My code before I leave the company

Sixteen years of experience, countless merge conflicts, and a PhD in rebase strategies later... still Googling "how to undo git commit" like it's day one. The cheems meme format nails it here—Linus Torvalds created this version control masterpiece, and we're all just bonking ourselves with the same baseball bat of confusion decade after decade. Some things never change: taxes, death, and frantically searching Stack Overflow at 3 AM because you accidentally pushed to main instead of your feature branch. Git doesn't get easier; you just get better at pretending you know what git reflog does.

Non-programmers imagine us locked in epic battles over algorithm efficiency like Godzilla vs Kong, debating the merits of our custom sorting implementations. Meanwhile, our actual bloodsport? Two people in ridiculous costumes having a street fight over whether a variable should be named dateUpdated or updatedDate . The truth hurts. I've seen teams spend 45 minutes in code review debating variable names while the actual bug goes unnoticed. Such is the glamorous life in tech.

Content include stdio.h 2 3 define This int 4 define program main) 5 define will 6 define Prompt int x; define the int y; 8 define user scanf 9 define to ( 10 define enter 11 define two "i i" 12 define numbers , x, y); 13 define Print printf 14 define their ("i", 15 define sum y); 16 define Exit return 17 define with 18 define exit 19 define code 20 define Thats 21 define all 7 22 23 This program will 24 Prompt the user to enter two numbers 25 Print their sum 26 Exit with exit code 0 27 Thats all

The absolute AUDACITY of calling us out like this! Look, nobody actually enjoys coding—we're just here because sitting in front of a laptop with our brows furrowed makes us look like we're solving world hunger. The reality? We're probably scrolling through memes, reading documentation for the 47th time, or desperately trying to remember what that function we wrote yesterday actually does. But hey, at least we LOOK busy, and that's what really matters in life, right? The illusion of productivity is basically our entire personality at this point.

When someone complains that their 3000-line C++ monstrosity is only marginally faster than your elegant 10-line Python script, just remind them about Big O notation. Sure, C++ might be 0.001 seconds faster per execution, but when you're running benchmarks a few hundred billion times to prove your point, suddenly that tiny difference becomes statistically significant enough to justify the extra 2990 lines of template metaprogramming hell. The real kicker? While the C++ dev spent three weeks debugging segfaults and fighting with the compiler, the Python dev already shipped the feature, went on vacation, and came back to find it running just fine in production. But hey, at least those benchmark graphs look impressive on the performance review slide deck.

Content Days 1 - 10 Teach yourself variables, con- stants, arrays, strings, expres- sions, statements, functions,... Days 698 - 3648 Interact with other programmers. Work on programming projects together. Learn from them. Day 14611 Use knowledge of biology to make an age-reversing potion. Days 11 - 21 Teach yourself program flow, pointers, references, classes, objects, inheritance, polymor- phism, .... Days 3649 - 7781 Teach yourself advanced theoret- ical physics and formulate a con- sistent theory of quantum grav- ity. Day 14611 Use knowledge of physics to build flux capacitor and go back in time to day 21. XXY6 Shan so. FLUX Days 22 - 697 Do a lot of recreational program- ming. Have fun hacking but re- member to learn from your mis- takes. Days 7782 - 14611 Teach yourself biochemistry, molecular biology, genetics.... Day 21 Replace younger self. As far as I know, this is the easiest way to "Teach Yourself C in 21 Days".