def stmt(self, stmt): name = escape_name(stmt.arg) if stmt.keyword == 'grouping': name = '%s_Grouping' % camel_case(name) elif stmt.keyword == 'identity': name = '%s_Identity' % camel_case(name) elif stmt.keyword == 'rpc': name = camel_case(name) + 'Rpc' else: name = camel_case(name) if iskeyword(name): name = '%s_' % name self.name = name if self.name.startswith('_'): self.name = '%s%s' % ('Y', name) self._stmt = stmt desc = stmt.search_one('description') if desc is not None: self.comment = desc.arg if stmt.keyword == 'module': self._module = stmt else: self._module = stmt.i_module
def stmt(self, stmt): self._stmt = stmt # the name of the numeration is derived either from the typedef # or the leaf under which it is defined leaf_or_typedef = stmt while leaf_or_typedef.parent is not None and not leaf_or_typedef.keyword in ('leaf', 'leaf-list', 'typedef'): leaf_or_typedef = leaf_or_typedef.parent name = '%s_Enum' % camel_case(escape_name(leaf_or_typedef.arg)) if iskeyword(name): name = '%s_' % name if name[0] == '_': name = 'Y%s' % name self.name = name desc = stmt.search_one('description') if desc is not None: self.comment = desc.arg else: desc = leaf_or_typedef.search_one('description') if desc is not None: self.comment = desc.arg for enum_stmt in stmt.search('enum'): literal = EnumLiteral() literal.stmt = enum_stmt self.literals.append(literal)
def stmt(self, stmt): self._stmt = stmt self._dictionary = {} self._pos_map = {} # the name of the enumeration is derived either from the typedef # or the leaf under which it is defined leaf_or_typedef = stmt while leaf_or_typedef.parent is not None and not leaf_or_typedef.keyword in ('leaf', 'leaf-list', 'typedef'): leaf_or_typedef = leaf_or_typedef.parent name = '%s_Bits' % camel_case(leaf_or_typedef.arg) if iskeyword(name): name = '%s_' % name self.name = name desc = stmt.search_one('description') if desc is not None: self.comment = desc.arg else: desc = leaf_or_typedef.search_one('description') if desc is not None: self.comment = desc.arg for bit_stmt in stmt.search('bit'): self._dictionary[bit_stmt.arg] = False pos_stmt = bit_stmt.search_one('position') if pos_stmt is not None: self._pos_map[bit_stmt.arg] = pos_stmt.arg
def stmt(self, stmt): self._stmt = stmt # the name of the numeration is derived either from the typedef # or the leaf under which it is defined leaf_or_typedef = stmt while leaf_or_typedef.parent is not None and not leaf_or_typedef.keyword in ( 'leaf', 'leaf-list', 'typedef'): leaf_or_typedef = leaf_or_typedef.parent name = '%sEnum' % camel_case(escape_name(leaf_or_typedef.arg)) if iskeyword(name): name = '%s_' % name if name[0] == '_': name = 'Y%s' % name self.name = name desc = stmt.search_one('description') if desc is not None: self.comment = desc.arg else: desc = leaf_or_typedef.search_one('description') if desc is not None: self.comment = desc.arg for enum_stmt in stmt.search('enum'): literal = EnumLiteral() literal.stmt = enum_stmt self.literals.append(literal)
def stmt(self, stmt): self._stmt = stmt self._dictionary = {} self._pos_map = {} # the name of the enumeration is derived either from the typedef # or the leaf under which it is defined leaf_or_typedef = stmt while leaf_or_typedef.parent is not None and not leaf_or_typedef.keyword in ( 'leaf', 'leaf-list', 'typedef'): leaf_or_typedef = leaf_or_typedef.parent name = '%s_Bits' % camel_case(leaf_or_typedef.arg) if iskeyword(name): name = '%s_' % name self.name = name desc = stmt.search_one('description') if desc is not None: self.comment = desc.arg else: desc = leaf_or_typedef.search_one('description') if desc is not None: self.comment = desc.arg for bit_stmt in stmt.search('bit'): self._dictionary[bit_stmt.arg] = False pos_stmt = bit_stmt.search_one('position') if pos_stmt is not None: self._pos_map[bit_stmt.arg] = pos_stmt.arg
