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|
syntax = "proto3";
package gitaly;
import "lint.proto";
import "shared.proto";
option go_package = "gitlab.com/gitlab-org/gitaly/v14/proto/go/gitalypb";
// RepositoryService is a service providing RPCs accessing repositories as a whole.
service RepositoryService {
rpc RepositoryExists(RepositoryExistsRequest) returns (RepositoryExistsResponse) {
option (op_type) = {
op: ACCESSOR
};
}
// RepackIncremental is deprecated in favor of OptimizeRepository.
rpc RepackIncremental(RepackIncrementalRequest) returns (RepackIncrementalResponse) {
option deprecated = true;
option (op_type) = {
op: MAINTENANCE
};
}
// RepackFull is deprecated in favor of OptimizeRepository.
rpc RepackFull(RepackFullRequest) returns (RepackFullResponse) {
option deprecated = true;
option (op_type) = {
op: MAINTENANCE
};
}
// MidxRepack is deprecated in favor of OptimizeRepository.
rpc MidxRepack(MidxRepackRequest) returns (MidxRepackResponse) {
option deprecated = true;
option (op_type) = {
op: MAINTENANCE
};
}
// GarbageCollect is deprecated in favor of OptimizeRepository.
rpc GarbageCollect(GarbageCollectRequest) returns (GarbageCollectResponse) {
option deprecated = true;
option (op_type) = {
op: MAINTENANCE
};
}
// WriteCommitGraph is deprecated in favor of OptimizeRepository.
rpc WriteCommitGraph(WriteCommitGraphRequest) returns (WriteCommitGraphResponse) {
option deprecated = true;
option (op_type) = {
op: MAINTENANCE
};
}
rpc RepositorySize(RepositorySizeRequest) returns (RepositorySizeResponse) {
option (op_type) = {
op: ACCESSOR
};
}
rpc ApplyGitattributes(ApplyGitattributesRequest) returns (ApplyGitattributesResponse) {
option (op_type) = {
op: MUTATOR
};
}
// FetchRemote fetches references from a remote repository into the local
// repository.
rpc FetchRemote(FetchRemoteRequest) returns (FetchRemoteResponse) {
option (op_type) = {
op: MUTATOR
};
}
rpc CreateRepository(CreateRepositoryRequest) returns (CreateRepositoryResponse) {
option (op_type) = {
op: MUTATOR
};
}
rpc GetArchive(GetArchiveRequest) returns (stream GetArchiveResponse) {
option (op_type) = {
op: ACCESSOR
};
}
rpc HasLocalBranches(HasLocalBranchesRequest) returns (HasLocalBranchesResponse) {
option (op_type) = {
op: ACCESSOR
};
}
// FetchSourceBranch fetches a branch from a second (potentially remote)
// repository into the given repository.
rpc FetchSourceBranch(FetchSourceBranchRequest) returns (FetchSourceBranchResponse) {
option (op_type) = {
op: MUTATOR
};
}
rpc Fsck(FsckRequest) returns (FsckResponse) {
option (op_type) = {
op: ACCESSOR
};
}
rpc WriteRef(WriteRefRequest) returns (WriteRefResponse) {
option (op_type) = {
op: MUTATOR
};
}
rpc FindMergeBase(FindMergeBaseRequest) returns (FindMergeBaseResponse) {
option (op_type) = {
op: ACCESSOR
};
}
rpc CreateFork(CreateForkRequest) returns (CreateForkResponse) {
option (op_type) = {
op: MUTATOR
};
}
rpc CreateRepositoryFromURL(CreateRepositoryFromURLRequest) returns (CreateRepositoryFromURLResponse) {
option (op_type) = {
op: MUTATOR
};
}
// CreateBundle creates a bundle from all refs
rpc CreateBundle(CreateBundleRequest) returns (stream CreateBundleResponse) {
option (op_type) = {
op: ACCESSOR
};
}
// CreateBundleFromRefList creates a bundle from a stream of ref patterns.
