def test_set_default_later_lookup(d):
key = rand_string()
value = rand_string()
res = d.setdefault(key, value)
assert res == value
res = d[key]
assert res == value
def test_set_default_there(d):
key = rand_string()
value = rand_string()
default = rand_string()
d[key] = value
res = d.setdefault(key, default)
assert res == value
def test_pop_removes(d):
key = rand_string()
value = rand_string()
default = rand_string()
d[key] = value
_ = d.pop(key, default)
assert key not in d
def test_copy_same_keys(d):
keys = [rand_string() for _ in rand_len()]
values = [rand_string() for _ in keys]
d = PrehashedDict(zip(keys, values))
g = d.copy()
for k in keys:
assert k in g
def test_del_present(d):
key = rand_string()
value = rand_string()
d[key] = value
del d[key]
with pytest.raises(KeyError):
res = d[key]
def test(self):
r = 'test-repo-' + rand_string()
r_path = path.join(_repos_dir, r)
f = 'rep-' + rand_string()
f_path = path.join(r_path, f)
c = 'contentsts'
os.mkdir(r_path)
try:
fh = open(f_path, 'wb')
try:
fh.write(c)
a = RepositoryFile(repo=r, repo_path=f)
a.clean()
a.save()
self.assertEqual(a.path, path.join(_repos_dir, r, f))
self.assertEqual(urllib.unquote(a.url), _repos_url + r + '/' + f)
finally:
fh.close()
os.remove(f_path)
finally:
os.rmdir(r_path)
self.assertEqual(a.specific_instance(), a)
self.assertEqual(a.document_ptr.__class__, Document)
self.assertNotEqual(a.document_ptr.__class__, RepositoryFile)
self.assertEqual(a.document_ptr.specific_instance(), a)
self.assertEqual(a.document_ptr.specific_instance().__class__, RepositoryFile)
def test_copy_same_values(d):
keys = [rand_string() for _ in rand_len()]
values = [rand_string() for _ in keys]
d = PrehashedDict(zip(keys, values))
g = d.copy()
for k, v in zip(keys, values):
assert g[k] == v
def test_overwrite(d):
key = rand_string()
value = rand_string()
new_value = rand_string()
d[key] = value
assert d[key] == value
d[key] = new_value
assert d[key] == new_value
def test_pop_there_default(d):
key = rand_string()
value = rand_string()
default = rand_string()
d[key] = value
res = d.pop(key, default)
assert res != default
assert res == value
def test_copy_is_shallow(d):
keys = [rand_string() for _ in rand_len()]
values = [rand_string() for _ in keys]
d = PrehashedDict(zip(keys, values))
d['12'] = [1, 2, 3]
g = d.copy()
g['12'].append(4)
assert d['12'] == [1, 2, 3, 4]
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 test_copy_delete_one_old(d):
keys = [rand_string() for _ in rand_len()]
values = [rand_string() for _ in keys]
d = PrehashedDict(zip(keys, values))
g = d.copy()
del_key = random.choice(keys)
del d[del_key]
assert del_key in g
assert del_key not in d
def test_copy_change_one_old(d):
keys = [rand_string() for _ in rand_len()]
values = [rand_string() for _ in keys]
d = PrehashedDict(zip(keys, values))
g = d.copy()
new_val = rand_string()
changed_key = random.choice(keys)
d[changed_key] = new_val
assert d[changed_key] == new_val
assert g[changed_key] != new_val
def test_initial_add():
key = rand_string()
value = rand_string()
new_value = rand_string()
d = PrehashedDict(((key, value), ))
new_key = d.initial_add(key, new_value)
assert d[new_key] == new_value
assert d[key] == value
assert key != new_key
assert len(new_key) > len(key)
def test_copy_add_one_old(d):
keys = [rand_string() for _ in rand_len()]
values = [rand_string() for _ in keys]
d = PrehashedDict(zip(keys, values))
g = d.copy()
new_key = rand_string()
new_val = rand_string()
d[new_key] = new_val
assert d[new_key] == new_val
assert new_key in d
assert new_key not in g
def test_pickle(file_cleanup):
file_name = file_cleanup
keys = [rand_string() for _ in rand_len()]
vals = [rand_string() for _ in keys]
d = PrehashedDict({k: v for k, v in zip(keys, vals)})
pickle.dump(d, open(file_name, 'wb'))
d1 = pickle.load(open(file_name, 'rb'))
for k in keys:
assert k in d
assert k in d1
for k, v in zip(keys, vals):
assert d1[k] == v
assert d == d1
def test_init_calls_process_args():
d = PrehashedDict({rand_string(): rand_string()})
with patch('prehashed.prehashed.PrehashedDict._process_args') as mock:
arg = random.choice([{
rand_string(): rand_string()
}, ((rand_string(), rand_string())), (), d])
kwargs = {rand_string(): rand_string() for _ in rand_len(0, 2)}
d = PrehashedDict(arg, **kwargs)
mock.assert_called_once_with(arg, **kwargs)
def _make_pdf(self):
colored_print('Generating PDFs...', 'OKGREEN')
