Django

College Event Registration Website

CampusConnect Introduction and Setup Configuring settings file for template, static and media files Setting up Tailwind Creating Custom User Model Creating Super User for CampusConnect Registering Custom User Model Search and Filter for User Model Serving Media Files During Development Categorizing Departments Linking Department with HOD Creating Abstract Model for Event Creating Model for Workshop Customizing Admin Page for Workshop Update in Model AbstractEvent Adding Instructor for Workshop Instructor Model Admin Page Adding Poster Field in Abstract Event Providing Access to HOD Access Update for HOD Restricting HOD Access to Particular Department AbstractEvent On Spot Registration Field Creating Workshop Object Creating and Linking Home Page Displaying Workshop on Home Page Styling Home Page Adding Workshop Detail Page Link Workshop Detail Page Workshop Detail Page Styling Workshop Instructor Details Workshop Detail Contact Contact Admin Page Many to Many Field for Contact Displaying Contact on Workshop Detail Page Adding Title for Workshop Detail Page Adding Gallery for Workshop Workshop Gallery Admin Page Displaying Gallery Images on Website Through Context Displaying Gallery Images on Website through template tags Authentication for users User Registration User Registration Submission Logout Functionality For User Login Functionality for User Model For Workshop Registration Workshop Registration Admin Page Register Workshop Function Register Button in Workshop Page Validations Before Workshop Registration Workshop Registration Closed Validaiton User Already Registered for Workshop Validation Workshop Registration Report From Admin Page Export using Library in Django Admin Extending Abstract Event for Hackathons

Characteristics of Models

In Django, a model is a Python class that defines the structure and behavior of a database table. It represents a specific type of data and provides a way to interact with the database by abstracting away the low-level SQL operations. Models in Django are used to define the schema of a database table and specify how data should be stored, retrieved, and manipulated.

Key characteristics of Django models include:

  1. Class-Based Representation: Each model is represented as a Python class, and each attribute of the class corresponds to a field in the database table.
  2. Database Fields: Model fields define the data types and constraints for the corresponding database columns. Django provides various field types such as CharField, IntegerField, DateField, ForeignKey, and more.
  3. Relationships: Models can define relationships between different tables in the database, including one-to-one, many-to-one (foreign keys), and many-to-many relationships.
  4. Model Methods: You can define methods within the model class to encapsulate business logic related to the data stored in the model.
  5. Meta Options: The class Meta within a model allows you to define additional options, such as ordering, unique constraints, and custom table names.
  6. Database Abstraction: Django's Object-Relational Mapping (ORM) layer abstracts the underlying database engine, allowing you to write Python code to interact with the database, rather than writing raw SQL queries.

Django models provide a powerful and flexible way to work with databases in web applications. They allow you to define the structure of the data and perform database operations using Python code, making it easier to create and maintain complex database-driven web applications.