django/django

Features

• Object-Relational Mappers - Defining complex data models and managing persistent records through an object-relational mapping layer that handles migrations and database transactions.
• Object-Relational Mapping Layers - A database abstraction interface that maps application models to relational tables, automating schema migrations and complex query execution across multiple backends.
• Database Query Optimizations - Database Optimization — a named example documented in this learning resource.
• Geospatial Database Integrations - GeoDjango Overview — a named example documented in this learning resource.
• Defensive Security Middlewares - A collection of modular request-processing components that enforce defensive policies against common web vulnerabilities like cross-site request forgery and clickjacking.
• Web Security Middleware - Defend web applications against common vulnerabilities like cross-site request forgery and clickjacking by applying built-in security middleware and cryptographic tools to protect sensitive user data.
• Security Best Practices - Security Overview — a named example documented in this learning resource.
• Cookie Security Policies - Set this to `True` to avoid transmitting the CSRF cookie over HTTP accidentally.
• Content Security Policies - Content Security Policy — a named example documented in this learning resource.
• Transport Layer Security Policies - Any website which allows users to log in should enforce site-wide HTTPS to avoid transmitting access tokens in clear. In Django, access tokens include the login/password, the session cookie, and password reset tokens. (Y
• Rapid Application Development Frameworks - Building data-driven web applications quickly by leveraging built-in administrative interfaces, ORM layers, and modular components for common backend tasks.
• Application Performance Tuning - Improve application speed and resource efficiency by implementing caching strategies, refining database queries, and streamlining code execution to reduce latency and server load.
• Signals - Signals Overview — a named example documented in this learning resource.
• Middleware Patterns - Writing Custom Middleware — a named example documented in this learning resource.
• Request-Response Lifecycle Handlers - Handle incoming HTTP traffic and return responses using modular view functions, middleware, and built-in file upload utilities to manage the full request-response lifecycle.
• Full-Stack Web Frameworks - A comprehensive development environment providing integrated tools for database management, request handling, template rendering, and security to build complex web applications.
• Middleware Pipelines - Processes incoming HTTP traffic through a series of modular hooks that intercept, modify, or terminate requests before reaching the view.
• Regex-Based URL Dispatchers - Maps incoming request paths to specific view functions using regular expression patterns to decouple the site structure from the underlying implementation.
• Declarative Form Schemas - Defines data input structures as class-based schemas that automatically handle sanitization, type conversion, and error reporting for user-submitted content.
• Validated Web Forms - Build and validate web forms using built-in field types and model-integrated handling to ensure accurate data submission and consistent user input across the application.
• Static File Managers - Static Files Management — a named example documented in this learning resource.
• Signal-Based Observers - Implements an observer pattern that allows decoupled application components to trigger and respond to specific events without direct code dependencies.
• Localization Utilities - Localizing application content, date formats, and time zones to provide a seamless and culturally relevant experience for users worldwide.
• Middleware Hooks - Middleware Hooks — a named example documented in this learning resource.
• Administrative Site Generators - Django Admin Site — a named example documented in this learning resource.
• Admin Dashboard Generators - Generate production-ready administrative interfaces to manage application data and user content through automated dashboards that simplify backend operations for non-technical users.
• Metadata-Driven Interfaces - Generates dynamic management interfaces by inspecting model definitions and field metadata to provide automated CRUD operations for application data.
• Administrative Actions - Admin Actions — a named example documented in this learning resource.
• Automated Admin Dashboards - A generated management interface that provides immediate, secure access to application data and administrative operations without requiring custom frontend development.
• Server-Side Template Engines - Generate HTML content dynamically using a template language that supports custom tags, filters, and backend extensions to separate presentation logic from core application code.
• Sandboxed Template Engines - Separates presentation logic from backend code by parsing custom markup into dynamic HTML through a sandboxed, extensible rendering engine.
• Dynamic HTML Template Renderers - Separating presentation logic from core business code by generating server-side HTML content using a flexible and extensible templating engine.