evolutionary-architecture/evolutionary-architecture-by-example

Features

• Modular Monoliths - Provides comprehensive guidance on building single-unit applications structured into independent, feature-based modules.
• Domain Driven Design - Provides educational resources and practical examples for implementing domain-driven design patterns.
• Business Invariant Enforcement - Validates entity state against defined business rules to ensure consistency during state transitions.
• Domain-Driven Entity Frameworks - Provides structural environments for implementing aggregates that manage consistency boundaries and state changes.
• Aggregate State Management - Encapsulates business logic and state transitions within a central object to maintain consistency.
• Vertical Slices - Groups related logic and dependencies into self-contained feature folders to simplify maintenance.
• .NET Architecture Guides - Offers a comprehensive educational resource for building modular monoliths and microservices using .NET.
• Component-Based Module Organizations - Structures code into self-contained modules that encapsulate logic and routing for improved maintainability.
• Bounded Context Definition - Specifies the roles, responsibilities, and boundaries for different domain models to prevent logic conflicts.
• Modular Monolith Strategies - Provides strategies for delaying the transition to microservices by favoring isolated modules until independent deployment becomes necessary.
• Isolated Monolithic Modules - Organizes functionality into isolated modules within a single deployment unit to manage complexity and data access requirements.
• Domain-Persistence Decoupling - Separates business entity definitions from database schemas to ensure domain rules remain independent of infrastructure.
• Bounded Contexts - Defines explicit boundaries that establish the responsibility and linguistic scope of a specific domain model.
• Domain Event Emission - Triggers notifications when state changes occur within an entity to allow asynchronous system reaction.
• Domain Logic Patterns - Provides standards for organizing business logic, associations, and validations within the model layer.
• Code Quality and Analysis - Uses static analysis and linting tools to enforce coding standards and identify potential bugs.
• Message Brokers - Uses infrastructure components to decouple service communication by facilitating asynchronous data exchange through message queues.
• Architecture Decision Records - Provides a system for documenting and tracking technical design choices and their rationale.
• Cross-Module API Definitions - Establishes shared data formats and interface contracts to ensure consistent communication between internal system modules.
• Module-to-Service Extractions - Provides strategies for decomposing internal application modules into independent microservices via API definition and IPC.
• Event Bus Systems - Provides architectural patterns and utilities for decoupled communication between application components.
• Event Driven Messaging - Provides interfaces and abstractions for decoupling services through asynchronous message delivery and pub-sub patterns.
• Inter-Module Communication - Provides mechanisms for invoking functions and exchanging data between isolated internal modules.
• Migration Strategies - Outlines strategies for transitioning from monolithic codebases to distributed services through incremental service extraction.
• Value Objects - Encapsulates data with built-in validation logic to represent domain concepts without identity.
• Context-Based Organizations - Structures code by business domain context to ensure business processes are self-contained.
• Shared Event Definitions - Distributes shared event definitions as versioned packages to maintain consistency across multiple services.
• Separation of Concerns - Enforces separation of concerns by grouping related business logic into distinct projects.
• Isolated Module Testing - Tests individual modules in isolation to enable targeted verification of business domains.
• Migration Methodologies - Provides a step-by-step methodology for transitioning monolithic applications into distributed services using message-based communication.
• Integration Test Suites - Verifies the interaction between different components of a system in a containerized environment.
• Containerized Integration Tests - Execute integration tests against isolated database instances running in containers to ensure reliable verification of service behavior in a production-like environment.
• End-to-End Testing - Simulates complete business workflows across the application stack to verify functional correctness.
• Containerized Integration Tests - Automates testing that verifies component interactions using production-like container environments.

Star-Verlauf