def test_not_an_error_message(self):
parsed = {
'Success': 'response',
'ResponseMetadata': {}
}
expected = copy.deepcopy(parsed)
s3errormsg.enhance_error_msg(parsed)
# Nothing should have changed
self.assertEqual(parsed, expected)
def test_sigv4_error_message(self):
parsed = {'Error': {'Message': 'Please use AWS4-HMAC-SHA256'}}
s3errormsg.enhance_error_msg(parsed)
# We should say how to fix the issue.
self.assertIn('You can fix this issue', parsed['Error']['Message'])
# We should mention the --region argument.
self.assertIn('--region', parsed['Error']['Message'])
# We should mention get-bucket-location
self.assertIn('get-bucket-location', parsed['Error']['Message'])
def test_error_message_not_enhanced(self):
parsed = {
'Error': {
'Message': 'This is a different error message.',
'Code': 'Other Message'
}
}
expected = copy.deepcopy(parsed)
s3errormsg.enhance_error_msg(parsed)
# Nothing should have changed
self.assertEqual(parsed, expected)
def test_error_message_not_enhanced(self):
parsed = {
'Error': {
'Message': 'This is a different error message.',
'Code': 'Other Message'
}
}
expected = copy.deepcopy(parsed)
s3errormsg.enhance_error_msg(parsed)
# Nothing should have changed
self.assertEqual(parsed, expected)
def test_301_error_message(self):
parsed = {
'Error': {
'Code': 'PermanentRedirect',
'Message': "Please use the correct endpoint.",
'Endpoint': "myendpoint",
}
}
s3errormsg.enhance_error_msg(parsed)
# We should include the endpoint in the error message.
error_message = parsed['Error']['Message']
self.assertIn('myendpoint', error_message)
def test_301_error_message(self):
parsed = {
'Error': {
'Code': 'PermanentRedirect',
'Message': "Please use the correct endpoint.",
'Endpoint': "myendpoint",
}
}
s3errormsg.enhance_error_msg(parsed)
# We should include the endpoint in the error message.
error_message = parsed['Error']['Message']
self.assertIn('myendpoint', error_message)
def test_sigv4_error_message(self):
parsed = {
'Error': {
'Message': 'Please use AWS4-HMAC-SHA256'
}
}
s3errormsg.enhance_error_msg(parsed)
# We should say how to fix the issue.
self.assertIn('You can fix this issue',
parsed['Error']['Message'])
# We should mention the --region argument.
self.assertIn('--region', parsed['Error']['Message'])
# We should mention get-bucket-location
self.assertIn('get-bucket-location', parsed['Error']['Message'])
def test_kms_sigv4_error_message(self):
parsed = {
'Error': {
'Message':
('Requests specifying Server Side Encryption with '
'AWS KMS managed keys require AWS Signature Version 4.')
}
}
s3errormsg.enhance_error_msg(parsed)
# We should say how you enable it.
self.assertIn('You can enable AWS Signature Version 4',
parsed['Error']['Message'])
# We should mention the command that needs to be run.
self.assertIn('aws configure set s3.signature_version s3v4',
parsed['Error']['Message'])
def test_kms_sigv4_error_message(self):
parsed = {
'Error': {
'Message': (
'Requests specifying Server Side Encryption with '
'AWS KMS managed keys require AWS Signature Version 4.')
}
}
s3errormsg.enhance_error_msg(parsed)
# We should say how you enable it.
self.assertIn('You can enable AWS Signature Version 4',
parsed['Error']['Message'])
# We should mention the command that needs to be run.
self.assertIn(
'aws configure set s3.signature_version s3v4',
parsed['Error']['Message'])
def test_not_an_error_message(self):
parsed = {'Success': 'response', 'ResponseMetadata': {}}
expected = copy.deepcopy(parsed)
s3errormsg.enhance_error_msg(parsed)
# Nothing should have changed
self.assertEqual(parsed, expected)
