Age of Programming Languages👨🏻💻
🦅 Swift (10 years old) (2014)
🔷 TypeScript (11 years old) (2012)
🚀 Kotlin (12 years old) (2011)
🎯 Dart (13 years old (2011)
🦀 Rust (13 years old) (2010)
🐹 Go (14 years old) (2009)
🎸 C# (23 years old) (2000)
💎 Ruby (28 years old) (1995)
☕ Java (28 years old) (1995)
🌐 JavaScript (28 years old) (1995)
🐘 PHP (29 years old) (1994)
🐍 Python (33 years old) (1991)
🐪 Perl (36 years old) (1987)
🚀 C++ (38 years old) (1985)
📱 Objective-C (39 years old) (1984)
🔍 Prolog (51 years old) (1972)
🗣️ Smalltalk (51 years old) (1972)
🖥️ C (51 years old) (1972)
📝 Pascal (53 years old) (1970)
🎓 BASIC (59 years old) (1964)
💼 COBOL (64 years old) (1959)
🤖 Lisp (65 years old) (1958)
📜 Fortran (66 years old) (1957)
🦅 Swift (10 years old) (2014)
🔷 TypeScript (11 years old) (2012)
🚀 Kotlin (12 years old) (2011)
🎯 Dart (13 years old (2011)
🦀 Rust (13 years old) (2010)
🐹 Go (14 years old) (2009)
🎸 C# (23 years old) (2000)
💎 Ruby (28 years old) (1995)
☕ Java (28 years old) (1995)
🌐 JavaScript (28 years old) (1995)
🐘 PHP (29 years old) (1994)
🐍 Python (33 years old) (1991)
🐪 Perl (36 years old) (1987)
🚀 C++ (38 years old) (1985)
📱 Objective-C (39 years old) (1984)
🔍 Prolog (51 years old) (1972)
🗣️ Smalltalk (51 years old) (1972)
🖥️ C (51 years old) (1972)
📝 Pascal (53 years old) (1970)
🎓 BASIC (59 years old) (1964)
💼 COBOL (64 years old) (1959)
🤖 Lisp (65 years old) (1958)
📜 Fortran (66 years old) (1957)
Javascript for Everything:
JS + React = Web Development
JS + Three.js = 3D Visualization
JS + Angular = Web Applications
JS + Phaser = Game Development
JS + Vue.js = Progressive Web Apps
JS + TensorFlow.js = Machine Learning
JS + Node.js = Server-Side Development
JS + Electron = DesktopApp Development
JS + React Native = MobileApp Development
#javascript
JS + React = Web Development
JS + Three.js = 3D Visualization
JS + Angular = Web Applications
JS + Phaser = Game Development
JS + Vue.js = Progressive Web Apps
JS + TensorFlow.js = Machine Learning
JS + Node.js = Server-Side Development
JS + Electron = DesktopApp Development
JS + React Native = MobileApp Development
#javascript
✅ Javascript Reduce method Example.
▫️ Finding the longest word in a given string.
#JavaScript
▫️ Finding the longest word in a given string.
function longerWord(a, b) {
if (a.length > b.length) {
return a;
} else {
return b;
}
}
const sentence = 'Hey there what are you doing this Wednesday night';
const longest = sentence.split(' ').reduce(longerWord);
console.log(longest);
// Wednesday
#JavaScript
JavaScript Learning Roadmap: From Basics to Advanced
1. Basics:
- Variables, data types, loops, and functions.
- DOM Manipulation for interacting with web pages.
- Event Handling to manage user actions.
2. ES6+ Essentials:
- Key features like let/const, arrow functions, and destructuring.
- Organizing code with modules and imports/exports.
3. Functions:
- Higher-order functions, callbacks, and closures.
- Async programming with promises and async/await.
4. Browser Basics:
- Browser APIs (Fetch, LocalStorage).
- Understand CORS and its impact on apps.
5. Frameworks & Libraries:
- Dive into React, Vue.js, or Angular for dynamic UIs.
- State management (Redux, Vuex).
6. Projects:
- Build projects (e.g., To-Do App) and deploy on Netlify or Heroku.
#JavaScript
1. Basics:
- Variables, data types, loops, and functions.
- DOM Manipulation for interacting with web pages.
- Event Handling to manage user actions.
2. ES6+ Essentials:
- Key features like let/const, arrow functions, and destructuring.
- Organizing code with modules and imports/exports.
3. Functions:
- Higher-order functions, callbacks, and closures.
- Async programming with promises and async/await.
4. Browser Basics:
- Browser APIs (Fetch, LocalStorage).
- Understand CORS and its impact on apps.
5. Frameworks & Libraries:
- Dive into React, Vue.js, or Angular for dynamic UIs.
- State management (Redux, Vuex).
6. Projects:
- Build projects (e.g., To-Do App) and deploy on Netlify or Heroku.
#JavaScript