AirportAutomation

AirportAutomationAPI

In this project, I have undertaken the challenge of developing a full-fledged Web API. It involves several key components and practices that I believe are fundamental in building a successful API. Here's a brief overview of what you can expect to find in this project:

Creating the API and Returning Resources:

• Establishing the foundation of the Web API and defining endpoints.
• Implementing the logic to retrieve and return resources in response to client requests.

Manipulating Resources and Validating Input:

• Demonstrating how to manipulate data resources and ensure data integrity.
• Implementing input validation techniques to enhance the reliability of the API.

Working with Services and Dependency Injection:

• Employing services and dependency injection to promote modularity and maintainability in the codebase.

Getting Acquainted with Entity Framework Core:

• Introducing Entity Framework Core, a powerful ORM tool for data access.
• Learning how to configure and interact with the database using Entity Framework Core.

Using Entity Framework Core in Controllers:

• Integrating Entity Framework Core into API controllers to perform CRUD (Create, Read, Update, Delete) operations on data resources.

Searching, Filtering, and Paging Resources:

• Implementing advanced features like searching, filtering, and paging to enhance the API's usability and performance.

Securing API and CORS Implementation:

• Ensuring API security involves robust authentication and authorization mechanisms.
• CORS is carefully configured to permit legitimate cross-origin requests while maintaining security against unauthorized access.

Versioning and Documenting API with Swagger:

• Managing API versions to maintain backward compatibility.
• Documenting the API endpoints for easy consumption by developers.

Logging and Exception Handling for Error Management:

• Implementing comprehensive logging and exception handling mechanisms to track system activities, record errors, and manage unforeseen scenarios within the application.
• This integrated approach ensures better visibility into the application's behavior, simplifies troubleshooting efforts and contributes to the overall maintainability and reliability of the API.

API Rate Limiting:

• Implementing a rate limiter is crucial for Protecting API Resources by preventing abuse, fortifying the system against DDoS Attacks, and Enhancing API Performance.

Unit Testing with xUnit:

• Writing comprehensive unit tests using the xUnit framework to validate individual components of the application, ensuring that each unit functions correctly in isolation.
• These tests help maintain code integrity, improve software reliability, and facilitate easier debugging and refactoring.

Monitoring Application Health with HealthChecks:

• Monitoring the health of critical components, such as databases and external dependencies, to proactively identify and address potential issues.
• Configuring health check endpoints to offer insights into the overall well-being of the application, and integrating these checks into the Swagger documentation for visibility and ease of access.

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AirportAutomationWEB

Consuming APIs with HttpClientFactory:

• Implementing efficient API calls using HttpClientFactory for improved performance and resource management, ensuring seamless integration with external APIs while maintaining optimal usage of resources.

Integrating Web Services and APIs:

• Consuming external web services and APIs to fetch real-time data or integrate third-party functionalities, allowing seamless data exchange and integration with backend services.

Managing Data Presentation and User Input:

• Handling dynamic data presentation on web pages using templates and binding techniques while implementing user input forms and validating submitted data for accuracy.

Client-Side Scripting and AJAX Requests:

• Utilizing JavaScript and AJAX requests to create dynamic and responsive user interfaces, enabling asynchronous data fetching and updating without full page reloads.

Ensuring Web Application Security:

• Implementing security measures to protect against common web vulnerabilities, enforcing HTTPS, securing data transmission, and safeguarding against threats like Cross-Site Scripting (XSS), Cross-Site Request Forgery (CSRF) and Cross-Origin Resource Sharing (CORS).

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This project represents my commitment to learning and mastering various facets of web development, particularly in the realm of Web APIs. I hope that the knowledge and insights shared here prove valuable to fellow developers and enthusiasts who are embarking on similar journeys.