def main():
if len(sys.argv) != 2:
print "Usage:", sys.argv[0], " filename "
print
return
file = sys.argv[1]
bot = brain.Brain("brain.db")
seg = WordSeg()
for text in splitFile2Sentence(file):
terms = seg.splitTerms(text)
request = ' '.join(terms)
print("QOS: %s" % request.encode("utf-8"))
# get the answer
response = bot.reply(request).encode("utf-8")
print("BOT: %s" % response)
# learn something new
bot.learn(request)
print("BOT: %s" % u'再见地球！')
def main():
if len(sys.argv) != 2:
print "Usage:", sys.argv[0], " filename "
print
return
file = sys.argv[1]
bot = brain.Brain("brain.db")
seg = WordSeg()
for text in splitFile2Sentence(file):
terms = seg.splitTerms(text)
request = ' '.join(terms)
print("QOS: %s" % request.encode("utf-8"));
# get the answer
response = bot.reply(request).encode("utf-8")
print("BOT: %s" % response);
# learn something new
bot.learn(request)
print("BOT: %s" % u'再见地球！');
def main():
#logging.basicConfig(level=logging.DEBUG)
bot = brain.Brain("brain.db")
seg = WordSeg()
quits = [u'再见', u'拜拜', u'quit', u'byebye']
# it need word segmentation
text = u"我说中文。"
while True:
if text in quits:
break;
terms = seg.splitTerms(text)
request = ' '.join(terms)
# get the answer
response = bot.reply(request).encode("utf-8")
print("BOT: %s" % response);
# learn something new
bot.learn(request)
# next run let's input
text = raw_input('QOS:').decode(sys.stdin.encoding)
print("BOT: %s" % u'再见地球！');
def main():
#logging.basicConfig(level=logging.DEBUG)
bot = brain.Brain("brain.db")
seg = WordSeg()
quits = [u'再见', u'拜拜', u'quit', u'byebye']
# it need word segmentation
text = u"我说中文。"
while True:
if text in quits:
break
terms = seg.splitTerms(text)
request = ' '.join(terms)
# get the answer
response = bot.reply(request).encode("utf-8")
print("BOT: %s" % response)
# learn something new
bot.learn(request)
# next run let's input
text = raw_input('QOS:').decode(sys.stdin.encoding)
print("BOT: %s" % u'再见地球！')
def __init__(self): self.wordseg = WordSeg(); self.tag_objs = list(); # mark tag objs # self.tag_objs.append(M()); self.tag_objs.append(C()); self.tag_objs.append(F()); self.tag_objs.append(X()); # extend tag objs # self.tag_objs.append(X1()); self.tag_objs.append(M1()); self.tag_objs.append(F1()); self.tag_objs.append(Z()); # calc tag obj # self.tag_objs.append(PM()); self.tag_objs.append(Calc());
class Mager:
def __init__(self):
self.wordseg = WordSeg();
self.tag_objs = list();
# mark tag objs #
self.tag_objs.append(M());
self.tag_objs.append(C());
self.tag_objs.append(F());
self.tag_objs.append(X());
# extend tag objs #
self.tag_objs.append(X1());
self.tag_objs.append(M1());
self.tag_objs.append(F1());
self.tag_objs.append(Z());
# calc tag obj #
self.tag_objs.append(PM());
self.tag_objs.append(Calc());
def init(self,dtype):
try:
step = 1;
dfiles = config.dfiles[dtype];
for obj in self.tag_objs:
obj.load_data(dfiles[str(step)]);
step = step + 1;
except MyException as e:
raise e;
def encode(self,inlist):
struct = collections.OrderedDict();
struct['text'] = inlist;
struct['taglist'] = list();
try:
struct['inlist'] = self.wordseg.tokens(inlist);
for obj in self.tag_objs:
obj.init();
obj.encode(struct);
return struct;
except MyException as e:
res = common.get_dicstr(struct);
res = e.value + '\n' +res;
raise MyException(res);
def deal_data(self,fname,action,data):
try:
for obj in self.tag_objs:
ret = obj.deal_data(fname,action,data);
if ret == common.PASS:
continue;
elif not ret is None:
return ret;
except MyException as e:
raise e;
def sp_deal(self,action,word):
if self.wordseg is None:
raise MyException('the word seg obj is none');
try:
self.wordseg.deal_word(action,word);
except MyException as e:
raise e;
def write_file(self):
try:
step = 1;
dfiles = config.dfiles[config.dtype];
for obj in self.tag_objs:
obj.write_file(dfiles[str(step)]);
step = step + 1;
self.wordseg.write_file();
except MyException as e:
raise e;
