debian-mirror-gitlab/lib/api/internal.rb
2017-08-17 22:00:37 +05:30

151 lines
4.3 KiB
Ruby

module API
# Internal access API
class Internal < Grape::API
before { authenticate_by_gitlab_shell_token! }
helpers ::API::Helpers::InternalHelpers
namespace 'internal' do
# Check if git command is allowed to project
#
# Params:
# key_id - ssh key id for Git over SSH
# user_id - user id for Git over HTTP
# protocol - Git access protocol being used, e.g. HTTP or SSH
# project - project path with namespace
# action - git action (git-upload-pack or git-receive-pack)
# changes - changes as "oldrev newrev ref", see Gitlab::ChangesList
post "/allowed" do
status 200
# Stores some Git-specific env thread-safely
Gitlab::Git::Env.set(parse_env)
actor =
if params[:key_id]
Key.find_by(id: params[:key_id])
elsif params[:user_id]
User.find_by(id: params[:user_id])
end
protocol = params[:protocol]
actor.update_last_used_at if actor.is_a?(Key)
access_checker = wiki? ? Gitlab::GitAccessWiki : Gitlab::GitAccess
access_status = access_checker
.new(actor, project, protocol, authentication_abilities: ssh_authentication_abilities)
.check(params[:action], params[:changes])
response = { status: access_status.status, message: access_status.message }
if access_status.status
log_user_activity(actor)
# Project id to pass between components that don't share/don't have
# access to the same filesystem mounts
response[:gl_repository] = Gitlab::GlRepository.gl_repository(project, wiki?)
# Return the repository full path so that gitlab-shell has it when
# handling ssh commands
response[:repository_path] =
if wiki?
project.wiki.repository.path_to_repo
else
project.repository.path_to_repo
end
end
response
end
post "/lfs_authenticate" do
status 200
key = Key.find(params[:key_id])
key.update_last_used_at
token_handler = Gitlab::LfsToken.new(key)
{
username: token_handler.actor_name,
lfs_token: token_handler.token,
repository_http_path: project.http_url_to_repo
}
end
get "/merge_request_urls" do
::MergeRequests::GetUrlsService.new(project).execute(params[:changes])
end
#
# Discover user by ssh key
#
get "/discover" do
key = Key.find(params[:key_id])
present key.user, with: Entities::UserSafe
end
get "/check" do
{
api_version: API.version,
gitlab_version: Gitlab::VERSION,
gitlab_rev: Gitlab::REVISION,
}
end
get "/broadcast_message" do
if message = BroadcastMessage.current
present message, with: Entities::BroadcastMessage
else
{}
end
end
post '/two_factor_recovery_codes' do
status 200
key = Key.find_by(id: params[:key_id])
if key
key.update_last_used_at
else
return { 'success' => false, 'message' => 'Could not find the given key' }
end
if key.is_a?(DeployKey)
return { success: false, message: 'Deploy keys cannot be used to retrieve recovery codes' }
end
user = key.user
unless user
return { success: false, message: 'Could not find a user for the given key' }
end
unless user.two_factor_enabled?
return { success: false, message: 'Two-factor authentication is not enabled for this user' }
end
codes = user.generate_otp_backup_codes!
user.save!
{ success: true, recovery_codes: codes }
end
post "/notify_post_receive" do
status 200
# TODO: Re-enable when Gitaly is processing the post-receive notification
# return unless Gitlab::GitalyClient.enabled?
#
# begin
# repository = wiki? ? project.wiki.repository : project.repository
# Gitlab::GitalyClient::Notifications.new(repository.raw_repository).post_receive
# rescue GRPC::Unavailable => e
# render_api_error!(e, 500)
# end
end
end
end
end