private static CMakeParser.CMakeLists Instance(CMakeParser.State state, Core.ILogger logger)
{
var lists = new CMakeParser.CMakeLists(state);
var addBinary = new CMakeParser.AddBinary(new AddBinaryHandler(logger));
var binaryCommands = new string[] { "add_executable", "add_library", "catkin_add_gtest" };
foreach (var command in binaryCommands)
{
lists.AddCommand(command, addBinary);
}
var ignore = new CMakeParser.Ignore();
var ignoreCommands = new string[] { "target_link_libraries", "add_dependencies", "add_test", "function", "endfunction", "option", "enable_testing", "configure_file", "find_package", "catkin_package", "install", "project", "string", "message", "cmake_minimum_required", "set_target_properties", "list", "add_custom_command", "add_custom_target", "execute_process", "find_library", "generate_messages", "add_action_files" };
foreach (var command in ignoreCommands)
{
lists.AddCommand(command, ignore);
}
lists.AddCommand("set", new CMakeParser.Set());
lists.AddCommand("file", new CMakeParser.File());
lists.AddCommand("source_group", new CMakeParser.SourceGroup(new SourceGroupHandler(logger)));
lists.AddCommand("include_directories", new CMakeParser.IncludeDirectories());
lists.AddCommand("add_compile_definitions", new CMakeParser.AddCompileDefinitions());
return(lists);
}
public static void MainFunc(string[] args, Core.ILogger logger)
{
var state = new CMakeParser.State(logger, args[0], (args.Length > 1) ? args[1] : string.Empty, new Core.Paths());
var cmake = Instance(state, logger);
cmake.Read();
}
public void Add(string command, string name, CMakeParser.State state, IEnumerable <string> filePaths)
{
foreach (var filePath in filePaths)
{
if (System.IO.File.Exists(filePath))
{
_logger.Info(string.Format("[{0}] Adding {1} to {2}", state.Variables["${CMAKE_CURRENT_SOURCE_DIR}"], filePath, name));
}
else
{
_logger.Warn(string.Format("[{0}] Not adding {1} to {2}", state.Variables["${CMAKE_CURRENT_SOURCE_DIR}"], filePath, name));
}
}
}
