#Vue 3 breaking changes

[iammclovinn]

je t’aime

summary: when fans start hate on you, isack defends you. (fluff & angst) (proof read & lowercase intended) (smau & requested!)

pairing: isack hadjar (6) x black!fem!reader

content warning: cursing, hate comments, racist comments, reader wants to break up (they don’t) lowk cheesy, make out sesh

note: ok so, first smau, i’ll probably do more when i have the proper apps (the fake texts and twitter apps) cuz rn the most i can do is the ig posts and comments. but lmk if you guys enjoyed!!

__________________________________

isackhadjar

liked by liamlawson30, youruser, and 40,876 others.

isackhadjar 3 photos for 3 years, je t’aime 😽😽

view comments

user1: ayo 🫣🫣

user2: wait, she’s kinda pretty for a black girl-

user3 user2: wtf??

liamlawson30: they’re so cute together it’s annoying

youruser: aww thxx, we know

user4 youruser: lmfao nvm, she’s a bitch 😂

user5: what is wrong with you ppl hating on her?? 😭

user6 user5: lmfao no literally, like get a life 😭

liked by youruser, isackhadjar, user5, and 167 others.

view more comments

__________________________________

you sigh as you close instagram and open your texts between you and isack.

7:24 pm

you : can you take down the post?

isack 🤍 : wdym? the 3 years post??

you : yeah

isack 🤍 : why??

you : isack can you pls just take it down

isack 🤍 : okay

isack 🤍 : i took it down, can you at least tell me why?

you : i think we should break up

isack 🤍 : ?!?!?!

isack 🤍 : chérie, where is this coming from???

you : do you not see the comments on the post??

you : “she looks pretty for a black girl” ???

you : you clearly belong with someone that your fans would like

isack 🤍 : what??? that’s bullshit i love you and want you. why would i want someone else?!

you : what do you even like about me? be honest

isack 🤍 is typing…

isack 🤍 : the way you’re always tired even after a full nights rest, the way you somehow remember everything i forget, the way you’re so stubborn all i can do is smile.

isack 🤍 : i’ll let you win a million arguments, but not this one. i love you and no one, not anyone, is gonna change that.

you : i’m sorry

you : can you come over?

isack 🤍 hearted a message!

__________________________________

the knock at your apartment door snaps you out of your thoughts.

you quietly get up from your couch, approaching the front door and unlocking it.

isack is standing on the other side when you open the door, holding a small bouquet of flowers.

“i was rushing to come over before it was too late, so i just got you the prettiest flowers i saw, i’m really really sorry if you don’t-“

his sentence was cut off by you crashing your lips into his, grabbing him by the collar of his shirt and pulling him inside.

his wraps his arms around your waist, pulling you closer, the bouquet now forgotten on the floor

he breaks the kiss to look at you, hands holding your face, his pupils dilated, “tu es la plus belle chose que j’ai jamais vue” (“you are the most beautiful thing i’ve ever seen”) he says quickly before his lips meet yours once again.

you deepen the kiss, pulling him further in the apartment, hearing the door slam as isack kicks it close with his foot.

__________________________________

isackhadjar

view 5 more photos

liked by youruser, pierregasly, and 74,653 others.

isackhadjar “and you, you are the most competitive, most guarded, most stubborn, most challenging person i’ve ever met, and i love you.” 🤍🤍🤍

to the fans that were commenting on my beautiful girl looks, and saying she’s not good enough for me, you’re not my fan.

comments have been limited

youruser: je t’aime aussi 🤍🤍🤍

isackhadjar: bones and all?

youruser isackhadjar: i keep telling you that doesn’t mean what u think it means :/

liked by isackhadjar, user5, and 23,674 others

[transcuratorsblog]

Design Systems in Web Development: Why Agencies Use Them for UI Consistency

In today’s digital-first world, users expect sleek, intuitive, and consistent interfaces—regardless of the device or platform they’re on. For businesses developing large-scale websites or apps, delivering a consistent experience across teams and pages can be a challenge. That’s where design systems come into play.

Modern Web Development Company teams rely heavily on design systems to ensure that every button, heading, form, and layout element follows unified principles. This not only enhances the user experience (UX) but also streamlines collaboration, speeds up development, and maintains brand identity across all digital touchpoints.

What Is a Design System?

A design system is a comprehensive set of guidelines, reusable components, and tools that define how a digital product should look and behave. It typically includes:

Design Tokens: Standardized values like colors, typography, spacing, and shadows

UI Components: Buttons, cards, modals, forms, and navigation elements

Code Snippets: Ready-to-use HTML/CSS/JS or React/Vue components

Usage Guidelines: Rules on when and how to use each element

Brand Standards: Logos, icons, image styles, and tone of voice

Design systems act as a single source of truth for designers, developers, and content teams—ensuring consistency and efficiency throughout the project lifecycle.

Why UI Consistency Matters

Imagine using a website where buttons look different on every page or where forms behave unpredictably depending on the section you’re in. Inconsistency like this can:

Confuse users

Undermine trust

Increase bounce rates

Slow down development due to repetitive work

Make QA testing more difficult

Design systems eliminate these issues by enforcing visual and functional uniformity across all parts of a website or app.

How Web Development Companies Use Design Systems

Let’s break down how professional web development companies use design systems to deliver high-quality, scalable digital products.

1. Streamlined Collaboration Between Teams

Design systems align developers, designers, product managers, and QA testers. When everyone references the same UI library and brand rules, communication becomes smoother and handoffs are more precise.

Instead of reinventing UI for every page or screen, developers pull from a shared system of reusable components, while designers create mockups using pre-approved assets.

Why it matters: Less ambiguity, faster iterations, and fewer design-to-dev mismatches.

2. Faster Development and Deployment

Reusable code and components mean faster development cycles. Once a UI element like a dropdown or form field is built, it can be reused throughout the project with minimal adjustments.

Many agencies even create component libraries in frameworks like React, Vue, or Angular—reducing redundant work and shortening the time-to-market.

Why it matters: Design systems cut development time significantly, especially for large or growing platforms.

3. Scalability and Maintenance

As websites grow—new pages, new features, additional teams—it becomes harder to maintain design and code consistency. A design system ensures that updates made to a component (like changing button styles) automatically propagate across all instances where that component is used.

Why it matters: Scalability becomes effortless without compromising on consistency or introducing technical debt.

4. Enhanced Accessibility and UX Standards

Most agencies build accessibility guidelines into their design systems, ensuring that components meet WCAG standards for color contrast, focus states, keyboard navigation, and screen reader support.

This makes it easier to build inclusive experiences for all users from the ground up.

Why it matters: Accessibility becomes a built-in feature, not an afterthought—helping both UX and compliance.

5. Brand Consistency Across Digital Products

Whether it's a website, mobile app, microsite, or internal dashboard, using a design system ensures the brand identity stays cohesive. Colors, typography, iconography, and spacing are applied uniformly, reinforcing the brand across every touchpoint.

Why it matters: Consistent branding improves recognition, professionalism, and user trust.

6. Better Testing and QA Processes

When components are standardized, testers can focus on edge cases and workflows, not whether each UI element matches design specs. Automated tests can even be tied to the design system to ensure that no updates break key UI elements.

Why it matters: QA becomes faster and more effective, reducing bugs and UI inconsistencies.

Final Thoughts

In modern web development, delivering a consistent, scalable, and user-friendly interface is no longer optional—it’s expected. That’s why top-performing Web Development Company teams build and maintain robust design systems that unify design and development across every project.

If you’re looking to build a high-quality digital product that scales smoothly and looks polished on every screen, investing in a design system—and working with a team that knows how to implement it—is a smart move. It’s not just about design—it’s about creating a repeatable, maintainable system that accelerates your digital growth.

[netzilatechnologies]

Why Tailwind CSS Is Changing Modern Web UI Design?

In recent years, the web design world has seen a significant shift in how developers and designers approach styling—thanks to Tailwind CSS. From startups to enterprise-level companies, Tailwind CSS has quickly become the go-to utility-first CSS framework. But why is Tailwind CSS changing modern web UI design so dramatically?

Let’s break it down.

1. Utility-First Means More Control

Tailwind CSS doesn’t rely on predefined UI components. Instead, it gives you low-level utility classes like flex, pt-4, text-center, and more. These small, atomic classes give developers full control over styling without writing custom CSS.

This method promotes consistency and allows for faster development. You're building designs directly in your HTML—no context-switching between HTML and CSS files.

2. Faster Prototyping = Quicker Results

Designers and developers love how quickly they can bring a layout to life with Tailwind. With built-in classes for spacing, typography, colors, and responsive design, prototyping becomes incredibly efficient.

In fact, many UI/UX teams are using Tailwind to create and iterate on designs faster than ever—without needing complex design systems from scratch.

3. Responsive Design Made Easy

Tailwind’s mobile-first responsive utilities make it easier to adapt your design across breakpoints. Rather than redefining styles in separate media queries, you can do it inline with classes like md:w-1/2 or lg:flex-row. This means fewer files, less code, and cleaner breakpoints baked into your markup.

4. Built for Modern Development Stacks

Tailwind CSS integrates seamlessly with modern frameworks like React, Vue, Angular, Next.js, and more. It works wonderfully in component-based design systems and plays well with tools like PostCSS and PurgeCSS for performance optimization.

