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baranacikgoz/modular-monolith-ddd-vsa-webapi: A .NET 9 Webapi boilerplate with Modular Monolith approach, Domain-Driven Design and Vertical Slices architecture along with Clean Architecture principles per feature.

This repository provides a .NET 9 WebAPI boilerplate implementing a Modular Monolith approach, Domain-Driven Design (DDD), and Vertical Slices architecture, along with Clean Architecture principles per feature. It is designed to facilitate the development of scalable and maintainable applications.

• Introduction
• Features
• Requirements
• Getting Started
• API Documentation
• Contributing
• License

This boilerplate serves as a starting point for building applications with a focus on modularity, scalability, and maintainability. It leverages modern architectural patterns and practices to ensure a robust and flexible codebase.

This repository includes the following features:

• Event-Driven Architecture: Supports event-driven communication between components.
• Modular Monolithic Architecture: Organizes code into modules for better separation of concerns.
• Vertical Slices, REPR, & Minimal APIs: Implements vertical slice architecture for feature-based organization.
• Domain-Driven Design & Clean Architecture: Adheres to DDD principles and clean architecture for maintainable code.
• Identity and Access Management (IAM): Provides built-in IAM capabilities.
• Event-Sourcing Aggregates: Supports event sourcing infrastructure for audit/event logging currently, with future plans for full event sourcing.
• OpenTelemetry Support: Integrates with Otel-Collector, Prometheus, Jaeger, and Seq for observability.
• Result Monad for Error Management: Utilizes result monads for error handling and flow control.
• Unit of Work: Ensures atomic operations across multiple repositories.
• Hangfire: Supports background job processing.
• MassTransit & RabbitMQ: Facilitates message-based communication.
• Transactional Outbox Pattern: Ensures reliable message delivery.
• CDC - Kafka & Debezium: Processes outbox messages with Kafka & Debezium.
• Redis or In-Memory Caching: Provides caching mechanisms for performance optimization.
• Strongly Typed IDs: Prevents primitive obsession by using strongly typed identifiers.
• Localization & Multi-Language Support: Supports multiple languages and localization.
• Pagination and Flexible Search: Implements pagination and flexible search capabilities.
• MassTransit's Request Client: Enables inter-module communication and data transfer.
• Option Pattern: Utilizes the option pattern for configuration management.
• Fluent Validation: Provides fluent validation for input data.
• Functional Programming & Railway-Oriented Syntax: Encourages functional programming practices and method chaining.
• Docker-Compose Support: Simplifies development setup with Docker-Compose.
• Grafana Templates for Monitoring: Includes Grafana templates for monitoring and observability. and more.

To use or contribute to this project, you will need:

• .NET 9 SDK
• Docker

• Clone the repository: git@github.com:baranacikgoz/modular-monolith-ddd-vsa-webapi.git

• Use appropriate tasks.json depending on your OS
  • Copy tasks.windows.json or tasks.unix.json, into a new file with the name tasks.json.

• Make before and after restore & build scripts executable
  • chmod +x .vscode/exclude_docker_compose_dcproj.sh
  • chmod +x .vscode/dotnet_build_and_cleanup.sh
  • chmod +x .vscode/revert_exclude.sh

• Run required services
  • If you have VSCode Docker extension installed, right click on docker-compose.yml and select Compose Up - Select Services. Select the following services:
    • mm.database
    • mm.rabbitmq
    • mm.seq - Optional but recommended
  • Or run the following command in terminal:

    docker compose -f "docker-compose.yml" up -d --build mm.database mm.rabbitmq mm.seq

• Run the application
  • Press F5 to start the application in debug mode

• Open the solution file ModularMonolith.sln in Visual Studio

• Set Docker Compose as the startup project

  • Right click on the Docker Compose project and select Set as Startup Project if it's not already set

• Start application

Links to API documentation (if available), or instructions on how to generate it.

Guidelines for contributing to the project, including how to report bugs, suggest features, or submit pull requests.

Information about the project's license.

• Clone the repository: git@github.com:baranacikgoz/modular-monolith-ddd-vsa-webapi.git

• Use appropriate tasks.json depending on your OS
  • Copy tasks.windows.json or tasks.unix.json, into a new file with the name tasks.json.

• Make before and after restore & build scripts executable
  • chmod +x .vscode/exclude_docker_compose_dcproj.sh
  • chmod +x .vscode/dotnet_build_and_cleanup.sh
  • chmod +x .vscode/revert_exclude.sh

• Run required services
  • If you have VSCode Docker extension installed, right click on docker-compose.yml and select Compose Up - Select Services. Select the following services:
    • mm.database
    • mm.rabbitmq
    • mm.seq - Optional but recommended
  • Or run the following command in terminal:

    docker compose -f "docker-compose.yml" up -d --build mm.database mm.rabbitmq mm.seq

• Run the application
  • Press F5 to start the application in debug mode

• Open the solution file ModularMonolith.sln in Visual Studio

• Set Docker Compose as the startup project

  • Right click on the Docker Compose project and select Set as Startup Project if it's not already set

• Start application

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