def test_metadata_normalization(self, requires_metadata, s, value):
x = s.get_meta('displayname')
assert x == normalize_meta_value(x)
if not getattr(self, 'dav_server', None):
# ownCloud replaces "" with "unnamed"
s.set_meta('displayname', value)
assert s.get_meta('displayname') == normalize_meta_value(value)
def test_metadata_normalization(self, requires_metadata, s, value):
x = s.get_meta('displayname')
assert x == normalize_meta_value(x)
if not getattr(self, 'dav_server', None):
# ownCloud replaces "" with "unnamed"
s.set_meta('displayname', value)
assert s.get_meta('displayname') == normalize_meta_value(value)
status = {}
a.set_meta('foo', 'bar')
b.set_meta('foo', 'baz')
metasync(a,
b,
status,
keys=['foo'],
conflict_resolution='a wins' if wins == 'a' else 'b wins')
assert a.get_meta('foo') == b.get_meta('foo') == status['foo'] == (
'bar' if wins == 'a' else 'baz')
keys = st.text(min_size=1).filter(lambda x: x.strip() == x)
values = st.text().filter(lambda x: normalize_meta_value(x) == x)
metadata = st.dictionaries(keys, values)
@given(a=metadata,
b=metadata,
status=metadata,
keys=st.sets(keys),
conflict_resolution=st.just('a wins') | st.just('b wins'))
@example(a={'0': '0'},
b={},
status={'0': '0'},
keys={'0'},
conflict_resolution='a wins')
@example(a={'0': '0'},
b={'0': '1'},
a = MemoryStorage()
b = MemoryStorage()
status = {}
a.set_meta('foo', 'bar')
b.set_meta('foo', 'baz')
metasync(a, b, status, keys=['foo'],
conflict_resolution='a wins' if wins == 'a' else 'b wins')
assert a.get_meta('foo') == b.get_meta('foo') == status['foo'] == (
'bar' if wins == 'a' else 'baz'
)
keys = st.text(min_size=1).filter(lambda x: x.strip() == x)
values = st.text().filter(lambda x: normalize_meta_value(x) == x)
metadata = st.dictionaries(keys, values)
@given(
a=metadata, b=metadata,
status=metadata, keys=st.sets(keys),
conflict_resolution=st.just('a wins') | st.just('b wins')
)
@example(a={u'0': u'0'}, b={}, status={u'0': u'0'}, keys={u'0'},
conflict_resolution='a wins')
def test_fuzzing(a, b, status, keys, conflict_resolution):
def _get_storage(m, instance_name):
s = MemoryStorage(instance_name=instance_name)
s.metadata = m
return s
def test_metadata_normalization(self, requires_metadata, s, value):
x = s.get_meta('displayname')
assert x == normalize_meta_value(x)
s.set_meta('displayname', value)
assert s.get_meta('displayname') == normalize_meta_value(value)
