Tell me you are a junior developer without telling me you are a junior developer !!
The other day, I saw a post that compares junior developers with the senior ones. And one of the differences was jumping around programming languages. While senior developers often have the luxury to choose which programming language to use based on their preference and mostly work experience, we the juniors doesn't have that luxury. So, what do we do, we jump around.
Don't get me wrong I know it's recommended to specialize in a single programming language. It will allow you to excel in a particular area and can lead to job opportunities that require that specific skill set, but as a fellow junior developer I like to explore my options and wake up every day to try new things, learn new concepts.
Me, I like to experiment with different languages and I will let you know when the time has come to choose. This process of jumping around and learning multiple languages early on is great for me as it gives me a strong foundation for future projects and allows me to be more adaptable in the long run.
Surprisingly, I personally like to repeat concepts in different languages than sticking with one. It helps me solidify the concept, at the end of the day don't forget that programming languages are just tools to accomplish something.
Remember, every developers path is unique. So, don't forget to make it as fun and rewarding as possible.
What do you think ?
The other day, I saw a post that compares junior developers with the senior ones. And one of the differences was jumping around programming languages. While senior developers often have the luxury to choose which programming language to use based on their preference and mostly work experience, we the juniors doesn't have that luxury. So, what do we do, we jump around.
Don't get me wrong I know it's recommended to specialize in a single programming language. It will allow you to excel in a particular area and can lead to job opportunities that require that specific skill set, but as a fellow junior developer I like to explore my options and wake up every day to try new things, learn new concepts.
Me, I like to experiment with different languages and I will let you know when the time has come to choose. This process of jumping around and learning multiple languages early on is great for me as it gives me a strong foundation for future projects and allows me to be more adaptable in the long run.
Surprisingly, I personally like to repeat concepts in different languages than sticking with one. It helps me solidify the concept, at the end of the day don't forget that programming languages are just tools to accomplish something.
Remember, every developers path is unique. So, don't forget to make it as fun and rewarding as possible.
What do you think ?
👍1
-- Today I learned 📖 --
I didn't know telegram has limits for caption character size 🤔.
I didn't know telegram has limits for caption character size 🤔.
A ✨ new programming language Mojo🔥 is launched which is 35000x faster than 🐍 Python.
A new programming language Mojo🔥 was launched by an infrastructure company Modular the team members of this company claim that it is 35000x faster than the Python programming language.
This programming language has the usability of Python and the performance of C language and the syntax of this language is much similar to Python that's why it is easy to learn for Python developers.
For example, printing "Hello world"
in Mojo 🔥 is the same as in Python.
📌 print("Hello world")
To access Mojo you have to signup for the Mojo playground.
Interesting 🤔
A new programming language Mojo🔥 was launched by an infrastructure company Modular the team members of this company claim that it is 35000x faster than the Python programming language.
This programming language has the usability of Python and the performance of C language and the syntax of this language is much similar to Python that's why it is easy to learn for Python developers.
For example, printing "Hello world"
in Mojo 🔥 is the same as in Python.
📌 print("Hello world")
To access Mojo you have to signup for the Mojo playground.
Interesting 🤔
🤔5🔥1
-- Today I Learned --
The Personality Compass is a psychological tool that helps individuals understand their personalities and those of others. It is a simple model that provides insights into four basic personality types - North, South, East, and West. Each direction represents a different set of behavioral patterns and traits.
The North direction is represented by the color blue, and it signifies the practical, logical, and goal-oriented tendencies of individuals. Those who have a dominant North personality type are analytical, methodical, and organized. They prefer to have a plan, and their decisions are based on facts and data. They are good at problem-solving and are detail-oriented.
The South direction is represented by the color red and signifies the social, outgoing, and communicative tendencies of individuals. Those who have a dominant South personality type are enthusiastic, optimistic, and enjoy socializing. They are excellent at networking and building relationships, and their energy and positivity are contagious.
The East direction is represented by the color green and signifies the creative and imaginative tendencies of individuals. Those who have a dominant East personality type are intuitive, creative, and often have a unique perspective on things. They enjoy exploring new ideas, and their ability to think outside the box is an asset in problem-solving.