5. Customizable and Scalable

One of Tailwind’s strongest points is its configuration file (tailwind.config.js). This file allows developers to define custom color palettes, fonts, breakpoints, and more—resulting in a design system that scales with the product.

It lets teams enforce a consistent look across apps while still having the flexibility to change styles when needed.

6. Growing Ecosystem and Community

The Tailwind community is booming. From Tailwind UI (prebuilt components by the creators) to plugins and themes, there's a growing ecosystem supporting faster development.

The documentation is also one of the best out there—clear, well-organized, and packed with examples.

Final Thoughts

Tailwind CSS isn’t just a trend—it’s a fundamental shift in how we build interfaces. It empowers developers to create clean, scalable, and responsive UIs with less effort and more consistency.

If you're still relying on traditional CSS or bulky frameworks, it might be time to consider why Tailwind CSS is becoming the new standard for modern web design.

Let me know if you'd like this converted into a LinkedIn post, blog header image prompt, or want anchor texts and service mentions like "hire frontend developer" or "custom web development services" linked to Netzila Technologies.

[oyecommerz]

Struggling to Keep Up with E-Commerce Trends? Shopify Headless Commerce Has the Answer

In the rapidly evolving digital landscape, e-commerce trends are shifting faster than ever. From personalized experiences to lightning-fast loading speeds and omnichannel presence—modern customers expect more. Traditional Shopify setups, while robust, often lag in offering the flexibility and speed today’s market demands.

That’s where Shopify Headless Commerce steps in as the ultimate solution for future-ready brands.

What Is Shopify Headless Commerce?

Headless commerce refers to decoupling your website’s front-end (user interface) from its back-end (database, payment systems, inventory, etc.). With Shopify Headless, you continue to use Shopify for your backend needs, while building a fully customized, high-performance front-end using modern technologies like React, Vue, or Next.js.

Why E-Commerce Trends Are Hard to Keep Up With

Let’s face it—online retail is changing constantly:

⚡ Customers demand faster websites with seamless navigation.

📱 Brands must deliver consistent experiences across devices and platforms.

🎯 Personalized shopping is no longer a luxury; it’s an expectation.

📦 Integration with multiple third-party tools and platforms is a must.

🔍 Google rewards site speed and content flexibility with higher rankings.

If your current Shopify theme can’t evolve fast enough, your growth potential takes a hit.

The Shopify Headless Advantage

So how does headless architecture help you keep up? Let’s break it down:

1. Custom Front-End for Full Brand Control

Say goodbye to rigid Shopify themes.

Design tailored experiences that match your brand’s identity 100%.

Use advanced animations, transitions, and layouts without limitation.

2. Unmatched Speed & Performance

Reduce loading times using modern frameworks and global CDNs.

Better performance = improved SEO + higher conversions.

3. True Omnichannel Capabilities

Manage content once, publish everywhere—web, mobile, POS, smart devices.

Reach your customers wherever they are, with consistent messaging.

4. Seamless Integrations

Plug into any third-party API, CMS, or marketing automation tool.

Easily adopt the latest tech without platform limitations.

5. Better Developer Experience

Developers can work more efficiently with decoupled environments.

Faster deployments, smoother testing, and agile updates.

Who Needs Shopify Headless Commerce?

If you're struggling to scale or adapt quickly, Shopify Headless is ideal for:

🛍️ Brands focused on growth and expansion

🌍 Businesses aiming for global or multi-platform presence

🎨 Creative-driven stores needing advanced custom UI

🔧 Teams with access to development resources

📊 E-commerce leaders who want data and performance control

Want to Go Headless? OyeCommerz Is Your Launchpad 🚀

Taking the leap into headless doesn’t have to be complicated.

OyeCommerz specializes in building Shopify Headless Commerce solutions that are scalable, high-performing, and tailored to your brand's exact needs.

✅ End-to-end development support ✅ Customized front-end using Next.js, React, or Vue ✅ SEO, speed optimization, and mobile-first design ✅ Third-party API and CMS integration

👉 Let OyeCommerz help you lead the trend—rather than follow it. Contact us today to build a future-proof e-commerce solution.

Conclusion

In a digital world where trends change daily and customer expectations rise even faster, staying ahead is non-negotiable. If you’re feeling the pressure to innovate and adapt, Shopify Headless Commerce is your strategic advantage.

With the freedom to build whatever your brand imagines—and the power of Shopify’s proven backend, you no longer have to struggle to keep up. You’ll lead.

[primalpilgrimglitch]

Level Up Your Tech Game: The Essentials of Software Development May 2, 2025

Hey everyone! 👋 Ever wondered what goes on behind the scenes when you tap an app icon or click “Buy Now” on your favorite site? Let’s dive into the world of software development—where ideas turn into powerful tools that make our lives easier, more fun, and more connected.

“Great software isn’t just about code—it’s about solving real problems and creating moments of delight.” — A Dev’s Guide to Building Awesome

1. Dream It, Plan It 💭

Every great application starts with a spark—an idea. Maybe you want a to‑do list that actually motivates you, or an e‑shop with ultra‑smooth checkout. First step? Gather your requirements:

Who is this for?

What problem are you solving?

When do you need it by?

How will users interact with it?

Jot down your answers, sketch some wireframes, and get everyone on the same page before writing a single line of code.

2. Design & Architecture 🏗️

Now that you know what you need, it’s time for blueprints. Think of this as choosing the layout, materials, and systems for a house:

High‑Level Architecture: Will it be a single monolithic app or a set of micro‑services talking to each other?

Tech Stack: JavaScript frameworks (React, Vue), backends (Node.js, Django), databases (PostgreSQL, MongoDB)… the list goes on!

User Experience: Clean interfaces, intuitive flows, and responsive designs that work on any device.

Good design lays the foundation for a smooth build and happy users.

3. Write the Code 💻

Time to roll up your sleeves. Developers translate those designs into code, one function at a time. Best practices to keep in mind:

Modular Code: Break big problems into small, reusable pieces.

Version Control: Use Git to track changes, collaborate with teammates, and roll back mistakes.

Code Reviews: Peer feedback helps catch bugs early and spreads knowledge across the team.

4. Test, Test, Test 🧪

Before you let the world in, you need quality checks:

Unit Tests: Verify individual functions work as expected.

Integration Tests: Ensure components play nicely together.

User Acceptance Testing: Real users try it out and give feedback.

Automated tests save time and keep your app reliable—because nobody likes a crash, right?

5. Deploy & Iterate 🚀

Once everything shines green, you’re ready to deploy. Continuous Integration/Continuous Deployment (CI/CD) pipelines can automate builds, tests, and releases so updates happen safely and fast. But the journey doesn’t end there:

Monitoring: Track performance and errors with tools like Prometheus or Grafana.

User Feedback: Listen to reviews, surveys, and support tickets.

Continuous Improvement: Roll out new features, fix bugs, and optimize based on real‑world use.

Why It Matters 🌟

From the apps that help us stay healthy, to the platforms connecting global teams, software development shapes our digital lives. Whether you’re a first‑time coder or a seasoned engineer, understanding these steps helps you build better, faster, and smarter.

Ready to Build? 🔨

Sketch your idea on paper or in a simple tool like Figma.

Pick a beginner‑friendly stack (e.g., HTML/CSS/JavaScript + Node.js).

Join communities—Reddit’s r/learnprogramming, freeCodeCamp, Discord channels.

Start small: a personal to‑do app, a simple blog, or a portfolio site.

Level up: experiment with frameworks, cloud deployments, and collaborative projects.

Have questions or want to share your project? Drop a comment below! Let’s learn together.

[souhaillaghchimdev]

Frontend Development Using Vue.js

Vue.js is one of the most popular JavaScript frameworks for building interactive user interfaces and single-page applications. It’s lightweight, flexible, and beginner-friendly — making it an excellent choice for frontend developers of all skill levels.

What is Vue.js?

Vue.js is an open-source JavaScript framework for building UIs. It was created by Evan You and is designed to be incrementally adoptable. That means you can use it to enhance parts of your webpage or build full-featured SPAs (Single Page Applications).

Why Choose Vue.js?

Easy to Learn: Simple syntax and comprehensive documentation.

Component-Based: Encourages reusable and maintainable code.

Lightweight: Fast to load and quick to execute.

Reactive Data Binding: Automatically updates the DOM when data changes.

Great Tooling: Vue CLI, Devtools, and a strong ecosystem.

Getting Started with Vue.js

You can include Vue.js via CDN or use Vue CLI for a full project setup.

Using CDN (Quick Start)

<script src="https://cdn.jsdelivr.net/npm/vue@2/dist/vue.js"></script> <div id="app"> <p>{{ message }}</p> </div> <script> var app = new Vue({ el: '#app', data: { message: 'Hello Vue!' } }); </script>

Using Vue CLI (Recommended for Projects)

npm install -g @vue/cli vue create my-vue-app cd my-vue-app npm run serve

Key Vue.js Concepts

Templates: HTML-like syntax with embedded expressions.

Directives: Special attributes like v-if, v-for, v-model.

Components: Reusable, encapsulated UI blocks.

Props & Events: Communication between parent and child components.

