def _print_identity_lookup(self, packages):
packages = sorted(packages, key=lambda p: p.name)
self.ctx.writeln('IDENTITY_LOOKUP = {')
self.ctx.lvl_inc()
for package in packages:
identities = [
idx for idx in package.owned_elements
if isinstance(idx, Class) and idx.is_identity()
]
identities = sorted(identities, key=lambda c: c.name)
for identity_clazz in identities:
if self.one_class_per_module:
pkg_name = identity_clazz.get_package().name
self.ctx.writeln("'%s:%s':('%s.%s', '%s')," %
(get_module_name(identity_clazz.stmt),
identity_clazz.stmt.arg,
identity_clazz.get_py_mod_name(),
pkg_name, identity_clazz.qn()))
else:
self.ctx.writeln("'%s:%s':('%s', '%s')," %
(get_module_name(identity_clazz.stmt),
identity_clazz.stmt.arg,
identity_clazz.get_py_mod_name(),
identity_clazz.qn()))
self.ctx.lvl_dec()
self.ctx.writeln('}')
self.ctx.bline()
def print_enum_meta(self, enum_class):
self.ctx.writeln(
"'%s' : _MetaInfoEnum('%s', '%s'," %
(enum_class.qn(), enum_class.name, enum_class.get_py_mod_name()))
self.ctx.lvl_inc()
self.ctx.writeln("{")
self.ctx.lvl_inc()
for literal in enum_class.literals:
self.ctx.writeln("'%s':'%s'," % (literal.stmt.arg, literal.name))
self.ctx.lvl_dec()
self.ctx.writeln(
"}, '%s', _yang_ns._namespaces['%s'])," % (get_module_name(
enum_class.stmt), get_module_name(enum_class.stmt)))
self.ctx.lvl_dec()
def _print_common_path_functions_body(self, clazz):
owners = []
owner_key_props = []
current_owner = clazz.owner
while current_owner != None and isinstance(current_owner, Class):
owners.append(current_owner)
owner_key_props.extend(current_owner.get_key_props())
current_owner = current_owner.owner
common_path = ''
if len(owners) == 0 or len(owner_key_props) == 0:
segments = ''
for owner in reversed(owners):
segments = "%s/%s:%s" % (segments,
owner.module.arg, owner.stmt.arg)
common_path = "return '%s" % segments
else:
self._print_common_path_validation_error(
'parent', 'parent is not set . Cannot derive path.')
common_path = "return self.parent._common_path +'"
common_path = "%s/%s:%s" % (common_path,
clazz.module.arg, clazz.stmt.arg)
predicates = ''
key_props = clazz.get_key_props()
for key_prop in key_props:
self._print_common_path_validation_error(
key_prop.name, 'Key property {0} is None'.format(key_prop.name))
predicates = "%s[%s:%s = ' + str(self.%s) + ']" % (predicates, get_module_name(key_prop.stmt),
key_prop.stmt.arg, key_prop.name)
common_path = "%s%s'" % (common_path, predicates)
self.ctx.bline()
self.ctx.writeln(common_path)
def _print_class_inits_body(self, clazz, leafs, children):
if clazz.is_identity():
module_name = get_module_name(clazz.stmt)
namespace = self.module_namespace_lookup[module_name]
line = 'super(%s, self).__init__("%s", "%s", "%s:%s")' % (clazz.name, namespace, module_name, module_name, clazz.stmt.arg)
self.ctx.writeln(line)
else:
if self.one_class_per_module:
self.ctx.writeln('super(%s, self).__init__()' % clazz.name)
else:
self.ctx.writeln('super(%s, self).__init__()' % clazz.qn())
if clazz.owner is not None and isinstance(clazz.owner, Package):
self.ctx.writeln('self._top_entity = None')
self.ctx.bline()
if self.one_class_per_module:
self._print_children_imports(clazz, children)
self.ctx.writeln('self.yang_name = "%s"' % clazz.stmt.arg)
self.ctx.writeln('self.yang_parent_name = "%s"' % clazz.owner.stmt.arg)
self.ctx.writeln('self.is_top_level_class = %s' % ('True' if is_top_level_class(clazz) else 'False'))
self.ctx.writeln('self.has_list_ancestor = %s' % ('True' if has_list_ancestor(clazz) else 'False'))