// When the bundle would be empty the FailedPrecondition error code is returned.
rpc CreateBundleFromRefList(stream CreateBundleFromRefListRequest) returns (stream CreateBundleFromRefListResponse) {
option (op_type) = {
op: ACCESSOR
};
}
// FetchBundle fetches references from a bundle into the local repository.
// Refs will be mirrored to the target repository with the refspec
// "+refs/*:refs/*" and refs that do not exist in the bundle will be removed.
rpc FetchBundle(stream FetchBundleRequest) returns (FetchBundleResponse) {
option (op_type) = {
op: MUTATOR
};
}
rpc CreateRepositoryFromBundle(stream CreateRepositoryFromBundleRequest) returns (CreateRepositoryFromBundleResponse) {
option (op_type) = {
op: MUTATOR
};
}
// GetConfig reads the target repository's gitconfig and streams its contents
// back. Returns a NotFound error in case no gitconfig was found.
rpc GetConfig(GetConfigRequest) returns (stream GetConfigResponse) {
option (op_type) = {
op: ACCESSOR
};
}
rpc FindLicense(FindLicenseRequest) returns (FindLicenseResponse) {
option (op_type) = {
op: ACCESSOR
};
}
rpc GetInfoAttributes(GetInfoAttributesRequest) returns (stream GetInfoAttributesResponse) {
option (op_type) = {
op: ACCESSOR
};
}
rpc CalculateChecksum(CalculateChecksumRequest) returns (CalculateChecksumResponse) {
option (op_type) = {
op: ACCESSOR
};
}
// Cleanup is deprecated in favor of OptimizeRepository.
rpc Cleanup(CleanupRequest) returns (CleanupResponse) {
option deprecated = true;
option (op_type) = {
op: MAINTENANCE
};
}
rpc GetSnapshot(GetSnapshotRequest) returns (stream GetSnapshotResponse) {
option (op_type) = {
op: ACCESSOR
};
}
rpc CreateRepositoryFromSnapshot(CreateRepositoryFromSnapshotRequest) returns (CreateRepositoryFromSnapshotResponse) {
option (op_type) = {
op: MUTATOR
};
}
rpc GetRawChanges(GetRawChangesRequest) returns (stream GetRawChangesResponse) {
option (op_type) = {
op: ACCESSOR
};
}
rpc SearchFilesByContent(SearchFilesByContentRequest) returns (stream SearchFilesByContentResponse) {
option (op_type) = {
op: ACCESSOR
};
}
rpc SearchFilesByName(SearchFilesByNameRequest) returns (stream SearchFilesByNameResponse) {
option (op_type) = {
op: ACCESSOR
};
}
rpc RestoreCustomHooks(stream RestoreCustomHooksRequest) returns (RestoreCustomHooksResponse) {
option (op_type) = {
op: MUTATOR
};
}
rpc BackupCustomHooks(BackupCustomHooksRequest) returns (stream BackupCustomHooksResponse) {
option (op_type) = {
op: ACCESSOR
};
}
rpc GetObjectDirectorySize(GetObjectDirectorySizeRequest) returns (GetObjectDirectorySizeResponse) {
option (op_type) = {
op: ACCESSOR
};
}
// RemoveRepository will move the repository to `+gitaly/tmp/<relative_path>_removed` and
// eventually remove it. This ensures that even on networked filesystems the
// data is actually removed even if there's someone still handling the data.
rpc RemoveRepository(RemoveRepositoryRequest) returns (RemoveRepositoryResponse) {
option (op_type) = {
op: MUTATOR
};
}
rpc RenameRepository(RenameRepositoryRequest) returns (RenameRepositoryResponse) {
option (op_type) = {
op: MUTATOR
};
}
rpc ReplicateRepository(ReplicateRepositoryRequest) returns (ReplicateRepositoryResponse) {
option (op_type) = {
op: MUTATOR
};
}
// OptimizeRepository performs all maintenance tasks in a repository to keep
// it in an efficient state. It cleans up stale data, repacks objects,
// updates auxiliary caches like commit-graphs and packs references. The
// optimizations performed are based on heuristics and will adapt to the
// repository's size. This RPC call is designed as a black-box such that
// Gitaly has complete control of the on-disk state of repositories.
rpc OptimizeRepository(OptimizeRepositoryRequest) returns (OptimizeRepositoryResponse) {
option (op_type) = {
op: MAINTENANCE
};
}
// PruneUnreachableObjects will prune all objects which aren't reachable from
// the repository's current set of references. Because pruning can only
// happen for objects which aren't packed, you are required to first run
// OptimizeRepository to explode any unreachable objects into loose objects.
