* Initial implemntation of returning 529 for rate limits
- bump aws iam and sts packages to v1.14.31 to get mocking interface
- promote the iam and sts clients to the aws backend struct, for mocking in tests
- this also promotes some functions to methods on the Backend struct, so
that we can use the injected client
Generating creds requires reading config/root for credentials to contact
IAM. Here we make pathConfigRoot a method on aws/backend so we can clear
the clients on successful update of config/root path. Adds a mutex to
safely clear the clients
* refactor locking and unlocking into methods on *backend
* refactor/simply the locking
* check client after grabbing lock
* Make AWS credential types more explicit
The AWS secret engine had a lot of confusing overloading with role
paramemters and how they mapped to each of the three credential types
supported. This now adds parameters to remove the overloading while
maintaining backwards compatibility.
With the change, it also becomes easier to add other feature requests.
Attaching multiple managed policies to IAM users and adding a policy
document to STS AssumedRole credentials is now also supported.
Fixes#4229Fixes#3751Fixes#2817
* Add missing write action to STS endpoint
* Allow unsetting policy_document with empty string
This allows unsetting the policy_document by passing in an empty string.
Previously, it would fail because the empty string isn't a valid JSON
document.
* Respond to some PR feedback
* Refactor and simplify role reading/upgrading
This gets rid of the duplicated role upgrade code between both role
reading and role writing by handling the upgrade all in the role
reading.
* Eliminate duplicated AWS secret test code
The testAccStepReadUser and testAccStepReadSTS were virtually identical,
so they are consolidated into a single method with the path passed in.
* Switch to use AWS ARN parser
* govet cleanup in token store
* adding general ttl handling to login requests
* consolidating TTL calculation to system view
* deprecate LeaseExtend
* deprecate LeaseExtend
* set the increment to the correct value
* move calculateTTL out of SystemView
* remove unused value
* add back clearing of lease id
* implement core ttl in some backends
* removing increment and issue time from lease options
* adding ttl tests, fixing some compile issue
* adding ttl tests
* fixing some explicit max TTL logic
* fixing up some tests
* removing unneeded test
* off by one errors...
* adding back some logic for bc
* adding period to return on renewal
* tweaking max ttl capping slightly
* use the appropriate precision for ttl calculation
* deprecate proto fields instead of delete
* addressing feedback
* moving TTL handling for backends to core
* mongo is a secret backend not auth
* adding estimated ttl for backends that also manage the expiration time
* set the estimate values before calling the renew request
* moving calculate TTL to framework, revert removal of increment and issue time from logical
* minor edits
* addressing feedback
* address more feedback
* 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
Support use cases where you want to provision STS tokens
using Vault, but, you need to call AWS APIs that are blocked
for federated tokens. For example, STS federated tokens cannot
invoke IAM APIs, such as Terraform scripts containing
`aws_iam_*` resources.
1) Use the new LeaseExtend
2) Use default values controlled by mount tuning/system defaults instead
of a random hard coded value
3) Remove grace periods
The secretAccessKeysRevoke revoke function now asserts that it is
not dealing with STS keys by checking a new internal data flag. Defaults
to IAM when the flag is not found.
Factored out genUsername into its own function to share between STS and
IAM secret creation functions.
Fixed bad call to "WriteOperation" instead of "UpdateOperation" in
aws/backend_test
The new STS path allows for obtaining the same credentials that you would get
from the AWS "creds" path, except it will also provide a security token, and
will not have an annoyingly long propagation time before returning to the user.
