every current template gets a row in the template_redacted table -
this inserts one for any template that doesn't already have a row,
with redact set to false, the user set to NOTIFY_USER since it was
just a script, and the updated_at set to the time the script is run
Since the version classes hinge on delicately preserving the session,
we need to take lots of care to ensure that we don't accidentally flush
half-way through. By joinedloading the template_redacted beforehand,
we prevent a flush which would inadvertantly remove the Service object
from the session, while it's still waiting in line to be versioned.
So that when the admin gets notifications, the template they return
also has a "redact_personalisation" boolean attached to it. Note, it
won't do the redacting on the api - that'll be part of the admin.
Under the hood, this uses an association_proxy, which is essentially
black magic. But it proxies the `redact_personalisation` property of
`TemplateRedacted` onto the `Template` object, so that Marshmallow
can pick it up.
Note: NOT currently added to NotificationWithTemplateHistory
If passing in `redact_personalisation` to the template update endpoint,
we should mark that template permanently as redacted - this means that
we won't ever return the personalisation for any notifications for it.
This is to be used with templates containing one time passwords, 2FA
codes or other sensitive information that you may not want service
workers to be able to see.
This is implemented via a separate table, `template_redacted`, which
just contains when the template was redacted.
If the service has not set the url then nothing happens.
If the request to the service url returns with 500 or greater the task is retries.
The task is created when the SMS provider post the inbound SMS.
* Alter config so an error will be raised if you forget to mock out a
celery call in one of your tests
* Remove an unneeded exception type that was masking errors
currently, they're made by creating a one-line job, but we want to
reduce task/csv file noise so we're moving them to persist in the
same vein as API usage. However, we can't just call through to that
since there are some differences:
* no api keys
* tighter control over API format
* no scheduling
* no client references
etc.
So, re-using as much of the v2 validation stuff as possible, I've
created this file that just does basic validation, and then calls
through to persist_notification and schedules a task. Woo.