//
// Furthermore, this RPC call has a grace period of 30 minutes: any
// unreachable loose objects must not have been accessed or modified in the
// last 30 minutes. This is a hard requirement to avoid repository corruption.
//
// To make proper use of this RPC you thus need to call OptimizeRepository,
// wait 30 minutes, and then call PruneUnreachableObjects.
rpc PruneUnreachableObjects(PruneUnreachableObjectsRequest) returns (PruneUnreachableObjectsResponse) {
option (op_type) = {
op: MAINTENANCE
};
}
// SetFullPath writes the "gitlab.fullpath" configuration into the
// repository's gitconfig. This is mainly to help debugging purposes in case
// an admin inspects the repository's gitconfig such that he can easily see
// what the repository name is.
rpc SetFullPath(SetFullPathRequest) returns (SetFullPathResponse) {
option (op_type) = {
op: MUTATOR
};
}
}
message RepositoryExistsRequest {
Repository repository = 1 [(target_repository)=true];
}
message RepositoryExistsResponse {
bool exists = 1;
}
message RepackIncrementalRequest {
Repository repository = 1 [(target_repository)=true];
}
message RepackIncrementalResponse {
}
message RepackFullRequest {
Repository repository = 1 [(target_repository)=true];
bool create_bitmap = 2;
}
message RepackFullResponse {
}
message MidxRepackRequest {
Repository repository = 1 [(target_repository)=true];
}
message MidxRepackResponse {
}
message GarbageCollectRequest {
Repository repository = 1 [(target_repository)=true];
bool create_bitmap = 2;
// If set to 'true' the 'gc' will be triggered with '--prune=30.minutes.ago' flag.
// This will remove dangling objects from the object storage that were not modified in the last 30 minutes.
// If 'false' provided the 'gc' will rely on the default expiration period (2 weeks).
// The window of 30 minutes exists because of possible concurrent operations running on the same
// storage and removal of the objects may cause races and fail concurrent operations.
bool prune = 3;
}
message GarbageCollectResponse {
}
message WriteCommitGraphRequest {
enum SplitStrategy {
// SizeMultiple requires to use '--split --size-multiple=4' strategy to create/update commit graph.
// https://git-scm.com/docs/git-commit-graph#Documentation/git-commit-graph.txt-emwriteem
// It is a default, there is no need to explicitly set it in the request.
SizeMultiple = 0; // protolint:disable:this ENUM_FIELD_NAMES_UPPER_SNAKE_CASE
}
Repository repository = 1 [(target_repository)=true];
// SplitStrategy is a strategy used to create/update commit graph.
SplitStrategy splitStrategy = 2; // protolint:disable:this FIELD_NAMES_LOWER_SNAKE_CASE
}
message WriteCommitGraphResponse {
}
message CleanupRequest {
Repository repository = 1 [(target_repository)=true];
}
message CleanupResponse {
}
message RepositorySizeRequest {
Repository repository = 1 [(target_repository)=true];
}
message RepositorySizeResponse {
// Repository size in kilobytes
int64 size = 1;
}
message ApplyGitattributesRequest {
Repository repository = 1 [(target_repository)=true];
bytes revision = 2;
}
message ApplyGitattributesResponse {
}
message FetchBundleRequest {
// Repository into which the reference shall be fetched.
