require "bundler/setup" Bundler.require(:default) require "minitest/autorun" require "minitest/pride" require "logger" ENV["RACK_ENV"] = "test" Minitest::Test = Minitest::Unit::TestCase unless defined?(Minitest::Test) File.delete("elasticsearch.log") if File.exists?("elasticsearch.log") Searchkick.client.transport.logger = Logger.new("elasticsearch.log") I18n.config.enforce_available_locales = true ActiveJob::Base.logger = nil if defined?(ActiveJob) if defined?(Mongoid) def mongoid2? Mongoid::VERSION.starts_with?("2.") end if mongoid2? # enable comparison of BSON::ObjectIds module BSON class ObjectId def <=>(other) self.data <=> other.data end end end end Mongoid.configure do |config| if mongoid2? config.master = Mongo::Connection.new.db("searchkick_test") else config.connect_to "searchkick_test" end end class Product include Mongoid::Document include Mongoid::Timestamps field :name field :store_id, type: Integer field :in_stock, type: Boolean field :backordered, type: Boolean field :orders_count, type: Integer field :price, type: Integer field :color field :latitude, type: BigDecimal field :longitude, type: BigDecimal field :description end class Store include Mongoid::Document field :name end class Animal include Mongoid::Document field :name end class Dog < Animal end class Cat < Animal end else require "active_record" # for debugging # ActiveRecord::Base.logger = Logger.new(STDOUT) # rails does this in activerecord/lib/active_record/railtie.rb ActiveRecord::Base.default_timezone = :utc ActiveRecord::Base.time_zone_aware_attributes = true # migrations ActiveRecord::Base.establish_connection adapter: "sqlite3", database: ":memory:" ActiveRecord::Migration.create_table :products do |t| t.string :name t.integer :store_id t.boolean :in_stock t.boolean :backordered t.integer :orders_count t.integer :price t.string :color t.decimal :latitude, precision: 10, scale: 7 t.decimal :longitude, precision: 10, scale: 7 t.text :description t.timestamps end ActiveRecord::Migration.create_table :stores do |t| t.string :name end ActiveRecord::Migration.create_table :animals do |t| t.string :name t.string :type end class Product < ActiveRecord::Base end class Store < ActiveRecord::Base end class Animal < ActiveRecord::Base end class Dog < Animal end class Cat < Animal end end class Product belongs_to :store searchkick \ synonyms: [ ["clorox", "bleach"], ["scallion", "greenonion"], ["saranwrap", "plasticwrap"], ["qtip", "cottonswab"], ["burger", "hamburger"], ["bandaid", "bandag"] ], autocomplete: [:name], suggest: [:name, :color], conversions: "conversions", personalize: "user_ids", locations: ["location", "multiple_locations"], text_start: [:name], text_middle: [:name], text_end: [:name], word_start: [:name], word_middle: [:name], word_end: [:name], highlight: [:name], unsearchable: [:description] attr_accessor :conversions, :user_ids, :aisle def search_data serializable_hash.except("id").merge( conversions: conversions, user_ids: user_ids, location: [latitude, longitude], multiple_locations: [[latitude, longitude], [0, 0]], aisle: aisle ) end def should_index? name != "DO NOT INDEX" end end class Store searchkick mappings: { store: { properties: { name: {type: "string", analyzer: "keyword"} } } } end class Animal searchkick \ autocomplete: [:name], suggest: [:name], index_name: -> { "#{self.name.tableize}-#{Date.today.year}" } # wordnet: true end Product.searchkick_index.delete if Product.searchkick_index.exists? Product.reindex Product.reindex # run twice for both index paths Store.reindex Animal.reindex class Minitest::Test def setup Product.destroy_all Store.destroy_all Animal.destroy_all end protected def store(documents, klass = Product) documents.shuffle.each do |document| klass.create!(document) end klass.searchkick_index.refresh end def store_names(names, klass = Product) store names.map{|name| {name: name} }, klass end # no order def assert_search(term, expected, options = {}, klass = Product) assert_equal expected.sort, klass.search(term, options).map(&:name).sort end def assert_order(term, expected, options = {}, klass = Product) assert_equal expected, klass.search(term, options).map(&:name) end def assert_first(term, expected, options = {}, klass = Product) assert_equal expected, klass.search(term, options).map(&:name).first end end