* basic pool and start testing
* refactor a bit for testing
* workFunc, start/stop safety, testing
* cleanup function for worker quit, more tests
* redo public/private members
* improve tests, export types, switch uuid package
* fix loop capture bug, cleanup
* cleanup tests
* update worker pool file name, other improvements
* add job manager prototype
* remove remnants
* add functions to wait for job manager and worker pool to stop, other fixes
* test job manager functionality, fix bugs
* encapsulate how jobs are distributed to workers
* make worker job channel read only
* add job interface, more testing, fixes
* set name for dispatcher
* fix test races
* wire up expiration manager most of the way
* dispatcher and job manager constructors don't return errors
* logger now dependency injected
* make some members private, test fcn to get worker pool size
* make GetNumWorkers public
* Update helper/fairshare/jobmanager_test.go
Co-authored-by: Brian Kassouf <briankassouf@users.noreply.github.com>
* update fairsharing usage, add tests
* make workerpool private
* remove custom worker names
* concurrency improvements
* remove worker pool cleanup function
* remove cleanup func from job manager, remove non blocking stop from fairshare
* update job manager for new constructor
* stop job manager when expiration manager stopped
* unset env var after test
* stop fairshare when started in tests
* stop leaking job manager goroutine
* prototype channel for waking up to assign work
* fix typo/bug and add tests
* improve job manager wake up, fix test typo
* put channel drain back
* better start/pause test for job manager
* comment cleanup
* degrade possible noisy log
* remove closure, clean up context
* improve revocation context timer
* test: reduce number of revocation workers during many tests
* Update vault/expiration.go
Co-authored-by: Brian Kassouf <briankassouf@users.noreply.github.com>
* feedback tweaks
Co-authored-by: Brian Kassouf <briankassouf@users.noreply.github.com>
Co-authored-by: Brian Kassouf <briankassouf@users.noreply.github.com>
* Add a flag to enable a permit pool to gate lease expiration
* Use the env var to get the size
* Add logs and metris to help debug this
Co-authored-by: Hridoy Roy <roy@hashicorp.com>
* Changes to expiration manager to walk tokens (including non-expiring ones.)
* Count by namespace in token manager.
* Keep a dictionary of policy lists and deduplicate based on it.
* core: revoke the proper token on partial failures from token-related requests
* move test to vault package, move test trigger to expiration manager
* update logging messages for clarity
* docstring fix
* Don't allow registering a non-root zero TTL token lease
This is defense-in-depth in that such a token was not allowed to be
used; however it's also a bug fix in that this would then cause no lease
to be generated but the token entry to be written, meaning the token
entry would stick around until it was attempted to be used or tidied (in
both cases the internal lookup would see that this was invalid and do a
revoke on the spot).
* Fix tests
* tidy
* Port over some SP v2 bits
Specifically:
* Add too-large handling to Physical (Consul only for now)
* Contextify some identity funcs
* Update SP protos
* Add size limiting to inmem storage
* Handle ns lease and token renew/revoke via relative paths
* s/usin/using/
* add token and lease lookup paths; set ctx only on non-nil ns
Addtionally, use client token's ns for auth/token/lookup if no token is provided
We're having issues with leases in the GCS backend storage being
corrupted and failing MAC checking. When that happens, we need to know
the lease ID so we can address the corruption by hand and take
appropriate action.
This will hopefully prevent any instances of incomplete data being sent
to GSS
* logical/aws: Harden WAL entry creation
If AWS IAM user creation failed in any way, the WAL corresponding to the
IAM user would get left around and Vault would try to roll it back.
However, because the user never existed, the rollback failed. Thus, the
WAL would essentially get "stuck" and Vault would continually attempt to
roll it back, failing every time. A similar situation could arise if the
IAM user that Vault created got deleted out of band, or if Vault deleted
it but was unable to write the lease revocation back to storage (e.g., a
storage failure).
This attempts to harden it in two ways. One is by deleting the WAL log
entry if the IAM user creation fails. However, the WAL deletion could
still fail, and this wouldn't help where the user is deleted out of
band, so second, consider the user rolled back if the user just doesn't
exist, under certain circumstances.
Fixes#5190
* Fix segfault in expiration unit tests
TestExpiration_Tidy was passing in a leaseEntry that had a nil Secret,
which then caused a segfault as the changes to revokeEntry didn't check
whether Secret was nil; this is probably unlikely to occur in real life,
but good to be extra cautious.
* Fix potential segfault
Missed the else...
* Respond to PR feedback
* plumbing request context to expiration manager
* moar context
* address feedback
* only using active context for revoke prefix
* using active context for revoke commands
* cancel tidy on active context
* address feedback
* Add request timeouts in normal request path and to expirations
* Add ability to adjust default max request duration
* Some test fixes
* Ensure tests have defaults set for max request duration
* Add context cancel checking to inmem/file
* Fix tests
* Fix tests
* Set default max request duration to basically infinity for this release for BC
* Address feedback
This change makes it so that if a lease is revoked through user action,
we set the expiration time to now and update pending, just as we do with
tokens. This allows the normal retry logic to apply in these cases as
well, instead of just erroring out immediately. The idea being that once
you tell Vault to revoke something it should keep doing its darndest to
actually make that happen.
* Add an idle timeout for the server
Because tidy operations can be long-running, this also changes all tidy
operations to behave the same operationally (kick off the process, get a
warning back, log errors to server log) and makes them all run in a
goroutine.
This could mean a sort of hard stop if Vault gets sealed because the
function won't have the read lock. This should generally be okay
(running tidy again should pick back up where it left off), but future
work could use cleanup funcs to trigger the functions to stop.
* Fix up tidy test
* Add deadline to cluster connections and an idle timeout to the cluster server, plus add readheader/read timeout to api server
* Store lease times suitable for export in pending
This essentially caches lease information for token lookups, preventing
going to disk over and over.
* Simplify logic
Taking inspiration from
https://github.com/golang/go/issues/17604#issuecomment-256384471
suggests that taking the address of a stack variable for use in atomics
works (at least, the race detector doesn't complain) but is doing it
wrong.
The only other change is a change in Leader() detecting if HA is enabled
to fast-path out. This value never changes after NewCore, so we don't
need to grab the read lock to check it.
