def test_create_simple_fts_index(self):
indexName = "FTSIndex1"
NavigationHelper(self).navigate('Indexes')
self.ftsHelper.click_fts_tab(text="Full Text")
self.assertTrue(self.ftsHelper.create_new_fts_index(indexName=indexName, bucketName=self.bucketname),
"Failed to create FTS Index")
NavigationHelper(self).navigate('Indexes')
self.ftsHelper.click_fts_tab(text="Full Text")
self.assertTrue(self.ftsHelper.is_fts_index_displayed_in_list(indexName=indexName),
"Index not listed in the FTS Index list")
def test_create_replication(self):
self.assertTrue(
len(self.servers) > 1, 'This test requires at least 2 nodes')
ip = self.input.param('ip_to_replicate', self.servers[1].ip)
name = self.input.param('name', 'ui_auto')
user = self.input.param('user',
self.input.membase_settings.rest_username)
passwd = self.input.param('passwd',
self.input.membase_settings.rest_password)
src_bucket = self.input.param('src_bucket', self.bucket)
dest_bucket = self.input.param('dest_bucket', self.bucket)
dest_cluster = self.input.param('dest_cluster', name)
error = self.input.param('error', None)
advanced_settings = self.input.param('advanced_settings', {})
if advanced_settings:
adv_s = advanced_settings.split('~')
advanced_settings = {}
for setng in adv_s:
advanced_settings[setng.split(':')[0]] = setng.split(':')[1]
NavigationHelper(self).navigate('XDCR')
XDCRHelper(self).create_cluster_reference(name, ip, user, passwd)
self.sleep(3)
try:
XDCRHelper(self).create_replication(
dest_cluster,
src_bucket,
dest_bucket,
advanced_settings=advanced_settings)
except Exception, ex:
self.log.error(str(ex))
if error:
self.assertTrue(
str(ex).find(error) != -1, 'Error is not expected')
else:
raise ex
def test_save_result(self):
path = self.input.param('path', "data.json")
check_query = self.input.param('check_query', '').replace(
'_STAR_', '*').replace('_SEM_', ';').decode('unicode_escape')
expected_result = self.input.param(
'expected_result', '{"no_data_yet": "hit execute to run query"}')
expected_result = expected_result.replace('_STAR_', '*').replace(
'_SEM_', ';').decode('unicode_escape')
home = expanduser("~")
home += "\Downloads"
saved_file = "%s\%s" % (home, path)
try:
if path:
os.remove(saved_file)
else:
os.remove("%s\download" % home)
except OSError:
pass
NavigationHelper(self).navigate('Query')
if check_query:
self.queryHelper.execute_query(check_query)
self.queryHelper.save_result(path)
if not path:
saved_file = "%s\download" % home
f = open(saved_file, 'r')
content = f.read()
search_obj = re.search(expected_result, content, re.M | re.I)
self.assertTrue(search_obj,
msg='Incorrect saved query result file: %s' % content)
def test_rebalance_out(self):
service = self.input.param("services", '').split(';')
NavigationHelper(self).navigate('Server Nodes')
self.helper.add(self.input, index=1, services=service)
self.helper.start_rebalancing()
self.sleep(3, 'Wait some progress')
self.helper.wait_for_rebalance_stops()
self.helper.remove_node(ip=self.servers[1].ip, skip_wait=False)
self.helper.wait_for_rebalance_stops()
def test_add_node_warning(self):
services = self.input.param("services", '').split(';')
warning = self.input.param("warning", '')
NavigationHelper(self).navigate('Server Nodes')
current_warning = self.helper.add_warnings(self.input,
services=services)
self.assertTrue(
current_warning.find(warning) != -1,
'there was no expected warnings')
def test_failover(self):
service = self.input.param("services", '').split(';')
NavigationHelper(self).navigate('Server Nodes')
self.helper.add(self.input, index=1, services=service)
self.helper.start_rebalancing()
self.sleep(3, 'Wait some progress')
self.helper.wait_for_rebalance_stops()
if len(self.servers) < 2:
self.fail("There is no enough VMs. Need at least 2")
ServerHelper(self).failover(self.servers[1], confirm=True, graceful=True)
def test_add_node(self):
# kv n1ql moxi index
services = self.input.param("services", '').split(';')
error = self.input.param("error", '')
NavigationHelper(self).navigate('Server Nodes')
try:
self.helper.add(self.input, services=services)
except Exception, ex:
if error and str(ex).find(error) != -1:
self.log.info('Error appeared as expected')
else:
self.fail('unexpected error appeared %s' % str(ex))
def test_cancel_create_reference(self):
self.assertTrue(len(self.servers) > 1, 'This test requires at least 2 nodes')
ip = self.input.param('ip_to_replicate', self.servers[1].ip)
name = self.input.param('name', 'ui_auto')
user = self.input.param('user', self.input.membase_settings.rest_username)
passwd = self.input.param('passwd', self.input.membase_settings.rest_password)
helper = XDCRHelper(self)
NavigationHelper(self).navigate('XDCR')
helper.create_cluster_reference(name, ip, user, passwd, cancel=True)
self.assertFalse(helper.is_cluster_reference_created(name, ip),
'Reference should not appear')
self.log.info('Test finished as expected')
def test_rebalance_out_last_data(self):
service = self.input.param("services", '').split(';')
warn = self.input.param("warning", '')
NavigationHelper(self).navigate('Server Nodes')
self.helper.add(self.input, index=1, services=service)
self.helper.start_rebalancing()
self.sleep(3, 'Wait some progress')
self.helper.wait_for_rebalance_stops()
self.helper.remove_node(ip=self.servers[0].ip, skip_wait=True)
self.helper.start_rebalancing()
alert, text = self.helper.get_alert_text()
self.assertTrue(text.find(warn) != -1, 'Alert text does not match: %s' % alert)
alert.accept()
def test_rebalance_in(self):
service = self.input.param("services", '').split(';')
NavigationHelper(self).navigate('Server Nodes')
self.helper.add(self.input, services=service)
self.helper.start_rebalancing()
self.sleep(3, 'Wait some progress')
self.helper.wait_for_rebalance_stops()
self.log.info("Check finished")
if 'kv' in service:
self.assertTrue(not self.helper.get_items(self.servers[1]).startswith('0'), 'Data is not in server!')
