import sys

import optparse

import rfZenHan

converters = {}

converters['normalize'] = rfZenHan.normalizeI

converters['normalizeCIFS'] = rfZenHan.normalizeCIFSI

converters['doshirouto'] = rfZenHan.doshiroutoI

converters['z2h'] = rfZenHan.z2hI

converters['h2z'] = rfZenHan.h2zI

converters['z2hNum'] = rfZenHan.z2hNumI

converters['h2zNum'] = rfZenHan.h2zNumI

converters['z2hSym'] = rfZenHan.z2hSymI

converters['h2zSym'] = rfZenHan.h2zSymI

converters['z2hAlpha'] = rfZenHan.z2hAlphaI

converters['h2zAlpha'] = rfZenHan.h2zAlphaI

converters['z2hKana'] = rfZenHan.z2hKanaI

converters['h2zKana'] = rfZenHan.h2zKanaI

converters['z2hKanaK'] = rfZenHan.z2hKanaKI

converters['h2zKanaK'] = rfZenHan.h2zKanaKI

converters['z2hKanaD'] = rfZenHan.z2hKanaDI

converters['h2zKanaD'] = rfZenHan.h2zKanaDI

converters['z2hCP932'] = rfZenHan.z2hCP932I

converters['h2zCP932'] = rfZenHan.h2zCP932I

converters['z2hCIFS'] = rfZenHan.z2hCIFSI

converters['h2zCIFS'] = rfZenHan.h2zCIFSI

parser = optparse.OptionParser(usage='Usage: rfZenHan [options] [files]')

parser.add_option('-e', '--encode', dest='encode', default=sys.stdin.encoding or sys.stdout.encoding, help='input text encoding.')

parser.add_option('-c', '--converter', dest='converter', default='normalize', help='convert method. (default: normalize) value: ' + ' '.join(sorted(converters.keys())))

(options, args) = parser.parse_args()

inputs = []

if args:

for i in range(len(args)):

inputs.append(open(args[i]))

else:

inputs.append(sys.stdin)

rfzh = converters[options.converter]()

for i in range(len(inputs)):

text = unicode(inputs[i].read(), options.encode)

sys.stdout.write(rfzh.conv(text).encode(options.encode))