Before:
Create()
BeginCreate()
BeforeCreate()
init UID <---------------------
strategy code
After:
Create()
init UID <-------------------------
BeginCreate()
BeforeCreate()
strategy code
This also wipes UID early (suggested by David) and asserts it is set in
BeforeCreate().
Kubernetes-commit: 5615de51f9e768dd01d7fe49a48e8db756bd8ac8
Implements server side field validation behind the
`ServerSideFieldValidation` feature gate. With the
feature enabled, any create/update/patch request
with the `fieldValidation` query param set to
"Strict" will error if the object in the request
body have unknown fields. A value of "Warn"
(also the default when the feautre is enabled)
will succeed the request with a warning.
When the feature is disabled (or the query param
has a value of "Ignore"), the request will succeed
as it previously had with no indications of any
unknown or duplicate fields.
Kubernetes-commit: e50e2bbc889eb274ad1463a54188a2805767bfde
drop the managed fields of the objects from the audit entries when we
are logging request and response bodies.
Kubernetes-commit: bbc59348318c29199e23b27981fb56436ac68705
- as soon as a request is received by the apiserver, determine the
timeout of the request and set a new request context with the deadline.
- the timeout filter that times out non-long-running requests should
use the request context as opposed to a fixed 60s wait today.
- admission and storage layer uses the same request context with the
deadline specified.
we use the default timeout enforced by the apiserver:
- if the user has specified a timeout of 0s, this implies no timeout on the user's part.
- if the user has specified a timeout that exceeds the maximum deadline allowed by the apiserver.
Kubernetes-commit: e416c9e574c49fd0190c8cdac58322aa33a935cf
for CREATE and UPDATE requests, we check duplication before managedFields
update, and after mutating admission; for PATCH requests, we check
duplication after mutating admission
Kubernetes-commit: ffc54ed1d2cbf4396fcc498beeb6ad34ac3df69c
- as soon as a request is received by the apiserver, determine the
timeout of the request and set a new request context with the deadline.
- the timeout filter that times out non-long-running requests should
use the request context as opposed to a fixed 60s wait today.
- admission and storage layer uses the same request context with the
deadline specified.
Kubernetes-commit: 83f869ee1350da1b65d508725749fb70d0f535f2
PATCH verb is used when creating a namespace using server-side apply,
while POST verb is used when creating a namespace using client-side
apply.
The difference in path between the two ways to create a namespace led to
an inconsistency when calling webhooks. When server-side apply is used,
the request sent to webhooks has the field "namespace" populated with
the name of namespace being created. On the other hand, when using
client-side apply the "namespace" field is omitted.
This commit aims to make the behaviour consistent and populates the
"namespace" field when creating a namespace using POST verb (i.e.
client-side apply).
Kubernetes-commit: 3cb510e33eecbdc37aad14f121396ccfbf5268cb
RequestScope is a large struct and causes stack growth when we pass
it by value into multiple stack levels. Avoid the allocations for
this read only struct by passing a pointer.
Kubernetes-commit: 8fede0b18a81a6fb1acc1a48857f482857c25286
And add a corresponding flag in kubectl (for apply), even though the
value is defaulted in kubectl with "kubectl".
The flag is required for Apply patch-type, and optional for other PATCH,
CREATE and UPDATE (in which case we fallback on the user-agent).
Kubernetes-commit: eb904d8fa89da491f400614f99458ed3f0d529fb