def generate(install_dir): context = { 'fields': create_fields(), } with template_utils.open_output(install_dir, 'wireshark/openflow.lua') as out: template_utils.render_template(out, "openflow.lua", [templates_dir], context)
def render_class(self, clazz, template, src_dir=None, **context): if not src_dir: src_dir = "gen-src/main/java/" context['class_name'] = clazz.name context['package'] = clazz.package context['template_dir'] = self.templates_dir context['genopts'] = self.gen_opts filename = os.path.join( self.basedir, src_dir, "%s/%s.java" % (clazz.package.replace(".", "/"), clazz.name)) dirname = os.path.dirname(filename) if not os.path.exists(dirname): os.makedirs(dirname) prefix = '//::(?=[ \t]|$)' logger.debug("rendering filename: %s" % filename) with open(filename, "w") as f: template_utils.render_template(f, template, [self.templates_dir], context, prefix=prefix) try: cleaner = ImportCleaner(filename) cleaner.find_used_imports() cleaner.rewrite_file(filename) except: logger.info('Cannot clean imports from file %s' % filename)
def render_class(self, clazz, template, src_dir=None, **context): if not src_dir: src_dir = "gen-src/main/java/" context['class_name'] = clazz.name context['package'] = clazz.package context['template_dir'] = self.templates_dir context['genopts']= self.gen_opts filename = os.path.join(self.basedir, src_dir, "%s/%s.java" % (clazz.package.replace(".", "/"), clazz.name)) dirname = os.path.dirname(filename) if not os.path.exists(dirname): os.makedirs(dirname) prefix = '//::(?=[ \t]|$)' logger.debug("rendering filename: %s" % filename) with open(filename, "w") as f: template_utils.render_template(f, template, [self.templates_dir], context, prefix=prefix) try: cleaner = ImportCleaner(filename) cleaner.find_used_imports() cleaner.rewrite_file(filename) except: logger.info('Cannot clean imports from file %s' % filename)
def generate(ir, output): os.mkdir(output) out = open(os.path.join(output, "__init__.py"), 'w') render_template(out, "header.py", {}) for x in ir: out.write("\n") if isinstance(x, XDRConst): render_template(out, "const.py", dict(const=x)) elif isinstance(x, XDREnum): render_template(out, "enum.py", dict(enum=x)) elif isinstance(x, XDRStruct): render_template(out, "struct.py", dict(struct=x)) elif isinstance(x, XDRUnion): render_template(out, "union.py", dict(union=x)) elif isinstance(x, XDRTypedef): render_template(out, "typedef.py", dict(typedef=x)) out.write("\n__all__ = " + repr([x.name for x in ir if not isinstance(x, XDRTypedef)]))
def render_template(out, name, **context): template_utils.render_template(out, name, [templates_dir], context)
def render_template(out, name, **context): template_utils.render_template(out, name, template_path, context)
def generate(ir, output): os.mkdir(output) out = open(os.path.join(output, "__init__.py"), 'w') constants = collect_constants(ir) render_template(out, "header.py", {}) for x in ir: out.write("\n") if isinstance(x, XDRConst): render_template(out, "const.py", dict(const=x)) elif isinstance(x, XDREnum): render_template(out, "enum.py", dict(enum=x)) elif isinstance(x, XDRStruct): render_template(out, "struct.py", dict(struct=x)) elif isinstance(x, XDRUnion): render_template(out, "union.py", dict(union=x, constants=constants)) elif isinstance(x, XDRTypedef): render_template(out, "typedef.py", dict(typedef=x)) out.write("\n__all__ = " + repr([x.name for x in ir if not isinstance(x, XDRTypedef)]))