salt/tests/unit/output/test_nested.py

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2017-12-07 11:33:19 +00:00
# -*- coding: utf-8 -*-
'''
Unit tests for the Nested outputter
'''
# Import Python Libs
from __future__ import absolute_import
# Import Salt Testing Libs
from tests.support.mixins import LoaderModuleMockMixin
from tests.support.unit import TestCase
# Import Salt Libs
import salt.output.nested as nested
class NestedOutputterTestCase(TestCase, LoaderModuleMockMixin):
'''
Test cases for salt.output.nested
'''
def setup_loader_modules(self):
return {
nested: {
'__opts__': {
'extension_modules': '',
'color': True
}
}
}
def setUp(self):
# The example from the documentation for the test.arg execution function
# Same function from the highstate outputter
self.data = {
'local': {
'args': (1, 'two', 3.1),
'kwargs': {
u'__pub_pid': 25938,
'wow': {
'a': 1,
'b': 'hello'
},
u'__pub_fun': 'test.arg',
u'__pub_jid': '20171207105927331329',
u'__pub_tgt': 'salt-call',
'txt': 'hello'
}
}
}
self.addCleanup(delattr, self, 'data')
def test_output_with_colors(self):
# Should look exacly like that, with the default color scheme:
#
# local:
# ----------
# args:
# - 1
# - two
# - 3.1
# kwargs:
# ----------
# __pub_fun:
# test.arg
# __pub_jid:
# 20171207105927331329
# __pub_pid:
# 25938
# __pub_tgt:
# salt-call
# txt:
# hello
# wow:
# ----------
# a:
# 1
# b:
# hello
expected_output_str = (
'\x1b[0;36mlocal\x1b[0;0m:\n \x1b[0;36m----------\x1b[0;0m\n \x1b[0;36margs\x1b[0;0m:\n'
' \x1b[0;1;33m- 1\x1b[0;0m\n \x1b[0;32m- two\x1b[0;0m\n \x1b[0;1;33m- 3.1\x1b[0;0m\n'
' \x1b[0;36mkwargs\x1b[0;0m:\n \x1b[0;36m----------\x1b[0;0m\n'
' \x1b[0;36m__pub_fun\x1b[0;0m:\n \x1b[0;32mtest.arg\x1b[0;0m\n'
' \x1b[0;36m__pub_jid\x1b[0;0m:\n \x1b[0;32m20171207105927331329\x1b[0;0m\n'
' \x1b[0;36m__pub_pid\x1b[0;0m:\n \x1b[0;1;33m25938\x1b[0;0m\n'
' \x1b[0;36m__pub_tgt\x1b[0;0m:\n \x1b[0;32msalt-call\x1b[0;0m\n'
' \x1b[0;36mtxt\x1b[0;0m:\n \x1b[0;32mhello\x1b[0;0m\n \x1b[0;36mwow\x1b[0;0m:\n'
' \x1b[0;36m----------\x1b[0;0m\n \x1b[0;36ma\x1b[0;0m:\n'
' \x1b[0;1;33m1\x1b[0;0m\n \x1b[0;36mb\x1b[0;0m:\n'
' \x1b[0;32mhello\x1b[0;0m'
)
ret = nested.output(self.data)
self.assertEqual(ret, expected_output_str)
def test_output_with_retcode(self):
# Non-zero retcode should change the colors
# Same output format as above, just different colors
expected_output_str = (
'\x1b[0;31mlocal\x1b[0;0m:\n \x1b[0;31m----------\x1b[0;0m\n \x1b[0;31margs\x1b[0;0m:\n'
' \x1b[0;1;33m- 1\x1b[0;0m\n \x1b[0;32m- two\x1b[0;0m\n \x1b[0;1;33m- 3.1\x1b[0;0m\n'
' \x1b[0;31mkwargs\x1b[0;0m:\n \x1b[0;31m----------\x1b[0;0m\n'
' \x1b[0;31m__pub_fun\x1b[0;0m:\n \x1b[0;32mtest.arg\x1b[0;0m\n'
' \x1b[0;31m__pub_jid\x1b[0;0m:\n \x1b[0;32m20171207105927331329\x1b[0;0m\n'
' \x1b[0;31m__pub_pid\x1b[0;0m:\n \x1b[0;1;33m25938\x1b[0;0m\n'
' \x1b[0;31m__pub_tgt\x1b[0;0m:\n \x1b[0;32msalt-call\x1b[0;0m\n'
' \x1b[0;31mtxt\x1b[0;0m:\n \x1b[0;32mhello\x1b[0;0m\n \x1b[0;31mwow\x1b[0;0m:\n'
' \x1b[0;31m----------\x1b[0;0m\n \x1b[0;31ma\x1b[0;0m:\n'
' \x1b[0;1;33m1\x1b[0;0m\n \x1b[0;31mb\x1b[0;0m:\n'
' \x1b[0;32mhello\x1b[0;0m'
)
# You can notice that in test_output_with_colors the color code is \x1b[0;36m, i.e., GREEN,
# while here the color code is \x1b[0;31m, i.e., RED (failure)
ret = nested.output(self.data, _retcode=1)
self.assertEqual(ret, expected_output_str)
def test_output_with_indent(self):
# Everything must be indented by exactly two spaces
# (using nested_indent=2 sent to nested.output as kwarg)
expected_output_str = (
' \x1b[0;36m----------\x1b[0;0m\n \x1b[0;36mlocal\x1b[0;0m:\n \x1b[0;36m----------\x1b[0;0m\n'
' \x1b[0;36margs\x1b[0;0m:\n \x1b[0;1;33m- 1\x1b[0;0m\n \x1b[0;32m- two\x1b[0;0m\n'
' \x1b[0;1;33m- 3.1\x1b[0;0m\n \x1b[0;36mkwargs\x1b[0;0m:\n'
' \x1b[0;36m----------\x1b[0;0m\n \x1b[0;36m__pub_fun\x1b[0;0m:\n'
' \x1b[0;32mtest.arg\x1b[0;0m\n \x1b[0;36m__pub_jid\x1b[0;0m:\n'
' \x1b[0;32m20171207105927331329\x1b[0;0m\n \x1b[0;36m__pub_pid\x1b[0;0m:\n'
' \x1b[0;1;33m25938\x1b[0;0m\n \x1b[0;36m__pub_tgt\x1b[0;0m:\n'
' \x1b[0;32msalt-call\x1b[0;0m\n \x1b[0;36mtxt\x1b[0;0m:\n'
' \x1b[0;32mhello\x1b[0;0m\n \x1b[0;36mwow\x1b[0;0m:\n'
' \x1b[0;36m----------\x1b[0;0m\n \x1b[0;36ma\x1b[0;0m:\n'
' \x1b[0;1;33m1\x1b[0;0m\n \x1b[0;36mb\x1b[0;0m:\n'
' \x1b[0;32mhello\x1b[0;0m'
)
ret = nested.output(self.data, nested_indent=2)
self.assertEqual(ret, expected_output_str)