def format_random_value(name: str, value: str) -> str:
"""
Take a string of random data and a name/explanation for it and format them together. For instance:
'Faber College verkey (FuN98eH2eZybECWkofW6A9BKJxxnTatBCopfUiNxo6ZB)'
:param name: Name of explanation related to the random string.
:param value: String representation of some random-looking value.
:return: A formatted string.
"""
formatted_string = apply_colour(name, Colours.BOLD)
if SHOW_RANDOM:
formatted_string += " ({})".format(
apply_colour(shorten(serializeToStr(value), 80), Colours.GREY))
return formatted_string
def testGroupElementG1IdentitySerializeToFromStr():
elem = cmod.PairingGroup(PAIRING_GROUP).random(cmod.G1)
identity = cmod.PairingGroup(PAIRING_GROUP).init(cmod.G1, elem / elem)
assert identity == deserializeFromStr(serializeToStr(identity))
def testGroupElementZRIdentitySerializeToFromStr():
elem = cmod.PairingGroup(PAIRING_GROUP).init(cmod.ZR, 555)
identity = elem / elem
assert identity == deserializeFromStr(serializeToStr(identity))
def testGroupElementSerializeToFromStr():
value = cmod.PairingGroup(PAIRING_GROUP).random(cmod.G1)
assert value == deserializeFromStr(serializeToStr(value))
def testCryptoIntModSerializeToFromStr():
value = cmod.integer(44444444444444444) % 33
assert value == deserializeFromStr(serializeToStr(value))
def testIntSerializeToFromStr():
value = 111
assert value == deserializeFromStr(serializeToStr(value))
def testStrSerializeToFromStr():
value = 'aaa'
assert value == deserializeFromStr(serializeToStr(value))