This has been superceded by the nodeenrollment-based KMS worker auth
mechanism. This commit only removes the ability to connect with this
mechanism; some upgrade logic will remain intact for a bit and
can be removed later.
This adds a Access-Control-Expose-Headers response header to an Options
request to allow the rate limiting related headers to be accessible via
requests that are subject to CORS.
* wip
* implement list pagination for auth methods
* remove unused code
* update tests to fix sorting
* address PR comments
* simplify query, add token tests
* change test name
* wip sql testing
* add boolean column to indicate whether auth methods should be returned to unauthenticated users, remove secrets from api response
* is_active_public not null
* remove secrets and unwrapping
* move not null to immediately after data migration
* order public_id descending
* fix(db): Fix auth method migrations (#4193)
* wip
* fix db tests
* fix failing api tests
* reverse order of create time and update time in test
---------
Co-authored-by: Michael Gaffney <mike@gaffney.cc>
* Add pagination support for auth tokens
* change analyze count estimate comment
* adjust queries for efficiency and security
* even more efficient queries
* internal/target: fix some target tests
We had dupes and missing test cases, this fixes them.
* internal/handlers: move listtoken parsing into helper
This significantly simplifies the parsing logic needed in each handler.
This increases the default rate limits to:
- 1,500 reqs / 30 seconds for list actions in total
- 1,500 reqs / 30 seconds for list actions per IP address
- 150 reqs / 30 seconds for list actions per auth token
And for all other actions:
- 30,000 reqs / 30 seconds for list actions in total
- 30,000 reqs / 30 seconds for list actions per IP address
- 3,000 reqs / 30 seconds for list actions per auth token
This seems to be a reasonable default for a small to medium size cluster
based on some scale testing.
(cherry picked from commit 237c8b6084f42655edaba49055e511163fdf1c53)
A sys event will be emitted when the controller is constructed, and if
the rate limits are changed via a SIGHUP. The event contains the details
of the rate limits for each combination of resource and action. This
event can be used by operators to confirm the limits are set as they
would expect based on the controller config.
This provides two prometheus metrics to monitor the rate limiter:
boundary_controller_api_ratelimiter_quota_storage_capacity:
This is a gague that shows the total number of quotas that can be stored
at a given moment by the rate limiter.
boundary_controller_api_ratelimiter_quota_storage_usage:
This is a gague that shows the number of quotas currently being stored
by the limiter. If this becomes equal to the capacity, requests that
would result in a new quota being created will get limited and receive a
429 status code.
This registers the ActionSets for each resource when the handler
packages are initialized. This then allows other packages to retrieve
the ActionSets for a given resource from the action package.
The initial consumer of this will be the ratelimit package so that it
can programmatically enumerate all of the valid combinations of a
resource and action.
This leaves a number of TODO to refactor the handler packages to also
retrieve the action sets from the registered actions instead of using a
package variable. This is left as a TODO since there is some
inconsistencies in how these package variables are used between the
handlers. For example a number of packages use a map of subtypes to
ActionSets which is then used withing the handler implementation. Others
use a map, but don't seem to use it at all. And others just use an
ActionSet.
This switches the implementation of an ActionSet from a slice to a map
to ensure the elements in an ActionSet are unique. This allows for other
packages to perform set operations such as a union or difference without
needing to account for duplicates.