Repository repository = 1 [(target_repository)=true];
// Data is the bundle file stream.
bytes data = 2;
// UpdateHead will update HEAD if there is a HEAD reference listed in the bundle
bool update_head = 3;
}
message FetchBundleResponse {
}
message FetchRemoteRequest {
Repository repository = 1 [(target_repository)=true];
// force determines if references should be force-updated in case they have
// diverged.
bool force = 3;
// no_tags determines whether tags should be fetched.
bool no_tags = 4;
// timeout specifies a timeout for the fetch.
int32 timeout = 5;
string ssh_key = 6;
string known_hosts = 7;
reserved 8;
// no_prune will the fetch to not prune remote references which do not exist
// in the remote repository anymore.
bool no_prune = 9;
// remote_params specifies the remote repository which should be fetched
// from.
Remote remote_params = 10;
// If check_tags_changed is true, the FetchRemote RPC will check whether any
// tags were modified, returning the result in the tags_changed field of
// FetchRemoteResponse
bool check_tags_changed = 11;
reserved 2;
reserved "remote";
}
message FetchRemoteResponse {
// If check_tags_changed was set in the FetchRemoteRequest, the FetchRemote
// RPC will return false when no tags were changed, and true if tags were
// changed or answer cannot be determined.
bool tags_changed = 1;
}
message CreateRepositoryRequest {
Repository repository = 1 [(target_repository)=true];
// Provide a branch name to set as the default branch of a newly created
// repository. Note, this will be treated as the branch name and not a
// fully qualified reference.
bytes default_branch = 2;
}
message CreateRepositoryResponse {
}
message GetArchiveRequest {
enum Format {
ZIP = 0;
TAR = 1;
TAR_GZ = 2;
TAR_BZ2 = 3;
}
Repository repository = 1 [(target_repository)=true];
string commit_id = 2;
string prefix = 3;
Format format = 4;
bytes path = 5;
repeated bytes exclude = 6; // protolint:disable:this REPEATED_FIELD_NAMES_PLURALIZED
// If `elide_path` is true and `path` refers to a subdirectory, that
// subdirectory will be elided from archive entries. For example, if `dir`
// contains `README.md`, with `elide_path = false` the corresponding entry
// will be `dir/README.md`; with `elide_path = true`, the entry will be
// `README.md`. `elide_path` has no effect if `path` refers to the repository
// root. `elide_path = true` is not supported if `path` refers to a file.
bool elide_path = 7;
bool include_lfs_blobs = 8;
}
message GetArchiveResponse {
bytes data = 1;
}
message HasLocalBranchesRequest {
Repository repository = 1 [(target_repository)=true];
}
message HasLocalBranchesResponse {
bool value = 1;
}
message FetchSourceBranchRequest {
// Repository into which the reference shall be fetched. After a successful
// call, it should contain the target reference which points to the same
// commit as the source repository's source branch.
Repository repository = 1 [(target_repository)=true];
// Repository from which to fetch the source branch from.
Repository source_repository = 2;
// Name of the branch in the source repository which should be fetched.
bytes source_branch = 3;
// Name of the reference which shall be newly created in the target
// repository.
bytes target_ref = 4;
}
message FetchSourceBranchResponse {
// True if the source branch was successfully fetched into the target
// repository, false if resolving the remote reference or fetching it failed.
bool result = 1;
}
message FsckRequest {
Repository repository = 1 [(target_repository)=true];
}
message FsckResponse {
bytes error = 1;
}
message WriteRefRequest {
Repository repository = 1 [(target_repository)=true];
bytes ref = 2;
bytes revision = 3;
bytes old_revision = 4;
bool force = 5;
// This used to be a boolean indicating whether or not to shell out or use
// the rugged implementation
reserved 6;
}
message WriteRefResponse {
// This used to contain an error message. Since we're shelling out
// all exceptions are wrapped in GRPC errors.
reserved 1;
}
message FindMergeBaseRequest {
Repository repository = 1 [(target_repository)=true];
// We use a repeated field because rugged supports finding a base
// for more than 2 revisions, so if we needed that in the future we don't
// need to change the protocol.
