Student Recored Management System

NOTE: Please open the file in python for better understanding.😊

The uploaded code represents a Student Record Management System. Here's a description of its features and functionality:

Purpose

The system is designed to manage student records, including data input, retrieval, modification, and deletion, stored in a binary file (student.dat) using Python's pickle module.

Key Features

1. Input and Storage:

   • Accepts details such as roll number, name, and marks for subjects (English, Maths, Physics, Chemistry, CS).
   • Stores data in a binary file (student.dat) as serialized objects.

2. Display:

   • Provides options to display all student records in tabular format.
   • Can display individual student details by searching via roll number.

3. Modify Records:

   • Allows modification of specific fields in a student's record, such as name or subject marks.

4. Delete Records:

   • Deletes a student record by roll number and updates the storage file.

5. Search:

   • Facilitates searching for a student record using the roll number.

6. Menus:

   • Main Menu: Navigates between report menu, admin menu, and exit options.
   • Report Menu: Provides class results or individual student report cards.
   • Admin Menu: Allows creation, display, search, modification, and deletion of records.

7. Error Handling:

   • Handles file not found errors gracefully by providing appropriate prompts.

8. Interactive Design:

   • Prompts the user for confirmation before overwriting data or continuing operations.

9. Presentation:

   • Includes an introductory screen with the project name and author information.
   • Formats output neatly for better readability.

File Operations

• Uses pickle for serialization/deserialization.
• Temporary files (temp.dat) are created for safe operations like modify and delete.

Example Use Cases

• Schools can manage student academic records.
• Teachers can generate and view class or individual reports.
• Administrators can update records or clean outdated data.

Would you like any specific part of the code explained or modified 😊