This relationship is via the `Organisation` now; we don’t use this
column to fudge a relationship based on the user’s email address and the
matching something in these columns.
Similar to MMG, there's a new env variable FIRETEXT_URL that can be
used to override the Firetext api URL.
This will be used to stub out both providers during the load test or
can be used to run a local API against a fake provider endpoint.
Needed to update old migration scripts so that the email_branding name is not null when creating the test dbs.
This should no affect the migrations elsewhere.
The NHS is a special case because it’s not one organisation, but it does
have one consistent brand. So anyone working for an NHS organisation
should have their default branding set when they create a service, even
if we know nothing about their specific organisation.
The behaviour of stacking the version decorators does not work as
expected.
What you would expect to happen is that each decorator causes a history
row to be written for its respective model object.
What actually happens is that the first decorator adds history records
to the database session, but then causes the database session to commit.
This means that subsequent uses of this decorator find a clean session,
and therefore no changes to copy to their respective history tables.
This commit changes the intended use of the decorator so that it is only
used once per function, and accepts multiple definitions of what to
record history for. This way it can record everything that needs to go
into the history before doing anything that would risk flushing the
session.
This is fiendishly difficult error to discover on your own.
It’s caused when, during the creation of a row in the database, you run
a query on the same table, or a table that joins to the table you’re
inserting into. What I think is happening is that the database is forced
to flush the session before running the query in order to maintain
consistency.
This means that the session is clean by the time the history stuff comes
to do its work, so there’s nothing for it to copy into the history
table, and it silently fails to record history.
Hopefully raising an exception will:
- prevent this from failing silently
- save whoever comes across this issue in the future a whole load of
time
The association is based on the email address of the user that created the service, meaning we need to look at version 1 of the service_history.
Then use the existing methods to find the organisation by email address, then add the association.
This celery task was not decorated with the cronitor decorator so never
checked in with cronitor.
Adding the decorator will ensure this task is monitored.
The requisite cronitor key is in the credentials repository already.
Signed-off-by: Toby Lorne <toby.lornewelch-richards@digital.cabinet-office.gov.uk>
Added a command to get more detailed information about the letters that
are listed in the files of zip files sent that are stored on S3. This takes
one or more file paths as arguments and creates a CSV file with a row for each
letter.
We need this in the admin app while we still have pages that:
- talk about the data sharing and financial agreement
- but aren’t within a service (so can’t look at the service’s
organisation)
This is a get, but it deliberately won’t work if you pass it an email
address, in order not to put personally identifying information in our
logs.
When we send a zip file of letters to DVLA we expect them to send back an acknowledgement of those files.
Previously they named the files like NOTIFY.20180202091254.ACK.TXT and the contents would contain the name of the zip file we sent with a date of when they got it.
They have updated this format to mirror the format of the zip file because there was an instance where they sent 2 files of the same name so the later overwrote the first.
Since the name matches our name, there is no need to get the file from S3 but just compare file names.
the create_nightly_notification_status task runs at 00:30am UK time,
however this means that in summer datetime.today() will return the
wrong date as the server (which runs on UTC) will run the task at
23:30 (populating the wrong row in the table).
fix this to use nice tz aware functions
* call variables unambiguous things like `start_time` or `bst_date` to
reduce risk of passing in the wrong thing
* simplify the count_dict object - remove nested dict and start_date
fields as superfluous
* use static datetime objects in tests rather than calculating them
each time
The pp client converts to UTC using the convert_utc_to_bst notify util.
This requires a datatime not a date, pass it a datetime, and add an
assertion in an existing test.
I didn't want to use the midnight conversion util in the test.
Signed-off-by: Toby Lorne <toby.lornewelch-richards@digital.cabinet-office.gov.uk>