Reactivity System: Automatically updates DOM when data changes.

Vue Router: For building SPAs with routing.

Vuex: State management for complex applications.

Example: Creating a Component

Vue.component('todo-item', { props: ['item'], template: '<li>{{ item.text }}</li>' });

Popular Vue.js Libraries & Tools

Vue Router: Adds navigation and routing features.

Vuex: Centralized state management.

Vuetify / BootstrapVue: UI frameworks for Vue.js.

Vite: Lightning-fast development server and build tool for Vue 3.

Best Practices

Break your UI into small, reusable components.

Use Vue CLI or Vite for project scaffolding.

Keep components clean and focused.

Use Vue DevTools for debugging.

Organize files using standard folder structures (components, views, assets, store).

Conclusion

Vue.js is a powerful and approachable framework for frontend development. Whether you're enhancing a small section of your site or building a full-scale web app, Vue offers the tools and flexibility you need. Dive into Vue and take your frontend skills to the next level!

[crazybirdstranger]

The Most Important Skills for Web Developers Today

Web development is a fast-evolving field, and staying up to date with the latest tools, frameworks, and best practices is crucial for success. In today's competitive market, web developers need to master a blend of technical, problem-solving, and creative skills. Whether you’re a beginner or a seasoned professional, here's a breakdown of the most important skills for web developers today.

1. Proficiency in HTML, CSS, and JavaScript

At the heart of every web development project lies the trio of HTML, CSS, and JavaScript. These are the foundational building blocks of web development.

HTML (HyperText Markup Language) is the skeleton of web pages, responsible for structuring content like headings, paragraphs, and images.

CSS (Cascading Style Sheets) is the design layer, defining how elements should be styled, such as layout, color, typography, and responsiveness.

JavaScript adds interactivity, from dynamic content updates to form validation and animations. JavaScript frameworks and libraries like React, Vue, and Angular have become essential, helping developers build complex applications more efficiently.

Proficiency in these three languages is a must for all web developers, as they are the backbone of any web application.

2. Version Control/Git

Version control systems like Git are critical for tracking changes in code, collaborating with teams, and managing the history of a project. Git allows developers to work on separate features without interfering with the main codebase, streamlining collaboration and helping to avoid conflicts.

GitHub or GitLab are platforms that provide remote repositories for sharing code and collaborating with other developers. Familiarity with Git commands such as commit, push, pull, and merge is a skill every web developer needs in their toolbox.

3. Responsive Design and Mobile-First Development

With more users accessing websites on mobile devices, responsive design has become a key skill for web developers. This approach ensures that a website adapts seamlessly to different screen sizes, whether it’s a desktop, tablet, or smartphone.

Developers need to understand how to use media queries in CSS to create layouts that adjust according to device size. Additionally, adopting a mobile-first approach—designing the mobile version of a site before scaling it up to larger screens—is a best practice that helps ensure accessibility and performance across all devices.

4. JavaScript Frameworks (React, Vue, Angular)

While vanilla JavaScript is the foundation, modern web development relies heavily on frameworks and libraries to speed up the development process and manage complex applications. Popular frameworks include:

React: A JavaScript library for building user interfaces, particularly single-page applications. React’s component-based architecture makes it easy to break down complex UIs into reusable components.

Vue.js: Known for its simplicity and flexibility, Vue.js is another powerful framework for building interactive UIs. It’s great for developers looking for a lightweight alternative to React.

Angular: A full-fledged framework by Google, Angular is perfect for developing large-scale, enterprise-level applications. It’s a robust, opinionated framework that includes features like dependency injection and two-way data binding.

Mastering one or more of these JavaScript frameworks is a significant advantage for developers, as it allows for more efficient, maintainable, and scalable applications.

5. Backend Development (Node.js, Python, PHP, Ruby)

Although front-end development tends to get more attention, web developers should also have a solid understanding of backend development. The backend is responsible for managing the database, server, and application logic that power websites.

Some popular backend technologies include:

Node.js: A JavaScript runtime that allows developers to write server-side code in JavaScript, making it easier to build full-stack applications using a single language.

Python: Known for its simplicity and readability, Python, along with frameworks like Django and Flask, is widely used for building backend systems.

PHP: A long-standing language used for server-side development, often paired with databases like MySQL for dynamic website generation.

Ruby: The Ruby on Rails framework offers a convention-over-configuration approach, speeding up web development and making it easier to build scalable applications.

Having backend knowledge allows web developers to work on both the client-side (front-end) and server-side (back-end) of applications, making them more versatile and valuable in the job market.

6. Database Management

Every web application needs to store and retrieve data, which makes database management an essential skill for developers. Knowledge of both relational and non-relational databases is important.

SQL (Structured Query Language) is the standard for working with relational databases like MySQL, PostgreSQL, and SQLite. Knowing how to design tables, write queries, and manage relationships between data is crucial.

NoSQL databases like MongoDB and CouchDB are gaining popularity for their flexibility in handling unstructured data and scalability for large applications.

Being able to integrate databases into web applications and optimize their performance is a valuable skill for any web developer.

7. API Integration

Web developers frequently need to work with APIs (Application Programming Interfaces) to integrate external data or functionality into their applications. APIs allow one software to communicate with another, such as fetching data from a weather service, sending data to a payment processor, or interacting with social media platforms.

Familiarity with RESTful APIs and understanding JSON (JavaScript Object Notation) as the standard data format is essential. Developers should also be familiar with making asynchronous requests using AJAX or Fetch API, and working with GraphQL for more flexible data queries.

8. Testing and Debugging

Writing clean and error-free code is vital, but bugs will always arise. Testing and debugging are key skills that every web developer should master to ensure high-quality applications.

There are different types of testing:

Unit testing: Testing individual components of your code (often using frameworks like Jest or Mocha).

Integration testing: Ensuring different parts of your application work together as expected.

End-to-end testing: Testing the entire application workflow to simulate real-user interactions.

9. Web Performance Optimization

Website speed plays a major role in user experience and SEO rankings. A fast-loading website improves user retention and engagement, so web developers need to focus on performance optimization. Techniques include:

Image optimization: Compressing and serving images in modern formats (e.g., WebP).

Lazy loading: Deferring the loading of non-essential resources until they are needed.

Minification: Reducing the size of CSS, JavaScript, and HTML files by removing unnecessary characters.

10. Soft Skills: Communication and Problem-Solving

Beyond technical skills, web developers need strong communication and problem-solving abilities. Clear communication is essential for collaborating with teammates, designers, and clients. Explaining complex technical concepts in simple terms and listening to feedback are key to delivering high-quality projects.

Problem-solving skills are also crucial, as web developers often need to think critically and troubleshoot issues in code. Creativity, adaptability, and a willingness to learn new tools and technologies are also vital for long-term success in the field.

Web development is an ever-changing field, and the most successful developers are those who are constantly learning and adapting. Mastering the core skills like HTML, CSS, JavaScript, and version control is essential, but it’s equally important to stay up to date with new frameworks, tools, and best practices. Whether you specialize in front-end or back-end development, a well-rounded skill set will make you a more versatile and valuable developer in today’s competitive job market.

Stay curious, practice continuously, and embrace the challenges—because the best web developers are the ones who never stop learning.

[ezyang]

Ed's parental leave: Week 3 (Feb 23) - Cursor on an unfamiliar project

I worked on another AI coding project, but this time, it was on a project and a language stack that I had no experience in (TypeScript and Vue), giving me some calibration on what it is like to work on an AI coding project on a preexisting (though not too large) codebase.

Some overall thoughts:

RAG was kind of hit or miss. It felt really good when Cursor was able to find the right spot to edit some code, but it sometimes didn't work.

Lint setup seemed pretty important. I appreciated the models directly fixing lint problems as they showed up. One thing that was frustrating is that the LSP integration wasn't full fidelity, so I still had to go manually run npm run build)

For anything that required fine grained attention to detail, simple prompts did not work (I didn't try very hard to make very detailed prompts to cause problems). The model would just make bad decisions and then get stuck. In early cases, I would try iterating with the model (doing follow ups to fix problems), sometimes this worked, but near the end to do really detail work I ended up just coding it directly. In this sense, Cursor presents like a junior engineer, but it really isn't, it will definitely get stuck if you have to do back-and-forth. What DOES work is one-shotting the prompt the first time, with something that's the right level of difficulty.

TAB is good. As you do AI coding you start calibrating for "this should be easy for the model" and TAB does a good job of presenting a coherent mental model. But also, TAB is bad when you're writing comments, the autocompletes are so idstracting, stahhhhp lol.

You gotta be really careful what you tell the model to do. If you misunderstand the requirement and tell the model to do the wrong thing it will happily drive itself off a cliff.

There's some disfluency in Cursor for "I'm looking at this code" and then feed it to Composer (unlike cmd-K). Hopefully they can fix this.

A lot of superstition around asking thinking models to generate implementation plans. This didn't work for me, but maybe it's because I'm a better planner than the LLM.

