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34e7b5c358
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Deprecate "team" and "query" API params (#39873)
<!-- Add the related story/sub-task/bug number, like Resolves #123, or
remove if NA -->
**Related issue:** For #39344
# Details
This PR builds on the previous PR
(https://github.com/fleetdm/fleet/pull/39847) which added `renameto`
tags to certain API parameters to mark them as deprecated. How this is
used:
### In requests
* When decoding requests, log a warning if a `json` or `query` param is
used that has a `renameto` tag, e.g. if a `team_id` param is sent but
the related struct has `renameto:"fleet_id"` in it.
* If the `renamedto` version (e.g. `fleet_id`) is sent in the request,
rewrite it to the deprecated name so that it can be unmarshalled into
the struct
* If both versions are sent (e.g. `team_id` AND `fleet_id`), throw an
error and quit
* URLs with deprecated terms have new aliases using `WithAltPaths` --
warning on using old URLSs a TODO that will be handled in a subsequent
PR.
### In responses
* Output _both_ the deprecated and new names for fields that have
`renameto` tags, so that we don't break existing workflows expecting the
old keys. Uses a shared `DuplicateJSONKeys` to do the duplication.
* Most API responses are handled in `EncodeCommonResponse`. Exceptions
are activities, failing policy webhooks and the streaming "list hosts"
endpoints which call the function directly.
### In fleetctl
* Similar to requests, log warnings when deprecated keys are used and
rewrite the new keys internally so that they can be unmarshalled.
* For `fleetctl get` and `fleetctl generate-gitops`, _only_ output the
new names
* The set of keys to replace is hardcoded in `fleetctl` rather than
being dynamically generated as it is for API endpoints. Given the
mixture of typed and untyped data and the level of nesting, dynamic map
generation was very fragile and error-prone.
### Performance considerations
* The biggest performance hit is the addition of the JSON key rewriter
to the request pipeline. The rewriter buffers the entire request into
memory before eventually passing it to the decoder than unmarshals the
data into structs. I tried implementing this as a true streaming
rewriter but encountered issues where the request would hang if the
downstream reader (the decoder) encountered any errors. It's possible we
could implement this in a streaming fashion if we replace our [current
request
decoder](
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