#!/usr/bin/python
import unittest
import tempfile
import os
import unittest_base
import sys
import shutil
import xenapi_mock
from autocertkit import utils
from datetime import datetime
utils.configure_logging('ack_tests')
K = 1024
M = K * 1024
G = M * 1024
class ExpressionMatchingTests(unittest_base.DevTestCase):
"""Tests for checking that the expr_eval function
works appropriately with XenServer version numbers"""
def _exp_true(self, expr, val):
res = utils.eval_expr(expr, val)
self.assertEqual(res, True, "Expected %s %s to be True!" % (val, expr))
def _exp_false(self, expr, val):
res = utils.eval_expr(expr, val)
self.assertEqual(
res, False, "Expected %s %s to be False!" % (val, expr))
#!/usr/bin/python
import unittest
import unittest_base
from autocertkit import utils, test_generators, testbase
import sys
utils.configure_logging('ack_tests')
class TagsTests(unittest_base.DevTestCase):
"""Test that tags are enumerated correctly for a specified testclass"""
def testCPUTestClassTags(self):
cpuclass = testbase.CPUTestClass(self.session, self.config)
tags = cpuclass.get_tags()
assert 'CPU' in tags, "CPU tag not in the tags for CPUClass (%s)" % tags
def testForTagMutilation(self):
tg = test_generators.TestGenerator('fake_session', {}, 'nonexistent')
for test_name, test_class in tg.get_test_classes():
orig_tags = list(test_class('fake_session',{}).tags)
new_tags = test_class('fake_session',{}).tags
assert orig_tags == new_tags, "%s != %s - Tags are being mutilated. (%s)" % (orig_tags, new_tags, test_name)
if __name__ == '__main__':
unittest.main()
#!/usr/bin/python
import unittest
import sys
import os
import os.path
import random
import exceptions
import tempfile
import shutil
from autocertkit import utils, ack_cli
utils.configure_logging("ack_tests")
class NetworkConfRobustTests(unittest.TestCase):
""" Checking functionality and robust of netconf parser. """
TMP_DIR = None
PREFIX = "sameple_netconf_"
CLEANUP_LIST = []
def _create_netconf_file(self, content):
fullpath = self.TMP_DIR + os.sep + self.PREFIX + str(random.random())
fh = file(fullpath, "w")
fh.write(content)
fh.close()
self.CLEANUP_LIST.append(fullpath)