self.ctx.writeln(
'self.ylist_key_names = [%s]' % (','.join(["'%s'" % key.name for key in clazz.get_key_props()])))
self.ctx.writeln('self._child_container_classes = OrderedDict([%s])' % (get_child_container_classes(clazz, self.one_class_per_module)))
self.ctx.writeln('self._child_list_classes = OrderedDict([%s])' % (get_child_list_classes(clazz, self.one_class_per_module)))
if clazz.stmt.search_one('presence') is not None:
self.ctx.writeln('self.is_presence_container = True')
self._print_init_leafs_and_leaflists(clazz, leafs)
self._print_init_children(children)
self._print_init_lists(clazz)
self._print_class_segment_path(clazz)
self._print_class_absolute_path(clazz, leafs)
def __init__(self, prop):
self.name = prop.stmt.arg
self.mtype = ''
self.ptype = ''
self.ytype = ''
self.prange = []
self.pattern = []
self.presentation_name = "%s" % prop.name
self.module_name = "%s" % get_module_name(prop.stmt)
self.pmodule_name = None
self.clazz_name = None
self.is_many = prop.is_many
self.doc_link = None
self.doc_link_description = ''
self.children = []
self.comment = prop.comment
self.is_key = prop.is_key()
self.max_elements = prop.max_elements
self.min_elements = prop.min_elements
self.target_of_leafref = ''
self.mandatory = False
self.is_presence = False
self.units = ''
self.default_value = ''
self.default_value_object = None
self.is_config = is_config_stmt(prop.stmt)
self.status = ''
def __init__(self, prop):
self.name = prop.stmt.arg
self.mtype = ''
self.ptype = ''
self.ytype = ''
self.prange = []
self.pattern = []
self.presentation_name = "%s" % prop.name
self.module_name = "%s" % get_module_name(prop.stmt)
self.pmodule_name = None
self.clazz_name = None
self.is_many = prop.is_many
self.doc_link = None
self.doc_link_description = ''
self.children = []
self.comment = prop.comment
self.is_key = prop.is_key()
self.max_elements = prop.max_elements
self.min_elements = prop.min_elements
self.target_of_leafref = ''
self.mandatory = False
self.is_presence = False
self.units = ''
self.default_value = ''
self.default_value_object = None
self.is_config = is_config_stmt(prop.stmt)
self.status = ''
def _print_common_path_functions_body(self, clazz):
owners = []
owner_key_props = []
current_owner = clazz.owner
while current_owner != None and isinstance(current_owner, Class):
owners.append(current_owner)
owner_key_props.extend(current_owner.get_key_props())
current_owner = current_owner.owner
common_path = ''
if len(owners) == 0 or len(owner_key_props) == 0:
segments = ''
for owner in reversed(owners):
segments = "%s/%s:%s" % (segments,
owner.module.arg, owner.stmt.arg)
common_path = "return '%s" % segments
else:
self._print_common_path_validation_error(
'parent', 'parent is not set . Cannot derive path.')
common_path = "return self.parent._common_path +'"
common_path = "%s/%s:%s" % (common_path,
clazz.module.arg, clazz.stmt.arg)
predicates = ''
key_props = clazz.get_key_props()
for key_prop in key_props:
self._print_common_path_validation_error(
key_prop.name, 'Key property {0} is None'.format(key_prop.name))
predicates = "%s[%s:%s = ' + str(self.%s) + ']" % (predicates, get_module_name(key_prop.stmt),
key_prop.stmt.arg, key_prop.name)
common_path = "%s%s'" % (common_path, predicates)
self.ctx.bline()
self.ctx.writeln(common_path)
def _print_class_inits_header(self, clazz):
if clazz.is_identity():
module_name = get_module_name(clazz.stmt)
namespace = self.module_namespace_lookup[module_name]
self.ctx.writeln('def __init__(self, ns="%s", pref="%s", tag="%s:%s"):' % (
