# frozen_string_literal: true

require_relative "helper"
require "active_job"
require "sidekiq/api"
require "sidekiq/rails"

describe Sidekiq::Client do
  describe "errors" do
    it "raises ArgumentError with invalid params" do
      assert_raises ArgumentError do
        Sidekiq::Client.push("foo", 1)
      end

      assert_raises ArgumentError do
        Sidekiq::Client.push("foo", class: "Foo", noargs: [1, 2])
      end

      assert_raises ArgumentError do
        Sidekiq::Client.push("queue" => "foo", "class" => MyWorker, "noargs" => [1, 2])
      end

      assert_raises ArgumentError do
        Sidekiq::Client.push("queue" => "foo", "class" => 42, "args" => [1, 2])
      end

      assert_raises ArgumentError do
        Sidekiq::Client.push("queue" => "foo", "class" => MyWorker, "args" => :not_an_array)
      end

      assert_raises ArgumentError do
        Sidekiq::Client.push("queue" => "foo", "class" => MyWorker, "args" => [1], "at" => :not_a_numeric)
      end

      assert_raises ArgumentError do
        Sidekiq::Client.push("queue" => "foo", "class" => MyWorker, "args" => [1], "tags" => :not_an_array)
      end
    end
  end

  describe "as instance" do
    it "handles nil queue" do
      assert_raises ArgumentError do
        Sidekiq::Client.push("class" => "Blah", "args" => [1, 2, 3], "queue" => "")
      end
    end

    it "can push" do
      client = Sidekiq::Client.new
      jid = client.push("class" => "Blah", "args" => [1, 2, 3])
      assert_equal 24, jid.size
    end

    it "allows middleware to stop bulk jobs" do
      mware = Class.new do
        def call(worker_klass, msg, q, r)
          msg["args"][0] == 1 ? yield : false
        end
      end
      client = Sidekiq::Client.new
      client.middleware do |chain|
        chain.add mware
      end
      q = Sidekiq::Queue.new
      q.clear
      result = client.push_bulk("class" => "Blah", "args" => [[1], [2], [3]])
      assert_equal 1, result.size
      assert_equal 1, q.size
    end

    it "allows local middleware modification" do
      $called = false
      mware = Class.new {
        def call(worker_klass, msg, q, r)
          $called = true
          msg
        end
      }
      client = Sidekiq::Client.new
      client.middleware do |chain|
        chain.add mware
      end
      client.push("class" => "Blah", "args" => [1, 2, 3])

      assert $called
      assert client.middleware.exists?(mware)
      refute Sidekiq.client_middleware.exists?(mware)
    end
  end

  describe "client" do
    it "pushes messages to redis" do
      q = Sidekiq::Queue.new("foo")
      pre = q.size
      jid = Sidekiq::Client.push("queue" => "foo", "class" => MyWorker, "args" => [1, 2])
      assert jid
      assert_equal 24, jid.size
      assert_equal pre + 1, q.size
    end

    it "pushes messages to redis using a String class" do
      q = Sidekiq::Queue.new("foo")
      pre = q.size
      jid = Sidekiq::Client.push("queue" => "foo", "class" => "MyWorker", "args" => [1, 2])
      assert jid
      assert_equal 24, jid.size
      assert_equal pre + 1, q.size
    end

    class MyWorker
      include Sidekiq::Worker
    end

    class QueuedWorker
      include Sidekiq::Worker
      sidekiq_options queue: :flimflam
    end

    it "enqueues" do
      Sidekiq.redis { |c| c.flushdb }
      assert_equal Sidekiq.default_job_options, MyWorker.get_sidekiq_options
      assert MyWorker.perform_async(1, 2)
      assert Sidekiq::Client.enqueue(MyWorker, 1, 2)
      assert Sidekiq::Client.enqueue_to(:custom_queue, MyWorker, 1, 2)
      assert_equal 1, Sidekiq::Queue.new("custom_queue").size
      assert Sidekiq::Client.enqueue_to_in(:custom_queue, 3, MyWorker, 1, 2)
      assert Sidekiq::Client.enqueue_to_in(:custom_queue, -3, MyWorker, 1, 2)
      assert_equal 2, Sidekiq::Queue.new("custom_queue").size
      assert Sidekiq::Client.enqueue_in(3, MyWorker, 1, 2)
      assert QueuedWorker.perform_async(1, 2)
      assert_equal 1, Sidekiq::Queue.new("flimflam").size
    end

