def run():
usage = "usage: %prog --lemme LEMME [ --tags TAG1[,TAG2...]]";
parser = OptionParser(usage);
#input mode
parser.add_option(
'--lemme',
dest="lemme",
help="the lemme to inflect",
metavar="LEMME"
);
parser.add_option(
'--tags',
dest="tagsArg",
help="the tags, separated by comma",
metavar="TAG"
);
(options, args) = parser.parse_args();
dictParser = DictionnaryParser("fra");
dictParser.generate_graph();
lemme = options.lemme;
tags = set(options.tagsArg.split(','));
print(Generator.generate_word(lemme, tags, dictParser.graph));
def run():
usage = "usage: %prog --word ";
parser = OptionParser(usage);
#input mode
parser.add_option(
'--word',
dest="flexion",
help="the word to decompose",
metavar="WORD"
);
(options, args) = parser.parse_args();
dictParser = DictionnaryParser("fra");
dictParser.generate_graph();
flexion = options.flexion;
print(Lexer.analyse_word(flexion, dictParser.graph));
def parse(self):
"""Decompose the sentence."""
dictParser = DictionnaryParser(self.lang)
dictParser.generate_graph()
words = self.original_text.split(" ")
#decomposedWords = []
for word in words:
try :
dictParser.graph[word]
except KeyError:
#if we face an unknown word we mark it
self._decomposedWords.append((word,"unknown"))
continue
decompositions = Lexer.analyse_word(word, dictParser.graph)
self._decomposedWords.append((word,decompositions))
# debug message
logger.debug(self._decomposedWords)
