def manifest_cli_create(self, args, expected_result):
"""
execute the CLI manifest tool with the given arguments on our
sample JAR. Verifies that the resulting output manifest is
identical to the expected result.
"""
# the result we expect to see from running the script
with open(get_data_fn(expected_result)) as f:
expected_result = f.read()
# the invocation of the script
src_jar = get_data_fn("manifest-sample1.jar")
with NamedTemporaryFile() as tmp_out:
cmd = ["manifest", "-c", src_jar, "-m", tmp_out.name] + args.split()
# rather than trying to actually execute the script in a
# subprocess, we'll give it an output file call it in the
# current process. This prevents issues when there's already
# an installed version of python-javatools present which may
# be down-version from the one being tested. Calling the
# manifest utility by name will use the installed rather than
# local dev copy. Might be able to tweak this, but for now,
# this is safer.
main(cmd)
result = tmp_out.read()
self.assertEqual(result, expected_result,
"Result of \"%r\" does not match expected output."
" Expected:\n%s\nReceived:\n%s"
% (cmd, expected_result, result))
def manifest_cli_create(self, args, expected_result):
"""
execute the CLI manifest tool with the given arguments on our
sample JAR. Verifies that the resulting output manifest is
identical to the expected result.
"""
# the result we expect to see from running the script
with open(get_data_fn(expected_result)) as f:
expected_result = f.read()
# the invocation of the script
src_jar = get_data_fn("manifest-sample1.jar")
with NamedTemporaryFile() as tmp_out:
cmd = ["manifest", "-c", src_jar, "-m", tmp_out.name
] + args.split()
# rather than trying to actually execute the script in a
# subprocess, we'll give it an output file call it in the
# current process. This prevents issues when there's already
# an installed version of python-javatools present which may
# be down-version from the one being tested. Calling the
# manifest utility by name will use the installed rather than
# local dev copy. Might be able to tweak this, but for now,
# this is safer.
main(cmd)
result = tmp_out.read()
self.assertEqual(
result, expected_result,
"Result of \"%r\" does not match expected output."
" Expected:\n%s\nReceived:\n%s" %
(cmd, expected_result, result))
def test_cli_sign_and_verify(self):
src = get_data_fn("manifest-sample3.jar")
key_alias = "SAMPLE3"
cert = get_data_fn("javatools-cert.pem")
key = get_data_fn("javatools.pem")
with NamedTemporaryFile() as tmp_jar:
copyfile(src, tmp_jar.name)
cmd = ["manifest", "-s", cert, key, key_alias, tmp_jar.name]
self.assertEqual(main(cmd), 0, "Command %s returned non-zero status"
% " ".join(cmd))
error_message = verify(cert, tmp_jar.name, key_alias)
self.assertIsNone(error_message,
"Verification of JAR which we just signed failed: %s"
% error_message)
def test_cli_sign_and_verify(self):
src = get_data_fn("manifest-sample3.jar")
key_alias = "SAMPLE3"
cert = get_data_fn("javatools-cert.pem")
key = get_data_fn("javatools.pem")
with NamedTemporaryFile() as tmp_jar:
copyfile(src, tmp_jar.name)
cmd = ["manifest", "-s", cert, key, key_alias, tmp_jar.name]
self.assertEqual(
main(cmd), 0,
"Command %s returned non-zero status" % " ".join(cmd))
error_message = verify(cert, tmp_jar.name, key_alias)
self.assertIsNone(
error_message,
"Verification of JAR which we just signed failed: %s" %
error_message)
def test_cli_verify_nok(self):
jar_file = get_data_fn("cli-verify-nok.jar")
self.assertEqual(1, main(["-v", jar_file]))
def test_cli_verify_nok(self):
jar_file = get_data_fn("test_manifest/cli-verify-nok.jar")
self.assertEqual(1, main(["argv0", "v", jar_file]))
def test_cli_verify_ok(self):
jar_file = get_data_fn("cli-verify-ok.jar")
self.assertEqual(0, main(["argv0", "v", jar_file]))
def test_cli_verify_nok(self):
jar_file = get_data_fn("test_manifest/cli-verify-nok.jar")
self.assertEqual(1, main(["argv0", "v", jar_file]))
def test_cli_verify_nok(self):
jar_file = get_data_fn("cli-verify-nok.jar")
self.assertEqual(1, main(["-v", jar_file]))