Self-Contained Systems

Self-contained Systems - C#

The Self-Contained System pattern aims to minimize dependencies by bundling everything a component needs—code, configurations, and even runtime components—within itself. This promotes portability, simplifies deployment, and avoids conflicts arising from shared dependencies. The C# example below demonstrates this by …

Self-contained Systems - TypeScript

The Self-Contained Systems pattern advocates encapsulating a specific functionality within a single, independent component, handling all necessary dependencies internally. This promotes reusability, reduces coupling, and simplifies testing. Our TypeScript example creates a SalesReportGenerator class that encapsulates …

Self-contained Systems - JavaScript

The Self-Contained Systems pattern aims to minimize dependencies between software components, creating modules with well-defined interfaces and internal implementations. This promotes modularity, testability, and reusability. The example below demonstrates this by encapsulating order processing logic within a single …

Self-contained Systems - Python

The Self-Contained Systems pattern aims to minimize dependencies between different parts of an application, making them easier to understand, test, and modify. Each subsystem encapsulates all its dependencies and logic internally, exposing only a well-defined interface. This reduces the blast radius of changes and …

Self-contained Systems - Java

The Self-Contained System pattern aims to create modules with minimal external dependencies, encapsulating all necessary resources within themselves. This improves portability, testability, and reduces potential conflicts when integrating with other systems. This Java example demonstrates this by creating a …