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|
# frozen_string_literal: true
module Gitlab
module GitalyClient
class OperationService
include Gitlab::EncodingHelper
MAX_MSG_SIZE = 128.kilobytes.freeze
def initialize(repository)
@gitaly_repo = repository.gitaly_repository
@repository = repository
end
def rm_tag(tag_name, user)
request = Gitaly::UserDeleteTagRequest.new(
repository: @gitaly_repo,
tag_name: encode_binary(tag_name),
user: Gitlab::Git::User.from_gitlab(user).to_gitaly
)
response = GitalyClient.call(@repository.storage, :operation_service, :user_delete_tag, request, timeout: GitalyClient.long_timeout)
if pre_receive_error = response.pre_receive_error.presence
raise Gitlab::Git::PreReceiveError, pre_receive_error
end
end
def add_tag(tag_name, user, target, message)
request = Gitaly::UserCreateTagRequest.new(
repository: @gitaly_repo,
user: Gitlab::Git::User.from_gitlab(user).to_gitaly,
tag_name: encode_binary(tag_name),
target_revision: encode_binary(target),
message: encode_binary(message.to_s),
timestamp: Google::Protobuf::Timestamp.new(seconds: Time.now.utc.to_i)
)
response = GitalyClient.call(@repository.storage, :operation_service, :user_create_tag, request, timeout: GitalyClient.long_timeout)
if pre_receive_error = response.pre_receive_error.presence
raise Gitlab::Git::PreReceiveError, pre_receive_error
elsif response.exists
raise Gitlab::Git::Repository::TagExistsError
end
Gitlab::Git::Tag.new(@repository, response.tag)
rescue GRPC::FailedPrecondition => e
raise Gitlab::Git::Repository::InvalidRef, e
end
def user_create_branch(branch_name, user, start_point)
request = Gitaly::UserCreateBranchRequest.new(
repository: @gitaly_repo,
branch_name: encode_binary(branch_name),
user: Gitlab::Git::User.from_gitlab(user).to_gitaly,
start_point: encode_binary(start_point)
)
response = GitalyClient.call(@repository.storage, :operation_service,
:user_create_branch, request, timeout: GitalyClient.long_timeout)
if response.pre_receive_error.present?
raise Gitlab::Git::PreReceiveError, response.pre_receive_error
end
branch = response.branch
return unless branch
target_commit = Gitlab::Git::Commit.decorate(@repository, branch.target_commit)
Gitlab::Git::Branch.new(@repository, branch.name, target_commit.id, target_commit)
rescue GRPC::FailedPrecondition => ex
raise Gitlab::Git::Repository::InvalidRef, ex
end
def user_update_branch(branch_name, user, newrev, oldrev)
request = Gitaly::UserUpdateBranchRequest.new(
repository: @gitaly_repo,
branch_name: encode_binary(branch_name),
user: Gitlab::Git::User.from_gitlab(user).to_gitaly,
newrev: encode_binary(newrev),
oldrev: encode_binary(oldrev)
)
response = GitalyClient.call(@repository.storage, :operation_service,
:user_update_branch, request, timeout: GitalyClient.long_timeout)
if pre_receive_error = response.pre_receive_error.presence
raise Gitlab::Git::PreReceiveError, pre_receive_error
end
end
def user_delete_branch(branch_name, user)
request = Gitaly::UserDeleteBranchRequest.new(
repository: @gitaly_repo,
branch_name: encode_binary(branch_name),
user: Gitlab::Git::User.from_gitlab(user).to_gitaly
)
response = GitalyClient.call(@repository.storage, :operation_service,
:user_delete_branch, request, timeout: GitalyClient.long_timeout)
if pre_receive_error = response.pre_receive_error.presence
raise Gitlab::Git::PreReceiveError, pre_receive_error
end
end
def user_merge_to_ref(user, source_sha:, branch:, target_ref:, message:, first_parent_ref:, allow_conflicts: false)
request = Gitaly::UserMergeToRefRequest.new(
repository: @gitaly_repo,
source_sha: source_sha,
branch: encode_binary(branch),
target_ref: encode_binary(target_ref),
user: Gitlab::Git::User.from_gitlab(user).to_gitaly,
message: encode_binary(message),
first_parent_ref: encode_binary(first_parent_ref),
allow_conflicts: allow_conflicts,
timestamp: Google::Protobuf::Timestamp.new(seconds: Time.now.utc.to_i)
)
response = GitalyClient.call(@repository.storage, :operation_service,
:user_merge_to_ref, request, timeout: GitalyClient.long_timeout)
response.commit_id
end
def user_merge_branch(user, source_sha, target_branch, message)
request_enum = QueueEnumerator.new
response_enum = GitalyClient.call(
@repository.storage,
:operation_service,
:user_merge_branch,
request_enum.each,
timeout: GitalyClient.long_timeout
)
request_enum.push(
Gitaly::UserMergeBranchRequest.new(
repository: @gitaly_repo,
user: Gitlab::Git::User.from_gitlab(user).to_gitaly,
commit_id: source_sha,
branch: encode_binary(target_branch),
message: encode_binary(message),
timestamp: Google::Protobuf::Timestamp.new(seconds: Time.now.utc.to_i)
)
)
yield response_enum.next.commit_id
request_enum.push(Gitaly::UserMergeBranchRequest.new(apply: true))
second_response = response_enum.next
branch_update = second_response.branch_update
return if branch_update.nil?