def stmt(self, stmt): name = escape_name(stmt.arg) if stmt.keyword == 'grouping': name = '%s_Grouping' % camel_case(name) elif stmt.keyword == 'identity': name = '%s_Identity' % camel_case(name) elif stmt.keyword == 'rpc': name = camel_case(name) + 'Rpc' else: name = camel_case(name) if iskeyword(name): name = '%s_' % name self.name = name if self.name.startswith('_'): self.name = '%s%s' % ('Y', name) self._stmt = stmt desc = stmt.search_one('description') if desc is not None: self.comment = desc.arg if stmt.keyword == 'module': self._module = stmt else: self._module = stmt.i_module
def convert_prop_name(self, stmt): name = snake_case(stmt.arg) if iskeyword(name): name = '%s_' % name if name.startswith('_'): name = '%s%s' % ('y', name) return name
def convert_prop_name(self, stmt): name = snake_case(stmt.arg) if iskeyword(name): name = '%s_' % name if name.startswith('_'): name = '%s%s' % ('y', name) return name
def stmt(self, stmt): name = stmt.arg.replace('-', '_') if iskeyword(name): name = '%s_' % name if name[0] == '_': name = 'y%s' % name self.name = name self._stmt = stmt desc = stmt.search_one('description') if desc is not None: self.comment = desc.arg
def stmt(self, stmt): name = stmt.arg.replace('-', '_') if iskeyword(name): name = '%s_' % name if name[0] == '_': name = 'y%s' % name self.name = name self._stmt = stmt desc = stmt.search_one('description') if desc is not None: self.comment = desc.arg
def convert_owner_name(self, stmt): name = escape_name(stmt.arg) if stmt.keyword == 'grouping': name = '%s_Grouping' % camel_case(name) elif stmt.keyword == 'identity': name = '%s_Identity' % camel_case(name) elif stmt.keyword == 'rpc': name = camel_case(name) + 'Rpc' else: name = camel_case(name) if iskeyword(name): name = '%s_' % name if name.startswith('_'): name = '%s%s' % ('Y', name) return name
def convert_owner_name(self, stmt): name = escape_name(stmt.arg) if stmt.keyword == 'grouping': name = '%s_Grouping' % camel_case(name) elif stmt.keyword == 'identity': name = '%s_Identity' % camel_case(name) elif stmt.keyword == 'rpc': name = camel_case(name) + 'Rpc' else: name = camel_case(name) if iskeyword(name): name = '%s_' % name if name.startswith('_'): name = '%s%s' % ('Y', name) return name
def get_py_mod_name(self): """ Get the python module name that contains this NamedElement. """ pkg = self while pkg is not None and not isinstance(pkg, Package): pkg = pkg.owner if pkg is None: return '' t = pkg.name.split('_') t = [n for n in t if n.lower() not in ['cisco', 'ios', 'xr']] if t: sub = t[0].lower() if iskeyword(sub): sub = '%s_' % sub sub = '.%s' % sub else: sub = '' py_mod_name = 'ydk.models%s.%s' % (sub, pkg.name) return py_mod_name
def stmt(self, stmt): self._stmt = stmt name = snake_case(stmt.arg) if iskeyword(name): name = '%s_' % name self.name = name if self.name.startswith('_'): self.name = '%s%s' % ('y', name) if stmt.keyword in ['leaf-list', 'list']: self.is_many = True desc = stmt.search_one('description') if desc is not None: self.comment = desc.arg max_elem_stmt = stmt.search_one('max-elements') min_elem_stmt = stmt.search_one('min-elements') if max_elem_stmt: self.max_elements = max_elem_stmt.arg if min_elem_stmt: self.min_elements = min_elem_stmt.arg
def stmt(self, stmt): self._stmt = stmt name = snake_case(stmt.arg) if iskeyword(name): name = '%s_' % name self.name = name if self.name.startswith('_'): self.name = '%s%s' % ('y', name) if stmt.keyword in ['leaf-list', 'list']: self.is_many = True desc = stmt.search_one('description') if desc is not None: self.comment = desc.arg max_elem_stmt = stmt.search_one('max-elements') min_elem_stmt = stmt.search_one('min-elements') if max_elem_stmt: self.max_elements = max_elem_stmt.arg if min_elem_stmt: self.min_elements = min_elem_stmt.arg
def get_py_mod_name(self): """ Get the python module name that contains this NamedElement. """ pkg = self while pkg is not None and not isinstance(pkg, Package): pkg = pkg.owner if pkg is None: return '' t = pkg.name.split('_') t = [n for n in t if n.lower() not in ['cisco', 'ios', 'xr']] if t: sub = t[0].lower() if iskeyword(sub): sub = '%s_' % sub sub = '.%s' % sub else: sub = '' py_mod_name = 'ydk.models%s.%s' % (sub, pkg.name) return py_mod_name