def test_find_slices(self):
safe = pol.safe.Safe.generate(precomputed_gp=True, n_blocks=10)
sl1 = safe._new_slice(2)
sl2 = safe._new_slice(2)
sl3 = safe._new_slice(2)
sl1.store('key', '!!!!', annex=True)
sl2.store('key', '!!!!', annex=True)
sl3.store('key3', '!!!!', annex=True)
self.assertFalse(list(safe._find_slices('nokey')))
self.assertEqual(len(list(safe._find_slices('key'))), 2)
def test_find_slices(self):
safe = pol.safe.Safe.generate(precomputed_gp=True, n_blocks=10)
sl1 = safe._new_slice(2)
sl2 = safe._new_slice(2)
sl3 = safe._new_slice(2)
sl1.store('key', '!!!!', annex=True)
sl2.store('key', '!!!!', annex=True)
sl3.store('key3', '!!!!', annex=True)
self.assertFalse(list(safe._find_slices('nokey')))
self.assertEqual(len(list(safe._find_slices('key'))), 2)
def test_large_slice(self):
safe = pol.safe.Safe.generate(precomputed_gp=True, n_blocks=70)
sl = safe._new_slice(70)
randfunc = Crypto.Random.new().read
data = randfunc(sl.size)
sl.store('key', data, annex=True)
self.assertEqual(safe._load_slice('key', sl.first_index).value, data)
def test_large_slice(self):
safe = pol.safe.Safe.generate(precomputed_gp=True, n_blocks=70)
sl = safe._new_slice(70)
randfunc = Crypto.Random.new().read
data = randfunc(sl.size)
sl.store('key', data, annex=True)
self.assertEqual(safe._load_slice('key', sl.first_index).value, data)
def test_slice_store(self):
safe = pol.safe.Safe.generate(precomputed_gp=True, n_blocks=10)
sl = safe._new_slice(10)
self.assertEqual(sl.size, 1224)
self.assertRaises(pol.safe.WrongKeyError, sl.store, 'key', '!'*sl.size)
sl.store('key', '!'*sl.size, annex=True)
sl.store('key', '!'*sl.size)
self.assertRaises(ValueError, sl.store, 'key', '!'*(sl.size+1))
sl.store('key', '!'*1)
sl.store('key', '')
def test_slice_store(self):
safe = pol.safe.Safe.generate(precomputed_gp=True, n_blocks=10)
sl = safe._new_slice(10)
self.assertEqual(sl.size, 1224)
self.assertRaises(pol.safe.WrongKeyError, sl.store, 'key', '!'*sl.size)
sl.store('key', '!'*sl.size, annex=True)
sl.store('key', '!'*sl.size)
self.assertRaises(ValueError, sl.store, 'key', '!'*(sl.size+1))
sl.store('key', '!'*1)
sl.store('key', '')
def test_load_slice(self):
safe = pol.safe.Safe.generate(precomputed_gp=True, n_blocks=10)
sl = safe._new_slice(5)
sl.store('key', '!!!!', annex=True)
self.assertEqual(safe._load_slice('key', sl.first_index).value,
'!!!!')
randfunc = Crypto.Random.new().read
sl.store('key', 'abcd'*(sl.size/4))
self.assertEqual(safe._load_slice('key', sl.first_index).value,
'abcd'*(sl.size/4))
data = randfunc(sl.size)
sl.store('key', data)
self.assertEqual(safe._load_slice('key', sl.first_index).value, data)
def test_load_slice(self):
safe = pol.safe.Safe.generate(precomputed_gp=True, n_blocks=10)
sl = safe._new_slice(5)
sl.store('key', '!!!!', annex=True)
self.assertEqual(safe._load_slice('key', sl.first_index).value,
'!!!!')
randfunc = Crypto.Random.new().read
sl.store('key', 'abcd'*(sl.size/4))
self.assertEqual(safe._load_slice('key', sl.first_index).value,
'abcd'*(sl.size/4))
data = randfunc(sl.size)
sl.store('key', data)
self.assertEqual(safe._load_slice('key', sl.first_index).value, data)
def test_new_slice(self):
safe = pol.safe.Safe.generate(precomputed_gp=True, n_blocks=100)
safe._new_slice(100)
def test_new_slice(self):
safe = pol.safe.Safe.generate(precomputed_gp=True, n_blocks=100)
safe._new_slice(100)
