The Original Pong Video Game Had No Code And Was Built Using Hardware Circuitry

Content det ic even (num: Addition, subtraction, multiplication, and division. These are the four mathematical operations I was taught during my childhood education, and their operators, t; , are very familiar. I was not taught , the modulus operator, which I recently discovered can be quite useful and interesting in its own right. The modulus operator, written in most programming languages as or mod, performs what is known as the modulo operation. You next response, understandably, might be, "That doesn't clarify anything," so let's take a closer look: The modulus operator - or more precisely, the modulo operation - is a way to determine the remainder of a division operation. Instead of returning the result of the division, the modulo operation returns the whole number remainder. Some examples may help illustrate this, as it's not necessarily intuitive the first time you encounter it: 5 1 0 5 divided by 1 equals 5, with a remainder of 0 5 2 1 5 divided by 2 equals 2, with a remainder of 1 It may be helpful to think back to your early math lessons, before you learned fractions and decimals. Mathematics with whole numbers behaves differently - when dividing numbers that aren't even multiples, there's always some amount left over. That remainder is what the modulo operation returns. If this seems strange, boring, or not particularly useful, bear with me a bit longer - or just skip ahead to the use cases. The Modulo Operation Expressed As a Formula As one final means of explication, for those more mathematically inclined, here's a formula that describes the modulo operation: a - (n floor (an)) By substituting values, we can see how the modulo operation works in practice: 100 7 2 100, n 7 100 - (7 floor (1007)) 2 If you don't find the formula helpful, don't worry - I didn't either at first Some people find this abstract representation helps deepen or clarify their understanding of the operation, but you don't need to know it A final note here - if you're wondering how the modulo operation functions with negative numbers or decimals, that's a bit outside the scope of this article. For our purposes here, we'll only be dealing with positive integers. return num 2

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Ah, the classic "IsOdd OS" boot screen! When your entire operating system's sole purpose is to determine if a number is odd. Talk about specialized software! The developer clearly took the "do one thing and do it well" Unix philosophy to an absurd extreme. Somewhere, a computer science professor is shedding a single tear of pride while simultaneously facepalming. The ultimate microservice has been born - just reboot your computer every time you need to check if 7 is odd!

OMFG the AUDACITY! 💅 Instead of giving Linux a proper birthday cake, this savage just tosses raw ingredients and says "compile it yourself" like some kind of MONSTER! It's the PERFECT burn that captures the entire Linux philosophy in one brutal joke - you want something? BUILD IT FROM SOURCE, PEASANT! No pre-packaged solutions here! Just like when you need to install literally ANYTHING on Linux and end up in dependency hell for 3 hours. The cake is just like the operating system - powerful, customizable, but honey, you're gonna WORK for it! 🔥

Content In case of fire -O- 1. git commit El 2. git push 3. leave building

Content Stackoverflow Documentation YouTube Tutorial GitHub Protessor's code Code My friend's code My actual code Client my working code What the hell is this?