- Also fix small bug in controller where it used Sprintf wrong
- Rename WaitForTestFederationDomainStatus test helper to
WaitForFederationDomainStatusPhase
- Refactor testlib.CreateTestFederationDomain helper
- Call testlib.WaitForTestFederationDomainStatus after each integration
test creates an IDP and expects the FederationDomain to become ready
- Create an IDP for some tests which want the FederationDomain to be
ready but were previously not creating any IDP
- Expect the new FederationDomain condition type
"IdentityProvidersFound" in those tests where it is needed
Co-authored-by: Joshua Casey <joshuatcasey@gmail.com>
This commit is a WIP commit because it doesn't include many tests
for the new feature.
Co-authored-by: Ryan Richard <richardry@vmware.com>
Co-authored-by: Benjamin A. Petersen <ben@benjaminapetersen.me>
Where possible, use securityContext settings which will work with the
most restrictive Pod Security Admission policy level (as of Kube 1.25).
Where privileged containers are needed, use the namespace-level
annotation to allow them.
Also adjust some integration tests to make similar changes to allow the
integration tests to pass on test clusters which use restricted PSAs.
Also fix some tests that were broken by bumping golang and dependencies
in the previous commits.
Note that in addition to changes made to satisfy the linter which do not
impact the behavior of the code, this commit also adds ReadHeaderTimeout
to all usages of http.Server to satisfy the linter (and because it
seemed like a good suggestion).
- Add dynamic client unit tests for the upstream OIDC callback and
POST login endpoints.
- Enhance a few log statements to print the full fosite error messages
into the logs where they were previously only printing the name of
the error type.
This is only a first commit towards making this feature work.
- Hook dynamic clients into fosite by returning them from the storage
interface (after finding and validating them)
- In the auth endpoint, prevent the use of the username and password
headers for dynamic clients to force them to use the browser-based
login flows for all the upstream types
- Add happy path integration tests in supervisor_login_test.go
- Add lots of comments (and some small refactors) in
supervisor_login_test.go to make it much easier to understand
- Add lots of unit tests for the auth endpoint regarding dynamic clients
(more unit tests to be added for other endpoints in follow-up commits)
- Enhance crud.go to make lifetime=0 mean never garbage collect,
since we want client secret storage Secrets to last forever
- Move the OIDCClient validation code to a package where it can be
shared between the controller and the fosite storage interface
- Make shared test helpers for tests that need to create OIDC client
secret storage Secrets
- Create a public const for "pinniped-cli" now that we are using that
string in several places in the production code
This change updates the TLS config used by all pinniped components.
There are no configuration knobs associated with this change. Thus
this change tightens our static defaults.
There are four TLS config levels:
1. Secure (TLS 1.3 only)
2. Default (TLS 1.2+ best ciphers that are well supported)
3. Default LDAP (TLS 1.2+ with less good ciphers)
4. Legacy (currently unused, TLS 1.2+ with all non-broken ciphers)
Highlights per component:
1. pinniped CLI
- uses "secure" config against KAS
- uses "default" for all other connections
2. concierge
- uses "secure" config as an aggregated API server
- uses "default" config as a impersonation proxy API server
- uses "secure" config against KAS
- uses "default" config for JWT authenticater (mostly, see code)
- no changes to webhook authenticater (see code)
3. supervisor
- uses "default" config as a server
- uses "secure" config against KAS
- uses "default" config against OIDC IDPs
- uses "default LDAP" config against LDAP IDPs
Signed-off-by: Monis Khan <mok@vmware.com>
At a high level, it switches us to a distroless base container image, but that also includes several related bits:
- Add a writable /tmp but make the rest of our filesystems read-only at runtime.
- Condense our main server binaries into a single pinniped-server binary. This saves a bunch of space in
the image due to duplicated library code. The correct behavior is dispatched based on `os.Args[0]`, and
the `pinniped-server` binary is symlinked to `pinniped-concierge` and `pinniped-supervisor`.
- Strip debug symbols from our binaries. These aren't really useful in a distroless image anyway and all the
normal stuff you'd expect to work, such as stack traces, still does.
- Add a separate `pinniped-concierge-kube-cert-agent` binary with "sleep" and "print" functionality instead of
using builtin /bin/sleep and /bin/cat for the kube-cert-agent. This is split from the main server binary
because the loading/init time of the main server binary was too large for the tiny resource footprint we
established in our kube-cert-agent PodSpec. Using a separate binary eliminates this issue and the extra
binary adds only around 1.5MiB of image size.
- Switch the kube-cert-agent code to use a JSON `{"tls.crt": "<b64 cert>", "tls.key": "<b64 key>"}` format.
This is more robust to unexpected input formatting than the old code, which simply concatenated the files
with some extra newlines and split on whitespace.
- Update integration tests that made now-invalid assumptions about the `pinniped-server` image.
Signed-off-by: Matt Moyer <moyerm@vmware.com>
