* Enforce Minimum cache size for transit backend
* enfore minimum cache size and log a warning during backend construction
* Update documentation for transit backend cache configuration
* Added changelog
* Addressed review feedback and added unit test
* Modify code in pathCacheConfigWrite to make use of the updated cache size
* Updated code to refresh cache size on transit backend without restart
* Update code to acquire read and write locks appropriately
* Support salt in DeriveKey
* Revert "Support salt in DeriveKey"
This reverts commit b295ae4267.
* Refactor out key derivation, symmetric encryption, and symmetric decryption into generic functions
* comments
* comments
* go mod vendor
* bump both go.mods
* This one too
* bump
* bump
* bump
* Make the lesser used params of symmetric ops a struct
* go fmt
* Call GetKey instead of DeriveKey
* Address feedback
* Wrong rv
* Rename calls
* Assign the nonce field
* trivial change
* Check nonce len instead
* go mod vendor
* RSA3072 implementation in transit secrets engine
* moved new KeyType at the end of the list
So already stored keys still work properly
Co-authored-by: Jim Kalafut <jim@kalafut.net>
This massively simplifies transit locking behavior by pushing some
locking down to the Policy level, and embedding either a local or global
lock in the Policy depending on whether caching is enabled or not.
* Start work on passing context to backends
* More work on passing context
* Unindent logical system
* Unindent token store
* Unindent passthrough
* Unindent cubbyhole
* Fix tests
* use requestContext in rollback and expiration managers
* encrypt/decrypt/sign/verify RSA
* update path-help and doc
* Fix the bug which was breaking convergent encryption
* support both 2048 and 4096
* update doc to contain both 2048 and 4096
* Add test for encrypt, decrypt and rotate on RSA keys
* Support exporting RSA keys
* Add sign and verify test steps
* Remove 'RSA' from PEM header
* use the default salt length
* Add 'RSA' to PEM header since openssl is expecting that
* export rsa keys as signing-key as well
* Comment the reasoning behind the PEM headers
* remove comment
* update comment
* Parameterize hashing for RSA signing and verification
* Added test steps to check hash algo choice for RSA sign/verify
* fix test by using 'prehashed'
This ensures that we can safely rotate and modify configuration
parameters with multiple requests in flight.
As a side effect we also get a cache, which should provide a nice
speedup since we don't need to decrypt/deserialize constantly, which
would happen even with the physical LRU.
