# This file contains the fastlane.tools configuration # You can find the documentation at https://docs.fastlane.tools # # For a list of all available actions, check out # # https://docs.fastlane.tools/actions # # Fastlane is updated quite frequently with security patches # update_fastlane # There are a few env variables defined in the .env file in # this directory (fastlane/.env) def curl_upload(url, file, auth, conn_timeout = 5, timeout = 60, retries = 3) rval = sh( 'curl', '--silent', '--user', auth, '--write-out', "\nHTTP_CODE:%{http_code}", '--request', 'POST', '--header', 'Content-Type: application/octet-stream', # we retry few times if upload doesn't succeed in sensible time '--retry-connrefused', # consider ECONNREFUSED as error too retry '--data-binary', "@../#{file}", # `fastlane` is the cwd so we go one folder up '--connect-timeout', conn_timeout.to_s, # max time in sec. for establishing connection '--max-time', timeout.to_s, # max time in sec. for whole transfer to take '--retry', retries.to_s, # number of retries to attempt '--retry-max-time', timeout.to_s, # same as --max-time but for retries '--retry-delay', '0', # an exponential backoff algorithm in sec. url ) # We're not using --fail because it suppresses server response raise "Error:\n#{rval}" unless rval.include? 'HTTP_CODE:200' rval end def retry_curl_upload(url, file, auth, conn_timeout = 5, timeout = 60, retries = 3) # since curl doesn't retry on connection and operation timeouts we roll our own (1..retries).each do |try| begin return curl_upload(url, file, auth, conn_timeout, timeout, retries) rescue StandardError => e if try == retries UI.error "Error:\n#{e}" raise end UI.important "Warning: Retrying cURL upload! (attempt #{try}/#{retries})" end end end # Creates and unlocks a keychain into which Fastlane match imports signing keys and certs. class Keychain attr_accessor :name, :pass def initialize(name) # Local devs will not have KEYCHAIN_PASSWORD set, and will be prompted for password. return "login.keychain-db" unless ENV['KEYCHAIN_PASSWORD'] # We user the same keychain every time because we need to set a default. @name = "#{name}.keychain-db" @pass = ENV['KEYCHAIN_PASSWORD'] Fastlane::Actions::CreateKeychainAction.run( name: @name, password: @pass, unlock: true, # Fastlane can't find the signing cert without setting a default. default_keychain: true, # Deleting the keychain would cause race condition for parallel jobs. require_create: false, # Lock it up after 25 minutes just in case we don't delete it. lock_when_sleeps: true, lock_after_timeout: true, timeout: 1500 ) end end # App Store Connect API is an official public API used to manage Apps. # This includes metadata, pricing and availability, provisioning, and more. # It provides a JSON API and auth using API Keys to generate a JSON Web Token (JWT). def asc_api_key() app_store_connect_api_key( key_id: ENV['FASTLANE_ASC_API_KEY_ID'], issuer_id: ENV['FASTLANE_ASC_API_ISSUER_ID'], key_filepath: ENV['FASTLANE_ASC_API_KEY_FILE_PATH'], duration: 1200, # seconds, session length in_house: false, ) end # builds an ios app with ad-hoc configuration and put it # to "status-ios" output folder # `readonly`: # if true - only fetch existing certificates and profiles, don't upgrade from AppStoreConnect # if false - read list of devices from AppStoreConnect, and upgrade the provisioning profiles from it # `pr_build`: # if true - uses StatusImPR scheme and postfixed app id with `.pr` to build an app, which can be used in parallel with release # if false - uses StatusIm scheme to build the release app def build_ios_adhoc(readonly: false, pr_build: false) # PR builds should appear as a separate App on iOS scheme = pr_build ? 'StatusImPR' : 'StatusIm' app_id = pr_build ? 'im.status.ethereum.pr' : 'im.status.ethereum' kc = Keychain.new('fastlane') match( type: 'adhoc', readonly: readonly, api_key: asc_api_key(), app_identifier: app_id, force_for_new_devices: true, keychain_name: kc.name, keychain_password: kc.pass ) build_ios_app( scheme: scheme, workspace: 'ios/StatusIm.xcworkspace', configuration: 'Release', clean: true, export_method: 'ad-hoc', output_name: 'StatusIm', output_directory: 'status-ios', buildlog_path: 'logs', export_options: { signingStyle: 'manual', provisioningProfiles: { "im.status.ethereum": "match AdHoc im.status.ethereum", "im.status.ethereum.pr": "match AdHoc im.status.ethereum.pr" } } ) end # builds an ios app with e2e configuration and put it # to "status-ios" output folder def build_ios_e2e # determine a simulator SDK installed showsdks_output = sh('xcodebuild', '-showsdks') simulator_sdk = showsdks_output.scan(/iphonesimulator\d\d?