# frozen_string_literal: true require 'set' require_relative '../../config/boot' require_relative '../../config/environment' require_relative 'cli_helper' module Mastodon class AccountsCLI < Thor include CLIHelper def self.exit_on_failure? true end option :all, type: :boolean desc 'rotate [USERNAME]', 'Generate and broadcast new keys' long_desc <<-LONG_DESC Generate and broadcast new RSA keys as part of security maintenance. With the --all option, all local accounts will be subject to the rotation. Otherwise, and by default, only a single account specified by the USERNAME argument will be processed. LONG_DESC def rotate(username = nil) if options[:all] processed = 0 delay = 0 scope = Account.local.without_suspended progress = create_progress_bar(scope.count) scope.find_in_batches do |accounts| accounts.each do |account| rotate_keys_for_account(account, delay) progress.increment processed += 1 end delay += 5.minutes end progress.finish say("OK, rotated keys for #{processed} accounts", :green) elsif username.present? rotate_keys_for_account(Account.find_local(username)) say('OK', :green) else say('No account(s) given', :red) exit(1) end end option :email, required: true option :confirmed, type: :boolean option :role, default: 'user' option :reattach, type: :boolean option :force, type: :boolean desc 'create USERNAME', 'Create a new user' long_desc <<-LONG_DESC Create a new user account with a given USERNAME and an e-mail address provided with --email. With the --confirmed option, the confirmation e-mail will be skipped and the account will be active straight away. With the --role option one of "user", "admin" or "moderator" can be supplied. Defaults to "user" With the --reattach option, the new user will be reattached to a given existing username of an old account. If the old account is still in use by someone else, you can supply the --force option to delete the old record and reattach the username to the new account anyway. LONG_DESC def create(username) account = Account.new(username: username) password = SecureRandom.hex user = User.new(email: options[:email], password: password, agreement: true, approved: true, admin: options[:role] == 'admin', moderator: options[:role] == 'moderator', confirmed_at: options[:confirmed] ? Time.now.utc : nil) if options[:reattach] account = Account.find_local(username) || Account.new(username: username) if account.user.present? && !options[:force] say('The chosen username is currently in use', :red) say('Use --force to reattach it anyway and delete the other user') return elsif account.user.present? account.user.destroy! end end account.suspended_at = nil user.account = account if user.save if options[:confirmed] user.confirmed_at = nil user.confirm! end say('OK', :green) say("New password: #{password}") else user.errors.to_h.each do |key, error| say('Failure/Error: ', :red) say(key) say(' ' + error, :red) end exit(1) end end option :role option :email option :confirm, type: :boolean option :enable, type: :boolean option :disable, type: :boolean option :disable_2fa, type: :boolean option :approve, type: :boolean option :reset_password, type: :boolean desc 'modify USERNAME', 'Modify a user' long_desc <<-LONG_DESC Modify a user account. With the --role option, update the user's role to one of "user", "moderator" or "admin". With the --email option, update the user's e-mail address. With the --confirm option, mark the user's e-mail as confirmed. With the --disable option, lock the user out of their account. The --enable option is the opposite. With the --approve option, the account will be approved, if it was previously not due to not having open registrations. With the --disable-2fa option, the two-factor authentication requirement for the user can be removed. With the --reset-password option, the user's password is replaced by a randomly-generated one, printed in the output. LONG_DESC def modify(username) user = Account.find_local(username)&.user if user.nil? say('No user with such username', :red) exit(1) end if options[:role] user.admin = options[:role] == 'admin' user.moderator = options[:role] == 'moderator' end password = SecureRandom.hex if options[:reset_password] user.password = password if options[:reset_password] user.email = options[:email] if options[:email] user.disabled = false if options[:enable] user.disabled = true if options[:disable] user.approved = true if options[:approve] user.otp_required_for_login = false if options[:disable_2fa] user.confirm if options[:confirm] if user.save say('OK', :green) say("New password: #{password}") if options[:reset_password] else user.errors.to_h.each do |key, error| say('Failure/Error: ', :red) say(key) say(' ' + error, :red) end exit(1) end end desc 'delete USERNAME', 'Delete a user' long_desc <<-LONG_DESC Remove a user account with a given USERNAME. LONG_DESC def delete(username) account = Account.find_local(username) if account.nil? say('No user with such username', :red) exit(1) end say("Deleting user with #{account.statuses_count} statuses, this might take a while...") SuspendAccountService.new.call(account, reserve_email: false) say('OK', :green) end desc 'backup USERNAME', 'Request a backup for a user' long_desc <<-LONG_DESC Request a new backup for an account with a given USERNAME. The backup will be created in Sidekiq asynchronously, and the user will receive an e-mail with a link to it once it's done. LONG_DESC def backup(username) account = Account.find_local(username) if account.nil? say('No user with such username', :red) exit(1) end backup = account.user.backups.create! BackupWorker.perform_async(backup.id) say('OK', :green) end option :concurrency, type: :numeric, default: 5, aliases: [:c] option :dry_run, type: :boolean desc 'cull', 'Remove remote accounts that no longer exist' long_desc <<-LONG_DESC Query every single remote account in the database to determine if it still exists on the origin server, and if it doesn't, remove it from the database. Accounts that have had confirmed activity within the last week are excluded from the checks. LONG_DESC def cull skip_threshold = 7.days.ago dry_run = options[:dry_run] ? ' (DRY RUN)' : '' skip_domains = Concurrent::Set.new processed, culled = parallelize_with_progress(Account.remote.where(protocol: :activitypub).partitioned) do |account| next if account.updated_at >= skip_threshold || (account.last_webfingered_at.present? && account.last_webfingered_at >= skip_threshold) || skip_domains.include?