def main():
entries_symdata = symbols.get_entries_symdata(sys.argv[1])
rep_table = symbols.get_phonemes_rep_table(sys.argv[1])
phonemes_symdata = symbols.get_phonemes_symdata(sys.argv[1])
with open(sys.argv[2], 'rb') as fpin:
rawdata = fpin.read()
dictionary = rawdata.splitlines(True)
phone_dict = ['']*len(dictionary)
for i, line in enumerate(dictionary):
tmp = line.decode('utf_8')
tmp = tmp.split(':')
dictionary[i] = tmp[0]
phone_dict[i] = tmp[1]
bytecount = 1
with open('compressed-lex', 'wb') as outfp:
outfp.write(bytes('/* index to compressed data */\n', 'utf-8'))
for i in range(len(dictionary)):
word = dictionary[i]
word = word.replace('\n', '')
tmp = encode_word(word, entries_symdata)
encodedlineend = ' */ '+''.join(tmp)+'0,\n'
phonelist = phone_dict[i]
phonelist = phonelist.replace('\n', '')
phonelist = phonelist.split(' ')
if phonelist[-1] == '':
phonelist.pop()
tmp = encode_phonelist(phonelist, phonemes_symdata, rep_table)
encodedlinestart = ' '+''.join(reversed(tmp))+' 255, /* '
bytecount += encodedlinestart.count(',')
outfp.write(bytes(encodedlinestart, 'utf-8')
+bytes(word, 'utf-8')+bytes(encodedlineend, 'utf-8'))
bytecount += encodedlineend.count(',')
outfp.write(bytes('/* num_bytes = ', 'utf-8') + bytes(repr(bytecount), 'utf-8')
+ bytes(' */\n', 'utf-8'))
def main():
rep_table = symbols.get_phonemes_rep_table(sys.argv[2])
phonemes_symdata = symbols.get_phonemes_symdata(sys.argv[2])
entries_symdata = symbols.get_entries_symdata(sys.argv[2])
lex = get_lex_as_lists(sys.argv[1])
entries = get_entries_only(lex)
phonemes = get_phonemes_only(lex)
phones = decode_phonemes_dict(phonemes, phonemes_symdata, rep_table)
words = decode_entries_dict(entries, entries_symdata)
# freq_bins = find_sym_freq(phonemes)
# print(freq_bins)
with open('dict', 'wb') as fpout:
for i in range(len(phones)):
fpout.write(words[i])
fpout.write(bytes(':', 'utf-8'))
fpout.write(phones[i])
fpout.write(bytes('\n', 'utf-8'))