\.\d\d?/).first kc = Keychain.new('fastlane') match( type: 'adhoc', readonly: true, api_key: asc_api_key(), force_for_new_devices: true, keychain_name: kc.name, keychain_password: kc.pass ) build_ios_app( # Creating a build for the iOS Simulator # 1. https://medium.com/rocket-fuel/fastlane-to-the-simulator-87549b2601b9 sdk: simulator_sdk, destination: 'generic/platform=iOS Simulator', # 2. fixing compilations issues as stated in https://stackoverflow.com/a/20505258 # it looks like i386 isn't supported by React Native xcargs: 'ARCHS="x86_64" ONLY_ACTIVE_ARCH=NO', # 3. directory where to up StatusIm.app derived_data_path: 'status-ios', output_name: 'StatusIm.app', buildlog_path: 'logs', # ------------------------------------- # Normal stuff scheme: 'StatusIm', workspace: 'ios/StatusIm.xcworkspace', configuration: 'Release', # Simulator apps can't be archived... skip_archive: true, # ...and we don't need an .ipa file for them, because we use .app directly skip_package_ipa: true ) zip( path: 'status-ios/Build/Products/Release-iphonesimulator/StatusIm.app', output_path: 'status-ios/StatusIm.app.zip', verbose: false ) end platform :ios do desc '`fastlane ios adhoc` - ad-hoc lane for iOS.' desc 'This lane is used for PRs, Releases, etc.' desc 'It creates an .ipa that can be used by a list of devices, registeded in the App Store Connect.' desc 'This .ipa is ready to be distibuted through diawi.com' lane :adhoc do build_ios_adhoc(readonly: true) end desc '`fastlane ios e2e` - e2e lane for iOS.' desc 'This lane is used for SauceLabs end-to-end testing.' desc 'It creates an .app that can be used inside of a iPhone simulator.' lane :e2e do build_ios_e2e end desc '`fastlane ios pr` - makes a new pr build' desc 'This lane builds a new adhoc build and leaves an .ipa that is ad-hoc signed (can be uploaded to diawi)' lane :pr do build_ios_adhoc(pr_build: true) end desc '`fastlane ios nightly` - makes a new nightly' desc 'This lane builds a new nightly and leaves an .ipa that is ad-hoc signed (can be uploaded to diawi)' lane :nightly do build_ios_adhoc() end desc '`fastlane ios release` builds a release & uploads it to TestFlight' lane :release do kc = Keychain.new('fastlane') match( type: 'appstore', readonly: true, api_key: asc_api_key(), app_identifier: 'im.status.ethereum', keychain_name: kc.name, keychain_password: kc.pass ) build_ios_app( scheme: 'StatusIm', workspace: 'ios/StatusIm.xcworkspace', configuration: 'Release', clean: true, export_method: 'app-store', output_directory: 'status-ios', buildlog_path: 'logs', include_symbols: false, export_options: { "combileBitcode": true, "uploadBitcode": false, "ITSAppUsesNonExemptEncryption": false } ) upload_to_testflight( ipa: 'status-ios/StatusIm.ipa', skip_waiting_for_build_processing: true ) end desc '`fastlane ios saucelabs` - upload .app to sauce labs' desc 'also notifies in a GitHub comments' desc 'expects to have an .apk prepared: `result/app.apk`' desc 'expects to have a saucelabs access key as SAUCE_ACCESS_KEY env variable' desc 'expects to have a saucelabs username token as SAUCE_USERNAME env variable' desc 'expects to have a saucelabs destination name as SAUCE_LABS_NAME env variable' desc "will fails if file isn't there" lane :saucelabs do upload_to_saucelabs( 'status-ios/StatusIm.app.zip' ) end desc 'This fastlane step cleans up XCode DerivedData folder' lane :cleanup do clear_derived_data end end platform :android do # Optional env variables APK_PATHS = ENV["APK_PATHS"]&.split(";") or ["result/app.apk"] desc 'Deploy a new internal build to Google Play' desc 'expects GOOGLE_PLAY_JSON_KEY environment variable' lane :nightly do upload_to_play_store( track: 'internal', apk_paths: APK_PATHS, json_key_data: ENV['GOOGLE_PLAY_JSON_KEY'] ) end desc 'Deploy a new alpha (public) build to Google Play' desc 'expects GOOGLE_PLAY_JSON_KEY environment variable' lane :release do upload_to_play_store( track: 'alpha', apk_paths: APK_PATHS, json_key_data: ENV['GOOGLE_PLAY_JSON_KEY'] ) end desc 'Upload metadata to Google Play.' desc 'Metadata is always updated when builds are uploaded,' desc 'but this action can update metadata without uploading a build.' desc 'expects GOOGLE_PLAY_JSON_KEY environment variable' lane :upload_metadata do upload_to_play_store( skip_upload_apk: true, skip_upload_changelogs: true, json_key_data: ENV['GOOGLE_PLAY_JSON_KEY'], # These don't matter much as we're not uploading any new builds # and indeed, we're skipping changelogs. This is just so that # the library can find what it thinks it needs and continue with # the work we actually want it to do. track: 'production', version_code: '2020042307' ) end end