from waflib.Build import BuildContext from waflib import TaskGen, Utils from io import StringIO from TOOLS.matroska import generate_C_header, generate_C_definitions from TOOLS.file2string import file2string import os def __zshcomp_cmd__(ctx, argument): return '"${{BIN_PERL}}" "{0}/TOOLS/zsh.pl" "{1}" > "${{TGT}}"' \ .format(ctx.srcnode.abspath(), argument) def __wayland_scanner_cmd__(ctx, mode, dir, src, vendored_file): return "${{WAYSCAN}} {0} < {1} > ${{TGT}}".format( mode, "${SRC}" if vendored_file else "{}/{}".format(dir, src) ) def __file2string__(ctx, **kwargs): ctx( rule = __file2string_cmd__(ctx), before = ("c",), name = os.path.basename(kwargs['target']), **kwargs ) def execf(self, fn): setattr(self, 'before', ['c']) setattr(self, 'rule', ' ') # waf doesn't print the task with no rule target = getattr(self, 'target', None) out = self.path.find_or_declare(target) tmp = StringIO() fn(tmp) out.write(tmp.getvalue()) tmp.close() @TaskGen.feature('file2string') def f2s(self): def fn(out): source = getattr(self, 'source', None) src = self.path.find_resource(source) file2string(source, iter(src.read().splitlines(True)), out) execf(self, fn) @TaskGen.feature('ebml_header') def ebml_header(self): execf(self, generate_C_header) @TaskGen.feature('ebml_definitions') def ebml_definitions(self): execf(self, generate_C_definitions) def __zshcomp__(ctx, **kwargs): ctx( rule = __zshcomp_cmd__(ctx, ctx.bldnode.abspath() + '/mpv'), after = ("c", "cprogram",), name = os.path.basename(kwargs['target']), **kwargs ) def __wayland_protocol_code__(ctx, **kwargs): protocol_is_vendored = kwargs.get("vendored_protocol", False) file_name = kwargs['protocol'] + '.xml' if protocol_is_vendored: del kwargs['vendored_protocol'] kwargs['source'] = '{}/{}'.format(kwargs['proto_dir'], file_name) ctx( rule = __wayland_scanner_cmd__(ctx, 'code', kwargs['proto_dir'], file_name, protocol_is_vendored), name = os.path.basename(kwargs['target']), **kwargs ) def __wayland_protocol_header__(ctx, **kwargs): protocol_is_vendored = kwargs.get("vendored_protocol", False) file_name = kwargs['protocol'] + '.xml' if protocol_is_vendored: del kwargs['vendored_protocol'] kwargs['source'] = '{}/{}'.format(kwargs['proto_dir'], file_name) ctx( rule = __wayland_scanner_cmd__(ctx, 'client-header', kwargs['proto_dir'], file_name, protocol_is_vendored), before = ('c',), name = os.path.basename(kwargs['target']), **kwargs ) @TaskGen.feature('cprogram') @TaskGen.feature('cshlib') @TaskGen.feature('cstlib') @TaskGen.feature('apply_link') @TaskGen.after_method('process_source', 'process_use', 'apply_link', 'process_uselib_local', 'propagate_uselib_vars', 'do_the_symbol_stuff') def handle_add_object(tgen): if getattr(tgen, 'add_object', None): for input in Utils.to_list(tgen.add_object): input_node = tgen.path.find_resource(input) if input_node is not None: tgen.link_task.inputs.append(input_node) BuildContext.file2string = __file2string__ BuildContext.wayland_protocol_code = __wayland_protocol_code__ BuildContext.wayland_protocol_header = __wayland_protocol_header__ BuildContext.zshcomp = __zshcomp__