refs: https://github.com/TryGhost/Toolbox/issues/203
- Without the all flag only files touched by tests are counted
- This shows our unit-testing picture more clearly
- Will get this change rolled out across all repos and packages ASAP, but for now this one seemed most important
no-issue
We were incorrectly mixing transactional and non-transactional
operations. An e2e test in Ghost will be merged shortly which caught
this problem.
refs https://github.com/TryGhost/Team/issues/1299
- Convert `created_at` to the right column in each function query
- Renamed the misspelled `getEmailDeliveredEvents` function
- Updated existing unit tests to cover the order
refs: https://github.com/TryGhost/Toolbox/issues/166
New package handles the email verification workflow to prevent spammers. It currently handles MembersSubscribeEvent to detect potential abuse of the API to add members, and exposes methods for checking the threshold / starting the verification process for use by other areas of the code (at the moment - just member imports).
The import package no longer needs to handle anything related to verification since it can be handled in the wrapper function in Ghost, and the API package doesn't need to do anything other than dispatch the new event.
refs https://github.com/TryGhost/Team/issues/1277
- When a user signs-up, two events are created, the code was only keeping one of these events.
- This was introduce in commit 58c9c1c649 when the only usage of the function was to extract the 5 most recent events. Any duplication was creating too much noise.
- This was creating issues now that we introduce event filtering. Some `newsletter_event` events would appear from nowhere we we were filtering-out `signup_event` events.
- We removed the deduplication when the `membersActivityFeed` flag is enabled.
refs https://github.com/TryGhost/Team/issues/1277
- In `getEventTimeline` we filter to only perform the relevant queries, passing to each query function the filters (subset of NQL)
- In each query function, we rewrite the filters to adapt them to the internal data shape.
- We need to do this rewrite to allow API consumers to create filters based on the output on the API instead of the internal data structure.
- Added partial unit tests as there is a lot of repetition between the query functions.
refs https://github.com/TryGhost/Team/issues/1277
- This will allow to filter events within `getEventTimeline`
- The subset of NQL has the following rules:
- Only one level of filters, now parenthesis allowed
- Only three filter keys allowed
- No `or` allowed outside of the bracket notation (this is allowed: `type:-[email_opened_event,email_failed_event]` but this isn't: `type:1,data.created_at:1`)
- The return is an object with a NQL filter by allowed filter key
refs https://github.com/TryGhost/Team/issues/1252
Although we filter out archived tiers from being shown in Portal - we
must also persist this information, so that when they are unarchived,
they continue to not be shown in Portal.
Unfortunately this information is stored in a setting, rather than on
the Tier object itself, two things to consider for the future are:
1. Representing the display value on the Tier object in the API
2. Updating the DB tables to allow storing the display value on the Tier
refs https://github.com/TryGhost/Team/issues/1277
- Doing a filtered DB query wasn't a good solution because we query several tables with different shapes.
- Filtering in memory is done with the NQL library
- Removed the side-effect of changing options.filter for each query, now that options.filter will already contain NQL
- The filtering is done in the reduce function to avoid looping one more time over the in-memory events
refs https://github.com/TryGhost/Team/issues/1277
- Added the pre-existing framework filters to each event query.
- Made sure we aren't modifying the original `options.filter` to avoid side-effects between event queries.
refs https://github.com/TryGhost/Team/issues/1252
This will be used to archive and unarchive Tiers. There is a restriction
on archiving "free" Tiers because our current system expects only one,
and it should always be active.
