Scheduling

Guides

Introduction to Scheduling

Explore the fundamental concepts of scheduling in Effect using `Schedule<Out, In, Context>`. These immutable values define recurring patterns for executing effects based on input values and internal state. Learn about the composability of schedules, allowing you to create sophisticated recurrence patterns by combining and modifying existing schedules.

Repetition

Discover the significance of repetition in effect-driven software development with functions like `repeat` and `repeatOrElse`. Explore repeat policies, which enable you to execute effects multiple times according to specific criteria. Learn the syntax and examples of `repeat` and `repeatOrElse` for effective handling of repeated actions, including optional fallback strategies for errors.

Built-in Schedules

Unlock the power of scheduling in Effect with built-in schedules. Dive into various schedules like `forever`, `once`, and `recurs`, each offering unique recurrence patterns. Witness the behavior of `spaced` and `fixed` schedules, understanding how they space repetitions at specific intervals. Delve into advanced schedules like `exponential` and `fibonacci`, providing controlled recurrence with increasing delays. Master the art of scheduling for precise and efficient execution of effectful operations.

Schedule Combinators

Explore the power of combining schedules in Effect to create sophisticated recurring patterns. Learn about key combinators such as `Union`, `Intersection`, and `Sequencing`. Witness the impact of `Jittering` on scheduling by introducing randomness to delays. Understand how to `Filter` inputs or outputs and modify delays with precision. Leverage `Tapping` to effectfully process each schedule input/output, providing insights into the execution flow. Elevate your understanding of schedules for efficient and flexible handling of effectful operations.