def split_reconstitute_tests_with_galois(self): gal = mathfuncs.Galois seed = 'horse rabbit dog' pk16 = b.makepk(seed,16) pk58 = b.makepk(seed,58) e16 = b.split(pk16,3,7,gal) e58 = b.split(pk58,3,7,gal) self.assertEqual(b.reconstitute([e16[2],e16[5],e16[4]],16),pk16) self.assertEqual(b.reconstitute([e16[1],e16[3],e16[6]],58),pk58) self.assertEqual(b.reconstitute([e58[3],e58[4],e58[0]],16),pk16) self.assertEqual(b.reconstitute([e58[0],e58[2],e58[4],e58[6]],58),pk58)
def split_reconstitute_tests_with_modularint(self): mi = mathfuncs.ModularInt seed = 'horse rabbit dog' pk16 = b.makepk(seed,16) pk58 = b.makepk(seed,58) e16 = b.split(pk16,3,7,mi) e58 = b.split(pk58,3,7,mi) self.assertEqual(b.reconstitute([e16[2],e16[5],e16[4]],16),pk16) self.assertEqual(b.reconstitute([e16[1],e16[3],e16[6]],58),pk58) self.assertEqual(b.reconstitute([e58[3],e58[4],e58[0]],16),pk16) self.assertEqual(b.reconstitute([e58[0],e58[2],e58[4],e58[6]],58),pk58)
def split_reconstitute_tests_with_galois(self):
gal = mathfuncs.Galois
seed = 'horse rabbit dog'
pk16 = b.makepk(seed, 16)
pk58 = b.makepk(seed, 58)
e16 = b.split(pk16, 3, 7, gal)
e58 = b.split(pk58, 3, 7, gal)
self.assertEqual(b.reconstitute([e16[2], e16[5], e16[4]], 16), pk16)
self.assertEqual(b.reconstitute([e16[1], e16[3], e16[6]], 58), pk58)
self.assertEqual(b.reconstitute([e58[3], e58[4], e58[0]], 16), pk16)
self.assertEqual(b.reconstitute([e58[0], e58[2], e58[4], e58[6]], 58),
pk58)
def split_reconstitute_tests_with_modularint(self):
mi = mathfuncs.ModularInt
seed = 'horse rabbit dog'
pk16 = b.makepk(seed, 16)
pk58 = b.makepk(seed, 58)
e16 = b.split(pk16, 3, 7, mi)
e58 = b.split(pk58, 3, 7, mi)
self.assertEqual(b.reconstitute([e16[2], e16[5], e16[4]], 16), pk16)
self.assertEqual(b.reconstitute([e16[1], e16[3], e16[6]], 58), pk58)
self.assertEqual(b.reconstitute([e58[3], e58[4], e58[0]], 16), pk16)
self.assertEqual(b.reconstitute([e58[0], e58[2], e58[4], e58[6]], 58),
pk58)
def split_interface(args):
# Splits a key
# Grammar: python main.py --split [privkey] [n] [k (1<=k<=n)]
if len(args) == 0:
args.append(bitcoin.trial_and_error_decode(raw_input(
"Enter private key (any format): ")))
if len(args) == 1:
args.append(raw_input(
"How many parts do you want to split your key into? (1-14): "))
if len(args) == 2:
args.append(raw_input(
"How many parts should be required to reconstitute your " + \
"key? (1-%d): " % int(args[1])))
v = bitcoin.split(args[0],int(args[2]),int(args[1]))
print "Write down the key parts:"
for i in v: print i
def split_interface(args):
# Splits a key
# Grammar: python main.py --split [privkey] [n] [k (1<=k<=n)]
if len(args) == 0:
args.append(
bitcoin.trial_and_error_decode(
raw_input("Enter private key (any format): ")))
if len(args) == 1:
args.append(
raw_input(
"How many parts do you want to split your key into? (1-14): "))
if len(args) == 2:
args.append(raw_input(
"How many parts should be required to reconstitute your " + \
"key? (1-%d): " % int(args[1])))
v = bitcoin.split(args[0], int(args[2]), int(args[1]))
print "Write down the key parts:"
for i in v:
print i
