def test_parse_find_output_reads_random_password_as_single_value():
result = ipa_utils.parse_find_output(ipa_output)
first = result[0]
assert first['Random password'] == [
'jeZ3Liu,wySy'
]
def test_parse_find_output_handles_values_containing_colons():
result = ipa_utils.parse_find_output(ipa_output)
first = result[0]
assert first['SSH public key fingerprint'] == [
'83:96:F0:C6:30:65:03:07:D6:50:0E:9C:35:7F:9D:24 aws_ireland (ssh-rsa)'
]
def test_parse_find_output_parses_dict_for_each_item():
result = ipa_utils.parse_find_output(ipa_output)
assert len(result) == 2
first = result[0]
assert first['Full name'] == ['Administrator']
assert first['Login shell'] == ['/bin/bash']
second = result[1]
assert second['Full name'] == ['Alces Flight']
def _handle_new_temporary_password(login, options, result):
# Details of user will be output in similar format to find output.
item_dicts = ipa_utils.parse_find_output(result)
user_dict = item_dicts[0] # First and only item.
if 'Random password' not in user_dict:
# A new temporary password has not been generated; nothing to handle.
return
temporary_password = user_dict['Random password'][0]
if utils.currently_importing():
utils.set_imported_user_password(login, temporary_password)
else:
message = 'Generated temporary password for user {}: {}'.format(
login, text.bold(temporary_password)
)
click.echo(message)
def test_parse_find_output_parses_multiline_values():
result = ipa_utils.parse_find_output(ipa_output)
first = result[0]
assert first['SSH public key'] == ['ssh-rsa yourkeygoeshere aws_ireland']
def test_parse_find_output_parses_lines_with_multiple_values():
result = ipa_utils.parse_find_output(ipa_output)
first = result[0]
assert first['Member of groups'] == ['admins', 'trust admins']