I spent a lot of time verifying correctness of LLM changes. I would have appreciated more tooling around "grounding" changes with the truth of the original, pre-LLM modified code. This got tricky when I accepted buggy LLM code and it became the canon. No easy way to feed the LLM the original source of truth. Moral is probably to NOT accept changes until they're verified correct, as at that point the LLM loses the pristine context. (This is not as much of a problem for humans, because the pristine context is the merge base between your PR and main)

Asking the LLM to write well factored code is asking too much. Make it write the dumb thing first and then ask it to refactor.

Cursor/Claude is fucking nuts at UI code. Complete game changer. I will never learn how to write Vue at this rate. But you still have to figure out and tell the model what UI to build (but quick iteration means it's easy to draft things out and try it and see if you like it)

LLM continues to be good at banging out code in an unfamiliar language. But it doesn't always make good choices (as we discovered in human code review). It's good for drafting and then you go and edit it line by line, it's like breaking writer's block.

[chandra2026]

From Frustration to Automation: Learning Selenium Made Simple

Learning Selenium can feel overwhelming at first, but with the right approach, you can transform frustration into seamless automation. Selenium is a powerful tool for automating web browsers, making it a must-have skill for testers and developers. If you want to advance your career at the Selenium Course in Pune, you need to take a systematic approach and join up for a course that best suits your interests and will greatly expand your learning path. While the learning curve may seem steep, breaking it down into manageable steps can make the journey much simpler. This blog outlines common challenges in learning Selenium and provides easy-to-follow solutions to help you succeed.

1. Selenium Requires a Mix of Skills

Selenium isn’t something you can master in isolation. For those looking to excel in Selenium, Selenium Online Course is highly suggested. Look for classes that align with your preferred programming language and learning approach. To use it effectively, you’ll need:

Programming knowledge in a language like Python, Java, or C#.

An understanding of web development concepts, including HTML, CSS, and JavaScript.

Familiarity with testing basics, such as test cases, assertions, and automation frameworks.

For beginners, juggling these skills might feel daunting, like trying to learn multiple subjects at once.

Solution: Start small. Focus on learning one programming language and the basics of web technologies before diving into Selenium-specific tasks.

2. Dynamic Web Pages Add Complexity

Modern web applications built with frameworks like React, Angular, or Vue often have dynamic and interactive components. These can make identifying and interacting with web elements more challenging, especially when they load asynchronously or change structure frequently.

Selenium can handle these scenarios, but figuring out the right locators and interaction methods can be tricky.

Solution: Learn how to use Selenium locators such as ID, XPath, and CSS selectors effectively. Browser developer tools (F12) are invaluable for inspecting and understanding the elements on a webpage.

3. Debugging Selenium Tests Can Be Frustrating

Failures in Selenium tests are common, and diagnosing them can feel like a guessing game. Is the problem due to a slow-loading element? A flawed locator? Or perhaps an unexpected browser behavior?

Solution: Use explicit waits to deal with dynamic content and reduce timing issues. Write meaningful logs and error messages to identify problems quickly. Screenshots and debugging tools can also provide clarity when tests fail.

4. The Initial Setup Feels Overwhelming

Getting started with Selenium requires setting up several tools, such as:

Web drivers (e.g., ChromeDriver, GeckoDriver) for browser interaction.

Test runners like PyTest or JUnit to manage and execute your tests.

Additional integrations with CI/CD pipelines, reporting tools, or cloud platforms for extended functionality.

For newcomers, this setup process can seem intimidating.

Solution: Follow detailed tutorials to configure your environment step by step. Start with simple projects and gradually expand as you gain confidence and experience.

5. Practice Is Key to Mastering Selenium

Like any skill, learning Selenium takes time and consistent practice. Writing robust and maintainable tests often involves trial and error, especially for complex web applications.

Solution: Be patient. Begin with small tasks, such as automating a login form, and gradually work your way up to more advanced projects. Celebrate your progress along the way to stay motivated.

Final Thoughts

Learning Selenium doesn’t have to be frustrating. By starting with the basics, addressing challenges step by step, and practicing regularly, you can simplify the learning process and master web automation. With persistence and the right mindset, you’ll soon turn frustration into a powerful ability to automate repetitive tasks and streamline workflows.

[korshubudemycoursesblog]

Frontend Architecture and Patterns: The Blueprint for Scalable Web Applications

In the ever-evolving world of web development, frontend architecture and patterns have become critical for building scalable, maintainable, and performant applications. Whether you're a developer aiming to optimize your projects or a business owner seeking seamless user experiences, understanding these principles is a game changer.

In this blog, we’ll dive into what frontend architecture is, explore popular frontend design patterns, and discuss how adopting these strategies can transform your projects. Let’s get started!

What Is Frontend Architecture?

Frontend architecture refers to the set of tools, practices, and organizational strategies used to structure and develop the user interface (UI) of web applications. It’s about creating a robust framework that makes your code easy to understand, maintain, and scale.

Why Does Frontend Architecture Matter?

Scalability: A well-designed architecture can grow with your application without creating performance bottlenecks.

Maintainability: Clean code and modular design reduce the time spent debugging or adding new features.

Performance: Optimized architecture ensures faster loading times and better user experiences.

Collaboration: Teams can work seamlessly when the structure is logical and standardized.

Key Components of Frontend Architecture

Separation of Concerns (SoC)Organize your code into distinct sections based on functionality. For example:

Presentation Layer: Handles UI elements.

Logic Layer: Manages application behavior.

Data Layer: Deals with data fetching and state management.

Component-Based DesignModern frameworks like React, Angular, and Vue emphasize breaking the UI into reusable components. This allows developers to create modular code that can be reused across the application.

State ManagementManaging application state is crucial for maintaining consistency. Tools like Redux, Vuex, or Zustand help in handling global and local states efficiently.

Build Tools and BundlersTools like Webpack, Vite, and Parcel streamline the process of bundling and optimizing code for production, ensuring fast load times and better performance.

Testing and DebuggingUsing tools like Jest, Cypress, or React Testing Library helps catch bugs early and maintain code quality.

Popular Frontend Design Patterns

Let’s discuss some frontend patterns that simplify development and enhance project scalability.

1. Model-View-Controller (MVC)

What it is: A design pattern that separates application logic (Model), user interface (View), and user input handling (Controller).

Why use it: Ensures clear separation of concerns and makes debugging easier.

Example: Angular’s architecture closely resembles the MVC pattern.

2. Flux Pattern

What it is: A one-way data flow pattern popularized by React and Redux.

Why use it: Ideal for managing complex state in applications.

Example: Redux uses the Flux pattern to manage state predictably.

3. Atomic Design

What it is: Focuses on building UI components from the smallest unit (atoms) to larger components (molecules, organisms, templates, pages).

Why use it: Promotes consistency and reusability in design.

Example: A button (atom) can be combined with a label (molecule) to create a login form (organism).

4. Observer Pattern

What it is: A design pattern where an object (observer) watches another object (subject) and reacts to changes.

Why use it: Efficiently handles real-time updates.

Example: Event listeners in JavaScript.

5. Singleton Pattern

What it is: Restricts the instantiation of a class to one object.

Why use it: Useful for managing global states like themes or authentication.

Example: A shared configuration file across your application.

Trends and Tools Shaping Frontend Architecture in 2024

Modern Frameworks and Libraries

Frameworks like React, Angular, and Vue.js dominate the landscape. They offer solutions for component-driven development, state management, and real-time updates.

Micro-Frontend Architecture

Instead of building monolithic applications, micro-frontends allow teams to develop and deploy features independently. This approach is especially useful for large-scale applications.

Progressive Web Apps (PWAs)

PWAs combine the best of web and mobile apps. They are lightweight, fast, and work offline, making them a hot trend in frontend architecture.

Server-Side Rendering (SSR)

Tools like Next.js and Nuxt.js make SSR seamless, improving page load speeds and SEO rankings. This is a must-have feature for e-commerce and content-heavy sites.

Best Practices for Implementing Frontend Architecture and Patterns

Adopt a Component LibraryTools like Material-UI, Bootstrap, or Ant Design provide pre-styled components, speeding up development.

Use Version ControlCollaborate effectively using platforms like GitHub or GitLab. Version control is essential for maintaining code integrity.

Optimize for Performance

Minify and compress assets using tools like Terser and Gzip.

Implement lazy loading to load resources only when needed.

Ensure AccessibilityFollow WCAG guidelines to make your application accessible to all users, including those with disabilities.

Document Your ArchitectureUse tools like Storybook to document components and architectural decisions for better team collaboration.

[iquallinfoweb]

On-Demand VueJS Developers in Ahmedabad for Scalable Web Applications

In today's fast-evolving digital landscape, VueJS has emerged as one of the most popular JavaScript frameworks for building responsive, dynamic, and highly interactive user interfaces. Businesses in Ahmedabad, one of India's booming IT hubs, are increasingly recognizing the power of VueJS for both web and mobile app development. If you're considering hiring on-demand VueJS developers in Ahmedabad, this comprehensive guide will walk you through everything you need to know.

Why VueJS is the Go-To Framework for Modern Web Development

VueJS stands out for its simplicity, flexibility, and performance. Whether you're building a single-page application (SPA), an eCommerce platform, or a dynamic dashboard, VueJS is versatile enough to cater to a wide range of development needs. What makes VueJS truly remarkable is its ability to create smooth, responsive UIs that enhance the user experience.