    describe "argument checking" do
      class InterestingWorker
        include Sidekiq::Worker

        def perform(an_argument)
        end
      end

      it "enqueues jobs with a symbol as an argument" do
        InterestingWorker.perform_async(:symbol)
      end

      it "enqueues jobs with a Date as an argument" do
        InterestingWorker.perform_async(Date.new(2021, 1, 1))
      end

      it "enqueues jobs with a Hash with symbols and string as keys as an argument" do
        InterestingWorker.perform_async(
          {
            :some => "hash",
            "with" => "different_keys"
          }
        )
      end

      it "enqueues jobs with a Struct as an argument" do
        InterestingWorker.perform_async(
          Struct.new(:x, :y).new(0, 0)
        )
      end

      it "works with a JSON-friendly deep, nested structure" do
        InterestingWorker.perform_async(
          {
            "foo" => ["a", "b", "c"],
            "bar" => ["x", "y", "z"]
          }
        )
      end

      describe "strict args is enabled" do
        before do
          Sidekiq.strict_args!
        end

        after do
          Sidekiq.strict_args!(false)
        end

        it "raises an error when using a symbol as an argument" do
          assert_raises ArgumentError do
            InterestingWorker.perform_async(:symbol)
          end
        end

        it "raises an error when using a Date as an argument" do
          assert_raises ArgumentError do
            InterestingWorker.perform_async(Date.new(2021, 1, 1))
          end
        end

        it "raises an error when using a Hash with symbols and string as keys as an argument" do
          assert_raises ArgumentError do
            InterestingWorker.perform_async(
              {
                :some => "hash",
                "with" => "different_keys"
              }
            )
          end
        end

        it "raises an error when using a Struct as an argument" do
          assert_raises ArgumentError do
            InterestingWorker.perform_async(
              Struct.new(:x, :y).new(0, 0)
            )
          end
        end

        it "works with a JSON-friendly deep, nested structure" do
          InterestingWorker.perform_async(
            {
              "foo" => ["a", "b", "c"],
              "bar" => ["x", "y", "z"]
            }
          )
        end

        describe "worker that takes deep, nested structures" do
          it "raises an error on JSON-unfriendly structures" do
            error = assert_raises ArgumentError do
              InterestingWorker.perform_async(
                {
                  "foo" => [:a, :b, :c],
                  :bar => ["x", "y", "z"]
                }
              )
            end
            assert_match(/Job arguments to InterestingWorker/, error.message)
          end
        end

        describe "ActiveJob with non-native json types" do
          before do
            ActiveJob::Base.queue_adapter = :sidekiq
            ActiveJob::Base.logger = nil
          end

          class TestActiveJob < ActiveJob::Base
            def perform(arg)
            end
          end

          it "raises error with correct class name" do
            error = assert_raises ArgumentError do
              TestActiveJob.perform_later(BigDecimal("1.1212"))
            end
            assert_match(/Job arguments to TestActiveJob/, error.message)
          end
        end
      end
    end
  end

  describe "bulk" do
    after do
      Sidekiq::Queue.new.clear
    end

    it "can push a large set of jobs at once" do
      jids = Sidekiq::Client.push_bulk("class" => QueuedWorker, "args" => (1..1_000).to_a.map { |x| Array(x) })
      assert_equal 1_000, jids.size
    end

    it "can push a large set of jobs at once using a String class" do
      jids = Sidekiq::Client.push_bulk("class" => "QueuedWorker", "args" => (1..1_000).to_a.map { |x| Array(x) })
      assert_equal 1_000, jids.size
    end

