class Spaceship::Tunes::BuildTrain
A build train is all builds for a given version number with different build numbers
Represents a build train of builds from iTunes Connect
def all(application, app_id)
-
app_id
(String
) -- The unique Apple ID of this app -
application
(Spaceship::Tunes::Application
) -- The app this train is for
def all(application, app_id) trains = [] trains += client.build_trains(app_id, 'internal')['trains'] trains += client.build_trains(app_id, 'external')['trains'] result = {} trains.each do |attrs| attrs[:application] = application current = self.factory(attrs) result[current.version_string] = current end result end
def factory(attrs)
Create a new object based on a hash.
def factory(attrs) self.new(attrs) end
def latest_build
-
(Spaceship::Tunes::Build)
- The latest build for this train, sorted by upload time.
def latest_build @builds.max_by(&:upload_date) end
def setup
def setup super @builds = (self.raw_data['builds'] || []).collect do |attrs| attrs[:build_train] = self Tunes::Build.factory(attrs) end @invalid_builds = @builds.select do |build| build.processing_state == 'processingFailed' || build.processing_state == 'invalidBinary' end # This step may not be necessary anymore - it seems as if every processing build will be caught by the # @builds.each below, but not every processing build makes it to buildsInProcessing, so this is redundant @processing_builds = (self.raw_data['buildsInProcessing'] || []).collect do |attrs| attrs[:build_train] = self Tunes::Build.factory(attrs) end # since buildsInProcessing appears empty, fallback to also including processing state from @builds @builds.each do |build| # What combination of attributes constitutes which state is pretty complicated. The table below summarizes # what I've observed, but there's no reason to believe there aren't more states I just haven't seen yet. # The column headers are qualitative states of a given build, and the first column is the observed attributes # of that build. # NOTE: Some of the builds in the build_trains.json fixture do not follow these rules. I don't know if that is # because those examples are older, and the iTC API has changed, or if their format is still a possibility. # The second part of the OR clause in the line below exists so that those suspicious examples continue to be # accepted for unit tests. # +---------------------+-------------------+-------------------+-----------------+--------------------+---------+ # | | just after upload | normal processing | invalid binary | processing failed | success | # +---------------------+-------------------+-------------------+-----------------+--------------------+---------+ # | build.processing = | true | true | true | true | false | # | build.valid = | false | true | false | true | true | # | .processing_state = | "processing" | "processing" | "invalidBinary" | "processingFailed" | nil | # +---------------------+-------------------+-------------------+-----------------+--------------------+---------+ if build.processing_state == 'processing' || (build.processing && build.processing_state != 'invalidBinary' && build.processing_state != 'processingFailed') @processing_builds << build end end end
def update_testing_status!(new_value, testing_type, build = nil)
-
internal
(testing_type
) -- or external
def update_testing_status!(new_value, testing_type, build = nil) data = client.build_trains(self.application.apple_id, testing_type) build ||= latest_build if testing_type == 'external' testing_key = "#{testing_type}Testing" # Delete the irrelevant trains and update the relevant one to enable testing data['trains'].delete_if do |train| if train['versionString'] != version_string true else train[testing_key]['value'] = new_value # also update the builds train['builds'].delete_if do |b| if b[testing_key].nil? true elsif build && b["buildVersion"] == build.build_version b[testing_key]['value'] = new_value false elsif b[testing_key]['value'] == true b[testing_key]['value'] = false false else true end end false end end result = client.update_build_trains!(application.apple_id, testing_type, data) self.internal_testing_enabled = new_value if testing_type == 'internal' self.external_testing_enabled = new_value if testing_type == 'external' result end