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The source looks like the following. The original uses raw tabs, vertical tabs, and form feeds to take advantage of the character counting rules. #define x 0/**/ char*v,*y="33Yb59@&iBFApt;[[h3V19\\3<:4cJ!U 2eT18pC,Qqik4J:sh?HUXMrR(-l0R\"!eKZcI!@E(@B,C/*!aogn5LbK/e=2CmReb+6,]kD!iOC9DEOC9Dc1EV6976c?&s)Be;P;E^tl2eUYkg*#Yf:6^d[Mg_P;VGCr823^L_<X+j2,%nD20Ls lmpi&I(*hV=+p aTO`r.b1<i[/R\\t1,KBt)\\%;\\@27H
If we sincerely ask "why learn Haskell?", then we wind up learning Haskell! Asking a "why?" question means we want to be told a reason. But would we accept any reason? It seems not, for if any answer suffices, then the answer is irrelevant, so why bother asking?
Git is a version control Swiss army knife. A reliable versatile multipurpose revision control tool whose extraordinary flexibility makes it tricky to learn, let alone master. As Arthur C. Clarke observed, any sufficiently advanced technology is indistinguishable from magic. This is a great way to approach Git: newbies can ignore its inner workings and view Git as a gizmo that can amaze friends and
They taught us Turing machines in my computer science classes. Despite being purely theoretical, Turing machines are important: A state machine reading and writing symbols on an infinite tape is a useful abstraction of a CPU reading from and writing to RAM. Many high-level programming languages adhere to the same model: code writes data to memory, then later reads it to decide a future course of a
Update: Dongli Zhang reports that newer Linux versions organize the stack differently. The code below will need to be modified accordingly. Nobody’s perfect. Particularly not programmers. Some days, we spend half our time fixing mistakes we made in the other half. And that’s when we’re lucky: often, a subtle bug escapes unnoticed into the wild, and we only learn of it after a monumental catastroph
Go was born out of frustration with existing languages and environments for systems programming. Thus spake the Go FAQ. I empathize. I dislike C++ and Java so much that I’ve stayed with C. More precisely, I’ve stayed with GNU C, because of lexical closures and a few other extensions. Could Go replace C? Does Go truly combine efficient compilation, efficient execution, and ease of use? The best way
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