Key Differences Between Java and C#

1. Java is a great option for building complex web-based, highly concurrent applications, whereas C# is ideal for game development and mobile development.
2. Java requires Java Development Kit, which includes a Java compiler and runs a time environment to run Java on any machine, whereas C# libraries are being shipped with a .NET framework with IDE like Visual Studio.
3. Source code written in Java is compiled into bytecode, and then bytecode is converted to machine code, ready to run on any platform, whereas with C#, a code is interpreted into bytecode (MSIL) which is compiled by CLR and JIT compiler will convert MSIL into native machine code.
4. Java is designed to execute on JRE (Java Runtime Environment), whereas C# is designed to execute on CLR (Common Language Runtime).
5. Java is heavily used for building a complex application in an open-source ecosystem, whereas C# is mostly used to develop an application for Microsoft platforms.
6. Java provides a clear difference between Checked and Unchecked exceptions, whereas the C# approach is minimalistic in nature by choosing only one type of exception.
7. Java enables the polymorphism by default, whereas with C#, one must invoke the “virtual” keyword in base-class and “override” keyword in a derived class.
8. Java library ecosystem is vast and well documented, which further assist in developing functionality at a decent pace, whereas C# libraries work within the Microsoft ecosystem, which is limited as compared to Java.
9. Java has traditionally a huge community providing open-source libraries, so any need can be fulfilled with the libraries, whereas free quality libraries support from the Microsoft community is a downside for C#.
10. Generic feature support in Java is compiler-assisted, implemented using erasures, whereas C# takes generics further by integrating them into the CLI and allow type information to be available at runtime.

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Your Brain is a Supercomputer

Update Its Software:
- Books 📚
- Podcasts 🎧
- Experience 🌍

Protect Its Battery:
- 8 hours of sleep 😴
- Connect with nature 🌳
- Digital detox 📵

Clean Its Hard Drive:
- Meditate 🧘‍♂️
- Journal 📓
- Positive self-talk 🗣️

Top 10 basic programming concepts

1. Variables: Variables are used to store data in a program, such as numbers, text, or objects. They have a name and a value that can be changed during the program's execution.

2. Data Types: Data types define the type of data that can be stored in a variable, such as integers, floating-point numbers, strings, boolean values, and more. Different data types have different properties and operations associated with them.

3. Control Structures: Control structures are used to control the flow of a program's execution. Common control structures include if-else statements, loops (for, while, do-while), switch statements, and more.

4. Functions: Functions are blocks of code that perform a specific task. They can take input parameters, process them, and return a result. Functions help in organizing code, promoting reusability, and improving readability.

5. Conditional Statements: Conditional statements allow the program to make decisions based on certain conditions. The most common conditional statement is the if-else statement, which executes different blocks of code based on whether a condition is true or false.

6. Loops: Loops are used to repeat a block of code multiple times until a certain condition is met. Common types of loops include for loops, while loops, and do-while loops.

7. Arrays: Arrays are data structures that store a collection of elements of the same data type. Elements in an array can be accessed using an index, which represents their position in the array.

8. Classes and Objects: Object-oriented programming concepts involve classes and objects. A class is a blueprint for creating objects, which are instances of the class. Classes define attributes (variables) and behaviors (methods) that objects can exhibit.

9. Input and Output: Input and output operations allow a program to interact with the user or external devices. Common input/output operations include reading from and writing to files, displaying output to the console, and receiving input from the user.

10. Comments: Comments are used to add explanatory notes within the code that are ignored by the compiler or interpreter. They help in documenting code, explaining complex logic, and improving code readability for other developers.

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Programming "Talent" is a Myth, Here's what you need to be a Good Programmer

1. Patience ✨
2. Perseverance
3. Abstract mindset (Creative solutions)
4. Problem-solving
5. Planning
6. Basic math skills ➕➖✖️➗
7. Tech Enthusiasm

It’s ok to make mistakes and create bugs, we learn !

Famous programming languages and their frameworks


1. Python:

    Frameworks:
        Django
        Flask
        Pyramid
        Tornado

2. JavaScript:

    Frameworks (Front-End):
        React
        Angular
        Vue.js
        Ember.js
    Frameworks (Back-End):
        Node.js (Runtime)
        Express.js
        Nest.js
        Meteor

3. Java:

    Frameworks:
        Spring Framework
        Hibernate
        Apache Struts
        Play Framework

4. Ruby:

    Frameworks:
        Ruby on Rails (Rails)
        Sinatra
        Hanami

5. PHP:

    Frameworks:
        Laravel
        Symfony
        CodeIgniter
        Yii
        Zend Framework