The West direction is represented by the color yellow and signifies the cautious and reserved tendencies of individuals. Those who have a dominant West personality type are reflective, introspective, and detail-oriented. They are often deep thinkers and take their time to make decisions. They prefer a secure and predictable world and are less comfortable with change.
So which one are you ? ask yourself . . .
The Personality Compass is a psychological tool that helps individuals understand their personalities and those of others. It is a simple model that provides insights into four basic personality types - North, South, East, and West. Each direction represents a different set of behavioral patterns and traits.
The North direction is represented by the color blue, and it signifies the practical, logical, and goal-oriented tendencies of individuals. Those who have a dominant North personality type are analytical, methodical, and organized. They prefer to have a plan, and their decisions are based on facts and data. They are good at problem-solving and are detail-oriented.
The South direction is represented by the color red and signifies the social, outgoing, and communicative tendencies of individuals. Those who have a dominant South personality type are enthusiastic, optimistic, and enjoy socializing. They are excellent at networking and building relationships, and their energy and positivity are contagious.
The East direction is represented by the color green and signifies the creative and imaginative tendencies of individuals. Those who have a dominant East personality type are intuitive, creative, and often have a unique perspective on things. They enjoy exploring new ideas, and their ability to think outside the box is an asset in problem-solving.
The West direction is represented by the color yellow and signifies the cautious and reserved tendencies of individuals. Those who have a dominant West personality type are reflective, introspective, and detail-oriented. They are often deep thinkers and take their time to make decisions. They prefer a secure and predictable world and are less comfortable with change.
So which one are you ? ask yourself . . .
👍4
-- Ambitions 🌌 --
People like to ask the question, "what do you want to be ?" and there are a million ways to answer it. But I choose the one with the shortest letters. "Be", "what ?" you might ask. I will repeat it, "Be". So let me just be.
People like to ask the question, "what do you want to be ?" and there are a million ways to answer it. But I choose the one with the shortest letters. "Be", "what ?" you might ask. I will repeat it, "Be". So let me just be.
🤔3👍1😁1
Make your PC your own Series
This is the series I started to show you guys how you can make your PC more productive and aesthetically pleasing.
1. Your windows
1. Overall feel
2. File Explorer
3. Navigating In Windows
3. Your chromium based browser
4. Your terminal
5. Your IDE
6. Good apps to use
This is the series I started to show you guys how you can make your PC more productive and aesthetically pleasing.
1. Your windows
1. Overall feel
2. File Explorer
3. Navigating In Windows
3. Your chromium based browser
4. Your terminal
5. Your IDE
6. Good apps to use
❤1👍1
You suck at coding, and you don't know why.
Well, here are the 4 most common reasons:
1) You suck at coding because you think you suck at coding. That's right—you don't actually suck at coding; you just think you do. Classic impostor syndrome. Don't ask me why impostor syndrome affects such an obnoxiously high number of software engineers—I don't know—but it does. I've made a video on how to easily combat impostor syndrome, which you can find on YouTube.
2) You suck at coding because you're conflating not knowing everything there is to know about coding with sucking at coding. News flash: nobody can be an expert in every subset of software engineering. Being an advanced backend engineer who's never worked on the frontend (or vice versa) is totally fine and doesn't mean you suck at coding. Similar to reason 1, you don't actually suck at coding here; you're just misinformed.
3) You suck at coding because you don't code enough. Coding is a skill like any other: the more you practice it, the better you become at it. If you're only coding an hour a day, you won't be as good as if you were coding 4 hours a day. If you're only coding 40 hours a week, you won't be as good as if you were coding 60 hours a week. I leave it as an exercise to the reader to determine how much time they want to spend on coding-related activities, since this largely depends on individual life goals.
4) You suck at coding because you're surrounded by people who suck at coding. The saying "you're the average of the five people you spend the most time with" applies just as much to life as it does to coding. If you work at a company that doesn't value technical excellence, or if you're learning coding from someone with bad practices, you're just going to strengthen poor habits (i.e., you're going to suck more and more at coding). Find a place where you're surrounded by great software engineers.