For businesses in Ahmedabad, hiring on-demand VueJS developers means leveraging the best technology stack for your front-end development needs without the hassle of long-term commitments.

Hire On-Demand VueJS Developers in Ahmedabad

Hiring VueJS developers is not just about finding someone who knows the framework; it's about finding the right talent who can understand your business objectives and transform them into functional code. Here are the steps to hire the best VueJS developers in Ahmedabad:

1. Define Your Project Scope and Requirements

Before you start your search, make sure you clearly define the project scope. Are you building a single-page application, a dashboard, or perhaps an eCommerce store? Identify the features, functionalities, and user experience that you want to deliver. This clarity will help in finding a developer who fits your specific needs.

2. Choose Between Freelancers and Development Agencies

In Ahmedabad, you have two main options: hiring freelance VueJS developers or working with a development agency like i-Quall. Freelancers may offer flexibility and cost advantages, but agencies bring a wider talent pool, quality assurance, and project management expertise. Depending on the size and complexity of your project, you might find one option better suited to your needs.

3. Evaluate Developer Expertise

Look for VueJS developers in Ahmedabad with a solid portfolio of work. Check if they have experience in your specific industry or in developing applications similar to what you're planning. Look for expertise in front-end technologies like HTML, CSS, and JavaScript, along with experience working with Vue.js’s ecosystem, including Vuex for state management and Vue Router for routing.

4. Conduct Interviews and Technical Tests

Once you've shortlisted candidates or agencies, conduct interviews to gauge their understanding of your project and their development process. A technical test or live coding session can help you evaluate their problem-solving abilities and VueJS expertise.

5. Agree on the Budget and Timeline

Clearly outline the project milestones, deadlines, and payment structure before starting any development work. Whether you choose to work with freelancers or an agency, it’s important to have clear agreements to ensure a smooth development process.

Understanding VueJS Development

When hiring on-demand VueJS developers in Ahmedabad, it's helpful to have a foundational understanding of VueJS and how it works. Here's a quick breakdown:

1. Two-Way Data Binding

VueJS allows for two-way data binding, which means any changes in the UI are reflected in the model and vice versa. This feature simplifies the management of forms and input fields, making VueJS particularly useful for applications with dynamic data entry.

2. Component-Based Architecture

VueJS uses a component-based architecture, meaning you can break down your UI into smaller, reusable components. This modular approach makes your code more maintainable and scalable, which is essential for long-term projects.

3. Virtual DOM

The virtual DOM is a lightweight copy of the actual DOM, and VueJS updates only the parts of the DOM that have changed, which makes it extremely fast. This leads to better performance, especially for complex, high-traffic applications.

VueJS Application in Action

Consider an eCommerce platform built using VueJS. The application needs to handle thousands of products, manage user accounts, and update product availability in real time. Using VueJS developers in Ahmedabad, you can:

Build dynamic product filters that instantly update as the user applies criteria (price range, category, etc.).

Enable real-time cart updates without needing to refresh the page.

Implement an efficient checkout process with client-side validation using VueJS forms.

This modular, component-based approach ensures that each element of the UI works independently, making the app faster and more reliable.

When looking to hire VueJS developers in Ahmedabad, consider i-Quall, a reputed development agency known for its expertise in VueJS development. i-Quall offers a team of experienced developers who understand how to deliver quality code while keeping user experience at the forefront. Whether you're a startup looking for rapid development or an enterprise needing scalable web solutions, i-Quall has a proven track record of delivering high-quality projects on time and within budget.

i-Quall's developers are well-versed in the VueJS ecosystem, including Vuex and Vue Router, ensuring that your application not only meets but exceeds your expectations. By partnering with i-Quall, you can rest assured that you're working with the best VueJS developers in Ahmedabad.

Conclusion

VueJS is a powerful framework for building modern web applications, and Ahmedabad is home to a talented pool of developers skilled in VueJS development. Whether you're looking for a freelancer or a development agency like i-Quall Infoweb, hiring on-demand VueJS developers in Ahmedabad gives you access to some of the best talent in India.

VueJS developers in Ahmedabad can help you build robust, scalable, and user-friendly web applications that cater to your business needs. By following the steps outlined in this guide, you can make an informed decision and bring your web development project to life with the right VueJS talent.

URL : https://www.i-quall.com/ahmedabad/on-demand-vuejs-developers-ahmedabad/

[transcuratorsblog]

Headless CMS: Why Modern Web Development Companies Recommend It

In the ever-evolving world of web development, businesses are constantly looking for flexible, scalable, and high-performance solutions to manage digital content. One such innovation that has rapidly gained popularity is the Headless CMS (Content Management System). Today, a growing number of modern Web Development Company teams are shifting from traditional CMS platforms to headless architectures—and for good reason.

But what exactly is a headless CMS, and why do top developers recommend it for modern websites, apps, and digital experiences? Let’s break it down.

What Is a Headless CMS?

A headless CMS is a back-end-only content management system that allows you to create, manage, and store content—without being tied to a specific front-end presentation layer (like themes or templates). Unlike traditional CMS platforms such as WordPress or Joomla, which tightly couple content with design, a headless CMS delivers content via APIs to any device or interface—whether it’s a website, mobile app, smart TV, or smartwatch.

The “head” refers to the front-end layer, and since it’s decoupled or “cut off,” developers have complete freedom to build and deliver content however and wherever they like.

Why Web Development Companies Recommend Headless CMS

1. Ultimate Flexibility for Developers

With a headless CMS, developers are not confined to pre-built templates or outdated themes. They can use any modern front-end technology like React, Vue, Angular, or even static site generators like Next.js or Gatsby. This level of flexibility means that your digital experience can be custom-built for speed, interactivity, and performance—without CMS limitations.

Why it matters: A more personalized and optimized user experience, built exactly the way your brand demands.

2. Omnichannel Content Delivery

Modern businesses don’t just publish content to a website—they distribute it across mobile apps, digital displays, voice assistants, IoT devices, and more. A headless CMS makes this seamless, as content is managed centrally and delivered via APIs to any channel.

Why it matters: Create once, publish everywhere—reducing workload and improving consistency across platforms.

3. Faster Performance and Page Loads

Because front-end and back-end operations are separated, websites built with headless architecture often load faster. Developers can optimize each layer independently, and when paired with static site generation or CDNs, loading times are significantly reduced.

Why it matters: Faster sites lead to better SEO, improved user experience, and higher conversion rates.

4. Future-Proof Architecture

A headless CMS supports future changes without rebuilding your entire website. As new technologies or devices emerge, your team can build new front-ends without touching the content management system.

Why it matters: You stay ahead of digital trends and avoid expensive redesigns every few years.

5. Better Security

Traditional CMS platforms are more vulnerable to attacks because their front-end and back-end are closely tied. A headless CMS separates these concerns, reducing exposure and security risks. Many headless CMS providers also offer robust access control, encryption, and cloud-native security features.

Why it matters: Fewer attack surfaces mean a safer online experience for your users and your business.

6. Scalability Without Compromise

As your traffic grows or your brand expands into new markets, a headless setup scales more efficiently. You can deploy multiple front-ends, use different technologies per region or channel, and optimize delivery without disrupting the content flow.

Why it matters: Seamless growth without downtime or major infrastructure changes.

7. Improved Workflow for Content Teams

Even though the back-end is decoupled, most headless CMS platforms (like Contentful, Sanity, or Strapi) come with intuitive interfaces for marketers and content creators. This means your team can create and manage content without relying on developers, enabling faster campaigns and smoother workflows.

Why it matters: Developers build. Marketers create. Everyone wins.

Final Thoughts

The shift toward headless CMS is not just a trend—it’s a strategic move for businesses that value speed, flexibility, security, and scalability. By decoupling content from presentation, a headless approach gives you the freedom to innovate and deliver truly engaging digital experiences.

If you’re planning a digital transformation or launching a new product, it’s worth speaking to a modern Web Development Company that understands headless architecture. The right development partner can help you leverage headless CMS technology to future-proof your content strategy, improve performance, and connect with your audience across any channel or device.

[webstep-technologies]

Vue.js development services

In the dynamic landscape of web development, choosing the right framework can make all the difference. Vue.js, often hailed as the progressive JavaScript framework, has gained significant popularity for its simplicity, flexibility, and ease of integration. Vue.js development services empower developers to build interactive and dynamic user interfaces effortlessly. This lightweight framework, known for its declarative rendering and component-based architecture, is becoming a preferred choice. In this article, we'll explore the key aspects of Vue.js development and why it's gaining traction, particularly when backed by the expertise of WEBSTEP Technologies.

Understanding Vue.js:

1. Lightweight and Versatile:

Vue.js is a lightweight framework that enables developers to build interactive and dynamic user interfaces effortlessly. Its versatility allows for incremental adoption, making it an excellent choice for both small projects and large-scale applications.

2. Declarative Rendering:

One of Vue.js's standout features is its declarative rendering. Developers can describe the desired outcome, and Vue.js takes care of the underlying complexities, resulting in cleaner and more maintainable code.

3. Component-Based Architecture:

Vue.js follows a component-based architecture, allowing developers to break down complex UIs into reusable and manageable components. This promotes code reusability, maintainability, and a more organized project structure.

