def test_repr():
"""
repr(AttrDict)
"""
from attrdict.dictionary import AttrDict
assert_equals(repr(AttrDict()), "AttrDict({})")
assert_equals(repr(AttrDict({'foo': 'bar'})), "AttrDict({'foo': 'bar'})")
assert_equals(repr(AttrDict({1: {
'foo': 'bar'
}})), "AttrDict({1: {'foo': 'bar'}})")
assert_equals(repr(AttrDict({1: AttrDict({'foo': 'bar'})})),
"AttrDict({1: AttrDict({'foo': 'bar'})})")
def test_copy():
"""
Make a dict copy of an AttrDict.
"""
from attrdict.dictionary import AttrDict
mapping_a = AttrDict({'foo': {'bar': 'baz'}})
mapping_b = mapping_a.copy()
mapping_c = mapping_b
mapping_b['foo']['lorem'] = 'ipsum'
assert_equals(mapping_a, mapping_b)
assert_equals(mapping_b, mapping_c)
def test_copy():
"""
Make a dict copy of an AttrDict.
"""
from attrdict.dictionary import AttrDict
mapping_a = AttrDict({'foo': {'bar': 'baz'}})
mapping_b = mapping_a.copy()
mapping_c = mapping_b
mapping_b['foo']['lorem'] = 'ipsum'
assert_equals(mapping_a, mapping_b)
assert_equals(mapping_b, mapping_c)
def test_has_key():
"""
The now-depricated has_keys method
"""
from attrdict.dictionary import AttrDict
assert_false(hasattr(AttrDict(), 'has_key'))
def constructor(items=None, sequence_type=tuple):
"""
Build a new AttrDict.
"""
if items is None:
items = {}
return AttrDict._constructor(items, sequence_type)
def constructor(items=None, sequence_type=tuple):
"""
Build a new AttrDict.
"""
if items is None:
items = {}
return AttrDict._constructor(items, sequence_type)
def test_has_key():
"""
The now-depricated has_keys method
"""
from attrdict.dictionary import AttrDict
mapping = AttrDict({"foo": "bar", frozenset((1, 2, 3)): "abc", 1: 2})
empty = AttrDict()
assert_true(mapping.has_key("foo"))
assert_false(empty.has_key("foo"))
assert_true(mapping.has_key(frozenset((1, 2, 3))))
assert_false(empty.has_key(frozenset((1, 2, 3))))
assert_true(mapping.has_key(1))
assert_false(empty.has_key(1))
assert_false(mapping.has_key("banana"))
assert_false(empty.has_key("banana"))
def test_fromkeys():
"""
make a new sequence from a set of keys.
"""
from attrdict.dictionary import AttrDict
# default value
assert_equals(AttrDict.fromkeys(()), {})
assert_equals(AttrDict.fromkeys({
'foo': 'bar',
'baz': 'qux'
}), {
'foo': None,
'baz': None
})
assert_equals(AttrDict.fromkeys(('foo', 'baz')), {
'foo': None,
'baz': None
})
# custom value
assert_equals(AttrDict.fromkeys((), 0), {})
assert_equals(AttrDict.fromkeys({
'foo': 'bar',
'baz': 'qux'
}, 0), {
'foo': 0,
'baz': 0
})
assert_equals(AttrDict.fromkeys(('foo', 'baz'), 0), {'foo': 0, 'baz': 0})
def test_fromkeys():
"""
make a new sequence from a set of keys.
"""
from attrdict.dictionary import AttrDict
# default value
assert_equals(AttrDict.fromkeys(()), {})
assert_equals(
AttrDict.fromkeys({'foo': 'bar', 'baz': 'qux'}),
{'foo': None, 'baz': None}
)
assert_equals(
AttrDict.fromkeys(('foo', 'baz')),
{'foo': None, 'baz': None}
)
# custom value
assert_equals(AttrDict.fromkeys((), 0), {})
assert_equals(
AttrDict.fromkeys({'foo': 'bar', 'baz': 'qux'}, 0),
{'foo': 0, 'baz': 0}
)
assert_equals(
AttrDict.fromkeys(('foo', 'baz'), 0),
{'foo': 0, 'baz': 0}
)
def test_init():
"""
Create a new AttrDict.
"""
from attrdict.dictionary import AttrDict
# empty
assert_equals(AttrDict(), {})
assert_equals(AttrDict(()), {})
assert_equals(AttrDict({}), {})
# with items
assert_equals(AttrDict({'foo': 'bar'}), {'foo': 'bar'})
assert_equals(AttrDict((('foo', 'bar'), )), {'foo': 'bar'})
assert_equals(AttrDict(foo='bar'), {'foo': 'bar'})
# non-overlapping
assert_equals(AttrDict({}, foo='bar'), {'foo': 'bar'})
assert_equals(AttrDict((), foo='bar'), {'foo': 'bar'})
assert_equals(AttrDict({'alpha': 'bravo'}, foo='bar'), {
'foo': 'bar',
'alpha': 'bravo'
})
assert_equals(AttrDict((('alpha', 'bravo'), ), foo='bar'), {
'foo': 'bar',
'alpha': 'bravo'
})
# updating
assert_equals(AttrDict({'alpha': 'bravo'}, foo='bar', alpha='beta'), {
'foo': 'bar',
'alpha': 'beta'
})
assert_equals(AttrDict((('alpha', 'bravo'), ('alpha', 'beta')), foo='bar'),
{
'foo': 'bar',
'alpha': 'beta'
})
assert_equals(
AttrDict((('alpha', 'bravo'), ('alpha', 'beta')), alpha='bravo'),
{'alpha': 'bravo'})
def test_has_key():
"""
The now-depricated has_keys method
"""
from attrdict.dictionary import AttrDict
mapping = AttrDict(
{'foo': 'bar', frozenset((1, 2, 3)): 'abc', 1: 2}
)
empty = AttrDict()
assert_true(mapping.has_key('foo'))
assert_false(empty.has_key('foo'))
assert_true(mapping.has_key(frozenset((1, 2, 3))))
assert_false(empty.has_key(frozenset((1, 2, 3))))
assert_true(mapping.has_key(1))
assert_false(empty.has_key(1))
assert_false(mapping.has_key('banana'))
assert_false(empty.has_key('banana'))
