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        "author": "aluriak",
        "author_email": "lucas.bourneuf@laposte.net",
        "bugtrack_url": null,
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            "License :: OSI Approved :: GNU General Public License (GPL)",
            "Natural Language :: English",
            "Operating System :: Unix",
            "Programming Language :: Python :: 3",
            "Topic :: Software Development :: Code Generators",
            "Topic :: Software Development :: Compilers",
            "Topic :: Software Development :: Libraries :: Python Modules"
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        "description": "# Always Correct Correctness Compiler\nPython implementation of a very basic langage compiler that never throw errors while compiling. (almost)  \nIts not a big and complex compiler, and its implementation is something like awful.  \nSome links are given below.\n\n\n## Errors\nThe only errors releved by the compiler is :\n- source code contains characters not present in provided alphabet;\n- provided vocabulary don't follow conventions of writing;\n\nIf these conditions are respected, whatever you give to the __ACCC__, it will always return something valid.\n(but it can be an empty code)\n\n\n## Bias\nIf compiled source code is too short, or made of lots of repetitions, \nsome bias can appear:  \n- always same values in object code  \n- lots of neutral values  \n\nThe bigger is the vocabulary and bigger is the list of lexems,   \nthe less bias will appear.\n\n\n## Interests\nA compilable source code is a string of characters.  \nValid characters are provided at Compiler instanciation.  \n\nFor example, if you have the alphabet *'01'*, \nany string exclusively composed of *'0'* and *'1'* is compilable and will produce something.  \n\nAny little modification of the string can lead to heavy or no modification of object code.  \nIn fact, with ACCC you can generate mutation of a source code without problem of compilation error.  \n\nWrite a code with lots of parameters is another way to do almost the same thing.\n\n\n## Object code\nCurrently, current object langage is __very simple__: you can compare things, and do things.\nThat's all. No loops, variables, functions, objects,\u2026 Just conditions and actions.\n\nThis is an example of code, not totally illogic, created one time with a source code size of 60 and the alphabet '01':  \n(indentation can miss)   \n\n        if parameter1 == parameter2 and haveThat:\n            do_that\n            if have_that:\n                say_this\n                do_that\n                if know_that and have_many_things:\n                    do_that\n                    say_this\n                do_that\n            if have_many_things:\n                say_this\n\nPlease have a look to docstring of *Compiler* class for more details about that. (notabily used vocabulary)  \n\n\n## I/O speaking\nInputs:\n- iterable of characters (doublons are unexpected) that compose the source code  \n- vocabulary used for compiling  \n\nOutputs:  \n- a python compilable code, according to vocabulary  \n\n\n## Next improvements\nIn random-priority order:  \n- [ ] allow lexems to have arguments;  \n- [ ] create before convert in any langage;  \n- [ ] allow configuration of output langage;    \n- [ ] unit tests;  \n- [ ] usage example;  \n- [ ] base tables on source code instead of only vocabulary;  \n- [X] upload on pypi and github (see links below);  \n\n\n\n## Why don't you use\u2026\nSomeone do the same thing ? Or better ?  \nGive me the link, i want to see that !\n\n\n## Why do that ?\n1. It's fun\n2. I need it for test something in another project (an Evolution simulation named [EvolAcc](http://www.github.com/Aluriak/EvolAcc) ; no surprise)\n\n\n## Links\n- ACCC on [github](http://www.github.com/Aluriak/ACCC);  \n- ACCC on [pypi](https://pypi.python.org/pypi/ACCC);",
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