storage

type Cache interface {
	Storage
	// Flush is used to write the state of the entire cache to storage
	// Warning: this is a very expensive operation
	Flush() error
}

type DefaultRawStorage struct {
	// contains filtered or unexported fields
}

type GenericStorage struct {
	// contains filtered or unexported fields
}

type RawStorage interface {
	Read(key string) ([]byte, error)
	Exists(key string) bool
	Write(key string, content []byte) error
	Delete(key string) error
	List(directory string) ([]string, error)
}

type Storage interface {
	// Get populates the Object using the given pointer, based on the file content
	Get(obj meta.Object) error
	// Set saves the Object to disk. If the object does not exist, the
	// ObjectMeta.Created field is set automatically
	Set(obj meta.Object) error
	// GetByID returns a new Object for the resource at the specified kind/uid path, based on the file content
	GetByID(kind meta.Kind, uid meta.UID) (meta.Object, error)
	// Delete removes an object from the storage
	Delete(kind meta.Kind, uid meta.UID) error
	// List lists objects for the specific kind
	List(kind meta.Kind) ([]meta.Object, error)
	// ListMeta lists all objects' APIType representation. In other words,
	// only metadata about each object is unmarshalled (uid/name/kind/apiVersion).
	// This allows for faster runs (no need to unmarshal "the world"), and less
	// resource usage, when only metadata is unmarshalled into memory
	ListMeta(kind meta.Kind) ([]meta.Object, error)
	// Count returns the amount of available Objects of a specific kind
	// This is used by Caches to check if all objects are cached to perform a List
	Count(kind meta.Kind) (uint64, error)
}