    it "can push jobs scheduled at different times" do
      first_at = Time.new(2019, 1, 1)
      second_at = Time.new(2019, 1, 2)
      jids = Sidekiq::Client.push_bulk("class" => QueuedWorker, "args" => [[1], [2]], "at" => [first_at.to_f, second_at.to_f])
      (first_jid, second_jid) = jids
      assert_equal first_at, Sidekiq::ScheduledSet.new.find_job(first_jid).at
      assert_equal second_at, Sidekiq::ScheduledSet.new.find_job(second_jid).at
    end

    it "can push jobs scheduled using ActiveSupport::Duration" do
      require "active_support/core_ext/integer/time"
      jids = Sidekiq::Client.push_bulk("class" => QueuedWorker, "args" => [[1], [2]], "at" => [1.seconds, 111.seconds])
      assert_equal 2, jids.size
    end

    it "returns the jids for the jobs" do
      Sidekiq::Client.push_bulk("class" => "QueuedWorker", "args" => (1..2).to_a.map { |x| Array(x) }).each do |jid|
        assert_match(/[0-9a-f]{12}/, jid)
      end
    end

    it "handles no jobs" do
      result = Sidekiq::Client.push_bulk("class" => "QueuedWorker", "args" => [])
      assert_equal 0, result.size
    end

    describe "errors" do
      it "raises ArgumentError with invalid params" do
        assert_raises ArgumentError do
          Sidekiq::Client.push_bulk("class" => "QueuedWorker", "args" => [[1], 2])
        end

        assert_raises ArgumentError do
          Sidekiq::Client.push_bulk("class" => "QueuedWorker", "args" => [[1], [2]], "at" => [Time.now.to_f, :not_a_numeric])
        end

        assert_raises ArgumentError do
          Sidekiq::Client.push_bulk("class" => QueuedWorker, "args" => [[1], [2]], "at" => [Time.now.to_f])
        end

        assert_raises ArgumentError do
          Sidekiq::Client.push_bulk("class" => QueuedWorker, "args" => [[1]], "at" => [Time.now.to_f, Time.now.to_f])
        end
      end
    end

    describe ".perform_bulk" do
      it "pushes a large set of jobs" do
        jids = MyWorker.perform_bulk((1..1_001).to_a.map { |x| Array(x) })
        assert_equal 1_001, jids.size
      end

      it "pushes a large set of jobs with a different batch size" do
        jids = MyWorker.perform_bulk((1..1_001).to_a.map { |x| Array(x) }, batch_size: 100)
        assert_equal 1_001, jids.size
      end

      it "handles no jobs" do
        jids = MyWorker.perform_bulk([])
        assert_equal 0, jids.size
      end

      describe "errors" do
        it "raises ArgumentError with invalid params" do
          assert_raises ArgumentError do
            Sidekiq::Client.push_bulk("class" => "MyWorker", "args" => [[1], 2])
          end
        end
      end

      describe "lazy enumerator" do
        it "enqueues the jobs by evaluating the enumerator" do
          lazy_array = (1..1_001).to_a.map { |x| Array(x) }.lazy
          jids = MyWorker.perform_bulk(lazy_array)
          assert_equal 1_001, jids.size
        end
      end
    end
  end

  class BaseWorker
    include Sidekiq::Worker
    sidekiq_options "retry" => "base"
  end

  class AWorker < BaseWorker
  end

  class BWorker < BaseWorker
    sidekiq_options "retry" => "b"
  end

  class CWorker < BaseWorker
    sidekiq_options "retry" => 2
  end

  describe "client middleware" do
    class Stopper
      def call(worker_class, job, queue, r)
        raise ArgumentError unless r
        yield if job["args"].first.odd?
      end
    end

    class MiddlewareArguments
      def call(worker_class, job, queue, redis)
        $arguments_worker_class = worker_class
        $arguments_job = job
        $arguments_queue = queue
        $arguments_redis = redis
        yield
      end
    end

    it "push sends correct arguments to middleware" do
      minimum_job_args = ["args", "class", "created_at", "enqueued_at", "jid", "queue"]
      client = Sidekiq::Client.new
      client.middleware do |chain|
        chain.add MiddlewareArguments
      end
      client.push("class" => MyWorker, "args" => [0])

