DockScripter

DockScripter is a robust and scalable platform designed to manage and execute scripts within Docker containers. It leverages AWS S3 for secure file storage and provides a seamless interface for script management and execution.

Execution Process

DockScripter allows users to execute scripts in isolated Docker containers. Here’s an overview of the execution workflow:

1. Script Upload: Users upload their scripts to AWS S3, ensuring scalable and secure storage. Each script file is associated with a unique identifier.

2. Temporary Storage: When a script execution is requested, the relevant script files are downloaded from S3 to a secure temporary directory on the server.

3. Docker Execution: The temporary directory is mounted as a volume in a Docker container, isolating execution. The main script file is then executed within this environment.

4. Result Capture: Output and status of the script execution are captured and stored in the database, enabling users to review the results of past executions.

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Features

• Script Management: Create, update, delete, and retrieve scripts.
• File Management: Upload and manage script files stored in AWS S3.
• Execution Service: Execute scripts within Docker containers with detailed result tracking.
• Authentication: Secure user authentication using JWT.

Technologies Used

• Languages: C#
• Frameworks: .NET Core, ASP.NET Core, Entity Framework Core
• Database: SQLite (configured for easy setup, can be switched to other databases in production)
• Cloud Services: AWS S3 for secure file storage
• Containerization: Docker for isolated and scalable script execution

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Installation and Setup

(Will provide)

Project Structure

• Controllers: Define API endpoints for managing scripts, files, and executions.
• Services: Contains business logic for script, file, and execution management.
• Repositories: Data access layer for interacting with the database.
• Domain: Contains entities, DTOs, and enums used across the application.

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API Endpoints

Authentication

• Register: /api/v1/auth/register
• Login: /api/v1/auth/login

Users

• Get User: /api/v1/user/{id}

Execution Results

• Get Execution Result: /api/v1/executionresult/{id}

Environments

• Create Environment: /api/v1/environment
• Get Environment: /api/v1/environment/{id}
• Update Environment: /api/v1/environment/{id}
• Delete Environment: /api/v1/environment/{id}

Scripts

• Create Script: /api/v1/script
• Upload File: /api/v1/script/{scriptId}/upload
• Execute Script: /api/v1/script/execute/{scriptId}
• Get Execution Results: /api/v1/script/results/{scriptId}

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Future Improvements

• Support for Multiple Script Types: Expand execution to support additional languages (e.g., Node.js, Ruby).
• Enhanced Error Handling: Improve error handling to provide more detailed feedback on execution errors.
• Scalability Enhancements: Use a distributed task queue (e.g., AWS SQS) to handle script execution requests at scale.
• UI Interface: Develop a front-end interface for easier script and file management.

Note to Recruiters: This project demonstrates proficiency in C#, .NET Core, cloud services (AWS), and containerization (Docker). It showcases the ability to build scalable, secure, and cloud-integrated applications with modern technologies.