Currently templates are ordered by the newest created first. This made sense when, after creating a new template, you were landed on the page that listed all the templates. In other words, you needed to see confirmation of the thing that you’ve just done. Now (since https://github.com/alphagov/notifications-admin/pull/1195) you get landed on the page for just that template. So you always see the template you’ve just created, no matter how the list of templates is ordered. So we are free to change the order of the templates. Ordering by time created is not great, because it gives users no control over which templates appear first. For example, our research reported this from one team: > One frustration they have is that when you add a new template it > automatically goes to the top of the list. To get round this, whenever > they add a new template they delete all of the existing ones and start > again because they want to keep their templates in numerical order. > They'd like to be able to control the order of templates in the list. We _could_ give people some sort of drag-and-drop template ordering thing. But this feels like overkill. I think that alphabetical order is better because: - it’s easily discoverable – anyone who wants to know how a list is ordered can quickly tell just by looking at it - it’s universal – everyone knows how alphabetical ordering works - it’s familiar – this is how people documents on their computer are ordered; there’s no new UI to learn - it’s what users are doing already – from the same service as above: > They number their templates 1,2a, 2b, 3a etc So this commit changes the ordering from newest created first to alphabetical. Previous changes to template order and navigation: - https://github.com/alphagov/notifications-admin/pull/1163 - https://github.com/alphagov/notifications-admin/pull/1195 - https://github.com/alphagov/notifications-admin/pull/1330 Implementation notes --- I refactored some of the tests here. I still don’t think they’re great tests, but they’re a little more Pythonic now at least. I also added a sort by template type, so that the order is deterministic when you have, for example, an email template and a text message template with the same name. If you have two text message templates with the same name you’re on your own.
notifications-api
Notifications api Application for the notification api.
Read and write notifications/status queue. Get and update notification status.
Setting Up
AWS credentials
To run the API you will need appropriate AWS credentials. You should receive these from whoever administrates your AWS account. Make sure you've got both an access key id and a secret access key.
Your aws credentials should be stored in a folder located at ~/.aws. Follow Amazon's instructions for storing them correctly.
### Virtualenv
mkvirtualenv -p /usr/local/bin/python3 notifications-api
### environment.sh
Creating the environment.sh file. Replace [unique-to-environment] with your something unique to the environment. Your AWS credentials should be set up for notify-tools (the development/CI AWS account).
Create a local environment.sh file containing the following:
echo "
export SQLALCHEMY_DATABASE_URI='postgresql://localhost/notification_api'
export SECRET_KEY='dev-notify-secret-key'
export DANGEROUS_SALT='dev-notify-salt'
export NOTIFY_ENVIRONMENT='development'
export ADMIN_CLIENT_SECRET='dev-notify-secret-key'
export ADMIN_BASE_URL='http://localhost:6012'
export FROM_NUMBER='development'
export MMG_URL='https://api.mmg.co.uk/json/api.php'
export MMG_API_KEY='MMG_API_KEY'
export LOADTESTING_API_KEY='FIRETEXT_SIMULATION_KEY'
export FIRETEXT_API_KEY='FIRETEXT_ACTUAL_KEY'
export STATSD_PREFIX='YOU_OWN_PREFIX'
export NOTIFICATION_QUEUE_PREFIX='YOUR_OWN_PREFIX'
export REDIS_URL="redis://localhost:6379/0"
"> environment.sh
NOTES:
- Replace the placeholder key and prefix values as appropriate
- The SECRET_KEY and DANGEROUS_SALT should match those in the notifications-admin app.
- The unique prefix for the queue names prevents clashing with others' queues in shared amazon environment and enables filtering by queue name in the SQS interface.
Postgres
Install Postgres.app. You will need admin on your machine to do this.
Redis
To switch redis on you'll need to install it locally. On a OSX we've used brew for this. To use redis caching you need to switch it on by changing the config for development:
REDIS_ENABLED = True
To run the application
First, run scripts/bootstrap.sh to install dependencies and create the databases.
You need to run the api application and a local celery instance.
There are two run scripts for running all the necessary parts.
scripts/run_app.sh
scripts/run_celery.sh
Optionally you can also run this script to run the scheduled tasks:
scripts/run_celery_beat.sh
To test the application
First, ensure that scripts/bootstrap.sh has been run, as it creates the test database.
Then simply run
make test
That will run pycodestyle for code analysis and our unit test suite. If you wish to run our functional tests, instructions can be found in the notifications-functional-tests repository.
To remove functional test data
NOTE: There is assumption that both the server name prefix and user name prefix are followed by a uuid. The script will search for all services/users with that prefix and only remove it if the prefix is followed by a uuid otherwise it will be skipped.
Locally
python application.py purge_functional_test_data -u <functional tests user name prefix> # Remove the user and associated services.
On the server
python server_commands.py purge_functional_test_data -u <functional tests user name prefix> # Remove the user and associated services.