GitHub Copilot: Implement Entity Framework & Queries

Are you tired of spending countless hours building your Entity Framework queries and code setup? In this article, we’ll showcase how GitHub Copilot, the cutting-edge AI-powered code companion, can revolutionize your development process. It allows you to implement an end-to-end Entity Framework solution in just a few minutes.

Read more about how GitHub Copilot can help you with data structure implementations.

GitHub Copilot – Managing List in C#

To take a better look while trying to revolutionize the entity framework development guide, see a video on the same below:

Introduction

In today’s fast-paced development world, time is indeed of the essence. Developers often find themselves bogged down in the intricacies of implementing Entity Framework solutions, which can be time-consuming and tedious. However, with the advent of GitHub Copilot, the landscape is changing.

In this video transcript, we’ll explore how to leverage GitHub Copilot to streamline the development of an end-to-end Entity Framework implementation. This includes models and intricate link queries. This revolutionary approach promises to save you valuable time and boost your coding efficiency.

Building the Code structure

Let’s start by creating the basic structure. With GitHub Copilot, generating models becomes a breeze. Utilize the power of Copilot to effortlessly.

You can use prompts to request copilot to generate the required EF models as per your requirement

1. Create an ‘Order‘ model with essential properties such as ID, description, status, and dateoforder. Seamlessly add a constructor for initialization, saving you from the mundane coding tasks.

Generate a order model with properties id, description, status, customerid and dateoforder

Above prompt would generate a C# model class as below

public class Order
  {
      public int Id { get; set; }
      public string Description { get; set; }
      public string Status { get; set; }
      public int CustomerId { get; set; }
      public DateTime DateOfOrder { get; set; }

      //generate a constructor to initialize the properties
      public Order(int id, string description, string status, int customerId, DateTime dateOfOrder)
      {
          Id = id;
          Description = description;
          Status = status;
          CustomerId = customerId;
          DateOfOrder = dateOfOrder;
      }

  }

This automated model creation ensures a swift kickstart to your Entity Framework project, allowing you to allocate more time to critical tasks.

Next, establish the foundation by creating an ‘OrderContext’ class using the ‘code first’ approach. GitHub Copilot generates the necessary code, connecting the context to the ‘OrderDB’ server.

Prompt

Generate a order context class connecting to orderdb server

Output

public class OrderContext : DbContext
  {
      //Generate a constructor to initialize the context
      public OrderContext(DbContextOptions<OrderContext> options) : base(options)
      {
      }
  
      //Generate a order model with properties id, description, status,customerid and dateoforder
      public System.Data.Entity.DbSet<Order> Orders { get; set; }
      public System.Data.Entity.DbSet<Customer>Customers { get; set; }
  }

Install Entity Framework through NuGet, and you’re ready to move forward. This streamlined setup not only accelerates your development but also ensures a robust foundation for future enhancements.

Implementing Service layer logics

Now, let’s delve into the service layer. With Copilot’s assistance:

Effortlessly create an ‘OrderService‘ class, equipped with basic CRUD operations

Expand on this by adding an ‘OrderUIService‘ to handle UI-specific logic, e

This strategic service layer implementation ensures modularity and maintainability, critical aspects of any enterprise-level application.

Generating Link Queries: Optimizing for Keywords

GitHub Co-Pilot truly shines when it comes to generating complex link queries. Witness its magic as it crafts a link query to join the ‘Order’ and ‘Customer’ tables, fetching orders along with customer names and statuses.

Fine-tune the query to return a dynamic object or create a specialized ‘OrderInfo’ class for a more structured output. This keyword-rich link query optimization ensures efficient data retrieval, a key factor in database-driven applications.

Conclusion: GitHub Co-Pilot and the Future of Development

In conclusion, GitHub Co-Pilot emerges as a powerful ally in simplifying the Entity Framework implementation process. By automating routine coding tasks, it empowers developers to focus on refining and optimizing their code for production readiness.

Embrace the future of development with GitHub Co-Pilot and witness a paradigm shift in your coding efficiency. Stay tuned for more insights on enabling unit testing in future videos, as we continue to explore the capabilities of this groundbreaking tool. Experience the impact of GitHub Co-Pilot in your development workflow today!

Dont forget to subscribe to get updates on new blogs from Lead With Tech

We have discussed Azure Policy and Blueprint for better insights in the technology domain.