def print_deviation_entry(self, deviation):
target = deviation.d_target
stmts = deviation.d_stmts
typ = deviation.d_type
qn = deviation.qn()
self.ctx.lvl_inc()
self.ctx.writeln("'%s' : {" % qn)
self.ctx.lvl_inc()
self.ctx.writeln("'deviation_typ' : '%s'," % typ)
if typ != 'not_supported':
self.ctx.writeln("'keyword_value' : [")
self.ctx.lvl_inc()
for stmt in stmts:
key = stmt.keyword
self.ctx.write("(%s, " % self.convert_key_val(key))
if key == 'type':
prop = target.i_property
meta = get_meta_info_data(prop, prop.property_type,
prop.stmt.search_one('type'))
self.ctx.bline()
self.ctx.lvl_inc()
self.parent.print_meta_class_member(meta, self.ctx)
self.ctx.lvl_dec()
self.ctx.writeln("),")
else:
val = self.convert_key_val(stmt.arg)
self.ctx.str("%s),\n" % val)
self.ctx.lvl_dec()
self.ctx.writeln("]")
self.ctx.lvl_dec()
self.ctx.writeln("},")
self.ctx.lvl_dec()
def print_deviation_entry(self, deviation):
target = deviation.d_target
stmts = deviation.d_stmts
typ = deviation.d_type
qn = deviation.qn()
self.ctx.lvl_inc()
self.ctx.writeln("'%s' : {" % qn)
self.ctx.lvl_inc()
self.ctx.writeln("'deviation_typ' : '%s'," % typ)
if typ != 'not_supported':
self.ctx.writeln("'keyword_value' : [")
self.ctx.lvl_inc()
for stmt in stmts:
key = stmt.keyword
self.ctx.write("(%s, " %self.convert_key_val(key))
if key == 'type':
prop = target.i_property
meta = get_meta_info_data(prop, prop.property_type, prop.stmt.search_one('type'))
self.ctx.bline()
self.ctx.lvl_inc()
ClassMetaPrinter(self.ctx).print_meta_class_member(meta, self.ctx)
self.ctx.lvl_dec()
self.ctx.writeln("),")
else:
val = self.convert_key_val(stmt.arg)
self.ctx.str("%s),\n" % val)
self.ctx.lvl_dec()
self.ctx.writeln("]")
self.ctx.lvl_dec()
self.ctx.writeln("},")
self.ctx.lvl_dec()
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 _get_meta_info_data(self, prop):
property_type = prop.property_type
type_stmt = prop.stmt.search_one('type')
id_subclasses = None
if (hasattr(property_type, 'is_identity')
and property_type.is_identity()):
id_subclasses = self.identity_subclasses
meta_info_data = get_meta_info_data(prop,
property_type,
type_stmt,
'go',
identity_subclasses=id_subclasses)
if type(prop.property_type) in (Class, Enum, Bits):
meta_info_data.clazz_name = "'%s'" % property_type.qualified_go_name(
)
if isinstance(prop.property_type, Class):
if id_subclasses is None:
meta_info_data.doc_link = prop.qualified_go_name()
else:
meta_info_data.doc_link = self._get_many_docstring(
id_subclasses, property_type)
meta_info_data.doc_link_description = 'one of the following: '
if prop.is_many:
meta_info_data.doc_link = 'slice of %s' % meta_info_data.doc_link
else:
meta_info_data.doc_link = get_type_name(property_type)
if prop.stmt.keyword == 'leaf-list':
meta_info_data.doc_link = 'slice of %s' % get_type_name(
property_type)
elif prop.stmt.keyword == 'anyxml':
return meta_info_data
type_spec = type_stmt.i_type_spec
if isinstance(type_spec, PathTypeSpec):
if prop.stmt.i_leafref_ptr is not None:
ref_class = prop.stmt.i_leafref_ptr[0].parent.i_class
ref_prop = prop.stmt.i_leafref_ptr[0].i_property
ref_path = '%s.%s' % (ref_class.get_package().name,
ref_prop.qualified_go_name())
meta_info_data.target_of_leafref = ref_path
elif isinstance(type_spec, UnionTypeSpec):
pairs = zip(meta_info_data.children, type_spec.types)
for child, ptype in pairs:
if child.mtype == 'REFERENCE_ENUM_CLASS':
child.doc_link = 'enumeration %s' % (child.ptype)
