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# -*- coding: utf-8 -*-
# vim:set et sts=4 sw=4:
#
# libpinyin - Library to deal with pinyin.
#
# Copyright (C) 2011 Peng Wu <alexepico@gmail.com>
#
# This program is free software; you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; either version 2, or (at your option)
# any later version.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program; if not, write to the Free Software
# Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA.
import os
import sys
import math
import operator
from fullpinyin import PINYIN_LIST, SHENGMU_LIST, YUNMU_LIST
from fullpinyintable import content_table
pinyin_list = sorted(PINYIN_LIST)
shengmu_list = sorted(SHENGMU_LIST)
yunmu_list = sorted(YUNMU_LIST)
phrase_dict = {}
def load_phrase(filename):
phrasefile = open(filename, "r")
for line in phrasefile.readlines():
line = line.rstrip(os.linesep)
(pinyin_str, freq) = line.split(None, 1)
freq = int(freq)
if 0 == freq:
#print(pinyin_str)
continue
# no duplicate here
if "'" in pinyin_str:
(first_key, second_key) = pinyin_str.split("'")
phrase_dict[(first_key, second_key)] = freq
else:
phrase_dict[pinyin_str] = freq
phrasefile.close()
#generate the list
def gen_all_divided():
for pinyin_key in pinyin_list:
for first_key in pinyin_list:
if len(pinyin_key) <= len(first_key):
continue
if not pinyin_key.startswith(first_key):
continue
second_key = pinyin_key[len(first_key):]
if second_key in pinyin_list:
yield pinyin_key, first_key, second_key
def filter_divided():
for (pinyin_key, first_key, second_key) in gen_all_divided():
if not (first_key, second_key) in phrase_dict:
continue
orig_freq = 0
if pinyin_key in phrase_dict:
orig_freq = phrase_dict[pinyin_key]
new_freq = phrase_dict[(first_key, second_key)]
yield pinyin_key, orig_freq, first_key, second_key, new_freq
def gen_all_resplit():
for pinyin_key in pinyin_list:
if pinyin_key[-1] in ["n", "g", "r"]:
for yun in yunmu_list:
if yun not in pinyin_list:
continue
#check first new pinyin key
if not pinyin_key[:-1] in pinyin_list:
continue
#check second new pinyin key
new_pinyin_key = pinyin_key[-1] + yun
if new_pinyin_key in pinyin_list:
yield pinyin_key, yun, pinyin_key[:-1], new_pinyin_key
'''
elif pinyin_key[-1] in ["e"]:
#check first new pinyin key
if pinyin_key[:-1] in pinyin_list:
yield pinyin_key, "r", pinyin_key[:-1], "er"
'''
def filter_resplit():
for (orig_first_key, orig_second_key, new_first_key, new_second_key) \
in gen_all_resplit():
#do the reverse here, as libpinyin pinyin parser is different with
#ibus-pinyin's parser.
(orig_first_key, orig_second_key, new_first_key, new_second_key) = \
(new_first_key, new_second_key, orig_first_key, orig_second_key)
if (new_first_key, new_second_key) not in phrase_dict:
continue
orig_freq = 0
new_freq = phrase_dict[(new_first_key, new_second_key)]
if (orig_first_key, orig_second_key) in phrase_dict:
orig_freq = phrase_dict[(orig_first_key, orig_second_key)]
yield orig_first_key, orig_second_key, orig_freq, \
new_first_key, new_second_key, new_freq
#generate the table
divided_list = []
resplit_list = []
def sort_all():
global divided_list, resplit_list
divided_list = sorted(divided_list, key=operator.itemgetter(0))
resplit_list = sorted(resplit_list, key=operator.itemgetter(0, 1))
def get_chewing_key(pinyin):
# item[4] is chewing key, item[0] is pinyin
for item in content_table:
if pinyin == item[0]:
return item[4]
def gen_divided_table():
entries = []
for (pinyin_key, orig_freq, first_key, second_key, new_freq) \
in divided_list:
if orig_freq >= new_freq:
assert orig_freq > 0, "Expected orig_freq > 0 here."
entry = '{{"{0}", {1}, {2}, {{"{3}", "{4}"}}, {{{5}, {6}}}, {7}}}'.format \
(pinyin_key, get_chewing_key(pinyin_key), orig_freq, \
first_key, second_key, \
get_chewing_key(first_key), get_chewing_key(second_key), new_freq)
entries.append(entry)
return ',\n'.join(entries)
def gen_resplit_table():
entries = []
for (orig_first_key, orig_second_key, orig_freq, \
new_first_key, new_second_key, new_freq) in resplit_list:
if orig_freq >= new_freq:
assert orig_freq > 0, "Expected orig_freq > 0 here."
entry = '{{{{"{0}", "{1}"}}, {{{2}, {3}}}, {4}, {{"{5}", "{6}"}}, {{{7}, {8}}}, {9}}}'.format \
(orig_first_key, orig_second_key, \
get_chewing_key(orig_first_key), \
get_chewing_key(orig_second_key), orig_freq,\
new_first_key, new_second_key, \
get_chewing_key(new_first_key), \
get_chewing_key(new_second_key), new_freq)
entries.append(entry)
return ',\n'.join(entries)
#init code
load_phrase("pinyins.txt")
#load_phrase("specials.txt")
divided_list = filter_divided()
resplit_list = filter_resplit()
sort_all()
if __name__ == "__main__":
for p in filter_divided():
print (p)
for p in filter_resplit():
print (p)
s = gen_divided_table() + '\n' + gen_resplit_table()
print(s)
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