raise Gitlab::Git::CommitError, 'failed to apply merge to branch' unless branch_update.commit_id.present?
Gitlab::Git::OperationService::BranchUpdate.from_gitaly(branch_update)
rescue GRPC::BadStatus => e
detailed_error = decode_detailed_error(e)
case detailed_error&.error
when :access_check
access_check_error = detailed_error.access_check
# These messages were returned from internal/allowed API calls
raise Gitlab::Git::PreReceiveError.new(fallback_message: access_check_error.error_message)
when :reference_update
# We simply ignore any reference update errors which are typically an
# indicator of multiple RPC calls trying to update the same reference
# at the same point in time.
else
raise
end
ensure
request_enum.close
end
def user_ff_branch(user, source_sha, target_branch)
request = Gitaly::UserFFBranchRequest.new(
repository: @gitaly_repo,
user: Gitlab::Git::User.from_gitlab(user).to_gitaly,
commit_id: source_sha,
branch: encode_binary(target_branch)
)
response = GitalyClient.call(
@repository.storage,
:operation_service,
:user_ff_branch,
request,
timeout: GitalyClient.long_timeout
)
if response.pre_receive_error.present?
raise Gitlab::Git::PreReceiveError.new(response.pre_receive_error, fallback_message: "pre-receive hook failed.")
end
Gitlab::Git::OperationService::BranchUpdate.from_gitaly(response.branch_update)
rescue GRPC::FailedPrecondition => e
raise Gitlab::Git::CommitError, e
end
def user_cherry_pick(user:, commit:, branch_name:, message:, start_branch_name:, start_repository:, dry_run: false)
call_cherry_pick_or_revert(:cherry_pick,
user: user,
commit: commit,
branch_name: branch_name,
message: message,
start_branch_name: start_branch_name,
start_repository: start_repository,
dry_run: dry_run)
end
def user_revert(user:, commit:, branch_name:, message:, start_branch_name:, start_repository:, dry_run: false)
call_cherry_pick_or_revert(:revert,
user: user,
commit: commit,
branch_name: branch_name,
message: message,
start_branch_name: start_branch_name,
start_repository: start_repository,
dry_run: dry_run)
end
def rebase(user, rebase_id, branch:, branch_sha:, remote_repository:, remote_branch:, push_options: [])
request_enum = QueueEnumerator.new
rebase_sha = nil
response_enum = GitalyClient.call(
@repository.storage,
:operation_service,
:user_rebase_confirmable,
request_enum.each,
timeout: GitalyClient.long_timeout,
remote_storage: remote_repository.storage
)
# First request
request_enum.push(
Gitaly::UserRebaseConfirmableRequest.new(
header: Gitaly::UserRebaseConfirmableRequest::Header.new(
repository: @gitaly_repo,
user: Gitlab::Git::User.from_gitlab(user).to_gitaly,
rebase_id: rebase_id.to_s,
branch: encode_binary(branch),
branch_sha: branch_sha,
remote_repository: remote_repository.gitaly_repository,
remote_branch: encode_binary(remote_branch),
git_push_options: push_options,
timestamp: Google::Protobuf::Timestamp.new(seconds: Time.now.utc.to_i)
)
)
)
perform_next_gitaly_rebase_request(response_enum) do |response|
rebase_sha = response.rebase_sha
end
yield rebase_sha
# Second request confirms with gitaly to finalize the rebase
request_enum.push(Gitaly::UserRebaseConfirmableRequest.new(apply: true))
perform_next_gitaly_rebase_request(response_enum)
rebase_sha
rescue GRPC::BadStatus => e
detailed_error = decode_detailed_error(e)
case detailed_error&.error
when :access_check
access_check_error = detailed_error.access_check
# These messages were returned from internal/allowed API calls
raise Gitlab::Git::PreReceiveError.new(fallback_message: access_check_error.error_message)
when :rebase_conflict
raise Gitlab::Git::Repository::GitError, e.details
else
raise e
end
ensure
request_enum.close
end
def user_squash(user, start_sha, end_sha, author, message, time = Time.now.utc)
request = Gitaly::UserSquashRequest.new(
repository: @gitaly_repo,
user: Gitlab::Git::User.from_gitlab(user).to_gitaly,
start_sha: start_sha,
