handlers

type ContextBasedNaming struct {
	Namer         runtime.Namer
	ClusterScoped bool
}

type RequestScope struct {
	Namer ScopeNamer

	Serializer runtime.NegotiatedSerializer
	runtime.ParameterCodec

	// StandardSerializers, if set, restricts which serializers can be used when
	// we aren't transforming the output (into Table or PartialObjectMetadata).
	// Used only by CRDs which do not yet support Protobuf.
	StandardSerializers []runtime.SerializerInfo

	Creater         runtime.ObjectCreater
	Convertor       runtime.ObjectConvertor
	Defaulter       runtime.ObjectDefaulter
	Typer           runtime.ObjectTyper
	UnsafeConvertor runtime.ObjectConvertor
	Authorizer      authorizer.Authorizer

	EquivalentResourceMapper runtime.EquivalentResourceMapper

	TableConvertor rest.TableConvertor
	FieldManager   *fieldmanager.FieldManager

	Resource schema.GroupVersionResource
	Kind     schema.GroupVersionKind

	// AcceptsGroupVersionDelegate is an optional delegate that can be queried about whether a given GVK
	// can be accepted in create or update requests. If nil, only scope.Kind is accepted.
	// Note that this does not enable multi-version support for reads from a single endpoint.
	AcceptsGroupVersionDelegate rest.GroupVersionAcceptor

	Subresource string

	MetaGroupVersion schema.GroupVersion

	// HubGroupVersion indicates what version objects read from etcd or incoming requests should be converted to for in-memory handling.
	HubGroupVersion schema.GroupVersion

	MaxRequestBodyBytes int64
}

type ScopeNamer interface {
	// Namespace returns the appropriate namespace value from the request (may be empty) or an
	// error.
	Namespace(req *http.Request) (namespace string, err error)
	// Name returns the name from the request, and an optional namespace value if this is a namespace
	// scoped call. An error is returned if the name is not available.
	Name(req *http.Request) (namespace, name string, err error)
	// ObjectName returns the namespace and name from an object if they exist, or an error if the object
	// does not support names.
	ObjectName(obj runtime.Object) (namespace, name string, err error)
}

type TimeoutFactory interface {
	TimeoutCh() (<-chan time.Time, func() bool)
}

type WatchServer struct {
	Watching watch.Interface
	Scope    *RequestScope

	// true if websocket messages should use text framing (as opposed to binary framing)
	UseTextFraming bool
	// the media type this watch is being served with
	MediaType string
	// used to frame the watch stream
	Framer runtime.Framer
	// used to encode the watch stream event itself
	Encoder runtime.Encoder
	// used to encode the nested object in the watch stream
	EmbeddedEncoder runtime.Encoder
	// used to correct the object before we send it to the serializer
	Fixup func(runtime.Object) runtime.Object

	TimeoutFactory TimeoutFactory
}