Vue.js Development Features:

1. Reactivity:

Vue.js introduces reactivity, where changes to the data automatically update the view. This reactive data-binding simplifies the development process and enhances the overall efficiency of the application.

2. Vue CLI for Seamless Development:

The Vue CLI (Command Line Interface) provides a standardized and efficient way to scaffold and manage Vue.js projects. It includes built-in features for development, testing, and deployment, streamlining the entire development lifecycle.

3. Vue Router for Single Page Applications (SPAs):

Vue Router enables the creation of SPAs by seamlessly integrating navigation within the application. It provides a straightforward way to handle routing, ensuring a smooth and intuitive user experience.

4. Vuex for State Management:

Vuex is Vue.js's official state management library, offering a centralized store for managing application state. It simplifies data flow, making it easier to manage and maintain the state of complex applications.

Vue.js and the Ecosystem:

1. Vue.js and Server-Side Rendering (SSR):

Vue.js supports Server-Side Rendering, improving page load times and enhancing search engine optimization (SEO). This feature is particularly beneficial for applications with high traffic and complex user interfaces.

2. Vue.js and Progressive Web Apps (PWAs):

Vue.js can be seamlessly integrated into Progressive Web Apps, providing users with a native app-like experience. This ensures faster load times, offline capabilities, and an overall enhanced user experience.

3. Vue.js and Mobile Development:

With the introduction of Vue Native and frameworks like Weex, Vue.js extends its capabilities to mobile app development. Developers can leverage their Vue.js skills to build cross-platform mobile applications.

Vue.js Best Practices:

1. Optimizing Performance:

Vue.js provides various tools for optimizing performance, including production mode, template compilation, and lazy loading. These practices ensure that Vue.js applications perform efficiently, even in demanding scenarios.

2. Maintainability and Scalability:

Adhering to best practices for component structure, state management, and naming conventions ensures maintainability and scalability. Proper organization and documentation of code contribute to a smoother development process.

Conclusion: Unlocking the potential of Vue.js, a potent framework known for its flexibility and simplicity in crafting dynamic web applications. Embarking on Vue.js development, entrust your projects to the expertise of WEBSTEP Technologies. With our guidance, seamlessly transform your ideas into interactive and visually striking web applications.

[laravelvuejs]

Is Vue.js 3.0 Breaking Vue? Vue 3.0 Preview! Vue 3.0 is in RFC mode right now. But what does it change? In this video I discuss the changes in Vue 3.0 and you can see what breaking changes there is! source

[suzanneshannon]

A Font-Like SVG Icon System for Vue

Managing a custom collection of icons in a Vue app can be challenging at times. An icon font is easy to use, but for customization, you have to rely on third-party font generators, and merge conflicts can be painful to resolve since fonts are binary files.

Using SVG files instead can eliminate those pain points, but how can we ensure they’re just as easy to use while also making it easy to add or remove icons?

Here is what my ideal icon system looks like:

To add icons, you just drop them into a designated icons folder. If you no longer need an icon, you simply delete it.

To use the rocket.svg icon in a template, the syntax is as simple as <svg-icon icon="rocket" />.

The icons can be scaled and colored using the CSS font-size and color properties (just like an icon font).

If multiple instances of the same icon appear on the page, the SVG code is not duplicated each time.

No webpack config editing is required.

This is what we will build by writing two small, single-file components. There are a few specific requirements for this implementation, though I’m sure many of you wizards out there could rework this system for other frameworks and build tools:

webpack: If you used the Vue CLI to scaffold your app, then you’re already using webpack.

svg-inline-loader: This allows us to load all of our SVG code and clean up portions we do not want. Go ahead and run npm install svg-inline-loader --save-dev from the terminal to get started.

The SVG sprite component

To meet our requirement of not repeating SVG code for each instance of an icon on the page, we need to build an SVG “sprite.” If you haven’t heard of an SVG sprite before, think of it as a hidden SVG that houses other SVGs. Anywhere we need to display an icon, we can copy it out of the sprite by referencing the id of the icon inside a <use> tag like this:

<svg><use xlink:href="#rocket" /></svg>

That little bit of code is essentially how our <SvgIcon> component will work, but let’s go ahead create the <SvgSprite> component first. Here is the entire SvgSprite.vue file; some of it may seem daunting at first, but I will break it all down.

<!-- SvgSprite.vue --> <template>   <svg width="0" height="0" style="display: none;" v-html="$options.svgSprite" /> </template> <script> const svgContext = require.context(   '!svg-inline-loader?' +    'removeTags=true' + // remove title tags, etc.   '&removeSVGTagAttrs=true' + // enable removing attributes   '&removingTagAttrs=fill' + // remove fill attributes   '!@/assets/icons', // search this directory   true, // search subdirectories   /\w+\.svg$/i // only include SVG files ) const symbols = svgContext.keys().map(path => {   // get SVG file content   const content = svgContext(path)    // extract icon id from filename   const id = path.replace(/^\.\/(.*)\.\w+$/, '$1')   // replace svg tags with symbol tags and id attribute   return content.replace('<svg', `<symbol id="${id}"`).replace('svg>', 'symbol>') }) export default {   name: 'SvgSprite',   svgSprite: symbols.join('\n'), // concatenate all symbols into $options.svgSprite } </script>

In the template, our lone <svg> element has its content bound to $options.svgSprite. In case you’re unfamiliar with $options it contains properties that are directly attached to our Vue component. We could have attached svgSprite to our component’s data, but we don’t really need Vue to set up reactivity for this since our SVG loader is only going to run when our app builds.

In our script, we use require.context to retrieve all of our SVG files and clean them up while we’re at it. We invoke svg-inline-loader and pass it several parameters using syntax that is very similar to query string parameters. I’ve broken these up into multiple lines to make them easier to understand.

const svgContext = require.context( '!svg-inline-loader?' + 'removeTags=true' + // remove title tags, etc. '&removeSVGTagAttrs=true' + // enable removing attributes '&removingTagAttrs=fill' + // remove fill attributes '!@/assets/icons', // search this directory true, // search subdirectories /\w+\.svg$/i // only include SVG files )

What we’re basically doing here is cleaning up the SVG files that live in a specific directory (/assets/icons) so that they’re in good shape to use anywhere we need them.

The removeTags parameter strips out tags that we do not need for our icons, such as title and style. We especially want to remove title tags since those can cause unwanted tooltips. If you would like to preserve any hard-coded styling in your icons, then add removingTags=title as an additional parameter so that only title tags are removed.

We also tell our loader to remove fill attributes, so that we can set our own fill colors with CSS later. It’s possible you will want to retain your fill colors. If that’s the case, then simply remove the removeSVGTagAttrs and removingTagAttrs parameters.

The last loader parameter is the path to our SVG icon folder. We then provide require.context with two more parameters so that it searches subdirectories and only loads SVG files.

In order to nest all of our SVG elements inside our SVG sprite, we have to convert them from <svg> elements into SVG <symbol> elements. This is as simple as changing the tag and giving each one a unique id, which we extract from the filename.

const symbols = svgContext.keys().map(path => { // extract icon id from filename const id = path.replace(/^\.\/(.*)\.\w+$/, '$1') // get SVG file content const content = svgContext(path) // replace svg tags with symbol tags and id attribute return content.replace('<svg', `<symbol id="${id}"`).replace('svg>', 'symbol>') })

What do we do with this <SvgSprite> component? We place it on our page before any icons that depend on it. I recommend adding it to the top of the App.vue file.

<!-- App.vue --> <template>   <div id="app">     <svg-sprite /> <!-- ... -->

The icon component

Now let’s build the SvgIcon.vue component.

<!-- SvgIcon.vue --> <template>   <svg class="icon" :class="{ 'icon-spin': spin }">     <use :xlink:href="`#${icon}`" />   </svg> </template> <script> export default {   name: 'SvgIcon',   props: {     icon: {       type: String,       required: true,     },     spin: {       type: Boolean,       default: false,     },   }, } </script> <style> svg.icon {   fill: currentColor;   height: 1em;   margin-bottom: 0.125em;   vertical-align: middle;   width: 1em; } svg.icon-spin {   animation: icon-spin 2s infinite linear; } @keyframes icon-spin {   from {     transform: rotate(0deg);   }   to {     transform: rotate(359deg);   } } </style>

This component is much simpler. As previously mentioned, we leverage the <use> tag to reference an id inside our sprite. That id comes from our component’s icon prop.

I’ve added a spin prop in there that toggles an .icon-spin class as an optional bit of animation, should we ever need. This could, for example, be useful for a loading spinner icon.

<svg-icon v-if="isLoading" icon="spinner" spin />

Depending on your needs, you may want to add additional props, such as rotate or flip. You could simply add the classes directly to the component without using props if you’d like.

Most of our component’s content is CSS. Other than the spinning animation, most of this is used to make our SVG icon act more like an icon font¹. To align the icons to the text baseline, I’ve found that applying vertical-align: middle, along with a bottom margin of 0.125em, works for most cases. We also set the fill attribute value to currentColor, which allows us to color the icon just like text.