      assert_equal($arguments_worker_class, MyWorker)
      assert((minimum_job_args & $arguments_job.keys) == minimum_job_args)
      assert_instance_of(ConnectionPool, $arguments_redis)
    end

    it "push bulk sends correct arguments to middleware" do
      minimum_job_args = ["args", "class", "created_at", "enqueued_at", "jid", "queue"]
      client = Sidekiq::Client.new
      client.middleware do |chain|
        chain.add MiddlewareArguments
      end
      client.push_bulk("class" => MyWorker, "args" => [[0]])

      assert_equal($arguments_worker_class, MyWorker)
      assert((minimum_job_args & $arguments_job.keys) == minimum_job_args)
      assert_instance_of(ConnectionPool, $arguments_redis)
    end

    it "can stop some of the jobs from pushing" do
      client = Sidekiq::Client.new
      client.middleware do |chain|
        chain.add Stopper
      end

      assert_nil client.push("class" => MyWorker, "args" => [0])
      assert_match(/[0-9a-f]{12}/, client.push("class" => MyWorker, "args" => [1]))
      client.push_bulk("class" => MyWorker, "args" => [[0], [1]]).each do |jid|
        assert_match(/[0-9a-f]{12}/, jid)
      end
    end
  end

  describe "inheritance" do
    it "inherits sidekiq options" do
      assert_equal "base", AWorker.get_sidekiq_options["retry"]
      assert_equal "b", BWorker.get_sidekiq_options["retry"]
    end
  end

  describe "sharding" do
    class DWorker < BaseWorker
    end

    it "allows sidekiq_options to point to different Redi" do
      conn = MiniTest::Mock.new
      conn.expect(:pipelined, [0, 1])
      DWorker.sidekiq_options("pool" => ConnectionPool.new(size: 1) { conn })
      DWorker.perform_async(1, 2, 3)
      conn.verify
    end

    it "allows #via to point to same Redi" do
      conn = MiniTest::Mock.new
      conn.expect(:pipelined, [0, 1])
      sharded_pool = ConnectionPool.new(size: 1) { conn }
      Sidekiq::Client.via(sharded_pool) do
        Sidekiq::Client.via(sharded_pool) do
          CWorker.perform_async(1, 2, 3)
        end
      end
      conn.verify
    end

    it "allows #via to point to different Redi" do
      default = Sidekiq::Client.new.redis_pool

      moo = MiniTest::Mock.new
      moo.expect(:pipelined, [0, 1])
      beef = ConnectionPool.new(size: 1) { moo }

      oink = MiniTest::Mock.new
      oink.expect(:pipelined, [0, 1])
      pork = ConnectionPool.new(size: 1) { oink }

      Sidekiq::Client.via(beef) do
        CWorker.perform_async(1, 2, 3)
        assert_equal beef, Sidekiq::Client.new.redis_pool
        Sidekiq::Client.via(pork) do
          assert_equal pork, Sidekiq::Client.new.redis_pool
          CWorker.perform_async(1, 2, 3)
        end
        assert_equal beef, Sidekiq::Client.new.redis_pool
      end
      assert_equal default, Sidekiq::Client.new.redis_pool
      moo.verify
      oink.verify
    end

    it "allows Resque helpers to point to different Redi" do
      conn = MiniTest::Mock.new
      conn.expect(:pipelined, []) { |*args, &block| block.call(conn) }
      conn.expect(:zadd, 1, [String, Array])
      DWorker.sidekiq_options("pool" => ConnectionPool.new(size: 1) { conn })
      Sidekiq::Client.enqueue_in(10, DWorker, 3)
      conn.verify
    end
  end

  describe "class attribute race conditions" do
    new_class = -> {
      Class.new do
        class_eval("include Sidekiq::Worker", __FILE__, __LINE__)

        define_method(:foo) { get_sidekiq_options }
      end
    }

    it "does not explode when new initializing classes from multiple threads" do
      100.times do
        klass = new_class.call

        t1 = Thread.new { klass.sidekiq_options({}) }
        t2 = Thread.new { klass.sidekiq_options({}) }
        t1.join
        t2.join
      end
    end
  end
end