This PR updates the project status service (and schemas and UI) to use
the project's current health instead of the 4-week average.
I nabbed the `calculateHealthRating` from
`src/lib/services/project-health-service.ts` instead of relying on the
service itself, because that service relies on the project service,
which relies on pretty much everything in the entire system.
However, I think we can split the health service into a service that
*does* need the project service (which is used for 1 of 3 methods) and a
service (or read model) that doesn't. We could then rely on the second
one for this service without too much overhead. Or we could extract the
`calculateHealthRating` into a shared function that takes its stores as
arguments. ... but I suggest doing that in a follow-up PR.
Because the calculation has been tested other places (especially if we
rely on a service / shared function for it), I've simplified the tests
to just verify that it's present.
I've changed the schema's `averageHealth` into an object in case we want
to include average health etc. in the future, but this is up for debate.
Remove everything related to the connected environment count for project
status. We decided that because we don't have anywhere to link it to at
the moment, we don't want to show it yet.
This PR adds stale flag count to the project status payload. This is
useful for the project status page to show the number of stale flags in
the project.
This PR adds a project lifecycle read model file along with the most
important (and most complicated) query that runs with it: calculating
the average time spent in each stage.
The calculation relies on the following:
- when calculating the average of a stage, only flags who have gone into
a following stage are taken into account.
- we'll count "next stage" as the next row for the same feature where
the `created_at` timestamp is higher than the current row
- if you skip a stage (go straight to live or archived, for instance),
that doesn't matter, because we don't look at that.
The UI only shows the time spent in days, so I decided to go with
rounding to days directly in the query.
## Discussion point:
This one uses a subquery, but I'm not sure it's possible to do without
it. However, if it's too expensive, we can probably also cache the value
somehow, so it's not calculated more than every so often.
This PR adds member, api token, and segment counts to the project status
payload. It updates the schemas and adds the necessary stores to get
this information. It also adds a new query to the segments store for
getting project segments.
I'll add tests in a follow-up.
This PR wires up the connectedenvironments data from the API to the
resources widget.
Additionally, it adjusts the orval schema to add the new
connectedEnvironments property, and adds a loading state indicator for
the resource values based on the project status endpoint response.
As was discussed in a previous PR, I think this is a good time to update
the API to include all the information required for this view. This
would get rid of three hooks, lots of loading state indicators (because
we **can** do them individually; check out
0a334f9892)
and generally simplify this component a bit.
Here's the loading state:
This PR adds connected environments to the project status payload.
It's done by:
- adding a new `getConnectedEnvironmentCountForProject` method to the
project store (I opted for this approach instead of creating a new view
model because it already has a `getEnvironmentsForProject` method)
- adding the project store to the project status service
- updating the schema
For the schema, I opted for adding a `resources` property, under which I
put `connectedEnvironments`. My thinking was that if we want to add the
rest of the project resources (that go in the resources widget), it'd
make sense to group those together inside an object. However, I'd also
be happy to place the property on the top level. If you have opinions
one way or the other, let me know.
As for the count, we're currently only counting environments that have
metrics and that are active for the current project.
Adding project status schema definition, controller, service, e2e test.
Next PR will add functionality for activity object.
---------
Co-authored-by: Thomas Heartman <thomas@getunleash.io>
Archived features can be searched now.
This is the backend and small parts of frontend preparing to add
filters, buttons etc in next PR.
---------
Co-authored-by: Thomas Heartman <thomas@getunleash.io>
https://linear.app/unleash/issue/2-2787/add-openai-api-key-to-our-configuration
Adds the OpenAI API key to our configuration and exposes a new
`unleashAIAvailable` boolean in our UI config to let our frontend know
that we have configured this. This can be used together with our flag to
decide whether we should enable our experiment for our users.
This PR fixes a bug where the default project would have no listed
owners. The issue was that the default project has no user owners by
default, so we didn't get a result back when looking for user owners.
Now we check whether we have any owners for that project, and if we
don't, then we return the system user as an owner instead.
This also fixes an issue for the default project where you have no roles
(because by default, you don't) by updating the schema to allow an empty
list.
This PR contains a number of small updates to the dashboard schemas,
including rewording descriptions, changing numbers to integers, setting
minimum values.
This PR hooks up the owners and admins of Unleash to the UI. They'll
only be visible in cases where you have no projects.
In addition, it adds Orval schemas for the new payload properties and
updates the generating schemas to fix some minor typing issues.
Adds Unleash admins to the personal dashboard payload.
Uses the access store (and a new method) to fetch admins and maps it to
a new `MinimalUser` type. We already have a `User` class, but it
contains a lot of information we don't care about here, such as `isAPI`,
SCIM data etc.
In the UI, admins will be shown to users who are not part of any
projects. This is the default state for new viewer users, and can also
happen for editors if you archive the default project, for instance.
Tests in a follow-up PR
This PR adds all user-type owners of projects that you have access to to
the personal dashboard payload. It adds the new `projectOwners` property
regardless of whether you have access to any projects or not because it
required less code and fewer conditionals, but we can do the filtering
if we want to.
To add the owners, it uses the private project checker to get accessible
projects before passing those to the project owner read model, which has
a new method to fetch user owners for projects.
This PR adds project owner information to the personal dashboard's
project payload.
To do so, it uses the existing project owners read model.
I've had to make a few changes to the project owners read model to
accomodate this:
- make the input type to `addOwners` more lenient. We only need the
project ids, so we can make that the only required property
- fall back to using email as the name if the user has no name or
username (such as if you sign up with the demo auth)
This PR adds some of the necessary project data to the personal
dashboard API: project names and ids, and the roles that the user has in
each of these projects.
I have not added project owners yet, as that would increase the
complexity a bit and I'd rather focus on that in a separate PR.
I have also not added projects you are part of through a group, though I
have added a placeholder test for that. I will address this in a
follow-up.
https://linear.app/unleash/issue/2-2664/implement-event-tooltips
Implements event tooltips in the new event timeline.
This leverages our current `feature-event-formatter-md` to provide both
a label and a summary of the event. Whenever our new `eventTimeline`
flag is enabled, we enrich our events in our event search endpoint with
this information. We've discussed different options here and reached the
conclusion that this is the best path forward for now. This way we are
being consistent, DRY, relatively performant and it also gives us a
happy path forward if we decide to scope in the event log revamp, since
this data will already be present there.
We also added a new `label` property to each of our event types
currently in our event formatter. This way we can have a concise,
human-readable name for each event type, instead of exposing the
internal event type string.
~~We also fixed the way the event formatter handled bold text (as in,
**bold**). Before, it was wrapping them in *single asterisks*, but now
we're using **double asterisks**. We also abstracted this away into a
helper method aptly named `bold`. Of course, this change meant that a
bunch of snapshots and tests needed to be updated.~~
~~This new `bold` method also makes it super easy to revert this
decision if we choose to, for any reason. However I believe we should
stick with markdown formatting, since it is the most commonly supported
formatting syntax, so I see this as an important fix. It's also in the
name of the formatter (`md`). I also believe bold was the original
intent. If we want italic formatting we should implement it separately
at a later point.~~
Edit: It was _bold_ of me to assume this would work out of the box on
Slack. It does when you manually try it on the app, but not when using
the Slack client. See: https://github.com/Unleash/unleash/pull/8222
