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In which part of the HTML metadata is contained?
Anonymous Quiz
66%
head tag
16%
title tag
12%
html tag
6%
body tag
Explanation:
Metadata is information about data. The meta tag provides metadata/meta information about the HTML document. Metadata will not be displayed on the page. Metadata is present in head. The body tag defines document’s body. A title tag is an HTML element which specifies the title of a web page.
Metadata is information about data. The meta tag provides metadata/meta information about the HTML document. Metadata will not be displayed on the page. Metadata is present in head. The body tag defines document’s body. A title tag is an HTML element which specifies the title of a web page.
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Frontend Developer Roadmap 2023:
Step 1: 🌐 Web Basics
Step 2: 📄 HTML & CSS
Step 3: 🛠️ Build Projects
Step 4: 📢 Post it on LinkedIn
Step 5: 🤖 JavaScript & React
Step 6: 🛠️ Build more Projects
Step 7: 📚 Build a Portfolio
Step 8: 🔁 Again Post it Online
Step 9: 💼 Start Applying
🔓 Crack a Job.
Step 1: 🌐 Web Basics
Step 2: 📄 HTML & CSS
Step 3: 🛠️ Build Projects
Step 4: 📢 Post it on LinkedIn
Step 5: 🤖 JavaScript & React
Step 6: 🛠️ Build more Projects
Step 7: 📚 Build a Portfolio
Step 8: 🔁 Again Post it Online
Step 9: 💼 Start Applying
🔓 Crack a Job.
👍1
List of Array methods in JavaScript PDF.pdf
16.7 MB
List of array methods in javascript
Next.js 13 vs Remix: An In-depth case study
When it comes to building web applications, React has been at the forefront for a while now, and its adoption continues to grow. Among the most common approaches to building web applications with React, Next.js stands out as one of the most preferred options.
Next.js has also been in the limelight since last year when they released their biggest update to the framework ever with the app router. This introduces a new routing architecture that uses nested layouts and is closely integrated with React Server Components and Suspense.
But Next.js wasn’t the first React framework to implement this layout-based routing. Almost a year before Next.js publicly launched the app router, another framework called Remix launched it with its public v1. Remix is built by the people behind React Router, the most popular client-side router for React applications.
Source-Link: prateeksurana
When it comes to building web applications, React has been at the forefront for a while now, and its adoption continues to grow. Among the most common approaches to building web applications with React, Next.js stands out as one of the most preferred options.
Next.js has also been in the limelight since last year when they released their biggest update to the framework ever with the app router. This introduces a new routing architecture that uses nested layouts and is closely integrated with React Server Components and Suspense.
But Next.js wasn’t the first React framework to implement this layout-based routing. Almost a year before Next.js publicly launched the app router, another framework called Remix launched it with its public v1. Remix is built by the people behind React Router, the most popular client-side router for React applications.
Source-Link: prateeksurana
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Top 10 Coding Challenge Websites 👨💻💯🙌
1) TopCoder
2) Coderbyte
3) Project Euler
4) HackerRank
5) CodeChef
6) Exercism .io
7) Codewars
8) LeetCode
9) SPOJ
10) CodinGame
1) TopCoder
2) Coderbyte
3) Project Euler
4) HackerRank
5) CodeChef
6) Exercism .io
7) Codewars
8) LeetCode
9) SPOJ
10) CodinGame
👍4
Which element is used to get highlighted text in HTML5?
Anonymous Quiz
11%
<u>
30%
<mark>
46%
<highlight>
14%
<b>
Here's a short roadmap for learning CSS:
1. Basic CSS: Start with understanding selectors, properties, and values to style HTML elements.
2. Box Model: Learn how the box model works, including margin, padding, border, and content.
3. Layout: Dive into CSS layout techniques like display, positioning, and floats.
4. Flexbox: Master CSS Flexbox for creating flexible one-dimensional layouts.
5. Grid: Learn CSS Grid for creating two-dimensional layouts with precise control.
6. Responsive Design: Understand media queries and how to make your designs responsive to different screen sizes.
7. CSS Preprocessors: Explore tools like Sass or Less to enhance CSS development.
8. CSS Frameworks: Familiarize yourself with popular CSS frameworks like Bootstrap or Foundation.
9. Animations and Transitions: Learn to create CSS animations and transitions for interactive web elements.
10. CSS Variables: Understand CSS custom properties (variables) for more maintainable styles.
11. CSS-in-JS: Explore methods like Styled Components for integrating CSS with JavaScript.
12. CSS Methodologies: Consider using BEM, SMACSS, or other methodologies for scalable and maintainable CSS code.
13. Browser Developer Tools: Become proficient in using browser developer tools for debugging and experimenting with CSS.
14. Performance Optimization: Learn techniques for optimizing CSS for faster page loading.
15. Cross-Browser Compatibility: Ensure your CSS works well on various web browsers by testing and using polyfills when necessary.
