// file : libbuild2/dist/module.hxx -*- C++ -*- // license : MIT; see accompanying LICENSE file #ifndef LIBBUILD2_DIST_MODULE_HXX #define LIBBUILD2_DIST_MODULE_HXX #include #include #include #include #include namespace build2 { namespace dist { struct LIBBUILD2_SYMEXPORT module: build2::module { static const string name; const variable& var_dist_package; // If exists, add the specified source file to the distribution. The // last component in the path may be a wildcard pattern in which case // all the files matching this pattern are added. The file path must be // relative to the source root. // // Note that the file may still be explicitly excluded by a buildfile. // // Note also that the patterns in the last component restriction is due // to symlink trickiness. // void add_adhoc (path f) { adhoc.push_back (move (f)); } // Distribution post-processing callbacks. // // Only the last component in the pattern may contain wildcards. If the // path contains a directory, then it is matched from the distribution // root only. Otherwise, it is matched against all the files being // distributed. For example: // // buildfile - every buildfile // ./buildfile - root buildfile only // tests/buildfile - tests/buildfile only // // The callback is called with the absolute path of the matching file // after it has been copied to the distribution directory. The project's // root scope and callback-specific data are passed along. // // Note that if registered, the callbacks are also called (recursively) // in subprojects. // // Note also that in the bootstrap distribution mode only callbacks // registered during bootstrap will be called. // using callback_func = void (const path&, const scope&, void*); void register_callback (path pattern, callback_func* f, void* data) { callbacks_.push_back (callback {move (pattern), f, data}); } // Implementation details. // module (const variable& v_d_p) : var_dist_package (v_d_p) {} public: vector adhoc; struct callback { const path pattern; callback_func* function; void* data; }; using callbacks = vector; callbacks callbacks_; }; } } #endif // LIBBUILD2_DIST_MODULE_HXX