return meta_info_data
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 get_ptype(prop, property_type, type_stmt, one_class_per_module, identity_subclasses):
meta_info_data = get_meta_info_data(prop, property_type, type_stmt, 'py', identity_subclasses)
if meta_info_data.pmodule_name is None:
return "'%s'" % meta_info_data.ptype
pmodule_name = meta_info_data.pmodule_name
clazz = meta_info_data.clazz_name.replace("'", '')
if one_class_per_module:
pmodule_name = get_pmodule_name_for_one_class_per_module(pmodule_name, property_type)
if meta_info_data.mtype == 'REFERENCE_BITS' or isinstance(property_type, Bits):
ptype = "'Bits'"
elif meta_info_data.mtype == 'REFERENCE_ENUM_CLASS' or isinstance(property_type, Enum):
ptype = get_enum_ptype(pmodule_name, clazz)
else:
ptype = "(%s, %s)" % (pmodule_name, meta_info_data.clazz_name)
return ptype
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 _get_meta_info_data(self, prop):
property_type = prop.property_type
type_stmt = prop.stmt.search_one('type')
id_subclasses = None
if (hasattr(property_type, 'is_identity') and property_type.is_identity()):
id_subclasses = self.identity_subclasses
meta_info_data = get_meta_info_data(
prop, property_type, type_stmt, 'go', identity_subclasses=id_subclasses)
if type(prop.property_type) in (Class, Enum, Bits):
meta_info_data.clazz_name = "'%s'" % property_type.qualified_go_name()
if isinstance(prop.property_type, Class):
if id_subclasses is None:
meta_info_data.doc_link = prop.qualified_go_name()
else:
meta_info_data.doc_link = self._get_many_docstring(id_subclasses, property_type)
meta_info_data.doc_link_description = 'one of the following: '
if prop.is_many:
meta_info_data.doc_link = 'slice of %s' % meta_info_data.doc_link
else:
meta_info_data.doc_link = get_type_name(property_type)
if prop.stmt.keyword == 'leaf-list':
meta_info_data.doc_link = 'slice of %s' % get_type_name(property_type)
elif prop.stmt.keyword == 'anyxml':
return meta_info_data
type_spec = type_stmt.i_type_spec
if isinstance(type_spec, PathTypeSpec):
if prop.stmt.i_leafref_ptr is not None:
ref_class = prop.stmt.i_leafref_ptr[0].parent.i_class
ref_prop = prop.stmt.i_leafref_ptr[0].i_property
ref_path = '%s.%s' % (ref_class.get_package().name, ref_prop.qualified_go_name())
meta_info_data.target_of_leafref = ref_path
elif isinstance(type_spec, UnionTypeSpec):
pairs = zip(meta_info_data.children, type_spec.types)
for child, ptype in pairs:
if child.mtype == 'REFERENCE_ENUM_CLASS':
child.doc_link = 'enumeration %s' % (child.ptype)
return meta_info_data
def get_ptype(prop, property_type, type_stmt, one_class_per_module,
identity_subclasses):
meta_info_data = get_meta_info_data(prop, property_type, type_stmt, 'py',
identity_subclasses)
if meta_info_data.pmodule_name is None:
return "'%s'" % meta_info_data.ptype
pmodule_name = meta_info_data.pmodule_name
clazz = meta_info_data.clazz_name.replace("'", '')
if one_class_per_module:
pmodule_name = get_pmodule_name_for_one_class_per_module(
pmodule_name, property_type)
if meta_info_data.mtype == 'REFERENCE_BITS' or isinstance(
property_type, Bits):
ptype = "'Bits'"
elif meta_info_data.mtype == 'REFERENCE_ENUM_CLASS' or isinstance(
property_type, Enum):
ptype = get_enum_ptype(pmodule_name, clazz)
else:
ptype = "(%s, %s)" % (pmodule_name, meta_info_data.clazz_name)
return ptype
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('},')