1. Added new schema and tests
2. Controller also accepts the data
3. Also sending fake data from frontend currently
Next steps, implement service/store layer and frontend
Now we are also sending project id to prometheus, also querying from
database. This sets us up for grafana dashboard.
Also put the metrics behind flag, just incase it causes cpu/memory
issues.
This PR updates the project service to automatically create a project id
if it is not provided. The feature is behind a flag. If an ID is
provided, it will still attempt to use that ID instead.
This PR adds a function to automatically generate a project ID on
creation. Using this when the id is missing will be handled in following
PRs.
The function uses the existing `slug` package to create a slug, and then
takes the 12 characters of a uuidv4 string to generate an ID.
The included tests check that the 12 character hash is added and that
the resulting string is url friendly (by checking that
`encodeURIComponent` doesn't change it).
We could also test a lot of edge cases (such as dealing with double
spaces, trimming the string, etc), but I think that's better handled by
the library itself (but you can check out what I removed in
2d9bcb6390
for an idea).
The function doesn't really need to be in the service; it could be moved to a util. But for proximity, I'll create it here first.
Final rank has always been ordering correctly by default. But after 5.12
I see some issues that sometimes it is not ordered. Just to be extra
sure, I am for ordering it.
This PR removes the workaround introduced in
https://github.com/Unleash/unleash/pull/6931. After
https://github.com/ivarconr/unleash-enterprise/pull/1268 has been
merged, this should be safe to apply.
Notably, this PR:
- tightens up the type for the enable change request function, so we can
use that to inform the code
- skips trying to do anything with an empty array
The last point is less important than it might seem because both the env
validation and the current implementation of the callback is essentially
a no-op when there are no envs. However, that's hard to enforce. If we
just exit out early, then at least we know nothing happens.
Optionally, we could do something like this instead, but I'm not sure
it's better or worse. Happy to take input.
```ts
const crEnvs = newProject.changeRequestEnvironments ?? []
await this.validateEnvironmentsExist(crEnvs.map((env) => env.name));
const changeRequestEnvironments =
await enableChangeRequestsForSpecifiedEnvironments(crEnvs,);
data.changeRequestEnvironments = changeRequestEnvironments;
```
This PR improves the handling of change request enables on project
creation in two ways:
1. We now verify that the envs you try to enable CRs for exist before
passing them on to the enterprise functionality.
2. We include data about environments and change request environments in
the project created events.
This commit adds an `environments` property to the project created
payload. The list contains only the projects that the project has
enabled.
The point of adding it is that it gives you a better overview over
what you have created.
## About the changes
This PR removes the feature flag `queryMissingTokens` that was fully
rolled out.
It introduces a new way of checking edgeValidTokens controlled by the
flag `checkEdgeValidTokensFromCache` that relies in the cached data but
hits the DB if needed.
The assumption is that most of the times edge will find tokens in the
cache, except for a few cases in which a new token is queried. From all
tokens we expect at most one to hit the DB and in this case querying a
single token should be better than querying all the tokens.
I've tried to use/add the audit info to all events I could see/find.
This makes this PR necessarily huge, because we do store quite a few
events.
I realise it might not be complete yet, but tests
run green, and I think we now have a pattern to follow for other events.
This PR adds an optional function parameter to the `createProject`
function that is intended to enable change requests for the newly
created project.
The assumption is that all the logic within will be decided in the
enterprise impl. The only thing we want to verify here is that it is
called after the project has been created.
This PR adds functionality to the `createProject` function to choose
which environments should be enabled when you create a new project. The
new `environments` property is optional and omitting it will make it
work exactly as it does today.
The current implementation is fairly strict. We have some potential
ideas to make it easier to work with, but we haven't agreed on any yet.
Making it this strict means that we can always relax the rules later.
The rules are (codified in tests):
- If `environments` is not provided, all non-deprecated environments are
enabled
- If `environments` is provided, only the environments listed are
enabled, regardless of whether they're deprecated or not
- If `environments` is provided and is an empty array, the service
throws an error. The API should dilsallow that via the schema anyway,
but this catches it in case it sneaks in some other way.