namespace, module_name, module_name, clazz.stmt.arg))
else:
self.ctx.writeln('def __init__(self):')
self.ctx.lvl_inc()
def _print_meta_member(self, clazz):
self.ctx.writeln('\'%s\' : {' % (clazz.qn()))
self.ctx.lvl_inc()
self.ctx.writeln("'meta_info' : _MetaInfoClass('%s'," % clazz.qn())
self.ctx.lvl_inc()
description = " "
for st in clazz.stmt.substmts:
if st.keyword == 'description':
description = st.arg
break
self.ctx.writeln("'''%s'''," % description)
if clazz.is_grouping():
self.ctx.writeln('True, ')
else:
self.ctx.writeln('False, ')
self.ctx.writeln('[')
prop_list = []
if self.is_rpc:
prop_list = [p for p in clazz.owned_elements if isinstance(p, Property)]
else:
prop_list = clazz.properties()
for prop in prop_list:
meta_info_data = get_meta_info_data(
prop, prop.property_type, prop.stmt.search_one('type'), 'py', self.one_class_per_module,
self.identity_subclasses)
self.print_meta_class_member(meta_info_data, self.ctx)
'''
class _MetaInfoClass(object):
def __init__(
self,
name,
is_abstract,
meta_info_class_members,
module_name,
yang_name,
namespace,
pmodule_name):
'''
self.ctx.writeln('],'),
module_name = "%s" % get_module_name(clazz.stmt)
self.ctx.writeln("'%s'," % module_name)
self.ctx.writeln("'%s'," % clazz.stmt.arg)
if clazz.is_grouping():
self.ctx.writeln('None,')
else:
self.ctx.writeln("_yang_ns._namespaces['%s']," % module_name)
self.ctx.lvl_dec()
self.ctx.writeln("'%s'" % clazz.get_py_mod_name(self.one_class_per_module))
self.ctx.writeln('),')
self.ctx.lvl_dec()
self.ctx.writeln('},')
def _print_class_inits_header(self, clazz):
if clazz.is_identity():
module_name = get_module_name(clazz.stmt)
namespace = self.module_namespace_lookup[module_name]
self.ctx.writeln(
'def __init__(self, ns="%s", pref="%s", tag="%s:%s"):' %
(namespace, module_name, module_name, clazz.stmt.arg))
else:
self.ctx.writeln('def __init__(self):')
self.ctx.lvl_inc()
def _get_module_namespace_lookup(self, packages):
module_namespace_lookup = {}
for p in packages:
module_name = get_module_name(p.stmt)
if module_name is None:
continue
ns = p.stmt.search_one('namespace')
assert ns is not None, '%s has no namespace!!' % module_name
namespace = ns.arg
module_namespace_lookup[module_name] = namespace
return module_namespace_lookup
def print_enum_meta(self, enum_class):
self.ctx.writeln("'%s' : _MetaInfoEnum('%s', '%s', '%s'," %
(enum_class.qn(), enum_class.name,
enum_class.get_py_mod_name(), enum_class.qn()))
self.ctx.lvl_inc()
description = " "
for st in enum_class.stmt.parent.substmts:
if st.keyword == 'description':
description = st.arg
break
self.ctx.writeln("'''%s'''," % description)
self.ctx.writeln("{")
self.ctx.lvl_inc()
for literal in enum_class.literals:
self.ctx.writeln("'%s':'%s'," % (literal.stmt.arg, literal.name))
self.ctx.lvl_dec()
self.ctx.writeln(
"}, '%s', _yang_ns._namespaces['%s'])," % (get_module_name(
enum_class.stmt), get_module_name(enum_class.stmt)))
self.ctx.lvl_dec()
def _get_module_namespace_lookup(self, packages):
module_namespace_lookup = {}
for p in packages:
module_name = get_module_name(p.stmt)
if module_name is None:
continue
ns = p.stmt.search_one('namespace')
assert ns is not None, '%s has no namespace!!' % module_name
namespace = ns.arg
module_namespace_lookup[module_name] = namespace
return module_namespace_lookup
def _print_class_constructor_header(self, clazz, leafs, children):
self.ctx.writeln(clazz.qualified_cpp_name() + '::' + clazz.name + '()')
self.ctx.lvl_inc()
if clazz.is_identity():