repeated bytes revisions = 2;
}
message FindMergeBaseResponse {
string base = 1;
}
message CreateForkRequest {
Repository repository = 1 [(target_repository)=true];
Repository source_repository = 2;
}
message CreateForkResponse {
}
message CreateRepositoryFromURLRequest {
Repository repository = 1 [(target_repository)=true];
string url = 2;
// HttpHost is the hostname of the remote repository. Use this when the
// URL hostname has already been resolved to an IP address to prevent DNS
// rebinding.
string http_host = 3;
// http_authorization_header is the HTTP header which can be added to
// the request in order to authenticate against the repository.
string http_authorization_header = 4;
// Mirror defines whether to clone with `--mirror` flag or `--bare`. The default
// value `false` will cause us to use `--bare`, which results in a clone that
// contains only branches (`refs/heads/`) and tags (`refs/tags/`) of the remote
// repository. If set to `true`, create a complete mirror-clone which maps all
// remote references into the local repository.
bool mirror = 5;
}
message CreateRepositoryFromURLResponse {
}
message CreateBundleRequest {
Repository repository = 1 [(target_repository)=true];
}
message CreateBundleResponse {
bytes data = 1;
}
message CreateBundleFromRefListRequest {
// Repository is the repository that the bundle is created from.
Repository repository = 1 [(target_repository)=true];
// Patterns contains all patterns which shall be bundled. Patterns should be
// in the format accepted by git-rev-list(1). Patterns which don't match any
// reference will be silently ignored.
repeated bytes patterns = 2;
}
message CreateBundleFromRefListResponse {
bytes data = 1;
}
// GetConfigRequest is a request for the GetConfig RPC.
message GetConfigRequest {
// Repository is the repository from which the configuration should be read
// from.
Repository repository = 1 [(target_repository)=true];
}
// GetConfigResponse is a response for the GetConfig RPC.
message GetConfigResponse {
// Data contains contents of the gitconfig.
bytes data = 1;
}
message RestoreCustomHooksRequest {
Repository repository = 1 [(target_repository)=true];
bytes data = 2;
}
message RestoreCustomHooksResponse {
}
message BackupCustomHooksRequest {
Repository repository = 1 [(target_repository)=true];
}
message BackupCustomHooksResponse {
bytes data = 1;
}
message CreateRepositoryFromBundleRequest {
// Only available on the first message
Repository repository = 1 [(target_repository)=true];
bytes data = 2;
}
message CreateRepositoryFromBundleResponse {
}
message FindLicenseRequest {
Repository repository = 1 [(target_repository)=true];
}
message FindLicenseResponse {
string license_short_name = 1;
}
message GetInfoAttributesRequest {
Repository repository = 1 [(target_repository)=true];
}
message GetInfoAttributesResponse {
bytes attributes = 1;
}
message CalculateChecksumRequest {
Repository repository = 1 [(target_repository)=true];
}
message CalculateChecksumResponse {
string checksum = 1;
}
message GetSnapshotRequest {
Repository repository = 1 [(target_repository)=true];
}
message GetSnapshotResponse {
bytes data = 1;
}
message CreateRepositoryFromSnapshotRequest {
Repository repository = 1 [(target_repository)=true];
string http_url = 2;
string http_auth = 3;
// HttpHost is the hostname of the remote snapshot. Use this when the
// URL hostname has already been resolved to an IP address to prevent DNS
// rebinding.
string http_host = 4;
}
message CreateRepositoryFromSnapshotResponse {
}
message GetRawChangesRequest {
Repository repository = 1 [(target_repository)=true];
string from_revision = 2;
string to_revision = 3;
}
message GetRawChangesResponse {
message RawChange {
enum Operation {
UNKNOWN = 0;
ADDED = 1;
COPIED = 2;
DELETED = 3;
MODIFIED = 4;
RENAMED = 5;
TYPE_CHANGED = 6;
}
string blob_id = 1;
int64 size= 2;
// This used to be a string that is now represented by the field 9 as byte array.
reserved 3;
reserved "new_path";
// This used to be a string that is now represented by the field 10 as byte array.
