- #COMPILE AGAINST LIBCURL ANDROID NDK FULL#
- #COMPILE AGAINST LIBCURL ANDROID NDK FOR WINDOWS 10#
- #COMPILE AGAINST LIBCURL ANDROID NDK DOWNLOAD#
In mostĬases, where there is a need to evaluate paths inside a toolchain file, the moreĪppropriate variable to use would be CMAKE_CURRENT_LIST_DIR, since The toolchainįile is used in contexts where these variables have different values when used Variables inside a toolchain file is typically undesirable. Note that using the CMAKE_SOURCE_DIR or CMAKE_BINARY_DIR The CMAKE_CROSSCOMPILING variable is set to true when CMake is If cmake(1) is invoked with the command line parameterįile will be loaded early to set values for the compilers. Hidden visibility, if supported by the compiler. The _VISIBILITY_PRESETĪnd VISIBILITY_INLINES_HIDDEN target properties add flags for Specifying that a target should be built as position-independent code, if For example, POSITION_INDEPENDENT_CODE allows Some toolchain features have built-in handling in CMake, and do not requireĬompile-tests. Result so that the test does not have to be performed again the next time These APIs test the toolchain in some way and cache the Toolchain Features ¶ĬMake provides the try_compile() command and wrapper macros such asĬheckCXXSourceCompiles, CheckCXXSymbolExists andĬheckIncludeFile to test capability and availability of various With the LINKER_LANGUAGE target property. Target, and in the case of static libraries, This is determined by the LANGUAGE property of source files of the Will be added to the compile command when compiling a file of a particularĬMake needs a way to determine which compiler to use to invoke the linker. The variables and the configuration-specific equivalents contain flags that The compiler identifier used by CMake CMAKE_COMPILER_VERSION
#COMPILE AGAINST LIBCURL ANDROID NDK FULL#
The full path to the compiler used for CMAKE_COMPILER_ID Several variables relate to the language components of a toolchain which are The ENABLED_LANGUAGES global property contains the languages whichĪre currently enabled. The target architecture and bitwidth, the location of corresponding utilities When a language is enabled, CMake finds a compiler for that language, andĭetermines some information, such as the vendor and version of the compiler, With information about compiler and utility paths. In cross-compiling scenarios, a toolchain file may be specified In normal builds, CMake automaticallyĭetermines the toolchain for host builds based on system introspection andĭefaults. The toolchain utilities availableĪre determined by the languages enabled.
#COMPILE AGAINST LIBCURL ANDROID NDK FOR WINDOWS 10#
So you don't need to edit your CMake file probably.Cross Compiling for the Cray Linux EnvironmentĬross Compiling for Windows 10 Universal ApplicationsĬross Compiling for Android with a Standalone ToolchainĬross Compiling for Android with NVIDIA Nsight Tegra Visual Studio EditionĬross Compiling for iOS, tvOS, or watchOSĬMake uses a toolchain of utilities to compile, link libraries and createĪrchives, and other tasks to drive the build. Basically what you should do is passing the toolchain file as a CMake argument(plus some arguments like ABI, API level.
#COMPILE AGAINST LIBCURL ANDROID NDK DOWNLOAD#
You can download Android NDK for Windows. a files from Windows platforms (static lib version of Linux from Windows)?Īs your C++ library uses CMake and Android NDK officially support CMake build, this wouldn't be so hard. So you must cross-compile it for Android.Īlso, the C++ library is built using Windows platforms and CMake, which generates a. For example, they use different standard libraries. a) but that does not mean they are compatible. This is because simply they are of different platforms. I understand the library needs to be cross compiled for Android, but would it work if I build just Linux binaries (.a files) instead, and link it with it? Now I have a C++ library that I need to include, import and link(.a files) against the Android NDK code.
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