def test_search_with_match_any(self):
target_email = self.emails[1]
unique_string = target_email.subject[0:10]
criteria = SearchCriteria()
criteria.subject = unique_string
criteria.body = "this is a link"
criteria.match = "ANY"
results = self.client.messages.search(self.server, criteria).items
self.assertEqual(4, len(results))
def test_search_by_body(self):
target_email = self.emails[1]
unique_string = target_email.subject[0:10]
criteria = SearchCriteria()
criteria.body = "%s html" % (unique_string)
results = self.client.messages.search(self.server, criteria).items
self.assertEqual(1, len(results))
self.assertEqual(target_email.to[0].email, results[0].to[0].email)
self.assertEqual(target_email.subject, results[0].subject)
def test_notifications(self):
global token
token = self.getToken()
global service_token
service_token = self.getServiceToken()
global base_tenant_id
base_tenant_id = self.getBaseTenantId()
global roleIdMap
roleIdMap = self.getRoleIdMap()
seconds_since_epoch = datetime.now().timestamp()
user_ids = []
usernames = []
for i in range(NO_OF_SUBSCRIBERS):
# Create User
username = self.mailosaur.servers.generate_email_address(
MAILOSAUR_SERVER_NAME)
user_id = self.createUser(username)
print("created user-id: " + user_id)
user_ids.append(user_id)
usernames.append(username)
# Create tenant
tenant_id = self.createTenant(tenant_name, usernames)
print("created tenant-id: " + tenant_id)
# Create subscription
self.createSubscription(SERVICE_NAME, tenant_id, user_ids)
body = "This is Sample Event one sent - " + str(seconds_since_epoch)
execptionRaised = False
try:
# Generate and send notification
ws = create_connection(
ws_url + '/audit/ws/audit-ingest',
header={"Authorization": "Bearer " + service_token},
sslopt={"cert_reqs": ssl.CERT_NONE})
# Start thread to listen to audit logs
auditLogWatcher = CommandWatch(
cmd='kubectl -n rainier logs -f --tail 0 rainier-audit-0',
countdown=NO_OF_NOTIFICATIONS * NO_OF_SUBSCRIBERS,
end_pattern=".*(Email Sent Successfully for:).*",
start_pattern=
".*(Size of notification queue is:)\s*\d+\s+(Size of event queue is:)\s*\d+"
)
audit_run_task = auditLogWatcher.submit(TIMEOUT)
print("Sending " + str(NO_OF_NOTIFICATIONS) +
" notification, Body: " + body)
msg = stomper.Frame()
msg.cmd = 'SEND'
msg.headers = {
'destination': '/events/post',
'content_type': 'application/json',
'receipt': 'new-receipt'
}
msg.body = json.dumps({
"tenant-id": tenant_id,
"severity": "CRITICAL",
"event-message": body,
"event-name": SERVICE_NAME + "Asset",
"time": int(round(time.time() * 1000)),
"event-type": SERVICE_NAME + "down",
"elementId": "oldvalue1",
"neId": "newvalue1",
"ne-kind": "userid6"
})
for i in range(NO_OF_NOTIFICATIONS):
ws.send(msg.pack())
ws.close()
except Exception as err:
print(
"-----Exception while trying to send notification via websocket-----"
)
print(err)
print(traceback.print_exc())
print(
"-------------------------------------------------------------------"
)
execptionRaised = True
exit(1)
finally:
if not execptionRaised:
# Wait till all notifications are read from queue
print("Checking audit logs .....")
runtime = audit_run_task.result()
print("Notifications processing time taken: " + str(runtime) +
" s")
# Delete subscription
self.deleteSubscription(tenant_id)
# Delete tenant
self.deleteTenant(tenant_id)
# Delete user
self.deleteUser(user_ids)
if validate:
# Verify email notifications
print("Waiting for emails to be sent .....")
time.sleep(10)
print("Done waiting")
for user in usernames:
# 2. Build search criteria to find the email you have sent
print("Checking for user: "******"INFO Alert"
criteria.sent_from = "*****@*****.**"
criteria.body = body
try:
# 3. Wait for the message (by default only looks for messages received in the last hour)
messages = self.mailosaur.messages.search(
MAILOSAUR_SERVER_NAME, criteria)
message_list = {}
if len(messages.items) > 0:
for message in messages.items:
if message.id not in message_list:
message_list[message.id] = message
t_end = time.time() + 60 * 2 # wait for 2 mins
i = 1
while time.time() < t_end and len(
messages.items) < NO_OF_NOTIFICATIONS:
time.sleep(10 * i)
messages = self.mailosaur.messages.search(
MAILOSAUR_SERVER_NAME, criteria)
if len(messages.items) > 0:
for message in messages.items:
if message.id not in message_list:
message_list[message.id] = message
except MailosaurException as err:
print(err.error_type)
print(err.message)
print("Response code: " + err.http_status_code +
", body: " + err.http_response_body)
print(traceback.print_exc())
# 4. Assert that the email subject is what we expect
self.assertEqual(NO_OF_NOTIFICATIONS, len(messages.items))
for key in message_list:
message = self.mailosaur.messages.get_by_id(key)
print("To: " + ",".join(str(p.email) for p in message.to))
print("Bcc: " +
",".join(str(p.email) for p in message.bcc))
print("Text Content: " + str(message.text.body))
print("HTML Content: " + str(message.html.body))
for message in messages.items:
self.mailosaur.messages.delete(message.id)