- If `environments` is provided and contains one or more environments
that don't exist, the service throws an error. While we could ignore
them, that would lead to more complexity because we'd have to also check
that the at least one of the environments is valid. It also leads to
silent ignoring of errors, which may or may not be good for the user
experience.
The API endpoint for this sits in enterprise, so no customer-facing
changes are part of this.
Previously, we were not validating that the ID was a number, which
sometimes resulted in returning our database queries (source code) to
the frontend. Now, we have validation middleware.
Previously, we were extracting the project from the token, but now we
will retrieve it from the session, which contains the full list of
projects.
This change also resolves an issue we encountered when the token was a
multi-project token, formatted as []:dev:token. Previously, it was
unable to display the exact list of projects. Now, it will show the
exact project names.
<details>
<summary>Feature Flag Cleanup</summary>
| Stale Flag | Value |
| ---------- | ------- |
| stripClientHeadersOn304 | true |
</details>
<details>
<summary>Trigger</summary>
https://github.com/Unleash/unleash/issues/6559#issuecomment-2058848984
</details>
<details>
<summary>Bot Commands</summary>
`@gitar-bot cleanup stale_flag=value` will cleanup a stale feature flag.
Replace `stale_flag` with the name of the stale feature flag and `value`
with either `true` or `false`.
</details>
---------
Co-authored-by: Gitar Bot <noreply@gitar.co>
## About the changes
- Removes the feature flag for the created_by migrations.
- Adds a configuration option in IServerOption for
`ENABLE_SCHEDULED_CREATED_BY_MIGRATION` that defaults to `false`
- the new configuration option when set on startup enables scheduling of
the two created_by migration services (features+events)
- Removes the dependency on flag provider in EventStore as it's no
longer needed
- Adds a brief description of the new configuration option in
`configuring-unleash.md`
- Sets the events created_by migration interval to 15 minutes, up from
2.
---------
Co-authored-by: Gastón Fournier <gaston@getunleash.io>
## About the changes
This PR provides a service that allows a scheduled function to run in a
single instance. It's currently not in use but tests show how to wrap a
function to make it single-instance:
65b7080e05/src/lib/features/scheduler/job-service.test.ts (L26-L32)
The key `'test'` is used to identify the group and most likely should
have the same name as the scheduled job.
---------
Co-authored-by: Christopher Kolstad <chriswk@getunleash.io>
This PR expands upon #6773 by returning the list of removed properties
in the API response. To achieve this, I added a new top-level `warnings`
key to the API response and added an `invalidContextProperties` property
under it. This is a list with the keys that were removed.
## Discussion points
**Should we return the type of each removed key's value?** We could
expand upon this by also returning the type that was considered invalid
for the property, e.g. `invalidProp: 'object'`. This would give us more
information that we could display to the user. However, I'm not sure
it's useful? We already return the input as-is, so you can always
cross-check. And the only type we allow for non-`properties` top-level
properties is `string`. Does it give any useful info? I think if we want
to display this in the UI, we might be better off cross-referencing with
the input?
**Can properties be invalid for any other reason?** As far as I can
tell, that's the only reason properties can be invalid for the context.
OpenAPI will prevent you from using a type other than string for the
context fields we have defined and does not let you add non-string
properties to the `properties` object. So all we have to deal with are
top-level properties. And as long as they are strings, then they should
be valid.
**Should we instead infer the diff when creating the model?** In this
first approach, I've amended the `clean-context` function to also return
the list of context fields it has removed. The downside to this approach
is that we need to thread it through a few more hoops. Another approach
would be to compare the input context with the context used to evaluate
one of the features when we create the view model and derive the missing
keys from that. This would probably work in 98 percent of cases.
However, if your result contains no flags, then we can't calculate the
diff. But maybe that's alright? It would likely be fewer lines of code
(but might require additional testing), although picking an environment
from feels hacky.
Don't include invalid context properties in the contexts that we
evaluate.
This PR removes any non-`properties` fields that have a non-string
value.
This prevents the front end from crashing when trying to render an
object.
Expect follow-up PRs to include more warnings/diagnostics we can show to
the end user to inform them of what fields have been removed and why.
