Omo Alagbado Ode



Many new programmers make the mistake of choosing a trendy language without first laying out a plan for where they want to take their skills. They’ll get into trouble eventually. Prospective programmers don’t often go to the trouble of cataloguing all the ideas, languages, and resources they’ll need to succeed in the field.


In this piece, I’ll discuss the necessary measures that any developer, aspiring or otherwise, must take to achieve commercial success. I plan to discuss the ideas, languages, and resources that regular programmers use. These procedures were meticulously chosen by the author after much thought and investigation. The only goal of this essay is to raise developers’ general level of consciousness about important issues that can help them succeed in their chosen profession.

Learn the fundamentals of data and computer architecture.

The ability to abstract is a great feature of today’s programming languages. Here, the hardware is abstracted away so that programmers may concentrate on writing code. It might narrow the focus of one’s understanding of a competency.

Understanding your computer’s architecture is also crucial. Integrated circuits, sometimes known as microchips, house your computer’s essential components. Transistors are essential to the operation of these microchips. A single microchip may have millions or even billions of transistors.

The Central Processing Unit (CPU) is the “brain” of the computer. It’s the part of the computer responsible for doing things like retrieving and decoding data and executing programmes. Each central processing unit (CPU) stores a set of binary (zero and one) instructions. The CPU can only execute these commands. Thanks to abstraction, programmers won’t have to worry about grasping this set of guidelines.


The central processing unit (CPU) is the logical component of a computer that has the capacity for both permanent and temporary storage of data. The computer uses the Random Access Memory (RAM) for short-term storage and the hard drive or ROM (Read Only Memory) for long-term storage. The contents of memory (Data) must always be considered while discussing memory itself. Documents, media, emails, files, folders, etc. are all examples of data at a high level. Bits are the binary ones and zeros used by computer chips to store information. A byte is a group of eight bits used for data storage. It could be a string of zeroes and ones, like 00000001 or 01100110.

What is the logic behind programming languages?

We defined binaries as computer-interpretable instructions just now. This means that we can instruct the CPU with readable, machine-level code. Machine code refers to this sort of computer instruction. The codes we normally use are nothing like these. Languages like Python, JavaScript, and Java are examples of what are called “high-level programming languages.”

A high-level language has a clear and straightforward grammar that can be understood by humans. These languages serve as an intermediary between the human and computer levels of understanding.

It is possible to compile or understand a higher-level programming language. Java is a compiled language, while Python and JavaScript are interpreted languages. We promised more explanation at a later time.


What is the process of the internet?

The Internet is a global network of interconnected computer systems whose users exchange and store information. The transfer of digital information (web pages, multimedia files, emails, etc.) is commonplace. In a network, computers are talking to one another. If two people are in the same place at the same time, the one will start talking, and the other will respond.


The client is the computer that initiates communication and the server is the computer that provides a response.

To illustrate, suppose you typed “www.facebook.com” into your browser. The client in this example is the browser that is attempting to visit this server. The term “client” can also be used to describe the person who is attempting to view this page. When you type facebook.com into a browser’s address bar and hit the “enter” key, you are asking the server hosting Facebook to begin a dialogue with you. In response, the server transmits the necessary information for rendering the Facebook webpage. A reaction to something like this is what we call a response. If it’s successful, the Facebook page is displayed; otherwise, an error message is sent. This client-server arrangement is used for data transfer over the Internet.

Learn the ropes of the command line

The command line is often shown in films as a mysterious black screen with incomprehensible letters. Sometimes a brilliant technician is behind the screen, but more often than not it’s a malicious hacker out to bring down a government or organisation.


The command line interface is intuitive and may be used to accomplish many of the same functions as the mouse. The only real distinction is that this method requires utilising a computer keyboard.


The command line allows you to do a wide variety of tasks, including navigating directories, making new folders, renaming and deleting files, and running programmes. A terminal is the window in which commands are entered to carry out tasks via the command line.


A Macintosh computer’s command line terminal, or “terminal,” is a Unix command line interface. The command line is where you start out when using an OS that lacks a graphical user interface, such as Linux or Unix. If your version of Linux or Unix includes a graphical user interface, then you can simply find the programme and launch it.

The first volume is now complete. We’ll learn how to use the terminal and run some simple commands in the next book. Then, we’ll proceed with our training to become expert coders.


It takes time, money, and dedication to become a successful programmer; without these three things, it’s next to impossible to make something awesome. If you’re serious about becoming a programmer, though, the normal principles of learning programming will lead you to your goal sooner rather than later.


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