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Github Copilot | Build Spring Boot Microservice in Java

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🚀 GitHub Copilot: Building a Spring Boot Microservice in Java
👋 Welcome to our channel. In this tutorial, we dive into the world of GitHub Copilot and showcase its incredible capabilities by building a Spring Boot microservice in Java. 🌐
📚 Video Contents:
Introduction:
Overview of GitHub Copilot.
Explanation of the project goal: Creating a Spring Boot microservice for CRUD operations.
Setting Up the Project:
Initializing a Spring Boot project.
Configuring dependencies, including GitHub Copilot.
Generating Code with GitHub Copilot:
Using Copilot to create Controller, Service, and Repository classes effortlessly.
Crafting a complete CRUD operation implementation.
POJO Validation:
Demonstrating how GitHub Copilot assists in writing POJO validation methods.
Ensuring the generated code meets industry standards.
Database Integration:
Setting up an H2 database for the microservice.
Letting GitHub Copilot generate the necessary configuration and data access code.
Code Testing:
A walkthrough of Postman testing to validate the functionality of the generated APIs.
Ensuring the reliability and correctness of the generated code.
🤖 GitHub Copilot in Action:
Witness the power of AI-driven coding as the entire microservice is developed without manually writing any code.
🔗 Helpful Links:
If you found this video helpful, don't forget to give it a thumbs up, share it with your fellow developers, and subscribe to our channel for more exciting content!
📝 Timestamps:
00:00 - Introduction
00:56 - Installing GithubCopilot in IntelliJ
01:55 - Create SpringBoot Project via Spring Initalizr
02:19 - Creating Student Pojo and its Validation
06:37 - Creating Dao layer with Github Copilot
07:47 - Creating Service layer with Github Copilot
10:44 - Creating Controller layer with Github Copilot
14:15 - Code Testing using PostMan
🚨 Important Note:
While GitHub Copilot is a powerful tool, always review and understand the code it generates to ensure it aligns with your project's requirements and security standards.
👨💻 Stay tuned for more exciting tutorials and coding adventures! Happy coding! 🚀✨
👋 Welcome to our channel. In this tutorial, we dive into the world of GitHub Copilot and showcase its incredible capabilities by building a Spring Boot microservice in Java. 🌐
📚 Video Contents:
Introduction:
Overview of GitHub Copilot.
Explanation of the project goal: Creating a Spring Boot microservice for CRUD operations.
Setting Up the Project:
Initializing a Spring Boot project.
Configuring dependencies, including GitHub Copilot.
Generating Code with GitHub Copilot:
Using Copilot to create Controller, Service, and Repository classes effortlessly.
Crafting a complete CRUD operation implementation.
POJO Validation:
Demonstrating how GitHub Copilot assists in writing POJO validation methods.
Ensuring the generated code meets industry standards.
Database Integration:
Setting up an H2 database for the microservice.
Letting GitHub Copilot generate the necessary configuration and data access code.
Code Testing:
A walkthrough of Postman testing to validate the functionality of the generated APIs.
Ensuring the reliability and correctness of the generated code.
🤖 GitHub Copilot in Action:
Witness the power of AI-driven coding as the entire microservice is developed without manually writing any code.
🔗 Helpful Links:
If you found this video helpful, don't forget to give it a thumbs up, share it with your fellow developers, and subscribe to our channel for more exciting content!
📝 Timestamps:
00:00 - Introduction
00:56 - Installing GithubCopilot in IntelliJ
01:55 - Create SpringBoot Project via Spring Initalizr
02:19 - Creating Student Pojo and its Validation
06:37 - Creating Dao layer with Github Copilot
07:47 - Creating Service layer with Github Copilot
10:44 - Creating Controller layer with Github Copilot
14:15 - Code Testing using PostMan
🚨 Important Note:
While GitHub Copilot is a powerful tool, always review and understand the code it generates to ensure it aligns with your project's requirements and security standards.
👨💻 Stay tuned for more exciting tutorials and coding adventures! Happy coding! 🚀✨