[!note] 📚 Série Smart Assets Manager Pourquoi l’abstraction du stockage est essentielle Quatre backends de stockage, une seule interface L’API unifiée : réservation de crédits et rate limiting Stratégie de test : tests unitaires vs tests E2E Les 5 cas limites qui cassent les APIs d’images ← vous êtes ici Documentation API : Swagger + Postman comme livrables — 10 avril

[!note] 📚 Smart Assets Manager Series Why Storage Abstraction Matters Four Storage Backends, One Interface The Unified API: Credit Reservation and Rate Limiting Testing Strategy: Unit Tests vs E2E Tests The 5 Edge Cases That Break Image APIs ← you are here API Documentation: Swagger + Postman as Deliverables — April 10

[!note] 📚 Série Pilotflow : Construire un Addon Gmail Le Mensonge à 50 000 $ qui a failli tuer mon Addon Gmail ← vous êtes ici Les Niveaux de Portée OAuth Gmail décryptés — 15 juin Analyse du Codebase avant le Développement — 22 juin Documents Légaux pour les Addons Gmail — 29 juin

[!note] 📚 Pilotflow Series: Building a Gmail Addon The $50,000 Lie That Almost Killed My Gmail Addon ← you are here Gmail OAuth Scope Tiers Decoded — June 15 Pre-Development Codebase Analysis — June 22 Legal Documents for Gmail Addons — June 29

[!note] 📚 Smart Assets Manager Series Why Storage Abstraction Matters — May 11 Four Backends, One Interface — May 18 The Unified API: Credits and Rate Limiting — April 27 Testing Strategy: Unit vs E2E — April 20 5 Edge Cases That Break Image APIs ← you are here API Documentation: Swagger + Postman — March 30

[!note] 📚 Pilotflow Series: Building a Gmail Addon The $50,000 Lie That Almost Killed My Gmail Addon — June 8 Gmail OAuth Scope Tiers Decoded ← you are here Pre-Development Codebase Analysis — June 22 Legal Documents for Gmail Addons — June 29

Kubernetes can be a suitable technology to use in a home lab environment. Running a Kubernetes cluster in your home lab can be a great way to learn and experiment with container orchestration and microservices architecture.

As a software developer, I often work with Kubernetes for managing and deploying my applications. However, setting up a Kubernetes cluster can be a daunting task, especially if you don’t have access to a dedicated infrastructure or cloud platform. That’s why I started exploring Minikube, a tool that allows you to run a local Kubernetes cluster on your laptop or desktop machine. In this guide, I will share the steps that I follow to install Kubernetes and Minikube on a Linux machine. By the end of this guide, you should have a working Kubernetes cluster that you can use for testing and development purposes. Whether you’re new to Kubernetes or an experienced user, I hope you will find this guide helpful in setting up a local Kubernetes environment with Minikube. So let’s get started!

TL;DR

A la fin de l’installation du serveur de code, vous êtes prêt à profiter de votre nouveau workflow de développement, puis, vous voyez ce message “WebSocket close with status code 1006”. Comment le résoudre? Découvrez ces réponses

At the end of the installation of the [[2022-12-07-how-to-solve-the-code-server-error-could-not-locate-the-bindings-file code]] [[2022-12-07-how-to-solve-the-code-server-error-could-not-locate-the-bindings-file server]], you are ready to enjoy your new [[2023-08-22-code-server-helm-chart-simplifying-cloud-development development]] [[2023-08-11-how-to-optimize-your-workflow-with-kubernetes-code-server workflow]], and then, you see this message “WebSocket close with status [[2023-08-27-code-server-railway-a-comprehensive-guide-for-developers code]] 1006”. How to solve it? Check out these answers