* api: swap testify for test (acl)
* api: swap testify for test (agent)
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* api: swap testify for test (allocations)
* api: swap testify for test (api)
* api: swap testify for test (compose)
* api: swap testify for test (constraint)
* api: swap testify for test (consul)
* api: swap testify for test (csi)
* api: swap testify for test (evaluations)
* api: swap testify for test (event stream)
* api: swap testify for test (fs)
* api: swap testify for test (ioutil)
* api: swap testify for test (jobs)
* api: swap testify for test (keyring)
* api: swap testify for test (operator_ent)
* api: swap testify for test (operator_metrics)
* api: swap testify for test (operator)
* api: swap testify for test (quota)
* api: swap testify for test (resources)
* api: swap testify for test (fix operator_metrics)
* api: swap testify for test (scaling)
* api: swap testify for test (search)
* api: swap testify for test (sentinel)
* api: swap testify for test (services)
* api: swap testify for test (status)
* api: swap testify for test (system)
* api: swap testify for test (tasks)
* api: swap testify for test (utils)
* api: swap testify for test (variables)
* api: remove dependencies on testify and pretty
The `related` query param is used to indicate that the request should
return a list of related (next, previous, and blocked) evaluations.
Co-authored-by: Jasmine Dahilig <jasmine@hashicorp.com>
This is a followup to running tests in serial in CI.
Since the API package cannot import anything outside of api/,
copy the ci.Parallel function into api/internal/testutil, and
have api tests use that.
The paginator logic was built when go-memdb iterators would return items
ordered lexicographically by their ID prefixes, but #12054 added the
option for some tables to return results ordered by their `CreateIndex`
instead, which invalidated the previous paginator assumption.
The iterator used for pagination must still return results in some order
so that the paginator can properly handle requests where the next_token
value is not present in the results anymore (e.g., the eval was GC'ed).
In these situations, the paginator will start the returned page in the
first element right after where the requested token should've been.
This commit moves the logic to generate pagination tokens from the
elements being paginated to the iterator itself so that callers can have
more control over the token format to make sure they are properly
ordered and stable.
It also allows configuring the paginator as being ordered in ascending
or descending order, which is relevant when looking for a token that may
not be present anymore.
API queries can request pagination using the `NextToken` and `PerPage`
fields of `QueryOptions`, when supported by the underlying API.
Add a `NextToken` field to the `structs.QueryMeta` so that we have a
common field across RPCs to tell the caller where to resume paging
from on their next API call. Include this field on the `api.QueryMeta`
as well so that it's available for future versions of List HTTP APIs
that wrap the response with `QueryMeta` rather than returning a simple
list of structs. In the meantime callers can get the `X-Nomad-NextToken`.
Add pagination to the `Eval.List` RPC by checking for pagination token
and page size in `QueryOptions`. This will allow resuming from the
last ID seen so long as the query parameters and the state store
itself are unchanged between requests.
Add filtering by job ID or evaluation status over the results we get
out of the state store.
Parse the query parameters of the `Eval.List` API into the arguments
expected for filtering in the RPC call.
