Usecase Diagram for Online Code Editor System design
The usecase diagram of online code editor is illustrated below:
- Users: The User interacts with the system by submitting code, participating on code, and viewing code history.
- Requests: Request1 and Request2 actors interact with the system by way of joining and leaving collaboration periods.
- Server: The Server is answerable for coordinating and dealing with all user interactions, code submissions, and collaboration sessions.
- Scheduling Queue: The Scheduling Queue is used by the system to control the queue of code execution tasks.
- Container: The Container represents the isolated environment for secure code execution.
- Workers: The Worker is liable for executing code within the container and managing the execution process.
Designing Online Code Editor | System Design
Online code editors are now a crucial part of modern software development. They allow collaboration, real-time coding, and the ability to access development tools from anywhere in the world. In this article, we’ll explore how to design a system to create a useful and scalable online code editor.
Important Topics for the Online Code Editor System Design
- Requirements for Online Code Editor System Design
- Functional Requirements for Online Code Editor System Design
- Non-Functional Requirements for Online Code Editor System Design
- Capacity Estimations for Online Code Editor System Design
- Usecase Diagram for Online Code Editor System design
- Low-Level Design (LLD) for Online Code Editor System Design
- High-Level Design (HLD) for Online Code Editor System Design
- Database Design of Online Code Editor System Design
- Microservices and APIs for Online Code Editor System Design
- API Code Implementation for Online Code Editor System Design
- Scalability for Online Code Editor System Design