reserved 4;
reserved "old_path";
Operation operation= 5;
string raw_operation = 6;
int32 old_mode = 7;
int32 new_mode = 8;
// the following fields, 9 and 10, will eventually replace 3 and 4
bytes new_path_bytes = 9;
bytes old_path_bytes = 10;
}
repeated RawChange raw_changes = 1;
}
message SearchFilesByNameRequest {
Repository repository = 1 [(target_repository)=true];
string query = 2;
bytes ref = 3;
// If `filter` is specified and non-empty, it will be parsed as a regular
// expression and used to filter the result set before it is transmitted. It is
// parsed using Go's `regexp` package, which is closely related to PCRE,
// excluding backreferences, atomic/possesive operators, and some other
// features. It has a maximum length of 1000 bytes.
string filter = 4;
}
message SearchFilesByNameResponse {
repeated bytes files = 1;
}
message SearchFilesByContentRequest {
Repository repository = 1 [(target_repository)=true];
string query = 2;
bytes ref = 3;
bool chunked_response = 4;
}
message SearchFilesByContentResponse {
repeated bytes matches = 1;
bytes match_data = 2;
bool end_of_match = 3;
}
// Remote represents a git remote repository.
message Remote {
// url is the URL of the remote repository.
string url = 1;
// http_authorization_header is the HTTP header which should be added to
// the request in order to authenticate against the repository.
string http_authorization_header = 3;
// mirror_refmaps contains the refspecs which shall be fetched. Some special
// refspecs are accepted:
//
// - "all_refs" gets translated to "+refs/*:refs/*", which mirrors all
// references of the source repository.
// - "heads" gets translated to "+refs/heads/*:refs/heads/*", which mirrors
// all branches of the source repository.
// - "tags" gets translated to "+refs/tags/*:refs/tags/*", which mirrors all
// tags of the source repository.
//
// If no refspecs are given, this defaults to "all_refs".
repeated string mirror_refmaps = 4;
// HttpHost is the hostname of the remote repository. Use this when the
// URL hostname has already been resolved to an IP address to prevent DNS
// rebinding.
string http_host = 5;
// Previously, it was possible to specify a remote name. This was quite a
// dangerous field to set though: the name was simply used to create an ad-hoc
// remote which got deleted afterwards again. So unexpectedly, the remote
// isn't retained. And second, if the user chose the name of an existing
// remote, then it would've been deleted after the call. So in effect, the
// field was at best confusing and useless and at worst actively harmful.
reserved 2;
reserved "name";
}
message GetObjectDirectorySizeRequest {
Repository repository = 1 [(target_repository)=true];
}
message GetObjectDirectorySizeResponse {
// Object directory size in kilobytes
int64 size = 1;
}
message RemoveRepositoryRequest {
Repository repository = 1 [(target_repository)=true];
}
message RemoveRepositoryResponse {
}
message RenameRepositoryRequest {
Repository repository = 1 [(target_repository)=true];
string relative_path = 2;
}
message RenameRepositoryResponse{
}
message ReplicateRepositoryRequest {
Repository repository = 1 [(target_repository)=true];
Repository source = 2;
}
message ReplicateRepositoryResponse{
}
message OptimizeRepositoryRequest {
Repository repository = 1 [(target_repository)=true];
}
message OptimizeRepositoryResponse{
}
// PruneUnreachableObjectsRequest is a request for the PruneUnreachableObjects
// RPC call.
message PruneUnreachableObjectsRequest {
Repository repository = 1 [(target_repository)=true];
}
// PruneUnreachableObjectsResponse is a response for the
// PruneUnreachableObjects RPC call.
message PruneUnreachableObjectsResponse {
}
// SetFullPathRequest is a request for the SetFullPath RPC.
message SetFullPathRequest {
// Repository is the repository whose gitconfig should be written to.
Repository repository = 1 [(target_repository)=true];
// Path is the path that shall be written into the "gitlab.fullpath" config key.
string path = 2;
}
// SetFullPathResponse is a response fqor the SetFullPath RPC.
message SetFullPathResponse {
}
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