def run_all_tests(self):
for i in range(FLAGS.runs):
self._run_fuzz_tests()
if self._unexpected_errors > 0:
sys.exit(esp_utils.red('Fuzz test failed.'))
else:
print esp_utils.green('Fuzz test passed.')
def run_all_tests(self):
self.verify_key_restriction();
if self._failed_tests:
sys.exit(esp_utils.red('%d tests passed, %d tests failed.' % (
self._passed_tests, self._failed_tests)))
else:
print esp_utils.green('All %d tests passed' % self._passed_tests)
def run_all_tests(self):
self.verify_quota_control()
if self._failed_tests:
sys.exit(esp_utils.red('%d tests passed, %d tests failed.' % (
self._passed_tests, self._failed_tests)))
else:
print esp_utils.green('All %d tests passed' % self._passed_tests)
def run_all_tests(self):
self.clear()
self.verify_list_shelves([])
shelf1 = {'name': 'shelves/100', 'theme': 'Text books'}
shelf1 = self.create_shelf(shelf1)
self.verify_list_shelves([shelf1])
shelf2 = {'name': 'shelves/200', 'theme': 'Fiction'}
shelf2 = self.create_shelf(shelf2)
self.verify_list_shelves([shelf1, shelf2])
self.verify_shelf(shelf1)
self.verify_shelf(shelf2)
book11 = {
'name': 'books/1000',
'author': 'Graham Doggett',
'title': 'Maths for Chemist'
}
book11 = self.create_book(shelf1['name'], book11)
self.verify_list_books(shelf1['name'], [book11])
book12 = {
'name': 'books/2000',
'author': 'George C. Comstock',
'title': 'A Text-Book of Astronomy'
}
book12 = self.create_book(shelf1['name'], book12)
self.verify_list_books(shelf1['name'], [book11, book12])
self.verify_book(book11)
self.verify_book(book12)
# shelf2 is empty
self.verify_list_books(shelf2['name'], [])
self.delete_book(book12['name'])
self.verify_list_books(shelf1['name'], [book11])
self.delete_book(book11['name'])
self.verify_list_books(shelf1['name'], [])
self.delete_shelf(shelf2['name'])
self.delete_shelf(shelf1['name'])
self.verify_list_shelves([])
if self._failed_tests:
sys.exit(
esp_utils.red('%d tests passed, %d tests failed.' %
(self._passed_tests, self._failed_tests)))
else:
print esp_utils.green('All %d tests passed' % self._passed_tests)
def assertEqual(self, a, b):
msg = 'assertEqual(%s, %s)' % (str(a), str(b))
if a == b:
print '%s: %s' % (esp_utils.green('OK'), msg)
self._passed_tests += 1
else:
self.fail(msg)
def _check_for_crash(self):
print "Checking for crashes..."
current_status = self._get_status()
initial_processes = self._initial_status['processes']
current_processes = current_status['processes']
if len(initial_processes) != len(current_processes):
sys.exit(
esp_utils.red(
'ESP crashed. Initial & current process numbers do not match.'
))
return
for i in range(len(initial_processes)):
if initial_processes[i]['processId'] != current_processes[i][
'processId']:
sys.exit(
esp_utils.red(
'ESP crashed. Initial & current pids do not match.'))
if initial_processes[i]['startedAt'] != current_processes[i][
'startedAt']:
sys.exit(
esp_utils.red(
'ESP crashed. Initial & current start times do not match.'
))
print esp_utils.green('No crashes detected.')