# encoding: UTF-8 # # Copyright (c) 2010-2017 GoodData Corporation. All rights reserved. # This source code is licensed under the BSD-style license found in the # LICENSE file in the root directory of this source tree. require 'terminal-table' require 'gooddata/extensions/class' require 'gooddata/extensions/true' require 'gooddata/extensions/false' require 'gooddata/extensions/integer' require 'gooddata/extensions/string' require 'gooddata/extensions/nil' require 'active_support/core_ext/hash/compact' require_relative 'actions/actions' require_relative 'dsl/dsl' require_relative 'helpers/helpers' using TrueExtensions using FalseExtensions using IntegerExtensions using StringExtensions using NilExtensions module GoodData module LCM2 class SmartHash < Hash @specification = nil def method_missing(name, *_args) data(name) end def [](variable) data(variable) end def clear_filters @specification = nil end def setup_filters(filter) @specification = filter.to_hash end def check_specification(variable) if @specification && !@specification[variable.to_sym] && !@specification[variable.to_s] \ && !@specification[variable.to_s.downcase.to_sym] && !@specification[variable.to_s.downcase] fail "Param #{variable} is not defined in the specification" end end def data(variable) check_specification(variable) fetch(keys.find { |k| k.to_s.downcase.to_sym == variable.to_s.downcase.to_sym }, nil) end def key?(key) return true if super keys.each do |k| return true if k.to_s.downcase.to_sym == key.to_s.downcase.to_sym end false end def respond_to_missing?(name, *_args) key = name.to_s.downcase.to_sym key?(key) end end MODES = { hello: [ HelloWorld ], help: [ Help ], release: [ EnsureReleaseTable, CollectDataProduct, SegmentsFilter, CreateSegmentMasters, EnsureTechnicalUsersDomain, EnsureTechnicalUsersProject, SynchronizeLdm, CollectLdmObjects, CollectMeta, CollectTaggedObjects, CollectComputedAttributeMetrics, ImportObjectCollections, SynchronizeComputedAttributes, SynchronizeProcesses, SynchronizeSchedules, SynchronizeColorPalette, SynchronizeUserGroups, SynchronizeNewSegments, UpdateReleaseTable ], provision: [ EnsureReleaseTable, CollectDataProduct, CollectSegments, CollectClientProjects, PurgeClients, CollectClients, AssociateClients, RenameExistingClientProjects, ProvisionClients, EnsureTechnicalUsersDomain, EnsureTechnicalUsersProject, CollectDymanicScheduleParams, SynchronizeETLsInSegment ], rollout: [ EnsureReleaseTable, CollectDataProduct, CollectSegments, CollectSegmentClients, EnsureTechnicalUsersDomain, EnsureTechnicalUsersProject, SynchronizeLdm, SynchronizeClients, SynchronizeComputedAttributes, CollectDymanicScheduleParams, SynchronizeETLsInSegment ], users: [ CollectDataProduct, CollectMultipleProjectsColumn, CollectSegments, SynchronizeUsers ], user_filters: [ CollectDataProduct, CollectMultipleProjectsColumn, CollectUsersBrickUsers, CollectSegments, SynchronizeUserFilters ], schedules_execution: [ ExecuteSchedules ] } MODE_NAMES = MODES.keys class << self def convert_params(params) # Symbolize all keys GoodData::Helpers.symbolize_keys!(params) params.keys.each do |k| params[k.downcase] = params[k] end params.reject! do |k, _| k.downcase != k end convert_to_smart_hash(params) end def convert_to_smart_hash(params) if params.is_a?(Hash) res = SmartHash.new params.each_pair do |k, v| if v.is_a?(Hash) || v.is_a?(Array) res[k] = convert_to_smart_hash(v) else res[k] = v end end res elsif params.is_a?(Array) params.map do |item| convert_to_smart_hash(item) end else params end end def get_mode_actions(mode) mode = mode.to_sym actions = MODES[mode] if mode == :generic_lifecycle [] else actions || fail("Invalid mode specified '#{mode}', supported modes are: '#{MODE_NAMES.join(', ')}'") end end def print_action_names(mode, actions) title = "Actions to be performed for mode '#{mode}'" headings = %w(# NAME DESCRIPTION) rows = [] actions.each_with_index do |action, index| rows << [index, action.short_name, action.const_defined?