{
    "info": {
        "author": "makoto kuwata",
        "author_email": "kwa@kuwata-lab.com",
        "bugtrack_url": null,
        "classifiers": [
            "Development Status :: 4 - Beta",
            "Environment :: Console",
            "Intended Audience :: Developers",
            "License :: OSI Approved :: MIT License",
            "Operating System :: OS Independent",
            "Programming Language :: Python",
            "Programming Language :: Python :: 2.6",
            "Programming Language :: Python :: 2.7",
            "Programming Language :: Python :: 3",
            "Programming Language :: Python :: 3.2",
            "Programming Language :: Python :: 3.3",
            "Programming Language :: Python :: 3.4",
            "Topic :: Software Development :: Libraries :: Python Modules",
            "Topic :: Utilities"
        ],
        "description": "=====\nbenry\n=====\n\n$Release: 0.1.0 $\n\n\nUseful tools for Python.\n\n\nbenry.rexp\n==========\n\n\nrx()\n----\n\n``benry.rexp.rx()`` is a short cut to ``re.compile()``. ::\n\n    from benry.rexp import rx\n    \n    ## comping -- same as re.compile(r'pat') or re.compile(r'pat', rx.I|rx.S)\n    regexp = rx(r'pat')\n    regexp = rx(r'pat', rx.I|rx.S)\n    \n    ## matching -- same as re.compile(r'pat').search(string)\n    m = rx(r'pat').search(string)\n    \n    ## replacing -- same as re.compile(r'pat').sub('repl', string, count=1)\n    rx(r'pat').sub('repl', string, count=1)\n\nYou don't need to use ``re.xxxx()`` functions because ``rx().xxxx()`` does same things,\nand has more features. ::\n\n    ## For example you can't specify starting/ending position with re.match().\n    re.match(r'pat', string, re.I)\n\n    ## But you can specify them with rx().match().\n    rx(r'pat', re.I).match(string, start_pos, end_pos)\n\n\nrx.compile()\n------------\n\n``rx.compile()`` (or ``benry.rexp.compile()``) is similar to ``re.compile()``,\nbut the former doesn't cache compiled pattern while the latter caches it.\n\nThis is very useful when there are a lot of regexp pattern and they are\nno need to cache into library. ::\n\n    mappings = [\n        (r'^/posts$',                      'app.PostsPage'),\n        (r'^/posts/new$',                  'app.PostCreatePage'),\n        (r'^/posts/(?P<id>\\d+)$',          'app.PostPage'),\n        (r'^/posts/(?P<id>\\d+)/edit$',     'app.PostUpdatePage'),\n        (r'^/posts/(?P<id>\\d+)/comments$', 'app.PostCommentsPage'),\n    ]\n\n    ## no need to cache patterns, so calls rx.compile() instead of re.compile()\n    from benry.rexp import rx   # or: import compile\n    compiled_mappings = [ (rx.compile(pat), cls) for pat, cls in mappings ]\n\n\nrx.matching()\n-------------\n\n``rx.matching()`` (or ``benry.rexp.matching()``) is a utility class to help you\nwhen matching to a lot of patterns.\n\nWithout ``rx.matching()``::\n\n    import re\n\n    m = re.match(r'^(\\d\\d\\d\\d)-(\\d\\d)-(\\d\\d)$', string)\n    if m:\n        Y, M, D = m.groups()\n    else:\n        m = re.match(r'^(\\d\\d)/(\\d\\d)/(\\d\\d\\d\\d)$', string)\n        if m:\n            M, D, Y = m.groups()\n        else:\n            m = re.match(r'^(\\d\\d\\d\\d)/(\\d\\d)/(\\d\\d)$', string)\n            if m:\n                Y, M, D = m.groups()\n\nWith ``rx.matching()``::\n\n    from benry.rexp import rx\n\n    m = rx.matching(string)\n    if   m.match(r'^(\\d\\d\\d\\d)-(\\d\\d)-(\\d\\d)$'):\n        Y, M, D = m.groups()     # or Y, M, D = m\n    elif m.match(r'^(\\d\\d)/(\\d\\d)/(\\d\\d\\d\\d)$'):\n        M, D, Y = m.groups()     # or M, D, Y = m\n    elif m.match(r'^(\\d\\d\\d\\d)/(\\d\\d)/(\\d\\d)$'):\n        Y, M, D = m.groups()     # or Y, M, D = m\n\nYou can get ``SRE_Match`` object by ``m.matched``. ::\n\n    m = rx.matching(string)\n    if m.match(r'pat'):\n        print(m.matched.pos)\n        print(m.matched.endpos)\n\n\ntype\n----\n\n``rx.type`` represents class of regular expression. ::\n\n    import re\n    from benry.rexp import rx\n\n    assert rx.type is type(re.compile('x'))\n\n\n\nbenry.date_time\n===============\n\n\nclass UTCDateTime\n-----------------\n\n``UTCDdateTime`` is a subclass of ``datetime.datetime`` representing UTC offset. ::\n\n    from benry.date_time import UTCDateTime\n\n    print(UTCDateTime.offset_minutes)      #=> 0\n    print(UTCDateTime.offset_timedelta)    #=> timedelta(seconds=0)\n    print(UTCDateTime.is_utc)              #=> True\n    print(UTCDateTime.is_local)            #=> False\n\n    ## almost same as datetime.utcnow(), except returning UTCDateTime object.\n    utc_dt = UTCDateTime.now()\n\n    print(utc_dt.to_utc())                 # returns self.\n    print(utc_dt.to_local())               # returns LocalDateTime object.\n\n\nclass LocalDateTime\n-------------------\n\n``UTCDdateTime`` is a subclass of ``datetime.datetime`` representing local time.\nThis class calculates offset between local time and UTC time. ::\n\n    from benry.date_time import LocalDateTime\n\n    print(LocalDateTime.offset_minutes)    #=> 9*60  (ex: JST timezone)\n    print(LocalDateTime.offset_timedelta)  #=> timedelta(seconds=9*60*60)\n    print(LocalDateTime.is_utc)            #=> False\n    print(LocalDateTime.is_local)          #=> True\n\n    ## almost same as datetime.now(), except returning LocalDateTime object.\n    local_dt = LocalDateTime.now()\n\n    print(local_dt.to_utc())               # returns UTCDateTime object.\n    print(local_dt.to_local())             # returns self.",
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        "keywords": null,
        "license": "MIT License",
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        "maintainer_email": null,
        "name": "benry",
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        "summary": "Experimental utilities for Python",
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