def test_enarmor_one(self):
expected = self.readLocalFile('/data/helloKey.asc')
messages = OpenPGP.unarmor(expected) # [(header, data), ...]
header, data = messages[0]
actual = OpenPGP.enarmor(data,
headers=[
keyValue.split(': ', 1)
for keyValue in header.split('\n')
])
nose.tools.assert_equal(actual, expected)
def test_unarmor_one(self):
armored = self.readLocalFile('/data/helloKey.asc')
_, unarmored = OpenPGP.unarmor(armored)[0]
message = OpenPGP.Message.parse(unarmored)
nose.tools.assert_equal(message[0].fingerprint(),
'421F28FEAAD222F856C8FFD5D4D54EA16F87040E')
def test_unarmor_one(self):
armored = self.readLocalFile("/data/helloKey.asc")
_, unarmored = OpenPGP.unarmor(armored)[0]
message = OpenPGP.Message.parse(unarmored)
nose.tools.assert_equal(message[0].fingerprint(), "421F28FEAAD222F856C8FFD5D4D54EA16F87040E")
def test_enarmor_one(self):
expected = self.readLocalFile("/data/helloKey.asc")
messages = OpenPGP.unarmor(expected) # [(header, data), ...]
header, data = messages[0]
actual = OpenPGP.enarmor(data, headers=[keyValue.split(": ", 1) for keyValue in header.split("\n")])
nose.tools.assert_equal(actual, expected)
