Building CRUD Operations for a Product Table with MVC architecture

Question

Develop an MVC-based application to manage CRUD operations for a product table. Create APIs for

creating, updating, and deleting products. Implement authorization using either a static X-API-Key

header or JWT authentication for API access. Consume these APIs on the frontend using AJAX to display data using dapper

Sophia Carter · Answer

Absolutely! Building CRUD operations for a product table with MVC architecture involves creating APIs to manage the creation, updating, and deletion of products. Additionally, implementing authorization adds an extra layer of security to control access to these operations. To get started on this project, you would typically follow these steps: 1. Setting Up the MVC Project : Begin by creating an MVC-based project in your preferred development environment. 2. Creating the Product Model : Define a model for the product table that includes properties like ProductId, Name, Description, Price, etc. 3. Setting Up CRUD Operations : Implement the logic for CRUD operations in your controller. This includes methods for creating, reading, updating, and deleting products. 4. Implementing Authorization : Depending on your preference, you can choose to implement either a static X-API-Key header or JWT authentication to secure your APIs. 5. Consuming APIs with AJAX : Use AJAX requests in your frontend to consume the APIs and display the data dynamically. Dapper can be a great tool for handling database operations efficiently. Here's a simplified example of a ProductController in C# for creating a new product: [HttpPost] public IActionResult Create(Product product) { // Check authorization here (X-API-Key or JWT) if (ModelState.IsValid) { // Save the product to the database // Example using Dapper: _dbConnection.Execute("INSERT INTO Products (Name, Description, Price) VALUES (@Name, @Description, @Price)", product); return Ok("Product created successfully"); } return BadRequest("Invalid product data"); } This is a high-level overview, but each step involves more detailed implementation. Let me know if you need further clarification on any specific aspect of this process!