html_files = glob.glob(os.path.join(self.html_output, '*.html'))
for html_file in html_files:
pdf_filename = os.path.splitext(ntpath.basename(html_file))[0]
pdf_filename += rand_string(5)
pdf_filename += '.pdf'
try:
HTML(html_file).write_pdf(os.path.join(self.pdf_output, pdf_filename), zoom=1.75)
except Exception as e:
colored_print('PDF `%s` generation failed' % pdf_filename, 'FAIL')
def test_sign_verify(self):
key = crypto.ZilKey.generate_new()
for i in range(10):
l = 1 + i * 512
msg = utils.rand_bytes(l) + utils.rand_string(l).encode()
signature = key.sign(msg)
assert isinstance(signature, bytes)
assert key.verify(signature, msg)
signature_str = key.sign_str(msg)
assert isinstance(signature_str, str)
assert key.verify(signature_str, msg)
def test_fs(self):
test_filename = 'test-' + rand_string()
contents = 'contestns'
fs.save(test_filename, ContentFile(contents))
self.assertEqual(fs.exists(test_filename), True)
self.assertEqual(fs.size(test_filename), len(contents))
self.assertEqual(fs.open(test_filename).read(), contents)
fs.delete(test_filename)
self.assertEqual(fs.exists(test_filename), False)
def _compile_sass(self):
colored_print('Recompiling SaSS... ', 'OKGREEN')
css_filename = os.path.join(self.html_css, 'main.' + rand_string(12) + '.css')
try:
compiled = sass.compile(
filename=os.path.join(self.sass, 'main.scss'),
output_style='compressed'
)
with open(css_filename, 'w') as f:
f.write(compiled)
except Exception as e:
colored_print(e, 'WARNING')
return css_filename
def test(self):
filename = 'up-' + rand_string()
contents = 'upladded contestsn'
a = UploadedFile(
uploader = self.test_user,
)
a.uploaded_file.save(filename, ContentFile(contents))
a.clean()
a.save()
# TODO self.assertEqual(a.url,?)
# TODO self.assertEqual(a.path,?)
self.assertEqual(a.specific_instance(), a)
self.assertEqual(a.document_ptr.__class__, Document)
self.assertNotEqual(a.document_ptr.__class__, UploadedFile)
self.assertEqual(a.document_ptr.specific_instance(), a)
self.assertEqual(a.document_ptr.specific_instance().__class__, UploadedFile)
# -*- coding: utf-8 -*-
import os
import time
import random
from utils import shoot, random, spinning_cursor, rand_string, weighted_choice
i = 0
curr = 0
while True:
disp = int((curr + random.uniform(1, 35)) / 2.) # smooth it out
curr = disp
attrs = None if disp > 25 else ['dark']
shoot('{0: <35}'.format("|" * disp), 'white', attrs=attrs)
time.sleep(random.random() * 0.1)
i += 1
# occasionally clear the screen and output rand string
if i >= 100:
if weighted_choice([(True, 1), (False, 9)]):
os.system('clear')
shoot("\n%s\n" % rand_string(random.randint(200, 800)),
color='red')
spinning_cursor(random.random() * 0.5)
i = 0
def test_pop_not_there_default(d):
key = rand_string()
default = rand_string()
res = d.pop(key, default)
assert res == default
def test_sha1_type():
key = rand_string()
assert isinstance(sha1_fn(key), int)
def test_pop_not_there_no_default(d):
key = rand_string()
with pytest.raises(KeyError):
d.pop(key)
def test_from_keys_value(d):
keys = [rand_string() for _ in rand_len()]
value = rand_string()
d = PrehashedDict.fromkeys(keys, value)
for k in keys:
assert d[k] == value
def test_from_keys():
keys = [rand_string() for _ in rand_len()]
d = PrehashedDict.fromkeys(keys)
for k in keys:
assert d[k] == None
def test_process_args_iterable_kwargs(d):
kwargs = {rand_string(): rand_string() for _ in rand_len()}
it = [(rand_string(), rand_string()) for _ in rand_len()]
res = list(d._process_args(it, **kwargs))
assert find(it, res)
assert find(kwargs.items(), res)
def test_process_args_iterable(d):
it = [(rand_string(), rand_string()) for _ in rand_len()]
res = list(d._process_args(it))
assert find(it, res)
def test_process_args_prehased_kwargs(d):
d1 = PrehashedDict({rand_string(): rand_string() for _ in rand_len()})
kwargs = {rand_string(): rand_string() for _ in rand_len()}
res = list(d._process_args(d1, **kwargs))
assert find(d1.items(), res, hash_me=False)
assert find(kwargs.items(), res)
def test_process_args_dict_kwargs(d):
dic = {rand_string(): rand_string() for _ in rand_len()}
kwargs = {rand_string(): rand_string() for _ in rand_len()}
res = list(d._process_args(dic, **kwargs))
assert find(dic.items(), res)
assert find(kwargs.items(), res)
def test_process_args_kwargs(d):
kwargs = {rand_string(): rand_string() for _ in rand_len()}
print(kwargs)
res = list(d._process_args(**kwargs))
assert find(kwargs.items(), res)
