0058-laravel-notification-patterns

Standardize Laravel notifications across mail, database, broadcast, and custom channels.

Updated Aug 23, 2026
One-click install
npx skills add https://github.com/MrJmpl3/codex_____data_____configuration --skill 0058-laravel-notification-patterns
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: 0058-laravel-notification-patterns
Source: https://github.com/MrJmpl3/codex_____data_____configuration/tree/main/skills/0058-laravel-notification-patterns
Command: npx skills add https://github.com/MrJmpl3/codex_____data_____configuration --skill 0058-laravel-notification-patterns

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

It solves the problem of building maintainable, reliable Laravel notifications that reach users through multiple channels (mail, database, broadcast, and more) without duplicating logic or missing key production concerns like queuing, conditional sending, and testing.

Core Features & Use Cases

  • Multi-channel delivery: Use via() to send notifications over channels such as mail, database, and broadcast from a single notification class.
  • Channel-specific formatting: Implement toMail(), toArray(), toBroadcast(), and additional channel methods (e.g., Slack) so each medium receives the right payload.
  • Production-ready behavior: Enable queueing with ShouldQueue and Queueable, support afterCommit, configure per-channel queues with viaQueues(), and add retry/failure handling.
  • Data persistence and broadcasting: Store only serializable values in toArray() for database notifications and emit broadcast payloads via BroadcastMessage.
  • Targeting and delivery controls: Use shouldSend() for per-notifiable/per-channel decisions and support on-demand recipients using Notification::route().
  • Testing and quality checks: Use Notification::fake() with assertions for sent/not-sent notifications and validate mail content.

Quick Start

Create a notification class that uses via() to return mail, database, and broadcast, then implement toMail() for the email content and toArray() for the database payload.

Frequently Asked Questions about 0058-laravel-notification-patterns

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I send Laravel notifications across multiple channels like mail and database?

Laravel notifications standardize multi-channel delivery by using the via() method to return channels like mail, database, and broadcast from a single notification class. You then implement specific methods like toMail() and toArray() to format payloads for each medium.

How does queueing work for Laravel notifications to prevent blocking the application?

Laravel notification queueing is enabled by implementing ShouldQueue and Queueable within your notification class. You can configure per-channel queues using viaQueues(), support afterCommit, and add retry or failure handling to ensure reliable background delivery.

Can I conditionally send a Laravel notification to specific users or channels?

You can conditionally send Laravel notifications by implementing the shouldSend() method for per-notifiable and per-channel decisions. You can also target on-demand recipients who are not standard users by using Notification::route() to specify delivery routes.

What is the best way to test Laravel notifications and their mail content?

The best way to test Laravel notifications is using Notification::fake() to prevent actual delivery. You can then use built-in assertions to verify sent or not-sent states and validate the specific content of your mail notifications.

Why does my Laravel database notification payload fail to store correctly?

Laravel database notifications fail to store correctly when the toArray() method returns non-serializable values. You must ensure that only serializable data is returned in the toArray() payload to properly persist the notification in the database.

Does Laravel notification broadcasting work the same way as database storage?

Laravel notification broadcasting differs from database storage because it emits real-time payloads using BroadcastMessage. Database storage requires returning only serializable values in toArray(), while broadcasting handles live event distribution.