def test_714 (self):
e0 = ecdsa (None)
e0.set_privkey (test_key)
h = hashlib.new ('sha256')
h.update ('asdfasdfasdfasdfasdf')
d = h.digest()
sig0 = e0.sign (d)
self.assertEqual (e0.verify (d, sig0), 1)
e1 = ecdsa (714) # NID_secp256k1
e1.set_privkey (test_key)
sig1 = e1.sign (d)
self.assertEqual (e1.verify (d, sig1), 1)
def test_714(self):
e0 = ecdsa(None)
e0.set_privkey(test_key)
h = hashlib.new('sha256')
h.update('asdfasdfasdfasdfasdf')
d = h.digest()
sig0 = e0.sign(d)
self.assertEqual(e0.verify(d, sig0), 1)
e1 = ecdsa(714) # NID_secp256k1
e1.set_privkey(test_key)
sig1 = e1.sign(d)
self.assertEqual(e1.verify(d, sig1), 1)
def test_pub_sig (self):
e0 = ecdsa ("prime256v1")
e0.generate()
k0 = e0.get_privkey()
p0 = e0.get_pubkey()
h = hashlib.new ('sha256')
h.update ('asdfasdfasdfasdfasdf')
d = h.digest()
sig = e0.sign (d)
self.assertEqual (e0.verify (d, sig), 1)
e1 = ecdsa ("prime256v1")
e1.set_pubkey (p0)
self.assertEqual (e1.verify (d, sig), 1)
def test_pub_sig(self):
e0 = ecdsa("prime256v1")
e0.generate()
k0 = e0.get_privkey()
p0 = e0.get_pubkey()
h = hashlib.new('sha256')
h.update('asdfasdfasdfasdfasdf')
d = h.digest()
sig = e0.sign(d)
self.assertEqual(e0.verify(d, sig), 1)
e1 = ecdsa("prime256v1")
e1.set_pubkey(p0)
self.assertEqual(e1.verify(d, sig), 1)
def test_gen_key (self):
e = ecdsa ("prime256v1")
e.generate()
h = hashlib.new ('sha256')
h.update ('asdfasdfasdfasdfasdf')
d = h.digest()
sig = e.sign (d)
self.assertEqual (e.verify (d, sig), 1)
def test_gen_key(self):
e = ecdsa("prime256v1")
e.generate()
h = hashlib.new('sha256')
h.update('asdfasdfasdfasdfasdf')
d = h.digest()
sig = e.sign(d)
self.assertEqual(e.verify(d, sig), 1)
def test_set_get (self):
# in an older (or FIPS?) openssl, you can let the group params come from the private key.
e0 = ecdsa (None)
e0.set_privkey (test_key)
e0.set_compressed (True)
p = e0.get_pubkey()
self.assertEqual (
p,
'032c26ab996dcc1645ea103015b0a9b008c434e2cf33f33748340747061ab9d107'.decode ('hex')
)
def test_set_get(self):
# in an older (or FIPS?) openssl, you can let the group params come from the private key.
e0 = ecdsa(None)
e0.set_privkey(test_key)
e0.set_compressed(True)
p = e0.get_pubkey()
self.assertEqual(
p,
'032c26ab996dcc1645ea103015b0a9b008c434e2cf33f33748340747061ab9d107'
.decode('hex'))
def test_mode_change (self):
e = ecdsa ("secp256k1")
p0 = (
'04875a41657e777b0d13f89aa765f954f78eb47d25c831de472b38e2e6792792b'
'fe4083113bb0398cfa908dc80dd8778a6af693ff605e3ea1cd2a71037424d6260'
).decode ('hex')
e.set_pubkey (p0)
e.set_compressed (True)
p1 = e.get_pubkey()
self.assertEquals (
p1,
'02875a41657e777b0d13f89aa765f954f78eb47d25c831de472b38e2e6792792bf'.decode ("hex")
)
def test_mode_change(self):
e = ecdsa("secp256k1")
p0 = (
'04875a41657e777b0d13f89aa765f954f78eb47d25c831de472b38e2e6792792b'
'fe4083113bb0398cfa908dc80dd8778a6af693ff605e3ea1cd2a71037424d6260'
).decode('hex')
e.set_pubkey(p0)
e.set_compressed(True)
p1 = e.get_pubkey()
self.assertEquals(
p1,
'02875a41657e777b0d13f89aa765f954f78eb47d25c831de472b38e2e6792792bf'
.decode("hex"))
def test_uncompressed (self):
e = ecdsa ("prime256v1")
e.set_compressed (False)
e.generate()
p = e.get_pubkey()
self.assertTrue (p[0] in ('\x04'))
def test_get_keys (self):
e = ecdsa ("prime256v1")
e.generate()
k = e.get_privkey()
p = e.get_pubkey()
def test_uncompressed(self):
e = ecdsa("prime256v1")
e.set_compressed(False)
e.generate()
p = e.get_pubkey()
self.assertTrue(p[0] in ('\x04'))
def test_get_keys(self):
e = ecdsa("prime256v1")
e.generate()
k = e.get_privkey()
p = e.get_pubkey()
def __init__ (self):
self.k = ecdsa (NID_secp256k1)
