- Overview
- Key Features
- Technical Architecture
- Workflow
- User Interface Screenshots
- Prerequisites
- Installation
- Potential Enhancements
- Main Contributers
- License
The Coding Exam Platform is a specialized local network-based system designed for university-level software and computer engineering students. It provides a structured and secure coding examination environment, similar to online coding challenge platforms like HackerRank, ensuring fairness and efficiency in programming assessments.
- Exam Setup:
- Uploads essential files before the exam:
- Assignment File: Contains problem statements and exam instructions.
- Student List File: Specifies the students participating in the exam.
- Pre-prepared Code File: Includes starter code in the designated programming language (.py, .java, .c, etc.).
- Configures key exam parameters:
- Exam Duration
- Exam Name
- Output Directory: Defines the location where students' final submissions are stored with their student numbers.
- Uploads essential files before the exam:
- Live Monitoring:
- Tracks students' progress in real-time.
- Views the most recent code submissions and execution results of individual students.
- Secure Login:
- Authenticates using:
- Student Number
- Full Name
- Exam Password (predefined by the instructor)
- Authenticates using:
- Coding Environment:
- Left Panel: Displays the assignment instructions.
- Right Panel: Provides an integrated code editor for real-time programming.
- Execution Environment:
- Runs code within a Docker container, dynamically selecting the appropriate compiler/interpreter based on the assigned programming language.
- Submission System:
- Allows students to execute and test their code.
- Final submissions are securely stored in the instructor-specified directory.
- Backend: Handles user authentication, exam configuration, and file management.
- Frontend: Provides an interactive and intuitive coding interface.
- Docker Integration: Ensures an isolated and standardized execution environment for different programming languages.
- Local Network Deployment: Operates entirely within the university’s lab infrastructure, ensuring a controlled and secure examination setting without internet dependency.
- The instructor sets up the exam, defining the necessary configurations and uploading required files.
- Students log in securely using their credentials.
- The exam interface loads, allowing students to write, execute, and test their code.
- The instructor monitors students' progress and reviews real-time code execution results.
- Students submit their final solutions, which are automatically stored in the designated output directory.
- The exam concludes either upon time expiration or manual termination by the instructor.
Below are the main interface screens of the project:
-
Clone the repository:
git clone https://github.com/commoncodebase-ccb/safeCodeProvider.git
-
Install dependencies:
Python Installation: Download Python
Django Installation: Download Django
Docker Installation: Download Docker
-
Run the application:
cd .\safeCodeProvider\ py manage.py runserver 8000 --settings=safeCodeProvider.settings.teacher_settings python3 manage.py runserver 8000 --settings=safeCodeProvider.settings.teacher_settings- Automated Grading System: Enables automatic evaluation based on predefined test cases.
- Plagiarism Detection Mechanism: Ensures academic integrity by identifying similar code submissions.
- Expanded Language Support: Adds compatibility for additional programming languages.
GNU General Public License v3.0
For full terms and conditions, see the LICENSE file or visit the official license page:
🔗 [GNU General Public License v3.0
For further inquiries or contributions, please submit a pull request or reach out via the project's repository.