(account.domain) code = 0 begin code = Request.new(:head, account.uri).perform(&:code) rescue HTTP::ConnectionError skip_domains << account.domain end if [404, 410].include?(code) SuspendAccountService.new.call(account, reserve_username: false) unless options[:dry_run] 1 else # Touch account even during dry run to avoid getting the account into the window again account.touch end end say("Visited #{processed} accounts, removed #{culled}#{dry_run}", :green) unless skip_domains.empty? say('The following domains were not available during the check:', :yellow) skip_domains.each { |domain| say(' ' + domain) } end end option :all, type: :boolean option :domain option :concurrency, type: :numeric, default: 5, aliases: [:c] option :verbose, type: :boolean, aliases: [:v] option :dry_run, type: :boolean desc 'refresh [USERNAME]', 'Fetch remote user data and files' long_desc <<-LONG_DESC Fetch remote user data and files for one or multiple accounts. With the --all option, all remote accounts will be processed. Through the --domain option, this can be narrowed down to a specific domain only. Otherwise, a single remote account must be specified with USERNAME. LONG_DESC def refresh(username = nil) dry_run = options[:dry_run] ? ' (DRY RUN)' : '' if options[:domain] || options[:all] scope = Account.remote scope = scope.where(domain: options[:domain]) if options[:domain] processed, = parallelize_with_progress(scope) do |account| next if options[:dry_run] account.reset_avatar! account.reset_header! account.save end say("Refreshed #{processed} accounts#{dry_run}", :green, true) elsif username.present? username, domain = username.split('@') account = Account.find_remote(username, domain) if account.nil? say('No such account', :red) exit(1) end unless options[:dry_run] account.reset_avatar! account.reset_header! account.save end say("OK#{dry_run}", :green) else say('No account(s) given', :red) exit(1) end end option :concurrency, type: :numeric, default: 5, aliases: [:c] option :verbose, type: :boolean, aliases: [:v] desc 'follow USERNAME', 'Make all local accounts follow account specified by USERNAME' def follow(username) target_account = Account.find_local(username) if target_account.nil? say('No such account', :red) exit(1) end processed, = parallelize_with_progress(Account.local.without_suspended) do |account| FollowService.new.call(account, target_account) end say("OK, followed target from #{processed} accounts", :green) end option :concurrency, type: :numeric, default: 5, aliases: [:c] option :verbose, type: :boolean, aliases: [:v] desc 'unfollow ACCT', 'Make all local accounts unfollow account specified by ACCT' def unfollow(acct) target_account = Account.find_remote(*acct.split('@')) if target_account.nil? say('No such account', :red) exit(1) end parallelize_with_progress(target_account.followers.local) do |account| UnfollowService.new.call(account, target_account) end say("OK, unfollowed target from #{processed} accounts", :green) end option :follows, type: :boolean, default: false option :followers, type: :boolean, default: false desc 'reset-relationships USERNAME', 'Reset all follows and/or followers for a user' long_desc <<-LONG_DESC Reset all follows and/or followers for a user specified by USERNAME. With the --follows option, the command unfollows everyone that the account follows, and then re-follows the users that would be followed by a brand new account. With the --followers option, the command removes all followers of the account. LONG_DESC def reset_relationships(username) unless options[:follows] || options[:followers] say('Please specify either --follows or --followers, or both', :red) exit(1) end account = Account.find_local(username) if account.nil? say('No such account', :red) exit(1) end total = 0 total += Account.where(id: ::Follow.where(account: account).select(:target_account_id)).count if options[:follows] total += Account.where(id: ::Follow.where(target_account: account).select(:account_id)).count if options[:followers] progress = create_progress_bar(total) processed = 0 if options[:follows] scope = Account.where(id: ::Follow.where(account: account).select(:target_account_id)) scope.find_each do |target_account| begin UnfollowService.new.call(account, target_account) rescue => e progress.log pastel.red("Error processing #{target_account.id}: #{e}") ensure progress.increment processed += 1 end end BootstrapTimelineWorker.perform_async(account.id) end if options[:followers] scope = Account.where(id: ::Follow.where(target_account: account).select(:account_id)) scope.find_each do |target_account| begin UnfollowService.new.call(target_account, account) rescue => e progress.log pastel.red("Error processing #{target_account.id}: #{e}") ensure progress.increment processed += 1 end end end progress.finish say("Processed #{processed} relationships", :green, true) end option :number, type: :numeric, aliases: [:n] option :all, type: :boolean desc 'approve [USERNAME]', 'Approve pending accounts' long_desc <<~LONG_DESC When registrations require review from staff, approve pending accounts, either all of them with the --all option, or a specific number of them specified with the --number (-n) option, or only a single specific account identified by its username. LONG_DESC def approve(username = nil) if options[:all] User.pending.find_each(&:approve!) say('OK', :green) elsif options[:number] User.pending.limit(options[:number]).each(&:approve!) say('OK', :green) elsif username.present? account = Account.find_local(username) if account.nil? say('No such account', :red) exit(1) end account.user&.approve! say('OK', :green) else exit(1) end end private def rotate_keys_for_account(account, delay = 0) if account.nil? say('No such account', :red) exit(1) end old_key = account.private_key new_key = OpenSSL::PKey::RSA.new(2048) account.update(private_key: new_key.to_pem, public_key: new_key.public_key.to_pem) ActivityPub::UpdateDistributionWorker.perform_in(delay, account.id, sign_with: old_key) end end end