end_sha: end_sha,
author: Gitlab::Git::User.from_gitlab(author).to_gitaly,
commit_message: encode_binary(message),
timestamp: Google::Protobuf::Timestamp.new(seconds: time.to_i)
)
response = GitalyClient.call(
@repository.storage,
:operation_service,
:user_squash,
request,
timeout: GitalyClient.long_timeout
)
if response.git_error.presence
raise Gitlab::Git::Repository::GitError, response.git_error
end
response.squash_sha
rescue GRPC::BadStatus => e
detailed_error = decode_detailed_error(e)
case detailed_error&.error
when :resolve_revision, :rebase_conflict
# Theoretically, we could now raise specific errors based on the type
# of the detailed error. Most importantly, we get error details when
# Gitaly was not able to resolve the `start_sha` or `end_sha` via a
# ResolveRevisionError, and we get information about which files are
# conflicting via a MergeConflictError.
#
# We don't do this now though such that we can maintain backwards
# compatibility with the minimum required set of changes during the
# transitory period where we're migrating UserSquash to use
# structured errors. We thus continue to just return a GitError, like
# we previously did.
raise Gitlab::Git::Repository::GitError, e.details
else
raise
end
end
def user_update_submodule(user:, submodule:, commit_sha:, branch:, message:)
request = Gitaly::UserUpdateSubmoduleRequest.new(
repository: @gitaly_repo,
user: Gitlab::Git::User.from_gitlab(user).to_gitaly,
commit_sha: commit_sha,
branch: encode_binary(branch),
submodule: encode_binary(submodule),
commit_message: encode_binary(message),
timestamp: Google::Protobuf::Timestamp.new(seconds: Time.now.utc.to_i)
)
response = GitalyClient.call(
@repository.storage,
:operation_service,
:user_update_submodule,
request,
timeout: GitalyClient.long_timeout
)
if response.pre_receive_error.present?
raise Gitlab::Git::PreReceiveError, response.pre_receive_error
elsif response.commit_error.present?
raise Gitlab::Git::CommitError, response.commit_error
else
Gitlab::Git::OperationService::BranchUpdate.from_gitaly(response.branch_update)
end
end
# rubocop:disable Metrics/ParameterLists
def user_commit_files(
user, branch_name, commit_message, actions, author_email, author_name,
start_branch_name, start_repository, force = false, start_sha = nil)
req_enum = Enumerator.new do |y|
header = user_commit_files_request_header(user, branch_name,
commit_message, actions, author_email, author_name,
start_branch_name, start_repository, force, start_sha)
y.yield Gitaly::UserCommitFilesRequest.new(header: header)
actions.each do |action|
action_header = user_commit_files_action_header(action)
y.yield Gitaly::UserCommitFilesRequest.new(
action: Gitaly::UserCommitFilesAction.new(header: action_header)
)
reader = binary_io(action[:content])
until reader.eof?
chunk = reader.read(MAX_MSG_SIZE)
y.yield Gitaly::UserCommitFilesRequest.new(
action: Gitaly::UserCommitFilesAction.new(content: chunk)
)
end
end
end
response = GitalyClient.call(@repository.storage, :operation_service,
:user_commit_files, req_enum, timeout: GitalyClient.long_timeout,
remote_storage: start_repository.storage)
if (pre_receive_error = response.pre_receive_error.presence)
raise Gitlab::Git::PreReceiveError, pre_receive_error
end
if (index_error = response.index_error.presence)
raise Gitlab::Git::Index::IndexError, index_error
end
Gitlab::Git::OperationService::BranchUpdate.from_gitaly(response.branch_update)
end
# rubocop:enable Metrics/ParameterLists
def user_commit_patches(user, branch_name, patches)
header = Gitaly::UserApplyPatchRequest::Header.new(
repository: @gitaly_repo,
user: Gitlab::Git::User.from_gitlab(user).to_gitaly,
target_branch: encode_binary(branch_name),
timestamp: Google::Protobuf::Timestamp.new(seconds: Time.now.utc.to_i)
)
reader = binary_io(patches)
chunks = Enumerator.new do |chunk|
chunk.yield Gitaly::UserApplyPatchRequest.new(header: header)
until reader.eof?
