The media type application/cbor describes exactly one encoded item. As a new (to Kubernetes) format
with no existing clients, streaming/watch responses will use the application/cbor-seq media
type. CBOR watch responses conform to the specification of CBOR Sequences and are encoded as the
concatenation of zero or more items with no additional framing.
Kubernetes-commit: 504f14998e920ca8837b3310094b3da11c62a070
For alpha, there is one apiserver feature gate and two client-go feature gates controlling
CBOR. They were initially wired to separate test-only feature gate instances in order to prevent
them from being configurable at runtime via command-line flags or environment variables (for
client-go feature gates outside of Kubernetes components). All of the integration tests required by
the KEP as alpha criteria have been implemented. This adds the feature gates to the usual feature
gate instances and removes the temporary code to support separate test-only feature gate instances.
Kubernetes-commit: 072dfcb416fd4e1ddab0a89ac4faf519e268bc96
Since cachingObject has the encoded data cached and they are not
supposed to change. It's memory efficient to just copy the slice
references.
Signed-off-by: Eric Lin <exlin@google.com>
Kubernetes-commit: 3085b57869a2a7bf5290ab97facaf17fedfa88a0
It allows us to allocate a single buffer for the entire watch session and release it when a watch connection is closed.
Previously memory was allocated for every object serialization putting a lot of pressure on GC and consuming more memory than needed.
Kubernetes-commit: eda1b0c68ec166ee52c50e4a6ab682ce7227b6a5
We have an existing helper function for this: runtime.SerializerInfoForMediaType()
This is common prep-work for encoding runtime.Objects into JSON/YAML for transmission over the wire or writing to ComponentConfigs.
Kubernetes-commit: 47e52d2981dc2a5c5950042f50688cf24dd92eda
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
Clean up the code paths that lead to objects being transformed and output with negotiation.
Remove some duplicate code that was not consistent. Now, watch will respond correctly to
Table and PartialObjectMetadata requests. Add unit and integration tests.
When transforming responses to Tables, only the first watch event for a given type will
include the columns. Columns will not change unless the watch is restarted.
Add a volume attachment printer and tighten up table validation error cases.
Disable protobuf from table conversion because Tables don't have protobuf because they
use `interface{}`
Kubernetes-commit: 3230a0b4fd14a6166f8362d4732e199e8779c426
Got
```
E0628 00:23:07.106285 1 watch.go:274] unable to encode watch object: expected pointer, but got invalid kind
```
on a production system and had no way to debug what type was being sent.
Kubernetes-commit: 307849baef076d8ee61a3b9649f9260a765f7ac0
Marek Siarkowicz
Ben Luddy
Lukasz Szaszkiewicz
Eric Lin
Wojciech Tyczyński
Sean Sullivan
Abu Kashem
Han Kang
yoyinzyc
chenjun.cj
Jordan Liggitt
Ted Yu
Maciej Borsz
Dr. Stefan Schimanski
leigh capili
Clayton Coleman
Antoine Pelisse
Jordan Liggitt
jianglingxia
deads2k