Module: Sidekiq::Job::ClassMethods

Defined in:
lib/sidekiq/testing.rb,
lib/sidekiq/job.rb

Overview

The Sidekiq testing infrastructure overrides perform_async so that it does not actually touch the network. Instead it stores the asynchronous jobs in a per-class array so that their presence/absence can be asserted by your tests.

This is similar to ActionMailer’s :test delivery_method and its ActionMailer::Base.deliveries array.

Example:

require 'sidekiq/testing'

assert_equal 0, HardJob.jobs.size
HardJob.perform_async(:something)
assert_equal 1, HardJob.jobs.size
assert_equal :something, HardJob.jobs[0]['args'][0]

You can also clear and drain all job types:

Sidekiq::Job.clear_all # or .drain_all

This can be useful to make sure jobs don’t linger between tests:

RSpec.configure do |config|
  config.before(:each) do
    Sidekiq::Job.clear_all
  end
end

or for acceptance testing, i.e. with cucumber:

AfterStep do
  Sidekiq::Job.drain_all
end

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Then I should receive a welcome email to "[email protected]"

Instance Method Summary collapse

Instance Method Details

#build_client ⇒ Object

:nodoc:



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# File 'lib/sidekiq/job.rb', line 380

def build_client # :nodoc:
  pool = Thread.current[:sidekiq_redis_pool] || get_sidekiq_options["pool"] || Sidekiq.default_configuration.redis_pool
  client_class = Thread.current[:sidekiq_client_class] || get_sidekiq_options["client_class"] || Sidekiq::Client
  client_class.new(pool: pool)
end

#clear ⇒ Object

Clear all jobs for this worker



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# File 'lib/sidekiq/testing.rb', line 264

def clear
  Queues.clear_for(queue, to_s)
end

#client_push(item) ⇒ Object

:nodoc:

Raises:

  • (ArgumentError) 


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# File 'lib/sidekiq/job.rb', line 365

def client_push(item) # :nodoc:
  raise ArgumentError, "Job payloads should contain no Symbols: #{item}" if item.any? { |k, v| k.is_a?(::Symbol) }

  # allow the user to dynamically re-target jobs to another shard using the "pool" attribute
  #   FooJob.set(pool: SOME_POOL).perform_async
  old = Thread.current[:sidekiq_redis_pool]
  pool = item.delete("pool")
  Thread.current[:sidekiq_redis_pool] = pool if pool
  begin
    build_client.push(item)
  ensure
    Thread.current[:sidekiq_redis_pool] = old
  end
end

#delay(*args) ⇒ Object

Raises:

  • (ArgumentError) 


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# File 'lib/sidekiq/job.rb', line 278

def delay(*args)
  raise ArgumentError, "Do not call .delay on a Sidekiq::Job class, call .perform_async"
end

#delay_for(*args) ⇒ Object

Raises:

  • (ArgumentError) 


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# File 'lib/sidekiq/job.rb', line 282

def delay_for(*args)
  raise ArgumentError, "Do not call .delay_for on a Sidekiq::Job class, call .perform_in"
end

#delay_until(*args) ⇒ Object

Raises:

  • (ArgumentError) 


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# File 'lib/sidekiq/job.rb', line 286

def delay_until(*args)
  raise ArgumentError, "Do not call .delay_until on a Sidekiq::Job class, call .perform_at"
end

#drain ⇒ Object

Drain and run all jobs for this worker



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# File 'lib/sidekiq/testing.rb', line 269

def drain
  while jobs.any?
    next_job = jobs.first
    Queues.delete_for(next_job["jid"], next_job["queue"], to_s)
    process_job(next_job)
  end
end

#execute_job(worker, args) ⇒ Object 



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# File 'lib/sidekiq/testing.rb', line 294

def execute_job(worker, args)
  worker.perform(*args)
end

#jobs ⇒ Object

Jobs queued for this worker



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# File 'lib/sidekiq/testing.rb', line 259

def jobs
  Queues.jobs_by_class[to_s]
end

#perform_async(*args) ⇒ Object 



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# File 'lib/sidekiq/job.rb', line 298

def perform_async(*args)
  Setter.new(self, {}).perform_async(*args)
end

#perform_bulk(*args, **kwargs) ⇒ Object

Push a large number of jobs to Redis, while limiting the batch of each job payload to 1,000. This method helps cut down on the number of round trips to Redis, which can increase the performance of enqueueing large numbers of jobs.

items must be an Array of Arrays.

For finer-grained control, use ‘Sidekiq::Client.push_bulk` directly.

Example (3 Redis round trips):

SomeJob.perform_async(1)
SomeJob.perform_async(2)
SomeJob.perform_async(3)

Would instead become (1 Redis round trip):

SomeJob.perform_bulk([[1], [2], [3]])



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# File 'lib/sidekiq/job.rb', line 328

def perform_bulk(*args, **kwargs)
  Setter.new(self, {}).perform_bulk(*args, **kwargs)
end

#perform_in(interval, *args) ⇒ Object Also known as: perform_at

interval must be a timestamp, numeric or something that acts

numeric (like an activesupport time interval).



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# File 'lib/sidekiq/job.rb', line 334

def perform_in(interval, *args)
  int = interval.to_f
  now = Time.now.to_f
  ts = ((int < 1_000_000_000) ? now + int : int)

  item = {"class" => self, "args" => args}

  # Optimization to enqueue something now that is scheduled to go out now or in the past
  item["at"] = ts if ts > now

  client_push(item)
end

#perform_inline(*args) ⇒ Object Also known as: perform_sync

Inline execution of job’s perform method after passing through Sidekiq.client_middleware and Sidekiq.server_middleware



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# File 'lib/sidekiq/job.rb', line 303

def perform_inline(*args)
  Setter.new(self, {}).perform_inline(*args)
end

#perform_one ⇒ Object

Pop out a single job and perform it

Raises:



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# File 'lib/sidekiq/testing.rb', line 278

def perform_one
  raise(EmptyQueueError, "perform_one called with empty job queue") if jobs.empty?
  next_job = jobs.first
  Queues.delete_for(next_job["jid"], next_job["queue"], to_s)
  process_job(next_job)
end

#process_job(job) ⇒ Object 



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# File 'lib/sidekiq/testing.rb', line 285

def process_job(job)
  instance = new
  instance.jid = job["jid"]
  instance.bid = job["bid"] if instance.respond_to?(:bid=)
  Sidekiq::Testing.server_middleware.invoke(instance, job, job["queue"]) do
    execute_job(instance, job["args"])
  end
end

#queue ⇒ Object

Queue for this worker



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# File 'lib/sidekiq/testing.rb', line 254

def queue
  get_sidekiq_options["queue"]
end

#queue_as(q) ⇒ Object 



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# File 'lib/sidekiq/job.rb', line 290

def queue_as(q)
  sidekiq_options("queue" => q.to_s)
end

#set(options) ⇒ Object 



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# File 'lib/sidekiq/job.rb', line 294

def set(options)
  Setter.new(self, options)
end

#sidekiq_options(opts = {}) ⇒ Object

Allows customization for this type of Job. Legal options:

queue - use a named queue for this Job, default 'default'
retry - enable the RetryJobs middleware for this Job, *true* to use the default
   or *Integer* count
backtrace - whether to save any error backtrace in the retry payload to display in web UI,
   can be true, false or an integer number of lines to save, default *false*
pool - use the given Redis connection pool to push this type of job to a given shard.

In practice, any option is allowed. This is the main mechanism to configure the options for a specific job.



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# File 'lib/sidekiq/job.rb', line 361

def sidekiq_options(opts = {})
  super
end