def test_iteritems_breadth_first(self):
d = {'a': {'aa': 13,
'ab': 14,},
'b': {'ba': {'baa': 0,
'bab': 1,},
'bb': {'bba': 2,}},
'c': 9,
'd': {'dd': 2}}
e = [('a.aa', 13),
('a.ab', 14),
('b.ba.baa', 0),
('b.ba.bab', 1),
('b.bb.bba', 2),
('c', 9),
('d.dd', 2)]
a = [x for x in iteritems_breadth_first(d)]
e = sorted(e)
a = sorted(a)
self.assertEqual(a, e)
# try a round trip
dd = DotDict()
for k, v in a:
print k, v
dd.assign(k, v)
ddkv = sorted(iteritems_breadth_first(dd))
self.assertEqual(e, ddkv)
def test_iteritems_breadth_first(self):
d = {
'a': {
'aa': 13,
'ab': 14
},
'b': {
'ba': {
'baa': 0,
'bab': 1
},
'bb': {
'bba': 2
}
},
'c': 9,
'd': {
'dd': 2
}
}
e = [('a.aa', 13), ('a.ab', 14), ('b.ba.baa', 0), ('b.ba.bab', 1),
('b.bb.bba', 2), ('c', 9), ('d.dd', 2)]
a = [x for x in iteritems_breadth_first(d)]
e = sorted(e)
a = sorted(a)
self.assertEqual(a, e)
# try a round trip
dd = DotDict()
for k, v in a:
dd.assign(k, v)
ddkv = sorted(iteritems_breadth_first(dd))
self.assertEqual(e, ddkv)
def test_iteritems_breadth_first(self):
d = {"a": {"aa": 13, "ab": 14}, "b": {"ba": {"baa": 0, "bab": 1}, "bb": {"bba": 2}}, "c": 9, "d": {"dd": 2}}
e = [("a.aa", 13), ("a.ab", 14), ("b.ba.baa", 0), ("b.ba.bab", 1), ("b.bb.bba", 2), ("c", 9), ("d.dd", 2)]
a = [x for x in iteritems_breadth_first(d)]
e = sorted(e)
a = sorted(a)
self.assertEqual(a, e)
# try a round trip
dd = DotDict()
for k, v in a:
dd.assign(k, v)
ddkv = sorted(iteritems_breadth_first(dd))
self.assertEqual(e, ddkv)
def test_copy_constructor_2(self):
d = {
'a': {
'aa': 13,
'ab': 14
},
'b': {
'ba': {
'baa': 0,
'bab': 1
},
'bb': {
'bba': 2
}
},
'c': 9,
'd': {
'dd': 2
}
}
dd = DotDictWithAcquisition(d)
e = [('a.aa', 13), ('a.ab', 14), ('b.ba.baa', 0), ('b.ba.bab', 1),
('b.bb.bba', 2), ('c', 9), ('d.dd', 2)]
a = [x for x in iteritems_breadth_first(d)]
e = sorted(e)
a = sorted(a)
self.assertEqual(a, e)
self.assertTrue(isinstance(dd.a, DotDictWithAcquisition))
def get_required_config(self):
"""because of the exsistance of subparsers, the configman options
that correspond with argparse arguments are not a constant. We need
to produce a copy of the namespace rather than the actual embedded
namespace."""
required_config = Namespace()
# add current options to a copy of required config
for k, v in iteritems_breadth_first(self.required_config):
required_config[k] = v
# get any option found in any subparsers
try:
subparser_namespaces = (
self.configman_subparsers_option.foreign_data
.argparse.subprocessor_from_string_converter
)
subparsers = (
self._argparse_subparsers._configman_option.foreign_data
.argparse.subparsers
)
# each subparser needs to have its configman options set up
# in the subparser's configman option. This routine copies
# the required_config of each subparser into the
# SubparserFromStringConverter defined above.
for subparser_name, subparser_data in six.iteritems(subparsers):
subparser_namespaces.add_namespace(
subparser_name,
subparser_data.subparser.get_required_config()
)
except AttributeError:
# there is no subparser
pass
return required_config
def get_required_config(self):
"""because of the exsistance of subparsers, the configman options
that correspond with argparse arguments are not a constant. We need
to produce a copy of the namespace rather than the actual embedded
namespace."""
required_config = Namespace()
# add current options to a copy of required config
for k, v in iteritems_breadth_first(self.required_config):
required_config[k] = v
# get any option found in any subparsers
try:
subparser_namespaces = (
self.configman_subparsers_option.foreign_data.argparse.
subprocessor_from_string_converter)
subparsers = (self._argparse_subparsers._configman_option.
foreign_data.argparse.subparsers)
# each subparser needs to have its configman options set up
# in the subparser's configman option. This routine copies
# the required_config of each subparser into the
# SubparserFromStringConverter defined above.
for subparser_name, subparser_data in six.iteritems(subparsers):
subparser_namespaces.add_namespace(
subparser_name,
subparser_data.subparser.get_required_config())
except AttributeError:
# there is no subparser
pass
return required_config
def test_copy_constructor_2(self):
d = {"a": {"aa": 13, "ab": 14}, "b": {"ba": {"baa": 0, "bab": 1}, "bb": {"bba": 2}}, "c": 9, "d": {"dd": 2}}
dd = DotDictWithAcquisition(d)
e = [("a.aa", 13), ("a.ab", 14), ("b.ba.baa", 0), ("b.ba.bab", 1), ("b.bb.bba", 2), ("c", 9), ("d.dd", 2)]
a = [x for x in iteritems_breadth_first(d)]
e = sorted(e)
a = sorted(a)
self.assertEqual(a, e)
self.assertTrue(isinstance(dd.a, DotDictWithAcquisition))
def test_copy_constructor(self):
d = {'a': {'aa': 13,
'ab': 14,},
'b': {'ba': {'baa': 0,
'bab': 1,},
'bb': {'bba': 2,}},
'c': 9,
'd': {'dd': 2}}
dd = DotDictWithAcquisition(d)
e = [('a.aa', 13),
('a.ab', 14),
('b.ba.baa', 0),
('b.ba.bab', 1),
('b.bb.bba', 2),
('c', 9),
('d.dd', 2)]
a = [x for x in iteritems_breadth_first(d)]
e = sorted(e)
a = sorted(a)
self.assertEqual(a, e)
self.assertTrue(isinstance(dd.a, DotDictWithAcquisition))