patch_chunk = reader.read(MAX_MSG_SIZE)
chunk.yield(Gitaly::UserApplyPatchRequest.new(patches: patch_chunk))
end
end
response = GitalyClient.call(@repository.storage, :operation_service,
:user_apply_patch, chunks, timeout: GitalyClient.long_timeout)
Gitlab::Git::OperationService::BranchUpdate.from_gitaly(response.branch_update)
end
private
def perform_next_gitaly_rebase_request(response_enum)
response = response_enum.next
if response.pre_receive_error.present?
raise Gitlab::Git::PreReceiveError, response.pre_receive_error
elsif response.git_error.present?
raise Gitlab::Git::Repository::GitError, response.git_error
end
yield response if block_given?
response
end
def call_cherry_pick_or_revert(rpc, user:, commit:, branch_name:, message:, start_branch_name:, start_repository:, dry_run:)
request_class = "Gitaly::User#{rpc.to_s.camelcase}Request".constantize
request = request_class.new(
repository: @gitaly_repo,
user: Gitlab::Git::User.from_gitlab(user).to_gitaly,
commit: commit.to_gitaly_commit,
branch_name: encode_binary(branch_name),
message: encode_binary(message),
start_branch_name: encode_binary(start_branch_name.to_s),
start_repository: start_repository.gitaly_repository,
dry_run: dry_run
)
response = GitalyClient.call(
@repository.storage,
:operation_service,
:"user_#{rpc}",
request,
remote_storage: start_repository.storage,
timeout: GitalyClient.long_timeout
)
handle_cherry_pick_or_revert_response(response)
end
def handle_cherry_pick_or_revert_response(response)
if response.pre_receive_error.presence
raise Gitlab::Git::PreReceiveError, response.pre_receive_error
elsif response.commit_error.presence
raise Gitlab::Git::CommitError, response.commit_error
elsif response.create_tree_error.presence
raise Gitlab::Git::Repository::CreateTreeError, response.create_tree_error_code
end
Gitlab::Git::OperationService::BranchUpdate.from_gitaly(response.branch_update)
end
# rubocop:disable Metrics/ParameterLists
def user_commit_files_request_header(
user, branch_name, commit_message, actions, author_email, author_name,
start_branch_name, start_repository, force, start_sha)
Gitaly::UserCommitFilesRequestHeader.new(
repository: @gitaly_repo,
user: Gitlab::Git::User.from_gitlab(user).to_gitaly,
branch_name: encode_binary(branch_name),
commit_message: encode_binary(commit_message),
commit_author_name: encode_binary(author_name),
commit_author_email: encode_binary(author_email),
start_branch_name: encode_binary(start_branch_name),
start_repository: start_repository.gitaly_repository,
force: force,
start_sha: encode_binary(start_sha),
timestamp: Google::Protobuf::Timestamp.new(seconds: Time.now.utc.to_i)
)
end
# rubocop:enable Metrics/ParameterLists
def user_commit_files_action_header(action)
Gitaly::UserCommitFilesActionHeader.new(
action: action[:action].upcase.to_sym,
file_path: encode_binary(action[:file_path]),
previous_path: encode_binary(action[:previous_path]),
base64_content: action[:encoding] == 'base64',
execute_filemode: !!action[:execute_filemode],
infer_content: !!action[:infer_content]
)
rescue RangeError
raise ArgumentError, "Unknown action '#{action[:action]}'"
end
def decode_detailed_error(err)
# details could have more than one in theory, but we only have one to worry about for now.
detailed_error = err.to_rpc_status&.details&.first
return unless detailed_error.present?
prefix = %r{type\.googleapis\.com\/gitaly\.(?<error_type>.+)}
error_type = prefix.match(detailed_error.type_url)[:error_type]
Gitaly.const_get(error_type, false).decode(detailed_error.value)
rescue NameError, NoMethodError
# Error Class might not be known to ruby yet
nil
end
end
end
end
|