16. Version Control: Understand how to manage CSS files using version control systems like Git.
17. Accessibility: Learn about creating accessible CSS and adhering to web accessibility guidelines.
18. CSS3 Features: Explore advanced CSS3 features like gradients, transitions, and transformations.
19. CSS Architecture: Study scalable and maintainable CSS architectures and design patterns.
20. Practice and Projects: Apply your knowledge by working on real projects and experimenting with different CSS techniques.
Remember that CSS is a continuously evolving technology, so staying up to date with the latest CSS features and best practices is crucial for becoming a proficient front-end developer.
1. Basic CSS: Start with understanding selectors, properties, and values to style HTML elements.
2. Box Model: Learn how the box model works, including margin, padding, border, and content.
3. Layout: Dive into CSS layout techniques like display, positioning, and floats.
4. Flexbox: Master CSS Flexbox for creating flexible one-dimensional layouts.
5. Grid: Learn CSS Grid for creating two-dimensional layouts with precise control.
6. Responsive Design: Understand media queries and how to make your designs responsive to different screen sizes.
7. CSS Preprocessors: Explore tools like Sass or Less to enhance CSS development.
8. CSS Frameworks: Familiarize yourself with popular CSS frameworks like Bootstrap or Foundation.
9. Animations and Transitions: Learn to create CSS animations and transitions for interactive web elements.
10. CSS Variables: Understand CSS custom properties (variables) for more maintainable styles.
11. CSS-in-JS: Explore methods like Styled Components for integrating CSS with JavaScript.
12. CSS Methodologies: Consider using BEM, SMACSS, or other methodologies for scalable and maintainable CSS code.
13. Browser Developer Tools: Become proficient in using browser developer tools for debugging and experimenting with CSS.
14. Performance Optimization: Learn techniques for optimizing CSS for faster page loading.
15. Cross-Browser Compatibility: Ensure your CSS works well on various web browsers by testing and using polyfills when necessary.
16. Version Control: Understand how to manage CSS files using version control systems like Git.
17. Accessibility: Learn about creating accessible CSS and adhering to web accessibility guidelines.
18. CSS3 Features: Explore advanced CSS3 features like gradients, transitions, and transformations.
19. CSS Architecture: Study scalable and maintainable CSS architectures and design patterns.
20. Practice and Projects: Apply your knowledge by working on real projects and experimenting with different CSS techniques.
Remember that CSS is a continuously evolving technology, so staying up to date with the latest CSS features and best practices is crucial for becoming a proficient front-end developer.
❤1👍1
Become a Frontend Master 🚀🙌
1.Scrimba
scrimba.com
2.FreeCodeCamp
freecodecamp.com
3.W3Schools
w3schools.com
4.Mdn Docs
developer.mozilla.org
5.Kevin Powell - Youtube
youtube.com/@KevinPowell
Save it ✅
1.Scrimba
scrimba.com
2.FreeCodeCamp
freecodecamp.com
3.W3Schools
w3schools.com
4.Mdn Docs
developer.mozilla.org
5.Kevin Powell - Youtube
youtube.com/@KevinPowell
Save it ✅
👍7
Which of the following is not a HTML5 tag?
Anonymous Quiz
30%
<track>
13%
<video>
38%
<slider>
20%
<source>
👍2
Explanation:
<video> tag is used to display video clips in HTML5. Multiple media resources for media elements is specified by <source> tag. Text track for media elements i.e. <audio> & <video> is provided by <track> tag in HTML5. There is no such thing as slider tag in HTML5.
<video> tag is used to display video clips in HTML5. Multiple media resources for media elements is specified by <source> tag. Text track for media elements i.e. <audio> & <video> is provided by <track> tag in HTML5. There is no such thing as slider tag in HTML5.
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Introducing .NET Aspire: Simplifying Cloud-Native Development with .NET 8
For several releases now we’ve been making progress on one of our ongoing aspirational goals. Making .NET one of the most productive platforms on the planet for building cloud-native applications.
We worked alongside some of the most demanding services at Microsoft with scaling needs unheard of for most apps, services supporting hundreds of millions of monthly active users. Working with these services to make sure we satisfied their needs ensured we had foundational capabilities that could meet the demands of high scale cloud services.
We invested in important technologies and libraries such as Health Checks, YARP, HTTP client factory, and gRPC. With Native AOT, we’re working towards a sweet spot of perf and size, and SDK Container Builds make it trivial to get any .NET app into a container and ready for the modern cloud with no thought or work from the developer.
Source-Link: devblogs
For several releases now we’ve been making progress on one of our ongoing aspirational goals. Making .NET one of the most productive platforms on the planet for building cloud-native applications.
We worked alongside some of the most demanding services at Microsoft with scaling needs unheard of for most apps, services supporting hundreds of millions of monthly active users. Working with these services to make sure we satisfied their needs ensured we had foundational capabilities that could meet the demands of high scale cloud services.
We invested in important technologies and libraries such as Health Checks, YARP, HTTP client factory, and gRPC. With Native AOT, we’re working towards a sweet spot of perf and size, and SDK Container Builds make it trivial to get any .NET app into a container and ready for the modern cloud with no thought or work from the developer.
Source-Link: devblogs