As said in similar question iOS Static Library as a Subproject of a Project That Has Custom Build Configurations?, the fix is to add this line $(BUILD_DIR)/Release$(EFFECTIVE_PLATFORM_NAME) to your target’s Framework Search Paths, Header Search Paths and/or Library Search Paths
This is a runtime error, not a build error. Setting the -L flag does nothing for the runtime linker. What you need to do is to tell the runtime loader to also look in /usr/local/lib for libraries. You can do that in two ways. The first is to add the path to the LD_LIBRARY_PATH environment … Read more
Yes. Just run: sudo update_dyld_shared_cache
GHC does produce stand-alone binaries that do not require GHC itself to be installed, however they do link against some dynamic libraries, most notably libgmp. The remaining libraries are commonly found out of the box on most Linux systems. I believe the situation is similar on Windows. You can check which dynamic libraries you depend … Read more
Template functions, including member functions, must be written entirely in the header files. This means that if you have a template class, its implementation must be entirely in a header file. This is because the compiler needs to have access to the entire template definition (not just the signature) in order to generate code for … Read more
The compiler must emit a vtable for classes with virtual methods. This contains the pointers to these methods. If all the virtual methods are inline (defined in the header), then the compiler doesn’t know which translation unit (.cpp file) to emit the vtable within, so it emits a copy in all of them and the … Read more
You have to weaken and globalize the symbol using objcopy. -W symbolname –weaken-symbol=symbolname Make symbol symbolname weak. This option may be given more than once. –globalize-symbol=symbolname Give symbol symbolname global scoping so that it is visible outside of the file in which it is defined. This option may be given more than once. This worked … Read more
You could do this: objcopy –input binary \ –output elf32-i386 \ –binary-architecture i386 my_file.xml myfile.o This produces an object file that you can link into your executable. This file will contain these symbols that you’ll have to declare in your C code to be able to use them 00000550 D _binary_my_file_xml_end 00000550 A _binary_my_file_xml_size 00000000 … Read more
On linux CMake figures itself that boost_filesystem is linked against boost_system. Obviously you have to tell it explicitly on Mac: find_package(Boost COMPONENTS system filesystem REQUIRED) #… target_link_libraries(mytarget ${Boost_FILESYSTEM_LIBRARY} ${Boost_SYSTEM_LIBRARY} )
Interestingly, using -fdata-sections can make the literal pools of your functions, and thus your functions themselves larger. I’ve noticed this on ARM in particular, but it’s likely to be true elsewhere. The binary I was testing only grew by a quarter of a percent, but it did grow. Looking at the disassembly of the changed … Read more