def test_invert():
for items in _ITEMSETS:
omd = OMD(items)
iomd = omd.inverted()
# first, test all items made the jump
assert len(omd.items(multi=True)) == len(iomd.items(multi=True))
for val in omd.values():
assert val in iomd # all values present as keys
def test_invert():
for items in _ITEMSETS:
omd = OMD(items)
iomd = omd.inverted()
# first, test all items made the jump
assert len(omd.items(multi=True)) == len(iomd.items(multi=True))
for val in omd.values():
assert val in iomd # all values present as keys
def update_projects(self, projects):
to_update = OMD([(slugify(p.name), p) for p in projects])
new_list = []
for proj in self.project_list:
if proj.name_slug not in to_update:
new_list.append(proj)
continue
new_list.append(to_update.pop(proj.name_slug))
new_list.extend(to_update.values())
self.project_list = new_list
def test_kv_consistency():
for itemset in _ITEMSETS:
omd = OMD(itemset)
for multi in (True, False):
items = omd.items(multi=multi)
keys = omd.keys(multi=multi)
values = omd.values(multi=multi)
assert keys == [x[0] for x in items]
assert values == [x[1] for x in items]
return
def test_kv_consistency():
for itemset in _ITEMSETS:
omd = OMD(itemset)
for multi in (True, False):
items = omd.items(multi=multi)
keys = omd.keys(multi=multi)
values = omd.values(multi=multi)
assert keys == [x[0] for x in items]
assert values == [x[1] for x in items]
return
