Blog

This post demonstrates how to componentize registration by combining MEF's discovery capabilities with Castle Windsor's conventional registration, enabling automatic bootstrapping of self-describing components.

This post explores Castle.Windsor's fluent API for convention-based component registration, enabling low-ceremony dependency injection through namespace matching and interface implementation patterns.

This post explores Castle.Windsor's registration and resolution model for dependency injection, contrasting its convention-based approach with MEF's explicit import/export attributes.

Templify is a simple tool for tokenising and packaging entire code based solutions. It's designed to unfurl demos / quickstarts / solution templates.

This post explores MEF (Managed Extensibility Framework) for component discovery and composition in .NET, demonstrating its export/import attributes and explaining its limitations compared to full IoC containers.

This post introduces the fundamentals of component discovery and composition in .NET, exploring how MEF and Castle.Windsor can be combined to create loosely-coupled, modular application architectures.

Feedback loops are an incredibly powerful force. In order adopt a continuous improvement mindset, you need to set up positive feedback loops. Here's how I've internalised the 'Work Smarter, Not Harder' mantra.