static-libraries

I've been updating a static library to support bitcode, and from my research I found two ways to achieve that: Adding the fembed-bitcode flag to the Other C flags option in my project Build Settings ( link ) Adding a User-defined Setting with the key BITCODE_GENERATION_MODE set to bitcode ( link ) Is there any difference between these two options? The only difference I noted is that by using fembed-bitcode , the resulting static library for iphonesimulator will be built with full bitcode enabled (in my case, binary size changes from 5MB to 13MB, and I can check bitcode support using otool ),

Hey, I'm learning Haskell and I'm interested in using it to make static libraries for using in Python and probably C. After some googling I found out how to get GHC to output a shared object, but it dynamically depends on GHC`s libraries. The resulting ELF from compiling in GHC is dynamically dependand only on C libs and it's a bit under a MB in size - it has been statically linked with GHC`s libs. How and if can this be achieved for shared objects? Example of current state: $ ghc --make -dynamic -shared -fPIC foo.hs -o libfoo.so $ ldd libfoo.so linux-vdso.so.1 => (0x00007fff125ff000)

I'm using CMake in a project, and I'm trying to statically link some libraries. I've set: set(BUILD_SHARED_LIBS OFF) set(CMAKE_EXE_LINKER_FLAGS "-static-libgcc -static-libstdc++ -static") set_target_properties(icarus PROPERTIES LINK_SEARCH_END_STATIC 1) And I've made sure when looking for the actual libraries that I have the *.a version of them. Currently the project imports: libPocoNet.a libPocoUtil.a libPocoXML.a libPocoFoundation.a libmysqlclient.a libmysqlpp.a libcrypto++.a CUDA All libraries are found, and when doing a dynamic/shared linkage, they work fine. I have also tried to set

There's an open source library that I would like to use for my iPhone app. The library is written in C and compiles with Makefiles. I would like to use a static library. If I add the .a file to my project dependencies, it works well with the simulator, but it doesn't link when targeting the iPhone SDK (certainly because the .a file is compiled for an Intel platform). What GCC compiler flags should I use to compile a static library for the iPhone SDK? I thought that the '-arch' option would provide me with an iPhone architecture, but no luck. Any help would be appreciated. For autoconf based

(My question has been asked here before but with no working answers that I can see. E.g. Xcode4 Workspace with Static library project & application project ) I'm trying to use a library provided by a 3rd party. They provide the XCode project which builds a libLibraryName.a file. They recommend adding the project as a subproject to my own, then adding the product libLibraryName.a file to the set of libraries described in my project settings "Link Binary with Libraries". The library does build correctly: the .a file is generated. But the project shows a red libLibraryName.a file under the

I just built a static library for iOS with the build setting for Architectures set to $(ARCHS_STANDARD_INCLUDING_64_BIT) . I want to make sure that the .a library is properly including that architecture, but when i run lipo -info on it, I see: Architectures in the fat file: library.a are: armv7 armv7s (cputype (16777228) cpusubtype (0)) Does this mean that arm64 isn't included? If the lipo command can't tell me, is there another way to tell? I'm running Xcode 5 with the latest Command Line Tools installed. Yes, an arm64 slice is there. To see it, you need to use lipo from the iOS toolchain,

What is inside of a .lib file of Static library, Statically linked dynamic library and dynamically linked dynamic library? How come there is no need for a .lib file in dynamically linked dynamic library and also that in static linking, the .lib file is nothing but a .obj file with all the methods. Is that correct? For a static library, the .lib file contains all the code and data for the library. The linker then identifies the bits it needs and puts them in the final executable. For a dynamic library, the .lib file contains a list of the exported functions and data elements from the library,