(:DESCRIPTION) && action.const_get(:DESCRIPTION)] end table = Terminal::Table.new :title => title, :headings => headings do |t| rows.each_with_index do |row, index| t << row t.add_separator if index < rows.length - 1 end end GoodData.logger.info("\n#{table}") end def print_action_result(action, messages) title = "Result of #{action.short_name}" keys = if action.const_defined?('RESULT_HEADER') action.const_get('RESULT_HEADER') else GoodData.logger.warn("Action #{action.name} does not have RESULT_HEADERS, inferring headers from results.") (messages.first && messages.first.keys) || [] end headings = keys.map(&:upcase) rows = messages && messages.map do |message| unless message GoodData.logger.warn("Found an empty message in the results of the #{action.name} action") next end row = [] keys.each do |heading| row << message[heading] end row end rows ||= [] rows.compact! table = Terminal::Table.new :title => title, :headings => headings do |t| rows.each_with_index do |row, index| t << (row || []) t.add_separator if index < rows.length - 1 end end GoodData.logger.info("\n#{table}") end def print_actions_result(actions, results) actions.each_with_index do |action, index| print_action_result(action, results[index]) GoodData.logger.info end nil end def perform(mode, params = {}) params = convert_params(params) # Get actions for mode specified actions = get_mode_actions(mode) if params.actions actions = params.actions.map do |action| "GoodData::LCM2::#{action}".split('::').inject(Object) do |o, c| begin o.const_get(c) rescue NameError fail NameError, "Cannot find action 'GoodData::LCM2::#{action}'" end end end end # TODO: Check all action params first fail_early = if params.key?(:fail_early) params.fail_early.to_b else true end strict_mode = if params.key?(:strict) params.strict.to_b else true end skip_actions = (params.skip_actions || []) actions = actions.reject do |action| skip_actions.include?(action.name.split('::').last) end check_unused_params(actions, params) print_action_names(mode, actions) # Run actions errors = [] results = [] actions.each do |action| GoodData.logger.info("\n") # Invoke action begin out = run_action action, params rescue => e errors << { action: action, err: e, backtrace: e.backtrace } break if fail_early results << nil end # in case fail_early = false, we need to execute another action next unless out # Handle output results and params res = out.is_a?(Array) ? out : out[:results] out_params = out.is_a?(Hash) ? out[:params] || {} : {} new_params = convert_to_smart_hash(out_params) # Merge with new params params.merge!(new_params) # Print action result print_action_result(action, res) # Store result for final summary results << res end brick_results = {} actions.each_with_index do |action, index| brick_results[action.short_name] = results[index] end result = { actions: actions.map(&:short_name), results: brick_results, params: params, success: errors.empty? } has_errors = errors.any? # Fail whole execution if there is any failed action fail(JSON.pretty_generate(errors)) if strict_mode && has_errors result end def run_action(action, params) GoodData.logger.info("Running #{action.name} action ...") params.clear_filters # Check if all required parameters were passed BaseAction.check_params(action.const_get('PARAMS'), params) params.setup_filters(action.const_get('PARAMS')) out = action.send(:call, params) params.clear_filters out end def check_unused_params(actions, params) default_params = [ :client_gdc_hostname, :client_gdc_protocol, :fail_early, :gdc_logger, :gdc_password, :gdc_username, :strict ] action_params = actions.map do |action| action.const_get(:PARAMS).keys.map(&:downcase) end action_params.flatten!.uniq! param_names = params.keys.map(&:downcase) unused_params = param_names - (action_params + default_params) if unused_params.any? GoodData.logger.warn("Following params are not used by any action: #{JSON.pretty_generate(unused_params)}") rows = [] actions.each do |action| action_params = action.const_get(:PARAMS) action_params.each do |_k, v| rows << [action.short_name, v[:name], v[:description], v[:type].class.short_name] end end table = Terminal::Table.new :headings => ['Action', 'Parameter', 'Description', 'Parameter Type'], :rows => rows GoodData.logger.info("\n#{table}") end end end end end