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July 4, 2015 08:19
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Programming Language Checklist | |
by Colin McMillen, Jason Reed, and Elly Jones. | |
You appear to be advocating a new: | |
[ ] functional [ ] imperative [ ] object-oriented [ ] procedural [ ] stack-based | |
[ ] "multi-paradigm" [ ] lazy [ ] eager [ ] statically-typed [ ] dynamically-typed | |
[ ] pure [ ] impure [ ] non-hygienic [ ] visual [ ] beginner-friendly | |
[ ] non-programmer-friendly [ ] completely incomprehensible | |
programming language. Your language will not work. Here is why it will not work. | |
You appear to believe that: | |
[ ] Syntax is what makes programming difficult | |
[ ] Garbage collection is free [ ] Computers have infinite memory | |
[ ] Nobody really needs: | |
[ ] concurrency [ ] a REPL [ ] debugger support [ ] IDE support [ ] I/O | |
[ ] to interact with code not written in your language | |
[ ] The entire world speaks 7-bit ASCII | |
[ ] Scaling up to large software projects will be easy | |
[ ] Convincing programmers to adopt a new language will be easy | |
[ ] Convincing programmers to adopt a language-specific IDE will be easy | |
[ ] Programmers love writing lots of boilerplate | |
[ ] Specifying behaviors as "undefined" means that programmers won't rely on them | |
[ ] "Spooky action at a distance" makes programming more fun | |
Unfortunately, your language (has/lacks): | |
[ ] comprehensible syntax [ ] semicolons [ ] significant whitespace [ ] macros | |
[ ] implicit type conversion [ ] explicit casting [ ] type inference | |
[ ] goto [ ] exceptions [ ] closures [ ] tail recursion [ ] coroutines | |
[ ] reflection [ ] subtyping [ ] multiple inheritance [ ] operator overloading | |
[ ] algebraic datatypes [ ] recursive types [ ] polymorphic types | |
[ ] covariant array typing [ ] monads [ ] dependent types | |
[ ] infix operators [ ] nested comments [ ] multi-line strings [ ] regexes | |
[ ] call-by-value [ ] call-by-name [ ] call-by-reference [ ] call-cc | |
The following philosophical objections apply: | |
[ ] Programmers should not need to understand category theory to write "Hello, World!" | |
[ ] Programmers should not develop RSI from writing "Hello, World!" | |
[ ] The most significant program written in your language is its own compiler | |
[ ] The most significant program written in your language isn't even its own compiler | |
[ ] No language spec | |
[ ] "The implementation is the spec" | |
[ ] The implementation is closed-source [ ] covered by patents [ ] not owned by you | |
[ ] Your type system is unsound [ ] Your language cannot be unambiguously parsed | |
[ ] a proof of same is attached | |
[ ] invoking this proof crashes the compiler | |
[ ] The name of your language makes it impossible to find on Google | |
[ ] Interpreted languages will never be as fast as C | |
[ ] Compiled languages will never be "extensible" | |
[ ] Writing a compiler that understands English is AI-complete | |
[ ] Your language relies on an optimization which has never been shown possible | |
[ ] There are less than 100 programmers on Earth smart enough to use your language | |
[ ] ____________________________ takes exponential time | |
[ ] ____________________________ is known to be undecidable | |
Your implementation has the following flaws: | |
[ ] CPUs do not work that way | |
[ ] RAM does not work that way | |
[ ] VMs do not work that way | |
[ ] Compilers do not work that way | |
[ ] Compilers cannot work that way | |
[ ] Shift-reduce conflicts in parsing seem to be resolved using rand() | |
[ ] You require the compiler to be present at runtime | |
[ ] You require the language runtime to be present at compile-time | |
[ ] Your compiler errors are completely inscrutable | |
[ ] Dangerous behavior is only a warning | |
[ ] The compiler crashes if you look at it funny | |
[ ] The VM crashes if you look at it funny | |
[ ] You don't seem to understand basic optimization techniques | |
[ ] You don't seem to understand basic systems programming | |
[ ] You don't seem to understand pointers | |
[ ] You don't seem to understand functions | |
Additionally, your marketing has the following problems: | |
[ ] Unsupported claims of increased productivity | |
[ ] Unsupported claims of greater "ease of use" | |
[ ] Obviously rigged benchmarks | |
[ ] Graphics, simulation, or crypto benchmarks where your code just calls | |
handwritten assembly through your FFI | |
[ ] String-processing benchmarks where you just call PCRE | |
[ ] Matrix-math benchmarks where you just call BLAS | |
[ ] Noone really believes that your language is faster than: | |
[ ] assembly [ ] C [ ] FORTRAN [ ] Java [ ] Ruby [ ] Prolog | |
[ ] Rejection of orthodox programming-language theory without justification | |
[ ] Rejection of orthodox systems programming without justification | |
[ ] Rejection of orthodox algorithmic theory without justification | |
[ ] Rejection of basic computer science without justification | |
Taking the wider ecosystem into account, I would like to note that: | |
[ ] Your complex sample code would be one line in: _______________________ | |
[ ] We already have an unsafe imperative language | |
[ ] We already have a safe imperative OO language | |
[ ] We already have a safe statically-typed eager functional language | |
[ ] You have reinvented Lisp but worse | |
[ ] You have reinvented Javascript but worse | |
[ ] You have reinvented Java but worse | |
[ ] You have reinvented C++ but worse | |
[ ] You have reinvented PHP but worse | |
[ ] You have reinvented PHP better, but that's still no justification | |
[ ] You have reinvented Brainfuck but non-ironically | |
In conclusion, this is what I think of you: | |
[ ] You have some interesting ideas, but this won't fly. | |
[ ] This is a bad language, and you should feel bad for inventing it. | |
[ ] Programming in this language is an adequate punishment for inventing it. |
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