<p style="font-size: 2em; color: red;">   <svg-icon icon="exclamation-circle" /><!-- This icon will be 2em and red. -->   Error! </p>

That’s it!  If you want to use the icon component anywhere in your app without having to import it into every component that needs it, be sure to register the component in your main.js file:

// main.js import Vue from 'vue' import SvgIcon from '@/components/SvgIcon.vue' Vue.component('svg-icon', SvgIcon) // ...

Final thoughts

Here are a few ideas for improvements, which I intentionally left out to keep this solution approachable:

Scale icons that have non-square dimensions to maintain their proportions

Inject the SVG sprite into the page without needing an additional component.

Make it work with vite, which is a new, fast (and webpack-free) build tool from Vue creator Evan You.

Leverage the Vue 3 Composition API.

If you want to quickly take these components for a spin, I’ve created a demo app based on the default vue-cli template. I hope this helps you develop an implementation that fits your app’s needs!

¹ If you’re wondering why we’re using SVG when we want it to behave like an icon font, then check out the classic post that pits the two against one another.

The post A Font-Like SVG Icon System for Vue appeared first on CSS-Tricks.

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A Font-Like SVG Icon System for Vue published first on https://deskbysnafu.tumblr.com/

[congohacking]

Comment Utiliser AutoHotkey pour changer de bureau virtuel dans Windows 10

L’une des meilleures fonctionnalités de Windows 10 est la vue des tâches, que vous pouvez utiliser pour créer des bureaux virtuels. Ces bureaux sont un excellent moyen de distribuer et d’organiser les fenêtres de vos applications ouvertes. Vous pouvez appuyer sur Win + Tab (maintenez la touche Windows enfoncée et appuyez sur Tab) pour les voir dans la vue des tâches.

  Cependant, une fonctionnalité non fournie par Microsoft est la possibilité de basculer instantanément vers un bureau virtuel spécifique avec un raccourci clavier. Par exemple, si vous êtes sur le bureau 2 et que vous souhaitez passer au bureau 6, vous devez maintenir Win + Ctrl enfoncé et appuyer quatre fois sur la flèche droite. Il serait beaucoup plus facile d’avoir un raccourci qui passe automatiquement au bureau numéro 6, quel que soit le bureau que vous utilisez.

Ce didacticiel vous montre comment créer des raccourcis clavier pour basculer directement vers n’importe quel bureau virtuel par numéro. Nous accomplirons cela en utilisant l’utilitaire Windows gratuit, AutoHotkey.

  Création du script

Le programme d’installation se ferme et un nouveau fichier texte s’ouvre dans le Bloc-notes. Le fichier sera notre script. (Un script est un fichier en texte brut qui contient une série de commandes à exécuter par un autre programme, dans ce cas, AutoHotkey.)

RemarqueLe script de cette page est basé sur Windows Desktop Switcher, un script open source hébergé sur GitHub

Copiez et collez le script suivant dans votre document Bloc-notes:

; Globals DesktopCount = 2 ; Windows starts with 2 desktops at boot CurrentDesktop = 1 ; Desktop count is 1-indexed (Microsoft numbers them this way) ; ; This function examines the registry to build an accurate list of the current virtual desktops and which one we're currently on. ; Current desktop UUID appears to be in HKEY_CURRENT_USER\SOFTWARE\Microsoft\Windows\CurrentVersion\Explorer\SessionInfo\1\VirtualDesktops ; List of desktops appears to be in HKEY_CURRENT_USER\SOFTWARE\Microsoft\Windows\CurrentVersion\Explorer\VirtualDesktops ; mapDesktopsFromRegistry() { global CurrentDesktop, DesktopCount ; Get the current desktop UUID. Length should be 32 always, but there's no guarantee this couldn't change in a later Windows release so we check. IdLength := 32 SessionId := getSessionId() if (SessionId) { RegRead, CurrentDesktopId, HKEY_CURRENT_USER\SOFTWARE\Microsoft\Windows\CurrentVersion\Explorer\SessionInfo\%SessionId%\VirtualDesktops, CurrentVirtualDesktop if (CurrentDesktopId) { IdLength := StrLen(CurrentDesktopId) } } ; Get a list of the UUIDs for all virtual desktops on the system RegRead, DesktopList, HKEY_CURRENT_USER, SOFTWARE\Microsoft\Windows\CurrentVersion\Explorer\VirtualDesktops, VirtualDesktopIDs if (DesktopList) { DesktopListLength := StrLen(DesktopList) ; Figure out how many virtual desktops there are DesktopCount := DesktopListLength / IdLength } else { DesktopCount := 1 } ; Parse the REG_DATA string that stores the array of UUID's for virtual desktops in the registry. i := 0 while (CurrentDesktopId and i < DesktopCount) { StartPos := (i * IdLength) + 1 DesktopIter := SubStr(DesktopList, StartPos, IdLength) OutputDebug, The iterator is pointing at %DesktopIter% and count is %i%. ; Break out if we find a match in the list. If we didn't find anything, keep the ; old guess and pray we're still correct :-D. if (DesktopIter = CurrentDesktopId) { CurrentDesktop := i + 1 OutputDebug, Current desktop number is %CurrentDesktop% with an ID of %DesktopIter%. break } i++ } } ; ; This functions finds out ID of current session. ; getSessionId() { ProcessId := DllCall("GetCurrentProcessId", "UInt") if ErrorLevel { OutputDebug, Error getting current process id: %ErrorLevel% return } OutputDebug, Current Process Id: %ProcessId% DllCall("ProcessIdToSessionId", "UInt", ProcessId, "UInt*", SessionId) if ErrorLevel { OutputDebug, Error getting session id: %ErrorLevel% return } OutputDebug, Current Session Id: %SessionId% return SessionId } ; ; This function switches to the desktop number provided. ; switchDesktopByNumber(targetDesktop) { global CurrentDesktop, DesktopCount ; Re-generate the list of desktops and where we fit in that. We do this because ; the user may have switched desktops via some other means than the script. mapDesktopsFromRegistry() ; Don't attempt to switch to an invalid desktop if (targetDesktop > DesktopCount || targetDesktop < 1) { OutputDebug, [invalid] target: %targetDesktop% current: %CurrentDesktop% return } ; Go right until we reach the desktop we want while(CurrentDesktop < targetDesktop) { Send ^#{Right} CurrentDesktop++ OutputDebug, [right] target: %targetDesktop% current: %CurrentDesktop% } ; Go left until we reach the desktop we want while(CurrentDesktop > targetDesktop) { Send ^#{Left} CurrentDesktop-- OutputDebug, [left] target: %targetDesktop% current: %CurrentDesktop% } } ; ; This function creates a new virtual desktop and switches to it ; createVirtualDesktop() { global CurrentDesktop, DesktopCount Send, #^d DesktopCount++ CurrentDesktop = %DesktopCount% OutputDebug, [create] desktops: %DesktopCount% current: %CurrentDesktop% } ; ; This function deletes the current virtual desktop ; deleteVirtualDesktop() { global CurrentDesktop, DesktopCount Send, #^{F4} DesktopCount-- CurrentDesktop-- OutputDebug, [delete] desktops: %DesktopCount% current: %CurrentDesktop% } ; Main SetKeyDelay, 75 mapDesktopsFromRegistry() OutputDebug, [loading] desktops: %DesktopCount% current: %CurrentDesktop% ; User config! ; This section binds the key combo to the switch/create/delete actions LWin & 1::switchDesktopByNumber(1) LWin & 2::switchDesktopByNumber(2) LWin & 3::switchDesktopByNumber(3) LWin & 4::switchDesktopByNumber(4) LWin & 5::switchDesktopByNumber(5) LWin & 6::switchDesktopByNumber(6) LWin & 7::switchDesktopByNumber(7) LWin & 8::switchDesktopByNumber(8) LWin & 9::switchDesktopByNumber(9) ;CapsLock & 1::switchDesktopByNumber(1) ;CapsLock & 2::switchDesktopByNumber(2) ;CapsLock & 3::switchDesktopByNumber(3) ;CapsLock & 4::switchDesktopByNumber(4) ;CapsLock & 5::switchDesktopByNumber(5) ;CapsLock & 6::switchDesktopByNumber(6) ;CapsLock & 7::switchDesktopByNumber(7) ;CapsLock & 8::switchDesktopByNumber(8) ;CapsLock & 9::switchDesktopByNumber(9) ;CapsLock & n::switchDesktopByNumber(CurrentDesktop + 1) ;CapsLock & p::switchDesktopByNumber(CurrentDesktop - 1) ;CapsLock & s::switchDesktopByNumber(CurrentDesktop + 1) ;CapsLock & a::switchDesktopByNumber(CurrentDesktop - 1) ;CapsLock & c::createVirtualDesktop() ;CapsLock & d::deleteVirtualDesktop() ; Alternate keys for this config. Adding these because DragonFly (python) doesn't send CapsLock correctly. ;^!1::switchDesktopByNumber(1) ;^!2::switchDesktopByNumber(2) ;^!3::switchDesktopByNumber(3) ;^!4::switchDesktopByNumber(4) ;^!5::switchDesktopByNumber(5) ;^!6::switchDesktopByNumber(6) ;^!7::switchDesktopByNumber(7) ;^!8::switchDesktopByNumber(8) ;^!9::switchDesktopByNumber(9) ;^!n::switchDesktopByNumber(CurrentDesktop + 1) ;^!p::switchDesktopByNumber(CurrentDesktop - 1) ;^!s::switchDesktopByNumber(CurrentDesktop + 1) ;^!a::switchDesktopByNumber(CurrentDesktop - 1) ;^!c::createVirtualDesktop() ;^!d::deleteVirtualDesktop()

Enregistrez le fichier.