module_name = get_module_name(clazz.stmt)
namespace = self.module_namespace_lookup[module_name]
self.ctx.writeln(' : Identity("%s", "%s", "%s:%s")' % (namespace, module_name, module_name, clazz.stmt.arg))
else:
self._print_class_inits(clazz, leafs, children)
self.ctx.lvl_dec()
self.ctx.writeln('{')
self.ctx.lvl_inc()
def _print_class_constructor_header(self, clazz, leafs, children):
self.ctx.writeln(clazz.qualified_cpp_name() + '::' + clazz.name + '()')
self.ctx.lvl_inc()
if clazz.is_identity():
module_name = get_module_name(clazz.stmt)
namespace = self.module_namespace_lookup[module_name]
self.ctx.writeln(' : Identity("%s", "%s", "%s:%s")' % (namespace, module_name, module_name, clazz.stmt.arg))
else:
self._print_class_inits(clazz, leafs, children)
self.ctx.lvl_dec()
self.ctx.writeln('{')
self.ctx.lvl_inc()
def _print_identity_lookup(self, packages):
packages = sorted(packages, key=lambda p:p.name)
self.ctx.writeln('IDENTITY_LOOKUP = {')
self.ctx.lvl_inc()
for package in packages:
identities = [idx for idx in package.owned_elements if isinstance(
idx, Class) and idx.is_identity()]
identities = sorted(identities, key=lambda c: c.name)
for identity_clazz in identities:
if self.one_class_per_module:
pkg_name = identity_clazz.get_package().name
self.ctx.writeln(
"'%s:%s':('%s.%s', '%s')," % (get_module_name(identity_clazz.stmt), identity_clazz.stmt.arg,
identity_clazz.get_py_mod_name(), pkg_name, identity_clazz.qn()))
else:
self.ctx.writeln(
"'%s:%s':('%s', '%s')," % (get_module_name(identity_clazz.stmt), identity_clazz.stmt.arg,
identity_clazz.get_py_mod_name(), identity_clazz.qn()))
self.ctx.lvl_dec()
self.ctx.writeln('}')
self.ctx.bline()
def print_enum_meta(self, enum_class):
self.ctx.writeln("'%s' : _MetaInfoEnum('%s', '%s'," % (
enum_class.qn(),
enum_class.name,
enum_class.get_py_mod_name()))
self.ctx.lvl_inc()
self.ctx.writeln("{")
self.ctx.lvl_inc()
for literal in enum_class.literals:
self.ctx.writeln("'%s':'%s'," % (literal.stmt.arg, literal.name))
self.ctx.lvl_dec()
self.ctx.writeln("}, '%s', _yang_ns._namespaces['%s'])," % (get_module_name(enum_class.stmt), get_module_name(enum_class.stmt)))
self.ctx.lvl_dec()
def print_identity_map(self, packages):
self.ctx.writeln("_identity_map = { \\")
self.ctx.lvl_inc()
for package in packages:
identities = [idx for idx in package.owned_elements if isinstance(
idx, Class) and idx.is_identity()]
identities = sorted(identities, key=lambda c: c.name)
for identity_clazz in identities:
self.ctx.writeln("('%s', '%s'):('%s', '%s')," % (get_module_name(identity_clazz.stmt), identity_clazz.stmt.arg,
identity_clazz.get_py_mod_name(), identity_clazz.qn()))
self.ctx.lvl_dec()
self.ctx.writeln("}")
self.ctx.bline()
def _print_identity_map(self, packages):
packages = sorted(packages, key=lambda p:p.name)
self.ctx.writeln("_identity_map = { \\")
self.ctx.lvl_inc()
for package in packages:
identities = [idx for idx in package.owned_elements if isinstance(
idx, Class) and idx.is_identity()]
identities = sorted(identities, key=lambda c: c.name)
for identity_clazz in identities:
self.ctx.writeln("('%s', '%s'):('%s', '%s')," % (get_module_name(identity_clazz.stmt), identity_clazz.stmt.arg,
identity_clazz.get_py_mod_name(self.one_class_per_module), identity_clazz.qn()))
self.ctx.lvl_dec()
self.ctx.writeln("}")
self.ctx.bline()
def _print_meta_member(self, clazz):
self.ctx.writeln('\'%s\' : {' % (clazz.qn()))
self.ctx.lvl_inc()
self.ctx.writeln("'meta_info' : _MetaInfoClass('%s'," % clazz.qn())
self.ctx.lvl_inc()
if clazz.is_grouping():