6. C#:

    Frameworks:
        .NET Framework
        ASP.NET
        ASP.NET Core

7. Go (Golang):

    Frameworks:
        Gin
        Echo
        Revel

8. Rust:

    Frameworks:
        Rocket
        Actix
        Warp

9. Swift:

    Frameworks (iOS/macOS):
        SwiftUI
        UIKit
        Cocoa Touch

10. Kotlin:
- Frameworks (Android):
- Android Jetpack
- Ktor

11. TypeScript:
- Frameworks (Front-End):
- Angular
- Vue.js (with TypeScript)
- React (with TypeScript)

12. Scala:
- Frameworks:
- Play Framework
- Akka

13. Perl:
- Frameworks:
- Dancer
- Catalyst

14. Lua:
- Frameworks:
- OpenResty (for web development)

15. Dart:
- Frameworks:
- Flutter (for mobile app development)

16. R:
- Frameworks (for data science and statistics):
- Shiny
- ggplot2

17. Julia:
- Frameworks (for scientific computing):
- Pluto.jl
- Genie.jl

18. MATLAB:
- Frameworks (for scientific and engineering applications):
- Simulink

19. COBOL:
- Frameworks:
- COBOL-IT

20. Erlang:
- Frameworks:
- Phoenix (for web applications)

21. Groovy:
- Frameworks:
- Grails (for web applications)

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3. JavaScript - learnjavascript.online
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5. Tailwind - scrimba.com
6. Vue - vueschool.io
7. Python - pythontutorial.net
8. SQL - t.iss.one/sqlanalyst
9. Git - atlassian.com/git/tutorials
10. Power BI - t.iss.one/PowerBI_analyst

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Java practice set

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“I know of no better life purpose than to perish in attempting the great and impossible. The fact that something seems impossible shouldn’t be a reason to not pursue it, that’s exactly what makes it worth pursuing. Where would the courage and greatness be if success was certain and there was no risk ? The only true failure is shrinking away from life’s challenges.”

- Friedrich Nietzsche

Here are 14 lies you've been told about the programming career.
👇


14. A computer science degree prepares you to become a good programmer.

13. Most of the time you work on cool projects from scratch.

12. Clean code is more important than business problems.

11. A programmer who writes code fast is the best.

10. Good programmers have bad soft skills.

9. Writing tests is not a programmer's job.

8. Good code is self-documenting.

7. Software engineering is all about mastering a programming language.

6. Most people want innovation in this industry.

5. You will work with certainty most of the time.

4. You'll get rich very fast.

3. You'll work alone most of the time.

2. It's easy to find a job.

1. Delivering new features is more important than maintaining code.

How to Learn Java in 2024

1. Set Clear Goals:
   - Define your learning objectives. Do you want to build web applications, mobile apps, or work on enterprise-level software?


2. Choose a Structured Learning Path:
   - Follow a structured learning path that covers the fundamentals of Java, object-oriented programming principles, and essential libraries.


3. Start with the Basics:
   - Begin with the core concepts of Java, such as variables, data types, operators, and control flow statements.


4. Master Object-Oriented Programming:
   - Learn about classes, objects, inheritance, polymorphism, and encapsulation.


5. Explore Java Libraries:
   - Familiarize yourself with commonly used Java libraries, such as those for input/output, networking, and data structures.


6. Practice Regularly:
   - Write code regularly to reinforce your understanding and identify areas where you need more practice.


7. Leverage Online Resources:
   - Utilize online courses, tutorials, and documentation to supplement your learning.


8. Join a Coding Community:
   - Engage with online coding communities and forums to ask questions, share knowledge, and collaborate on projects.


9. Build Projects:
   - Create simple projects to apply your skills and gain practical experience.


10. Stay Updated with Java Releases:
    - Keep up with the latest Java releases and updates to ensure your knowledge remains current.


11. Explore Frameworks and Tools:
    - Learn about popular Java frameworks and tools, such as Spring Boot, Maven, and IntelliJ IDEA.


12. Contribute to Open Source Projects:
    - Contribute to open source Java projects to gain real-world experience and showcase your skills.


13. Seek Feedback and Mentoring:
    - Seek feedback from experienced Java developers and consider mentorship opportunities to accelerate your learning.


14. Prepare for Certifications:
    - Consider pursuing Java certifications, such as the Oracle Certified Java Programmer (OCJP), to validate your skills.


15. Network with Java Developers:
    - Attend Java meetups, conferences, and online events to connect with other Java developers and learn from their experiences.

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🔟 𝘁𝗶𝗽𝘀 𝗳𝗼𝗿 𝗻𝗲𝘄 𝗰𝗼𝗱𝗲𝗿𝘀: 🔖

1. Learn Fundamentals: Use W3Schools, FreeCodeCamp, or MDN for solid basics.

2. Watch and Code Along: Follow YouTube tutorials to code in real-time.

3. Practice Regularly: Build small projects to sharpen your skills.

4. Join Coding Communities: Engage on platforms like X, Discord, and Reddit for support.

5. Use AI Tools Wisely: Leverage tools like ChatGPT responsibly to aid learning.

6. Master Git and Version Control: Learn to manage your code effectively.
7. Stay Updated: Follow tech blogs, newsletters, and podcasts.

8. Network: Attend meetups, hackathons, and online coding events.

9. Explore Open Source: Contribute to projects to gain experience.

10.Never Stop Learning: Technology evolves—keep exploring new languages and frameworks.

Worried about how long it will take?

Advice: Embrace the journey. The time will pass regardless, so use it wisely to grow, learn, and achieve your goals.