The Reimpact/platform project involves building a comprehensive platform, and a recent update focused on enhancing the user experience when managing data through Filament resources. This post details the addition of delete actions to a MassiveUpload resource, streamlining data management directly from the resource table and view pages.

The Enhancement

The primary feature added is the ability

Introduction

The Reimpact/platform project is undergoing improvements to its testing infrastructure, specifically focusing on Filament resources. The goal is to ensure comprehensive test coverage for CRUD operations across various resources, while also addressing tenant-specific data handling.

The Challenge

Previously, testing Filament resources lacked sufficient coverage, especially

The Reimpact platform is undergoing significant architectural changes to better support multi-tenancy. This post details recent efforts to fully migrate to a tenant-based schema, enhancing data isolation and scalability.

Completing the Tenant Migration

The focus has been on ensuring that all relevant models and database tables are correctly associated with the tenant schema.

The Reimpact platform is undergoing continuous improvements to enhance its multi-tenancy capabilities. Recent work focuses on optimizing database queries within the Packaging module, ensuring data isolation and preventing errors in tenant-specific schemas.

The Problem

In a multi-tenant environment, each tenant operates within its own schema. The Packaging module, responsible for managing

The Challenge

In multi-tenant applications, managing data isolation is crucial. The Reimpact platform, designed for managing various industrial processes, initially relied on company_id filtering within each database table to achieve this isolation. This approach, while functional, introduced redundancy and complexity across our Eloquent models.

The Solution: PostgreSQL Schema Isolation

The Reimpact/platform project involves managing multi-tenant applications. One subtle issue arose related to running migrations within these tenants. The original approach, while seemingly straightforward, introduced an unexpected dependency on implicit state, leading to incorrect migration behavior.

The Problem

Initially, tenant migrations were executed using Laravel's

When building multi-tenant applications with Laravel, ensuring each tenant's database schema is correctly migrated can be a challenge. In the Reimpact platform, we encountered issues with tenant schemas either re-running all migrations on each deploy or skipping them entirely. This led to potential data inconsistencies and application instability.

The Problem

Without a dedicated migration

This post discusses automating tenant database migrations within a Laravel application, focusing on maintaining separate database schemas for each tenant.

The Challenge

In multi-tenant applications, managing database migrations across numerous tenants can be a complex and time-consuming task. Manually executing migrations for each tenant is prone to errors and inefficiencies.

Introduction

When building multi-tenant applications with Laravel and Filament, it's crucial to ensure that operations are performed within the correct tenant context. This post addresses a common issue encountered when using Filament's massive upload feature where the tenant context was not active during Livewire form submissions, leading to data integrity violations.

The Problem: Tenant

Introduction

In multi-tenant Laravel applications, queued jobs that interact with tenant-specific data can sometimes fail due to issues with model serialization and tenant context. Specifically, jobs that serialize Eloquent models might attempt to deserialize them outside of the correct tenant's database connection, leading to ModelNotFoundException errors.