self.ctx.writeln('True, ')
else:
self.ctx.writeln('False, ')
self.ctx.writeln('[')
prop_list = []
if self.is_rpc:
prop_list = [p for p in clazz.owned_elements if isinstance(p, Property)]
else:
prop_list = clazz.properties()
for prop in prop_list:
meta_info_data = get_meta_info_data(
prop, prop.property_type, prop.stmt.search_one('type'))
self.print_meta_class_member(meta_info_data, self.ctx)
'''
class _MetaInfoClass(object):
def __init__(
self,
name,
is_abstract,
meta_info_class_members,
module_name,
yang_name,
namespace,
pmodule_name):
'''
self.ctx.writeln('],'),
module_name = "%s" % get_module_name(clazz.stmt)
self.ctx.writeln("'%s'," % module_name)
self.ctx.writeln("'%s'," % clazz.stmt.arg)
if clazz.is_grouping_contribution():
self.ctx.writeln('None,')
else:
self.ctx.writeln("_yang_ns._namespaces['%s']," % module_name)
self.ctx.lvl_dec()
self.ctx.writeln("'%s'" % clazz.get_py_mod_name())
self.ctx.writeln('),')
self.ctx.lvl_dec()
self.ctx.writeln('},')
def __init__(self, prop):
self.name = prop.stmt.arg
self.mtype = ''
self.ptype = ''
self.prange = []
self.pattern = []
self.presentation_name = "%s" % prop.name
self.module_name = "%s" % get_module_name(prop.stmt)
self.pmodule_name = None
self.clazz_name = None
self.is_many = prop.is_many
self.doc_link = None
self.children = []
self.comment = prop.comment
self.is_key = prop.is_key()
self.max_elements = prop.max_elements
self.min_elements = prop.min_elements
def __init__(self, prop):
self.name = prop.stmt.arg
self.mtype = ''
self.ptype = ''
self.prange = []
self.pattern = []
self.presentation_name = "%s" % prop.name
self.module_name = "%s" % get_module_name(prop.stmt)
self.pmodule_name = None
self.clazz_name = None
self.is_many = prop.is_many
self.doc_link = None
self.children = []
self.comment = prop.comment
self.is_key = prop.is_key()
self.max_elements = prop.max_elements
self.min_elements = prop.min_elements
def _print_meta_member(self, clazz):
self.ctx.writeln('\'%s\' : {' % (clazz.qn()))
self.ctx.lvl_inc()
self.ctx.writeln("'meta_info' : _MetaInfoClass('%s'," % clazz.qn())
self.ctx.lvl_inc()
description = " "
for st in clazz.stmt.substmts:
if st.keyword == 'description':
description = st.arg
break
self.ctx.writeln("'''%s'''," % description)
if clazz.is_grouping():
self.ctx.writeln('True, ')
else:
self.ctx.writeln('False, ')
self.ctx.writeln('[')
prop_list = []
if self.is_rpc:
prop_list = [p for p in clazz.owned_elements if isinstance(p, Property)]
else:
prop_list = clazz.properties()
for prop in prop_list:
meta_info_data = get_meta_info_data(
prop, prop.property_type, prop.stmt.search_one('type'), 'py',
self.identity_subclasses)
self.print_meta_class_member(meta_info_data, self.ctx)
self.ctx.writeln('],')
module_name = "%s" % get_module_name(clazz.stmt)
self.ctx.writeln("'%s'," % module_name)
self.ctx.writeln("'%s'," % clazz.stmt.arg)
if clazz.is_grouping():
self.ctx.writeln('None,')
else:
self.ctx.writeln("_yang_ns.NAMESPACE_LOOKUP['%s']," % module_name)
self.ctx.lvl_dec()
self.ctx.writeln("'%s'" % clazz.get_py_mod_name())
self.ctx.writeln('),')
self.ctx.lvl_dec()
self.ctx.writeln('},')
def print_enum_meta(self, enum_class):
self.ctx.writeln("'%s' : _MetaInfoEnum('%s', '%s', '%s'," % (
enum_class.qn(),
enum_class.name,
enum_class.get_py_mod_name(),
enum_class.qn()))
self.ctx.lvl_inc()
description = " "
for st in enum_class.stmt.parent.substmts:
if st.keyword == 'description':
description = st.arg
break
self.ctx.writeln("'''%s'''," % description)
self.ctx.writeln("{")
self.ctx.lvl_inc()
