![]() To package your library, use the conan export-pkg command passing the used build-folder. In this case, make sure that the toolset that you. To build your library with CLion, follow the guide of Using packages from step 5.ĥ. This can fail if CMake cant detect your toolset, or if it thinks that the environment is not sane enough.copy ( "*.a", dst = "lib", keep_path = False ) def package_info ( self ): self. copy ( "*.dylib", dst = "lib", keep_path = False ) self. copy ( "*.so", dst = "lib", keep_path = False ) self. copy ( "*.dll", dst = "bin", keep_path = False ) self. copy ( "*.lib", dst = "lib", keep_path = False ) self. copy ( "*.h", dst = "include", src = "hello" ) self. %s" % cmake.build_config) def package ( self ): self. build () # Explicit way: # n('cmake "%s" %s' % (self.source_folder, mand_line)) # n("cmake -build. I know Windows 10 allows you to increase the limit, but I know there are still a bunch of issues associated with doing that (Explorer can't touch anything with a path > 260 chars, cmd.exe - and possibly Powershell - requires using \\?\ notation, and Very Bad Things™ will happen if you physically attach a hard drive with files whose pathnames exceed the limit to a different computer running Windows that's still enforcing the old limit).From conans import ConanFile, CMake, tools class Mylibrar圜onan ( ConanFile ): name = "mylibrary" version = "1.0" license = "" url = "" description = "" settings = "os", "compiler", "build_type", "arch" options = generators = "cmake" requires = "zlib/1.2.11" def build ( self ): cmake = CMake ( self ) cmake. Update: I just found another post theorizing that some of these problems might be due to limits imposed by Windows (by default) on the number of characters allowed in filename paths. ![]() The number of postings about them in 2019 is a lot smaller than 20, but I'm not sure whether that's because the problems people were talking about 2 years ago were solved, or because the people talking about them 2 years ago just got frustrated, decided it was a bit too bleeding-edge for them, and (at least temporarily) threw in the towel to wait for them to mature a bit. ![]() I've gotten the impression that, at least as of 2017-2018 (which is when a large number of postings about CMake-under-MinGW/Windows, CLion, and Arduino were made), CMake under Win32 via MinGW was still kind of buggy and brittle. I'm under the impression that it still works for CLion 2019 under Linux, but was either broken by 2018.2 or 2019.1 for Windows, or never quite worked properly under Windows at all. Vladimir's project is a fork of an earlier plugin that was apparently broken by the release of CLion-2018.1. I am completely illiterate in dealing with. Other relevant links for background info
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