Credit to Clement Mihailescu
Well, here are the 4 most common reasons:
1) You suck at coding because you think you suck at coding. That's right—you don't actually suck at coding; you just think you do. Classic impostor syndrome. Don't ask me why impostor syndrome affects such an obnoxiously high number of software engineers—I don't know—but it does. I've made a video on how to easily combat impostor syndrome, which you can find on YouTube.
2) You suck at coding because you're conflating not knowing everything there is to know about coding with sucking at coding. News flash: nobody can be an expert in every subset of software engineering. Being an advanced backend engineer who's never worked on the frontend (or vice versa) is totally fine and doesn't mean you suck at coding. Similar to reason 1, you don't actually suck at coding here; you're just misinformed.
3) You suck at coding because you don't code enough. Coding is a skill like any other: the more you practice it, the better you become at it. If you're only coding an hour a day, you won't be as good as if you were coding 4 hours a day. If you're only coding 40 hours a week, you won't be as good as if you were coding 60 hours a week. I leave it as an exercise to the reader to determine how much time they want to spend on coding-related activities, since this largely depends on individual life goals.
4) You suck at coding because you're surrounded by people who suck at coding. The saying "you're the average of the five people you spend the most time with" applies just as much to life as it does to coding. If you work at a company that doesn't value technical excellence, or if you're learning coding from someone with bad practices, you're just going to strengthen poor habits (i.e., you're going to suck more and more at coding). Find a place where you're surrounded by great software engineers.
Credit to Clement Mihailescu
🔥6
C - Java - Jav - Ja . .
Did you know that the Java compiler, the very tool that is used to translate Java code into machine-readable instructions, is actually written in...Java itself?! Yes, that's right - the language is so powerful and flexible that it can be used to write its own compiler.
But wait, it gets even more mind-blowing! The process of achieving this self-sufficiency is known as bootstrapping or self-hosting, and involves writing a small, functional version of the compiler in another language, such as C. This initial version is then used to compile a larger version of the compiler that is written in Java. And once this larger version is compiled and functional, it can be used to compile subsequent versions of the compiler, including itself.
In essence, the Java language is capable of creating and sustaining itself, like a self-replicating organism in the digital world. It's a testament to the power and versatility of Java, and a reminder that the possibilities of computer programming are truly endless.
Did you know that the Java compiler, the very tool that is used to translate Java code into machine-readable instructions, is actually written in...Java itself?! Yes, that's right - the language is so powerful and flexible that it can be used to write its own compiler.
But wait, it gets even more mind-blowing! The process of achieving this self-sufficiency is known as bootstrapping or self-hosting, and involves writing a small, functional version of the compiler in another language, such as C. This initial version is then used to compile a larger version of the compiler that is written in Java. And once this larger version is compiled and functional, it can be used to compile subsequent versions of the compiler, including itself.
In essence, the Java language is capable of creating and sustaining itself, like a self-replicating organism in the digital world. It's a testament to the power and versatility of Java, and a reminder that the possibilities of computer programming are truly endless.
😱6🤡1👨💻1
The urge to simply wait for the single scheduled event of the day to start and do nothing else in the meantime ☹️ !!
Basic 7 days long *Learn Complete Python And Artificial Intelligence*
*No Prerequisite required*
*You will learn:*
1). Introduction to python
2). What is AI
3). Algorithms in AI
4). Create an AI that can play tic tac toe
*Certificates are provided by DevTown , Google and Microsoft at the end for free*
*REGISTER NOW:!!*
https://forms.gle/WQhtz5iWcJ9EAK3j8
*Join the WhatsApp community*
https://chat.whatsapp.com/LhddcqrGmt72pJBs7ZIoaK
*No Prerequisite required*
*You will learn:*
1). Introduction to python
2). What is AI
3). Algorithms in AI
4). Create an AI that can play tic tac toe
*Certificates are provided by DevTown , Google and Microsoft at the end for free*
*REGISTER NOW:!!*
https://forms.gle/WQhtz5iWcJ9EAK3j8
*Join the WhatsApp community*
https://chat.whatsapp.com/LhddcqrGmt72pJBs7ZIoaK
👍1