WebStride Studios

We design & build sleek websites that get results. Let’s turn your idea into reality.

[Python Coding @clcoding]

PDF file protection using password in Python

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@raviojhax @djangoproject really cooked

[Django @djangoproject]

The Django team is happy to announce the release of Django 5.1, code-named Kaleidoscope 🦋

https://t.co/fEc88wmh8t

[WebStride Studios @webstride]

@moshhamedani You're the best mosh
You changed my life completely ❤️

[WebStride Studios @webstride]

- Templates: Render the HTML pages.

Comment below if you’ve ever used Django or if you’re excited to learn!

Stay tuned and happy coding! 🧑‍💻

#Django #WebDevelopment #Python #LearningJourney #TechSeries #Coding

[WebStride Studios @webstride]

🚀 Day 1: Introduction to Django*🚀

Welcome to the first day of our 60-day Django journey! 🎉

What is Django?

Django is a high-level Python web framework that encourages rapid development and clean, pragmatic design. Created to help developers take applications from concept to

[WebStride Studios @webstride]

How It Works?

Django follows the Model-View-Controller (MVC) architecture, which is a software design pattern for developing web applications. Here's a high-level look:

- Models: Define your data structure.
- Views: Control the logic and output of data.

[WebStride Studios @webstride]

Whether you’re a beginner looking to dive into web development or an experienced developer wanting to expand your skills, this series is for you.

[WebStride Studios @webstride]

🚀Exciting Announcement! 🚀

I’m thrilled to announce that I’ll be kicking off a 60-day Django series starting today! 🎉

I’ll be sharing daily posts covering everything from the basics to advanced concepts in Django, one of the most powerful and popular web frameworks out there.

[WebStride Studios @webstride]

Here’s a sneak peek at what you’ll learn:

•Setting up your Django environment

•Building your first project and app

•Mastering models, views, and templates

•Implementing user authentication and building REST APIs

• And much more!

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My signature for the #basebandit 🎵 Whitelist Mint

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@KYSUAthletics Update?

[Python Coding @clcoding]

What could be the reason?

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@atulkumarxx Send

[WebStride Studios @webstride]

@ami_aglago Your body probably needed the rest.
Sometimes it’s better that way

[WebStride Studios @webstride]

@el_magnificen @Shikhar_delhi @clcoding ✨✨

[Chris Staudinger @ChrisStaud]

SOLID principles explained.

SOLID represents five principles of object-oriented programming. Whether or not you use OOP, knowing these principles gives you a lens into the foundations of clean code which can be applied to many areas of programming.

S — Single Responsibility Principle
O — Open/Closed Principle
L — Liskov Substitution Principle
I — Interface Segregation Principle
D — Dependency Inversion Principle

Let’s break down each principle:

1. Single Responsibility Principle (SRP)

Each unit of code should only have one job or responsibility. A unit can be a class, module, function, or component. This keeps code modular and removes the risk of tight coupling.

2. Open-Closed Principle (OCP)

Units of code should be open for extension but closed for modification. You should be able to extend functionality with additional code rather than modifying existing ones. This principle can be applied to component-based systems such as a React frontend.

3. Liskov Substitution Principle (LSP)

You should be able to substitute objects of a base class with objects of its subclass without altering the ‘correctness’ of the program.

An example of this is with a Bird base class. You might assume that it should have a ‘fly’ method. But what about the birds that can’t fly? Like a Penguin. In this example, having a ‘fly’ method in the Bird class would violate LSP.

4. Interface Segregation Principle (ISP)

Provide multiple interfaces with specific responsibilities rather than a small set of general-purpose interfaces. Clients shouldn’t need to know about the methods & properties that don't relate to their use case.

Complexity ↓
Code flexibility ↑

5. Dependency Inversion Principle (DIP)

You should depend on abstractions, not on concrete classes. Use abstractions to decouple dependencies between different parts of the systems. Direct calls between units of code shouldn’t be done, instead interfaces or abstractions should be used.