def testEncryptWithKeyring(self):
"""Test encrypting with a specific keyring."""
# Where our keyrings are
pubring=os.path.join(os.getcwd(), "rings", "pubtest.gpg")
g=gpg.GPG(gpg.findGPG())
encrypted, warnings=g.encryptString(['*****@*****.**'], 'hello',
pubring)
self.assertEncrypted(encrypted)
def testNegativeFindGPG(self):
"""Negative test finding gpg."""
# This should fail to find the requested binary
try:
fnd=gpg.findGPG('ThisShouldNotExist')
self.fail("Shouldn't have found ThisShouldNotExist, got: " + fnd)
except exceptions.Exception, e:
self.assertEquals(str(e), "Cannot find GPG")
def testFailingEncryption(self):
"""Test an attempt to encrypt with an invalid key should fail."""
g=gpg.GPG(gpg.findGPG())
try:
encrypted, warnings=g.encryptString(['ThisKeyDoesNotExist'],
'hello')
fail("Expected encryption to fail, returned\n" + encrypted
+ " with warnings:\n" + warnings)
except gpg.EncryptionError, e:
self.failUnless(str(e).find("public key not found") > 0,
"Got the wrong error:\n" + str(e))
def testEncryptString(self):
"""Test encrypting a string."""
g=gpg.GPG(gpg.findGPG())
encrypted, warnings=g.encryptString(['primary'], 'hello')
self.assertEncrypted(encrypted)
def testFindGPG(self):
"""Positive test finding gpg"""
# Just make sure we got something
self.failIf(len(gpg.findGPG()) == 0)