catfile

type Cache interface {
	// ObjectReader either creates a new object reader or returns a cached one for the given
	// repository.
	ObjectReader(context.Context, git.RepositoryExecutor) (ObjectContentReader, func(), error)
	// ObjectInfoReader either creates a new object info reader or returns a cached one for the
	// given repository.
	ObjectInfoReader(context.Context, git.RepositoryExecutor) (ObjectInfoReader, func(), error)
	// Evict evicts all cached processes from the cache.
	Evict()
}

type Commit struct {
	*gitalypb.GitCommit
	SignatureData SignatureData
}

type NotFoundError struct {
	// Revision is the requested revision that could not be found.
	Revision string
}

type Object struct {
	// ObjectInfo represents main information about object
	ObjectInfo
	// contains filtered or unexported fields
}

type ObjectContentReader interface {

	// Reader returns a new Object for the given revision. The Object must be fully consumed
	// before another object is requested.
	Object(context.Context, git.Revision) (*Object, error)

	// Queue returns an Queue that can be used to batch multiple object requests.
	// Using the queue is more efficient than using `Object()` when requesting a bunch of
	// objects. The returned function must be executed after use of the Queue has
	// finished.
	Queue(context.Context) (Queue, func(), error)
	// contains filtered or unexported methods
}

type ObjectInfo struct {
	Oid  git.ObjectID
	Type string
	Size int64
	// Format is the object format used by this object, e.g. "sha1" or "sha256".
	Format string
}

type ObjectInfoReader interface {

	// Info requests information about the revision pointed to by the given revision.
	Info(context.Context, git.Revision) (*ObjectInfo, error)

	// Queue returns an Queue that can be used to batch multiple object info
	// requests. Using the queue is more efficient than using `Info()` when requesting a bunch
	// of objects. The returned function must be executed after use of the Queue has
	// finished.
	Queue(context.Context) (Queue, func(), error)
	// contains filtered or unexported methods
}

type ObjectReader interface {

	// Info returns object information for the given revision.
	Info(context.Context, git.Revision) (*ObjectInfo, error)

	// Object returns a new Object for the given revision. The Object must be fully consumed
	// before another object is requested.
	Object(context.Context, git.Revision) (*Object, error)

	// Queue returns an Queue that can be used to batch multiple requests. Using the
	// queue is more efficient than using `Object()` when requesting a bunch of requests.
	// The returned function must be executed after use of the Queue has finished. Object
	// Content and information can be requested from the queue but their respective
	// ordering must be maintained.
	Queue(context.Context) (Queue, func(), error)
	// contains filtered or unexported methods
}

type Parser interface {
	ParseCommit(object git.Object) (*Commit, error)
	ParseTag(object git.Object) (*gitalypb.Tag, error)
}

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

type Queue interface {
	// RequestObject requests the given revision from git-cat-file(1).
	RequestObject(context.Context, git.Revision) error
	// ReadObject reads an object which has previously been requested.
	ReadObject(context.Context) (*Object, error)
	// RequestInfo requests the given revision from git-cat-file(1).
	RequestInfo(context.Context, git.Revision) error
	// ReadInfo reads object info which has previously been requested.
	ReadInfo(context.Context) (*ObjectInfo, error)
	// Flush flushes all queued requests and asks git-cat-file(1) to print all objects which
	// have been requested up to this point.
	Flush(context.Context) error
}

type SignatureData struct {
	// Signatures refers to the signatures present in the commit. Note that
	// Git only considers the first signature when parsing commits
	Signatures [][]byte
	// Payload refers to the commit data which is signed by the signature,
	// generally this is everything apart from the signature in the commit.
	// Headers present after the signature are not considered in the payload.
	Payload []byte
}

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