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syntax = "proto3";
package gitaly;
option go_package = "gitlab.com/gitlab-org/gitaly/proto/go/gitalypb";
import "lint.proto";
import "shared.proto";
service BlobService {
// GetBlob returns the contents of a blob object referenced by its object
// ID. We use a stream to return a chunked arbitrarily large binary
// response
rpc GetBlob(GetBlobRequest) returns (stream GetBlobResponse) {
option (op_type) = {
op: ACCESSOR
};
}
rpc GetBlobs(GetBlobsRequest) returns (stream GetBlobsResponse) {
option (op_type) = {
op: ACCESSOR
};
}
// GetLFSPointers retrieves LFS pointers from a given set of object IDs.
// This RPC filters all requested objects and only returns those which refer
// to a valid LFS pointer.
rpc GetLFSPointers(GetLFSPointersRequest) returns (stream GetLFSPointersResponse) {
option (op_type) = {
op: ACCESSOR
};
}
// ListLFSPointers retrieves LFS pointers reachable from a given set of
// revisions by doing a graph walk. This includes both normal revisions like
// an object ID or branch, but also the pseudo-revisions "--all" and "--not"
// as documented in git-rev-parse(1). Revisions which don't directly or
// transitively reference any LFS pointers are ignored. It is not valid to
// pass revisions which do not resolve to an existing object.
rpc ListLFSPointers(ListLFSPointersRequest) returns (stream ListLFSPointersResponse) {
option (op_type) = {
op: ACCESSOR
};
}
// ListAllLFSPointers retrieves all LFS pointers in the repository, including
// those not reachable by any reference.
rpc ListAllLFSPointers(ListAllLFSPointersRequest) returns (stream ListAllLFSPointersResponse) {
option (op_type) = {
op: ACCESSOR
};
}
}
message GetBlobRequest {
Repository repository = 1[(target_repository)=true];
// Object ID (SHA1) of the blob we want to get
string oid = 2;
// Maximum number of bytes we want to receive. Use '-1' to get the full blob no matter how big.
int64 limit = 3;
}
message GetBlobResponse {
// Blob size; present only in first response message
int64 size = 1;
// Chunk of blob data
bytes data = 2;
// Object ID of the actual blob returned. Empty if no blob was found.
string oid = 3;
}
message GetBlobsRequest {
message RevisionPath {
string revision = 1;
bytes path = 2;
}
Repository repository = 1[(target_repository)=true];
// Revision/Path pairs of the blobs we want to get.
repeated RevisionPath revision_paths = 2;
// Maximum number of bytes we want to receive. Use '-1' to get the full blobs no matter how big.
int64 limit = 3;
}
message GetBlobsResponse {
// Blob size; present only on the first message per blob
int64 size = 1;
// Chunk of blob data, could span over multiple messages.
bytes data = 2;
// Object ID of the current blob. Only present on the first message per blob. Empty if no blob was found.
string oid = 3;
bool is_submodule = 4;
int32 mode = 5;
string revision = 6;
bytes path = 7;
ObjectType type = 8;
}
// LFSPointer is a git blob which points to an LFS object.
message LFSPointer {
// Size is the size of the blob. This is not the size of the LFS object
// pointed to.
int64 size = 1;
// Data is the bare data of the LFS pointer blob. It contains the pointer to
// the LFS data in the format specified by the LFS project.
bytes data = 2;
// Oid is the object ID of the blob.
string oid = 3;
}
message NewBlobObject {
int64 size = 1;
string oid = 2;
bytes path = 3;
}
// GetLFSPointersRequest is a request for the GetLFSPointers RPC.
message GetLFSPointersRequest {
// Repository is the repository for which LFS pointers should be retrieved
// from.
Repository repository = 1[(target_repository)=true];
// BlobIds is the list of blobs to retrieve LFS pointers from. Must be a
// non-empty list of blobs IDs to fetch.
repeated string blob_ids = 2;
}
// GetLFSPointersResponse is a response for the GetLFSPointers RPC.
message GetLFSPointersResponse {
// LfsPointers is the list of LFS pointers which were requested.
repeated LFSPointer lfs_pointers = 1;
}
// ListLFSPointersRequest is a request for the ListLFSPointers RPC.
message ListLFSPointersRequest {
// Repository is the repository for which LFS pointers should be retrieved
// from.
Repository repository = 1[(target_repository)=true];
// Revisions is the list of revisions to retrieve LFS pointers from. Must be
// a non-empty list.
repeated string revisions = 2;
// Limit limits the number of LFS pointers returned.
int32 limit = 3;
}
// ListLFSPointersResponse is a response for the ListLFSPointers RPC.
message ListLFSPointersResponse {
// LfsPointers is the list of LFS pointers which were requested.
repeated LFSPointer lfs_pointers = 1;
}
// ListAllLFSPointersRequest is a request for the ListAllLFSPointers RPC.
message ListAllLFSPointersRequest {
// Repository is the repository for which LFS pointers should be retrieved
// from.
Repository repository = 1[(target_repository)=true];
// Limit limits the number of LFS pointers returned.
int32 limit = 3;
}
// ListAllLFSPointersResponse is a response for the ListAllLFSPointers RPC.
message ListAllLFSPointersResponse {
// LfsPointers is the list of LFS pointers which were requested.
repeated LFSPointer lfs_pointers = 1;
}
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