def test_encoding(uint_val, separator):
quint = uint2quint(uint_val, separator)
assert_not_equals(quint, uint_val)
assert_equals(11, len(quint))
uint_val1 = quint2uint(quint)
assert_equals(uint_val, uint_val1)
def test_encoding(uint_val, separator):
quint = uint2quint(uint_val, separator)
assert_not_equals(quint, uint_val)
assert_equals(11, len(quint))
uint_val1 = quint2uint(quint)
assert_equals(uint_val, uint_val1)
def test_presets():
presets = [
('127.0.0.1', 'lusab-babad'), ('63.84.220.193', 'gutih-tugad'),
('63.118.7.35', 'gutuk-bisog'), ('140.98.193.141', 'mudof-sakat'),
('64.255.6.200', 'haguz-biram'), ('128.30.52.45', 'mabiv-gibot'),
('147.67.119.2', 'natag-lisaf'), ('212.58.253.68', 'tibup-zujah'),
('216.35.68.215', 'tobog-higil'), ('216.68.232.21', 'todah-vobij'),
('198.81.129.136', 'sinid-makam'), ('12.110.110.204', 'budov-kuras')
]
quints = [uint2quint(ip2uint_str(t[0])) for t in presets]
assert_list_equal(quints, [t[1] for t in presets])
uints = [quint2uint(t[1]) for t in presets]
assert_list_equal(uints, [ip2uint_str(t[0]) for t in presets])
def test_presets():
presets = [
('127.0.0.1', 'lusab-babad'),
('63.84.220.193', 'gutih-tugad'),
('63.118.7.35', 'gutuk-bisog'),
('140.98.193.141', 'mudof-sakat'),
('64.255.6.200', 'haguz-biram'),
('128.30.52.45', 'mabiv-gibot'),
('147.67.119.2', 'natag-lisaf'),
('212.58.253.68', 'tibup-zujah'),
('216.35.68.215', 'tobog-higil'),
('216.68.232.21', 'todah-vobij'),
('198.81.129.136', 'sinid-makam'),
('12.110.110.204', 'budov-kuras')]
quints = [uint2quint(ip2uint_str(t[0])) for t in presets]
assert_list_equal(quints, [t[1] for t in presets])
uints = [quint2uint(t[1]) for t in presets]
assert_list_equal(uints, [ip2uint_str(t[0]) for t in presets])
def convert(str_val, target=None):
"""Convert between proquint, integer, hex or IPv4 string representations.
Tries to guess the representation from input.
:param str_val: input representation (string)
:return: output representation (string)
"""
if target is not None and target not in {'uint', 'hex', 'ip'}:
raise ValueError('Convert target should be one of: uint, hex, ip')
if target == 'uint':
return quint2uint_str(str_val)
if target == 'hex':
return quint2hex_str(str_val)
if target == 'ip':
return uint2ip_str(quint2uint(str_val))
# try to guess the representation
try:
return quint2uint_str(str_val)
except ValueError:
pass
try:
return uint2quint_str(str_val)
except ValueError:
pass
try:
return hex2quint_str(str_val)
except ValueError:
pass
try:
return uint2quint_str(ip2uint_str(str_val))
except ValueError:
pass
raise ValueError('Unrecognized input format: {}'.format(str_val))
def quint2hex_str(quint):
return hex(quint2uint(quint))
def quint2uint_str(quint):
return str(quint2uint(quint))
def test_incorrect_input():
with assert_raises(ValueError):
quint2uint('foo-barr')
with assert_raises(ValueError):
quint2uint('')
with assert_raises(ValueError):
quint2uint('1234')
with assert_raises(ValueError):
quint2uint('foo')
with assert_raises(ValueError):
quint2uint('xxxx-yyyy')
with assert_raises(TypeError):
quint2uint(42)
def test_incorrect_input():
with assert_raises(ValueError):
quint2uint('foo-barr')
with assert_raises(ValueError):
quint2uint('')
with assert_raises(ValueError):
quint2uint('1234')
with assert_raises(ValueError):
quint2uint('foo')
with assert_raises(ValueError):
quint2uint('xxxx-yyyy')
with assert_raises(TypeError):
quint2uint(42)