def test_insert(d):
key = rand_string()
value = rand_string()
d[key] = value
assert key in d
assert super(PrehashedDict, d).__contains__(sha1_fn(key))
assert d[key] == value
assert super(PrehashedDict, d).__getitem__(sha1_fn(key))
def find(needles, haystack, hash_me=True):
found = True
for k, v in needles:
if hash_me:
k = sha1_fn(k)
found_me = False
for h in haystack:
if h[0] == k and h[1] == v:
found_me = True
found = found_me
return found
def test_sha1_obj_value(class_ex):
gold = 633327772932199023258151861061014836005222876887
assert sha1_fn(class_ex) == gold
def test_sha1_obj_type(class_ex):
assert isinstance(sha1_fn(class_ex), int)
def test_sha1_int_value():
key = 1
gold = 304942582444936629325699363757435820077590259883
assert sha1_fn(key) == gold
def test_sha1_int_type():
key = random.randint(2, 101)
assert isinstance(sha1_fn(key), int)
def test_sha1_value():
key = 'test'
gold = 966482230667555116936258103322711973649032657875
assert sha1_fn(key) == gold
def test_sha1_type():
key = rand_string()
assert isinstance(sha1_fn(key), int)