The DRA plugin does that. It didn't actually work and only printed an error
message about NodeInfo not implementing klog.KMetata. That's not a compile-time
check due to limitations with Go generics and had been missed earlier.
The encoding/json package marshals []byte to a JSON string containing the base64 encoding of the
input slice's bytes, and unmarshals JSON strings to []byte by assuming the JSON string contains a
valid base64 text.
As a binary format, CBOR is capable of representing arbitrary byte sequences without converting them
to a text encoding, but it also needs to interoperate with the existing JSON serializer. It does
this using the "expected later encoding" tags defined in RFC 8949, which indicate a specific text
encoding to be used when interoperating with text-based protocols. The actual conversion to or from
a text encoding is deferred until necessary, so no conversion is performed during roundtrips of
[]byte to CBOR.
This finishes the transition to the assume cache as source of truth for the
current set of claims.
The tests have to be adapted. It's not enough anymore to directly put objects
into the informer store because that doesn't change the assume cache
content. Instead, normal Create/Update calls and waiting for the cache update
are needed.
This enables connecting the event handler for ResourceClaim to the assume
cache, which addresses a theoretic race condition.
It may also be useful for implementing the autoscaler support, because now
the autoscaler can modify the content of the cache.
This is a basic implementation of a first-in-first-out queue with unbounded
size. It's useful for cases where a channel with fixed size might deadlock.
The caller is responsible for locking.
This "RecentStats: unable to find data in memory cache" error is not actionable,
in terms of kubelt, if the entry is not found in the memory cache.
Thus, proposing it to lower the log level to info.
Signed-off-by: Gyuho Lee <gyuhox@gmail.com>
testify is used throughout the codebase; this switches mocks from
gomock to testify with the help of mockery for code generation.
Handlers and mocks in test/utils/oidc are moved to a new package:
mockery operates package by package, and requires packages to build
correctly; test/utils/oidc/testserver.go relies on the mocks and fails
to build when they are removed. Moving the interface and mocks to a
different package allows mockery to process that package without
having to build testserver.go.
Signed-off-by: Stephen Kitt <skitt@redhat.com>