else:
self.assertTrue(self.helper.get_items(self.servers[1]).startswith('0'), 'Data is in server!')
self.log.info("Check finished")
def test_rebalance_swap(self):
self.assertTrue(len(self.servers) > 2, 'Test needs more than 2 node')
service = self.input.param("services", '').split(';')
NavigationHelper(self).navigate('Server Nodes')
self.helper.add(self.input, index=1, services=service)
self.helper.start_rebalancing()
self.sleep(3, 'Wait some progress')
self.helper.wait_for_rebalance_stops()
self.helper.remove_node(ip=self.servers[1].ip)
self.helper.add(self.input, index=2, services=service)
self.helper.start_rebalancing()
self.sleep(3, 'Wait some progress')
self.helper.wait_for_rebalance_stops()
self.assertTrue(self.helper.get_number_server_rows() == 2,'Node was not added')
def test_bucket_analysis(self):
init_analysis = self.input.param('init_analysis', None)
expected_analysis = self.input.param('expected_analysis', None)
init_analysis = init_analysis.replace('_STAR_', '*').replace(
'_SEM_', ';').decode('unicode_escape').split('|') # 4.7 vs 4.6
expected_analysis = expected_analysis.replace('_STAR_', '*').replace(
'_SEM_', ';').decode('unicode_escape')
check_query = self.input.param('check_query', '').replace(
'_STAR_', '*').replace('_SEM_', ';').decode('unicode_escape')
NavigationHelper(self).navigate('Query')
self.queryHelper.check_bucket_analysis_result(init_analysis)
self.queryHelper.execute_query(check_query)
self.queryHelper.controls.query_bucket_analysis().refresh_button.click(
highlight=False)
time.sleep(6)
self.queryHelper.check_bucket_analysis_result(expected_analysis)
def test_create_reference(self):
self.assertTrue(len(self.servers) > 1, 'This test requires at least 2 nodes')
ip = self.input.param('ip_to_replicate', self.servers[1].ip)
name = self.input.param('name', 'ui_auto')
user = self.input.param('user', self.input.membase_settings.rest_username)
passwd = self.input.param('passwd', self.input.membase_settings.rest_password)
error = self.input.param('error', None)
helper = XDCRHelper(self)
NavigationHelper(self).navigate('XDCR')
try:
helper.create_cluster_reference(name, ip, user, passwd)
except Exception, ex:
self.log.error(str(ex))
if error:
self.assertTrue(str(ex).find(error) != -1, 'Error is not expected')
else:
raise ex
def test_create_indexes(self):
expected_results = self.input.param('expected_result', None)
if expected_results is not None:
expected_results = expected_results.replace('_STAR_', '*').replace('_SEM_', ';').decode('unicode_escape')\
.split('|') # 4.7 vs 4.6 versions
summary_result = self.input.param('summary_result', '')
summary_result = summary_result.replace('_STAR_', '*').replace(
'_SEM_', ';').decode('unicode_escape')
result_mode = self.input.param('mode', 'JSON')
if self.rest.get_nodes()[0].version <= '4.7' and result_mode in [
'Plan Text', 'Plan'
]:
self.log.info("skipp 'Plan Text', 'Plan' modes in version < 4.7")
return
init_query = self.input.param('init_query', '').replace(
'_STAR_', '*').replace('_SEM_', ';').decode('unicode_escape')
check_query = self.input.param('check_query', '').replace(
'_STAR_', '*').replace('_SEM_', ';').decode('unicode_escape')
NavigationHelper(self).navigate('Query')
if init_query:
self.queryHelper.execute_query(init_query)
self.queryHelper.controls.query_top_screen().view_next.click()
self.assertEqual(
'{"no_data_yet": "hit execute to run query"}',
self.queryHelper.controls.query_results_box().result_json_mode.
get_text())
self.queryHelper.execute_query(check_query)
if expected_results is not None:
self.queryHelper.check_result(expected_results, mode=result_mode)
if summary_result:
self.queryHelper.check_summary_result(summary_result,
mode=result_mode)
if init_query:
self.queryHelper.controls.query_top_screen().view_previous.click()
self.assertEqual(
init_query,
self.queryHelper.controls.query_top_screen().
query_editor_value.get_text())
def test_save_query(self):
path = self.input.param('path', "n1ql_query.txt")
check_query = self.input.param('check_query', '').replace(
'_STAR_', '*').replace('_SEM_', ';').decode('unicode_escape')
home = expanduser("~")
home += "\Downloads"
saved_file = "%s\%s" % (home, path)
try:
if path:
os.remove(saved_file)
else:
os.remove("%s\download.txt" % home)
except OSError:
pass
NavigationHelper(self).navigate('Query')
self.queryHelper.execute_query(check_query)
self.queryHelper.save_query(path)
if not path:
saved_file = "%s\download.txt" % home
f = open(saved_file, 'r')
content = f.read()
self.assertEqual(content,
check_query,
msg='Incorrect saved query file: %s' % content)
def test_add_node(self):
# kv n1ql moxi index
services = self.input.param("services", '').split(';')
error = self.input.param("error", '')
NavigationHelper(self).navigate('Server Nodes')
