def simpler_dict_collision_test():
d = {n:n for n in range(10000)}
i_d = ImmutableDict(d)
failures = []
result_keys = i_d.keys()
for n in range(10000):
if n not in result_keys:
failures.append(n)
if failures:
print "Lost %d keys: %s" % (len(failures), failures)
assert False, str(failures)
def simpler_dict_collision_test():
d = {n: n for n in range(10000)}
i_d = ImmutableDict(d)
failures = []
result_keys = i_d.keys()
for n in range(10000):
if n not in result_keys:
failures.append(n)
if failures:
print "Lost %d keys: %s" % (len(failures), failures)
assert False, str(failures)
def dict_collision_test():
l = [str(uuid.uuid4()) for _ in range(10000)]
d = {l[n]: n for n in range(10000)}
i_d = ImmutableDict(d)
assert len(i_d.keys()) == len(d.keys())
failures = []
for k in l:
if str(k) not in i_d:
failures.append({k: d[k]})
if failures:
msg = 'UUID entries lost:'
for uid in failures:
msg += '{}\n'.format(uid)
msg += '\n(There are {} of them)'.format(len(failures))
assert False, msg
def dict_collision_test():
l = [str(uuid.uuid4()) for _ in range(10000)]
d = {l[n]: n for n in range(10000)}
i_d = ImmutableDict(d)
assert len(i_d.keys()) == len(d.keys())
failures = []
for k in l:
if str(k) not in i_d:
failures.append({k: d[k]})
if failures:
msg = 'UUID entries lost:'
for uid in failures:
msg += '{}\n'.format(uid)
msg += '\n(There are {} of them)'.format(len(failures))
assert False, msg
def dict_int_test():
d = {n:n for n in range(16)}
d1 = ImmutableDict(d)
assert (len(d1.keys()) == 16)
def dict_int_test():
d = {n: n for n in range(16)}
d1 = ImmutableDict(d)
assert (len(d1.keys()) == 16)
