def _print_entity_lookup(self, packages): self.ctx.writeln('ENTITY_LOOKUP = {') self.ctx.lvl_inc() for p in packages: ns = p.stmt.search_one('namespace') for e in p.owned_elements: if all((hasattr(e, 'stmt'), e.stmt is not None, e.stmt.keyword in ('container', 'list'))): if self.one_class_per_module: pkg_name = e.get_package().name prop_name = get_property_name(e, e.iskeyword) self.ctx.writeln('("{}", "{}"): "{}.{}.{}.{}",'.format( ns.arg, e.stmt.arg, pkg_name, prop_name, prop_name, e.name)) self.ctx.writeln('("{}", "{}"): "{}.{}.{}.{}",'.format( p.stmt.arg, e.stmt.arg, pkg_name, prop_name, prop_name, e.name)) else: self.ctx.writeln('("{}", "{}"): "{}",'.format( ns.arg, e.stmt.arg, e.fqn())) self.ctx.writeln('("{}", "{}"): "{}",'.format( p.stmt.arg, e.stmt.arg, e.fqn())) self.ctx.lvl_dec() self.ctx.writeln('}') self.ctx.bline()
def _print_python_modules(self, element, index, path, size, sub): for c in [ clazz for clazz in element.owned_elements if isinstance(clazz, Class) ]: if not c.is_identity(): self._print_python_module( c, index, os.path.join(path, get_property_name(c, c.iskeyword)), size, sub)
def get_pmodule_name_for_one_class_per_module(pmodule_name, property_type): p = pmodule_name.replace("'", '') if isinstance(property_type, Class): pmodule_name = "'%s.%s'" % (p, p.split('.')[-1]) elif isinstance(property_type, Enum): if isinstance(property_type.owner, Package): pmodule_name = "'%s.%s'" % (p, p.split('.')[-1]) else: c = property_type.owner while (not isinstance(c.owner, Package)): c = c.owner c = get_property_name(c, c.iskeyword) pmodule_name = "'%s.%s.%s'" % (p, c, c) return pmodule_name
def get_pmodule_name_for_one_class_per_module(pmodule_name, property_type): p = pmodule_name.replace("'", '') if isinstance(property_type, Class): pmodule_name = "'%s.%s'" % (p, p.split('.')[-1]) elif isinstance(property_type, Enum): if isinstance(property_type.owner, Package): pmodule_name = "'%s.%s'" % (p, p.split('.')[-1]) else: c = property_type.owner while (not isinstance(c.owner, Package)): c = c.owner c = get_property_name(c, c.iskeyword) pmodule_name = "'%s.%s.%s'" % (p, c, c) return pmodule_name
def _print_entity_lookup(self, packages): self.ctx.writeln('ENTITY_LOOKUP = {') self.ctx.lvl_inc() for p in packages: ns = p.stmt.search_one('namespace') for e in p.owned_elements: if all((hasattr(e, 'stmt'), e.stmt is not None, e.stmt.keyword in ('container', 'list'))): if self.one_class_per_module: pkg_name = e.get_package().name prop_name = get_property_name(e, e.iskeyword) self.ctx.writeln('("{}", "{}"): "{}.{}.{}.{}",' .format(ns.arg, e.stmt.arg, pkg_name, prop_name, prop_name, e.name)) self.ctx.writeln('("{}", "{}"): "{}.{}.{}.{}",' .format(p.stmt.arg, e.stmt.arg, pkg_name, prop_name, prop_name, e.name)) else: self.ctx.writeln('("{}", "{}"): "{}",' .format(ns.arg, e.stmt.arg, e.fqn())) self.ctx.writeln('("{}", "{}"): "{}",' .format(p.stmt.arg, e.stmt.arg, e.fqn())) self.ctx.lvl_dec() self.ctx.writeln('}') self.ctx.bline()
def get_python_module_file_name(path, package): if isinstance(package, Package): return '%s/%s.py' % (path, package.name) else: return '%s/%s.py' % (path, get_property_name(package, package.iskeyword))
def get_python_module_file_name(path, package): if isinstance(package, Package): return '%s/%s.py' % (path, package.name) else: return '%s/%s.py' % (path, get_property_name(package, package.iskeyword))
def _print_python_modules(self, element, index, path, size, sub): for c in [clazz for clazz in element.owned_elements if isinstance(clazz, Class)]: if not c.is_identity(): self._print_python_module(c, index, os.path.join(path, get_property_name(c, c.iskeyword)), size, sub)