dispatch.h'. After going through CMake code, it seemed that although the header 'CoreFoundation.h' was included 'CFStream.h' was not needed. So I used the specific headers needed (<CoreFoundation/CFBundle.h> etc.) and CMake was successfully built on Sage. Testing the CMake installation resulted in 6 out of 387 tests failing.
Another good news was that we got access to test SymEngine on TravisCI with OSX. We are testing clang and gcc both to make sure, symengine builds on both. Building with clang was successful, but with gcc there were couple of problems and was hard to check on TravisCI as there were huge queuing times for builds on OSX.
One issue is that on OSX, gmp library we are linking to is installed by homebrew. g++ was using a different C++ standard library than what gmp was compiled with and hence linking errors occur. A CMake check was added to try to compile a simple program with gmpxx and if it fails, give an error message at configuration time.
Another issue was that `uint` was used in some places instead of `unsigned int`. On Linux and OSX clang `unsigned int` was typedef as `uint`, so there was no problem detected in automated tests in Travis-CI. Since `uint` is not a C++ standard type, it was changed to `unsigned int`.
Next week, I will try to figure out why 6 tests in CMake test suite fails and try to fix those and get CMake into optional packages. Also I will work on the wrappers for sage for SymEngine.
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