for literal in enum_class.literals:
self.ctx.writeln("'%s':'%s'," % (literal.stmt.arg, literal.name))
self.ctx.lvl_dec()
self.ctx.writeln("}, '%s', _yang_ns.NAMESPACE_LOOKUP['%s'])," % (get_module_name(enum_class.stmt), get_module_name(enum_class.stmt)))
self.ctx.lvl_dec()
def _print_class_inits_body(self, clazz, leafs, children):
if clazz.is_identity():
module_name = get_module_name(clazz.stmt)
namespace = self.module_namespace_lookup[module_name]
line = 'super(%s, self).__init__("%s", "%s", "%s:%s")' % (
clazz.name, namespace, module_name, module_name,
clazz.stmt.arg)
self.ctx.writeln(line)
else:
self.ctx.writeln('super(%s, self).__init__()' % clazz.qn())
if clazz.owner is not None and isinstance(clazz.owner, Package):
self.ctx.writeln('self._top_entity = None')
self.ctx.bline()
self.ctx.writeln('self.yang_name = "%s"' % clazz.stmt.arg)
self.ctx.writeln('self.yang_parent_name = "%s"' %
clazz.owner.stmt.arg)
if clazz.stmt.search_one('presence') is not None:
self.ctx.writeln('self.is_presence_container = True')
self._print_init_leafs_and_leaflists(clazz, leafs)
self._print_init_children(children)
self._print_init_lists(clazz)
def _print_namespace_identity_lookup_statement(self, identity):
module_name = get_module_name(identity.stmt)
namespace = self.module_namespace_lookup[module_name]
self.ctx.writeln('{ {"%s", "%s"}, "%s"},' %
(identity.stmt.arg, namespace, module_name))
def _print_meta_member(self, clazz):
mtype = 'REFERENCE_CLASS'
if clazz.stmt.keyword == 'list':
mtype = 'REFERENCE_LIST'
elif clazz.stmt.keyword == 'leaf-list':
mtype = 'REFERENCE_LEAFLIST'
elif clazz.stmt.keyword == 'identity':
mtype = 'REFERENCE_IDENTITY_CLASS'
self.ctx.writeln('\'%s\' : {' % (clazz.qn()))
self.ctx.lvl_inc()
self.ctx.writeln("'meta_info' : _MetaInfoClass('%s', %s," %
(clazz.qn(), mtype))
self.ctx.lvl_inc()
description = " "
for st in clazz.stmt.substmts:
if st.keyword == 'description':
description = st.arg
break
self.ctx.writeln("'''%s'''," % description)
if clazz.is_grouping():
self.ctx.writeln('True, ')
else:
self.ctx.writeln('False, ')
self.ctx.writeln('[')
if self.is_rpc:
prop_list = [
p for p in clazz.owned_elements if isinstance(p, Property)
]
else:
prop_list = clazz.properties()
for prop in prop_list:
meta_info_data = get_meta_info_data(prop, prop.property_type,
prop.stmt.search_one('type'),
'py', self.identity_subclasses)
self.print_meta_class_member(meta_info_data, self.ctx)
self.ctx.writeln('],')
module_name = "%s" % get_module_name(clazz.stmt)
self.ctx.writeln("'%s'," % module_name)
self.ctx.writeln("'%s'," % clazz.stmt.arg)
if clazz.is_grouping():
self.ctx.writeln('None,')
else:
self.ctx.writeln("_yang_ns.NAMESPACE_LOOKUP['%s']," % module_name)
self.ctx.writeln("'%s'," % clazz.get_py_mod_name())
if mtype == 'REFERENCE_CLASS' or mtype == 'REFERENCE_LIST':
if not is_config_stmt(clazz.stmt):
self.ctx.writeln("is_config=False,")
if clazz.stmt.search_one('presence'):
self.ctx.writeln("is_presence=True,")
if clazz.stmt.search_one('mandatory'):
self.ctx.writeln("has_mandatory=True,")
if clazz.stmt.search_one('when'):
self.ctx.writeln("has_when=True,")
if clazz.stmt.search_one('must'):
self.ctx.writeln("has_must=True,")
self.ctx.lvl_dec()
self.ctx.writeln('),')
self.ctx.lvl_dec()
self.ctx.writeln('},')
def _print_namespace_identity_lookup_statement(self, identity):
module_name = get_module_name(identity.stmt)
namespace = self.module_namespace_lookup[module_name]
self.ctx.writeln('{ {"%s", "%s"}, "%s"},' % (identity.stmt.arg, namespace, module_name))
