#code-sharing

#code-sharing

Well-thought-out system architecture is key to successful software products.

Micro-frontends enhance the scalability and management of frontend applications.

Choosing between build-time and runtime integration for MFEs is crucial for team autonomy and performance.

Serverless functions are constrained by code sharing limitations, complicating maintenance and updates across multiple functions.

Serverless functions now support full applications but struggle with efficient code sharing between functions.

Serverless functions have evolved but face significant challenges in sharing code efficiently.

Serverless functions limit efficient code sharing, especially as the number of functions grows, necessitating burdensome updates and tests.

Existing solutions like AWS Lambda Layers are often too specific, pushing developers to use packages for sharing.

Monorepos simplify managing multiple projects in one repository. Micro-architectures like microservices and micro frontends benefit from monorepo solutions for code sharing and consistency.

Developers often prefer monorepos due to familiarity and comfort, facilitating collaboration and code sharing within large teams.

Monorepos aid in managing multiple projects in a single repository, solving challenges of micro-architecture patterns like sharing code and managing dependencies.

Developers tend to stick with monorepos due to the comfort of a known realm and enhanced collaboration and code sharing benefits.

Developers tend to stick with monorepos due to comfort and familiarity, especially in large teams for collaboration and code sharing.