Ce script, AutoHotkey.ahk, se trouve dans votre dossier Documents. Ouvrez une nouvelle fenêtre de l’Explorateur de fichiers (clavier: Win + E) et accédez à Documents.

Exécutez le script en double-cliquant sur le fichier. Vous ne verrez rien se produire, mais AutoHotkey exécute maintenant le script.

Comment ça marche?

Le script fonctionne en gardant une trace du bureau virtuel que vous utilisez actuellement. Maintenez la touche Windows enfoncée et appuyez sur un nombre compris entre 1 et 9 pour basculer automatiquement vers la gauche ou la droite le nombre correct de fois pour accéder au bureau souhaité. (Si vous appuyez sur le numéro d’un bureau qui n’existe pas encore, rien ne se passera.)

Test de vos nouveaux raccourcis clavier

Pour le tester, créez d’abord un nouveau bureau virtuel. Pour ce faire, cliquez sur l’icône Affichage des tâches dans votre barre des tâches (ou appuyez sur Win + Tab), puis cliquez sur + Nouveau bureau. Ou utilisez le raccourci clavier Win + Ctrl + D.

Faites-le une fois pour chaque nouveau bureau virtuel que vous souhaitez créer. Chaque bureau supplémentaire sera orienté à droite du précédent.

Maintenant, vous pouvez basculer vers l’un de ces bureaux à l’aide des raccourcis clavier définis dans le script. Maintenez Win et appuyez sur un nombre entre 1 et 9, et vous basculerez automatiquement sur ce bureau numéroté. Par exemple, appuyez sur Win + 3 pour basculer vers le troisième bureau virtuel à partir de la gauche.

  Arrêt du script

Pour arrêter d’utiliser le script, accédez à votre barre d’état système et cliquez avec le bouton droit sur l’icône AutoHotkey, qui ressemble à un grand « H » vert pour afficher le menu de notification Windows AutoHotkey.

Remarque Si vous ne voyez pas l’icône, utilisez le bouton caret ^ pour afficher les icônes cachées.

  Dans ce menu, vous pouvez suspendre les raccourcis clavier, suspendre le script ou quitter complètement AutoHotkey. Chacune de ces actions ramène vos raccourcis à la normale.

Exécution automatique de votre script au démarrage de Windows

Pour exécuter le script automatiquement à chaque démarrage de Windows, déplacez le script dans votre dossier de démarrage.

Sous Windows 10, le dossier de démarrage se trouve à l’emplacement suivant:

  [Votre dossier personnel] \ AppData \ Roaming \ Microsoft \ Windows \ Menu Démarrer \ Programmes \ Démarrage

Ce dossier est normalement masqué, vous ne pouvez donc y accéder que dans l’Explorateur de fichiers si vous sélectionnez Affichage → Afficher les fichiers cachés en haut de la fenêtre de l’Explorateur.

Cependant, vous pouvez également accéder directement au dossier de démarrage en entrant le chemin d’accès complet au répertoire dans la zone Exécuter. Appuyez sur Win + R pour ouvrir la zone Exécuter, puis tapez le chemin d’accès complet au répertoire. Vous pouvez utiliser la variable d’environnement% APPDATA% pour remplir automatiquement le début du nom du chemin. Par exemple, vous pouvez saisir ceci dans la zone Exécuter:

% APPDATA% \ Microsoft \ Windows \ Menu Démarrer \ Programmes \ Démarrage

Lorsque vous appuyez sur Entrée, ce dossier s’ouvre dans une nouvelle fenêtre de l’Explorateur de fichiers.

Déplacez maintenant votre script dans ce dossier. Si votre dossier Documents est toujours ouvert dans une autre fenêtre, faites glisser et déposez AutoHotkey.ahk dans le dossier Démarrage.

Si vous décidez de ne pas exécuter le script automatiquement à chaque démarrage de Windows, ouvrez à nouveau ce dossier et déplacez le script ailleurs. Vous pouvez toujours l’exécuter manuellement en double-cliquant dessus, peu importe où il se trouve sur votre ordinateur.

Notes complémentaires

Ce script remplace les raccourcis Windows par défaut pour Win + (Number), qui ouvrent normalement les éléments de votre barre des tâches (Win + 1 ouvre le premier élément, etc.). Cependant, certaines applications Windows intégrées telles que Paramètres ou Store ignorent le script d’AutoHotkey.

Si vous êtes sur l’une de ces fenêtres lorsque vous essayez des raccourcis clavier, il utilise le comportement des raccourcis clavier Windows et ouvre quelque chose à partir de votre barre des tâches au lieu d’un nouveau bureau. Une autre chose à garder à l’esprit est que AutoHotkey bascule rapidement de gauche à droite entre vos bureaux virtuels, un par un. S’il tombe sur un bureau virtuel où l’une de ces applications spéciales est ouverte, il arrêtera de basculer et restera sur ce bureau.

Malheureusement, les raccourcis Windows par défaut ne peuvent pas être désactivés, ce qui n’est pas pratique, mais à moins que l’une de ces fenêtres d’application ne soit ouverte, le script AutoHotkey fonctionne correctement. Vous constaterez que le script fonctionne parfaitement avec 95% de vos autres programmes.

Cependant, si vous préférez, vous pouvez modifier votre script AutoHotkey pour utiliser une combinaison de touches différente.

  Modification de votre script AutoHotkey

Ouvrez le Bloc-notes (Démarrer → Accessoires Windows → Bloc-notes).

Dans le Bloc-notes, ouvrez le fichier AutoHotkey. Si le dossier Démarrage est déjà ouvert, vous pouvez faire glisser et déposer l’icône sur la fenêtre du Bloc-notes pour ouvrir le fichier.

Ou, vous pouvez l’ouvrir en allant dans Fichier → Ouvrir dans le bloc-notes et en entrant le nom de fichier% APPDATA% \ Microsoft \ Windows \ Menu Démarrer \ Programmes \ Démarrage \ AutoHotkey.ahk.

Lorsque le fichier est ouvert, vous pouvez apporter des modifications au script en fonction de vos besoins. Par exemple, si vous préférez utiliser la combinaison de touches de raccourci CapsLock + (Number), recherchez ces lignes dans le script:

  LWin & 1::switchDesktopByNumber(1) LWin & 2::switchDesktopByNumber(2) LWin & 3::switchDesktopByNumber(3) LWin & 4::switchDesktopByNumber(4) LWin & 5::switchDesktopByNumber(5) LWin & 6::switchDesktopByNumber(6) LWin & 7::switchDesktopByNumber(7) LWin & 8::switchDesktopByNumber(8) LWin & 9::switchDesktopByNumber(9)

In these lines, change LWin to CapsLock:

CapsLock & 1::switchDesktopByNumber(1) CapsLock & 2::switchDesktopByNumber(2) CapsLock & 3::switchDesktopByNumber(3) CapsLock & 4::switchDesktopByNumber(4) CapsLock & 5::switchDesktopByNumber(5) CapsLock & 6::switchDesktopByNumber(6) CapsLock & 7::switchDesktopByNumber(7) CapsLock & 8::switchDesktopByNumber(8) CapsLock & 9::switchDesktopByNumber(9)

Enregistrez vos modifications et double-cliquez sur le script pour le mettre à jour dans AutoHotkey. Si vous avez fait des erreurs dans votre script, AutoHotkey ne l’exécutera pas et vous donnera un message d’erreur. Sinon, il vous demandera si vous souhaitez mettre à jour le script déjà en cours d’exécution:

Choisissez Oui pour que vos nouvelles modifications prennent effet.

Si vous avez une idée pour une combinaison de touches de raccourci différente, vous pouvez la remplacer par n’importe quelle combinaison de touches de raccourci qui n’est pas déjà utilisée.

  Choisir une combinaison de touches

AutoHotkey a ses propres mots et caractères spéciaux qu’il utilise pour représenter les touches du clavier dans ses scripts. Par exemple, la touche Ctrl est représentée par un point d’exclamation. Pour utiliser Ctrl + (Number) comme combinaison de raccourcis clavier, vous pouvez remplacer « CapsLock & » par « ! » dans votre script. Ensuite, les lignes ressembleraient à ceci:

!1::switchDesktopByNumber(1) !2::switchDesktopByNumber(2) !3::switchDesktopByNumber(3) !4::switchDesktopByNumber(4) !5::switchDesktopByNumber(5) !6::switchDesktopByNumber(6) !7::switchDesktopByNumber(7) !8::switchDesktopByNumber(8) !9::switchDesktopByNumber(9)

Notez que lorsque vous utilisez un symbole plutôt qu’un mot, vous ne devez pas utiliser « & » dans la syntaxe du script. Cette règle est l’une des règles spéciales qu’AutoHotkey utilise dans son langage de script.

Vous pouvez trouver une liste complète de tous les mots et symboles spéciaux pour les scripts AutoHotkey  autohotkey.com/docs/KeyList.htm.

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