def _print_segment_path(fp, data_alias):
path = ['"']
prefix = ''
if fp.clazz.owner is not None:
if isinstance(fp.clazz.owner, Package):
prefix = '%s:' % fp.clazz.owner.stmt.arg
elif fp.clazz.owner.stmt.i_module.arg != fp.clazz.stmt.i_module.arg:
prefix = '%s:' % fp.clazz.stmt.i_module.arg
path.append('%s%s"' % (prefix, fp.clazz.stmt.arg))
key_props = fp.clazz.get_key_props()
if len(key_props) > 0:
predicate = '"'
for key_prop in key_props:
key_name = ''
if key_prop.stmt.i_module.arg != fp.clazz.stmt.i_module.arg:
key_name += key_prop.stmt.i_module.arg
key_name += ':'
key_name += key_prop.stmt.arg
path.append(" + types.AddKeyToken(%s.%s, \"%s\")" % (fp.class_alias, key_prop.go_name(), key_name))
elif is_list_element(fp.clazz):
# list element with no keys
path.append(" + types.AddNoKeyToken(%s)" % fp.class_alias)
fp.ctx.writeln('%s.SegmentPath = %s' % (data_alias, ''.join(path)))
def _print_segment_path(fp, data_alias):
path = ['"']
prefix = ''
if fp.clazz.owner is not None:
if isinstance(fp.clazz.owner, Package):
prefix = '%s:' % fp.clazz.owner.stmt.arg
elif fp.clazz.owner.stmt.i_module.arg != fp.clazz.stmt.i_module.arg:
prefix = '%s:' % fp.clazz.stmt.i_module.arg
path.append('%s%s"' % (prefix, fp.clazz.stmt.arg))
key_props = fp.clazz.get_key_props()
if len(key_props) > 0:
predicate = '"'
for key_prop in key_props:
key_name = ''
if key_prop.stmt.i_module.arg != fp.clazz.stmt.i_module.arg:
key_name += key_prop.stmt.i_module.arg
key_name += ':'
key_name += key_prop.stmt.arg
path.append(" + types.AddKeyToken(%s.%s, \"%s\")" %
(fp.class_alias, key_prop.go_name(), key_name))
elif is_list_element(fp.clazz):
# list element with no keys
path.append(" + types.AddNoKeyToken(%s)" % fp.class_alias)
fp.ctx.writeln('%s.SegmentPath = %s' % (data_alias, ''.join(path)))
def _print_get_ydk_segment_path_body(self, clazz):
self.ctx.writeln('std::ostringstream path_buffer;')
path='"'
if clazz.owner is not None:
if isinstance(clazz.owner, Package):
path+= clazz.owner.stmt.arg + ':'
elif clazz.owner.stmt.i_module.arg != clazz.stmt.i_module.arg:
path+=clazz.stmt.i_module.arg + ':'
path+= clazz.stmt.arg + '";'
self.ctx.writeln('path_buffer << %s' % (path))
key_props = clazz.get_key_props()
if len(key_props) > 0:
for key_prop in key_props:
predicate = ''
if key_prop.stmt.i_module.arg != clazz.stmt.i_module.arg:
predicate += key_prop.stmt.i_module.arg
predicate += ':'
predicate += key_prop.stmt.arg
self.ctx.writeln('ADD_KEY_TOKEN(%s, "%s");' % (key_prop.name, predicate))
elif is_list_element(clazz):
# list element with no keys
predicate = '"[" << get_ylist_key() << "]";'
self.ctx.writeln('path_buffer << %s' % (predicate))
self.ctx.writeln('return path_buffer.str();')
def print_function_body(self):
self.ctx.writeln('EntityData types.CommonEntityData')
self.ctx.writeln('YFilter yfilter.YFilter')
if is_list_element(self.clazz):
self.ctx.writeln('YListKey string')
if self.clazz.stmt.search_one('presence') is not None:
self.ctx.writeln('YPresence bool')
self._print_inits()
def _add_list_stmts(self, clazz):
"""Add list statements as well as its requisite statements."""
while not is_pkg_element(clazz):
if all((is_list_element(clazz), not is_pkg_element(clazz.owner))):
self._add_declaration_stmt(clazz)
self._add_list_key_stmts(clazz)
self._add_append_stmt(clazz)
clazz = clazz.owner
def _add_list_stmts(self, clazz):
"""Add list statements as well as its requisite statements."""
while not is_pkg_element(clazz):
if all((is_list_element(clazz),
not is_pkg_element(clazz.owner))):
self._add_declaration_stmt(clazz)
self._add_list_key_stmts(clazz)
self._add_append_stmt(clazz)
clazz = clazz.owner
def _add_requisite_clazz_stmts(self, clazz):
"""Add requisite statements for a YANG container."""
if is_presence_element(clazz):
self._add_presence_clazz_stmts(clazz)
if is_list_element(clazz):
self._add_list_stmts(clazz)
def _add_requisite_clazz_stmts(self, clazz):
"""Add requisite statements for a YANG container."""
if is_presence_element(clazz):
self._add_presence_clazz_stmts(clazz)
if is_list_element(clazz):
self._add_list_stmts(clazz)
