It Kinda Never Took Off

Content Of cour de vide COLOR Exercise 1.17 Most Lisp implementations include a primitive called runtime which returns an integer that specifies the amount of time the system has been running (measured. for example, in microseconds). The following timed-prime-test procedure, when called with an integer n, prints n and checks to see if n is prime. If n is prime, the procedure prints three asterisks followed by the number of microseconds used in performing the test. (define (timed-prime-test n) (define start-time (runtime)) (define found-prime? (prime? n)) 41 In testing primality of very large numbers chosen at random, the chance of stumbling upon a value that fools the Fermat test is less than the chance that cosmic radiation will cause the computer to make an error in carrying out a "correct" algorithm. Considering an algorithm to be inadequate for the first reason but not for the second illustrates the difference between mathematics and engineering. 42 One of the most striking applications of probabilistic prime testing has been to the field of cryptography. Although it is now computationally infeasible to factor an arbitrary 200-digit number, the primality of such a number can be checked in a few seconds with the Fermat test. This fact forms the basis of a technique for constructing "unbreakable codes" suggested by Rivest, Shamir, and Adelman (1977). Because of this and related developments, the study of prime numbers, once considered the epitome of a topic in "pure" mathematics to be studied only for its own sake, now turns out to have important practical applications to cryptography, electronic funds transfer, and information retrieval.

OH. MY. GOD. The AUDACITY of trillion-dollar companies balancing their entire digital empires on the backs of sleep-deprived programmers who code for free in their underwear! 💀 Picture this: a MASSIVE elephant (that's our global tech infrastructure) standing on a beach ball (open source software), which is somehow being held up by two tiny ants (those poor, unpaid open source devs who survive on ramen and Stack Overflow karma). Next time your bank app crashes or your favorite website goes down, pour one out for the unsung heroes maintaining that random Python package your ENTIRE FINANCIAL SYSTEM depends on. They're probably fixing critical bugs between Zoom meetings at their day job!

THE HORROR! THE ABSOLUTE SAVAGERY of operating system documentation! 😱 In the twisted world of process management, your innocent little child processes aren't safe from the cold-blooded MURDER functions built right into the system! One minute you're happily forking children, the next you're watching them die or straight-up EXECUTING them yourself! And they have the AUDACITY to document it all so casually between "Having Children" and "Running New Programs" like we're talking about a Sunday picnic instead of DIGITAL INFANTICIDE! The emotional rollercoaster from section 9.4.1 to 9.4.2 is just BRUTAL! Whoever wrote this table of contents deserves both a promotion and therapy!

[text] Anonymous 102723Fri083926 N0.96937350 DevSecOps endpoints production tech stack code n coffee git merge stage and push full stack portfolio SWE standup emerging technologies 19 KB JPG

Content Logging in and running 'git status how's my favorite branch doing?

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