Making asyncronous transactional sidekiq jobs possible

A simple gem to handle Sidekiq autoscaling.

Lightweight implementation of job bunches.

Cancel Sidekiq workers at runtime

Circuit Breaker functionality to Sidekiq

Sidekiq::Clockwork is a simplistic implementation of a job scheduler based on Clockwork, but without having to run a separated process.

This library provides CLI interface for starting multiple copies of Sidekiq in parallel, typically to take advantage of multi-core systems. By default it starts N - 1 processes, where N is the number of cores on the current system. Sidekiq Cluster is controlled with CLI flags that appear before `--` (double dash), while any arguments that follow double dash are passed to each Sidekiq process. The exception is the `-P pidfile`, which clustering script passes to each sidekiq process individually.

Compress large sidekiq string params with zstd

This plugin allows you to define after how many retries an exception should be nofitied to Honeybadger, Newrelic, etc

Sidekiq middleware rate limiter that provides both time-based limits and quantity-based limits

Manually trigger background jobs

A gem to manage confidential job parameters

A gem to gather and send sidekiq jobs metrics to datadog

Dejavu uses Sidkiq's internal scheduling so it doesn't need its own clock and integrates nicely with Sidekiq's native scheduled jobs.

Wouldn't be nice if you could directly queue your model method calls to Sidekiq? With Sidekiq::Delaty you can!

Sidekiq delayed extension

Sidekiq-dynamic creates a subclass of Sidekiq::Worker, named Sidekiq::Dynamic::Worker, that allows each worker class to run code that determines which queue and Redis shard a job will be sent to.

Label sidekiq exception.

If you don't rely on sidekiq' retry behavior, you handle exceptions on your own and want to keep track of them - this thing is for you.

This gem provides behavior similar to sidekiq's inline mode but respects starting dates for scheduled jobs. This is especially useful for integration testing when asserting that certain things happen within a certain time frame.