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How to use prolog method in autotest
Best Python code snippet using autotest_python
qpro.py
Source:qpro.py 
...51 prof=fd+"pro/"+fn52 txtf=dr.trimSuf(path)53 #print(txtf,'->',prof)54 print('GENERATING:',prof+".pro")55 export_to_prolog(txtf,prof)56# interactive dialog57def talk_about(fNameNoSuf,params=params):58 return dialog_about(fNameNoSuf,None,params=params)59def dialog_about(fNameNoSuf,question,params=params) :60 gm=export_to_prolog(fNameNoSuf,params=params)61 if params.show: gm.kshow(params.cloud,file_name="cloud.pdf",show=True)62 if params.summarize :63 print(gm)64 #for x in dr.best_edges(100,gm) : print('BEST EDGE',x)65 B=dr.best_line_graph(32,gm)66 gshow(B,attr="rel")67 prolog = Prolog()68 sink(prolog.query("consult('" + pro() + "')"))69 sink(prolog.query("load('"+fNameNoSuf+"')"))70 qgm=dr.GraphMaker(params=params)71 M = []72 log=[]73 if isinstance(question,list):74 for q in question :75 say(q)76 process_quest(prolog,q, M, gm, qgm, fNameNoSuf,log,params=params)77 elif question :78 say(question)79 print('')80 dialog_step(prolog,question,gm,qgm,fNameNoSuf,log,params=params)81 else :82 while(True) :83 question=input('?-- ')84 if not question : break85 process_quest(prolog,question, M, gm, qgm, fNameNoSuf,log,params=params)86 return process_log(log)87def process_log(log) :88 l=len(log)89 qa_log=dict()90 for i in range(l) :91 ls=[]92 for a in log[i][1] :93 snum=a.split(':')[0]94 ls.append(int(snum))95 qa_log[i]=ls96 return qa_log97def process_quest(prolog,question,M,gm,qgm,fNameNoSuf,log,params=params) :98 question = question + ' '99 if question in M:100 i = M.index(question)101 M.pop(i)102 M.append(question)103 if params.quest_memory>0 : M=M[-params.quest_memory:]104 Q=reversed(M)105 question = ''.join(Q)106 dialog_step(prolog, question, gm, qgm, fNameNoSuf,log,params=params)107# step in a dialog agent based given file and question108def dialog_step(prolog,question,gm,qgm,fNameNoSuf,log,params=params) :109 query_to_prolog(question,gm,qgm,fNameNoSuf,params=params)110 rs=prolog.query("ask('" + fNameNoSuf + "'" + ",Key)")111 answers=[pair['Key'] for pair in rs]112 log.append((question,answers))113 if not answers: say("Sorry, I have no good answer to that.")114 else :115 for answer in answers :116 say(answer)117 print('')118def sink(generator) :119 for _ in generator : pass120def getNERs(ws):121 from nltk.parse.corenlp import CoreNLPParser122 from textcrafts.corenlp_api import parserURL123 parser = CoreNLPParser(url=parserURL, tagtype='ner')124 ts = parser.tag(ws)125 for t in ts :126 if t[1] !='O' :127 yield t128# sends dependency triples to Prolog, as rececived from Parser129def triples_to_prolog(pref,qgm,f) :130 ctr=0131 for ts in qgm.triples() :132 for x in ts:133 (fr,ft),r,(to,tt)=x134 print(pref+'dep',end='',file=f)135 print((ctr,fr,ft,r,to,tt),end='',file=f)136 print('.',file=f)137 ctr+=1138def sents_to_prolog(pref, qgm, f):139 #s_ws_gen=dr.sent_words(qgm)140 s_ws_gen=enumerate(qgm.words())141 for s_ws in s_ws_gen:142 print(pref + 'sent', end='', file=f)143 print(s_ws, end='', file=f)144 print('.', file=f)145def ners_to_prolog(pref, qgm, f):146 if not params.corenlp :147 return148 #print("GENERATING NERS")149 s_ws_gen=enumerate(qgm.words())150 for s_ws in s_ws_gen:151 s,ws=s_ws152 ners=list(enumerate(getNERs(ws)))153 if ners:154 print(pref + 'ner', end='', file=f)155 print((s,ners), end='', file=f)156 print('.', file=f)157# sends summaries to Prolog158def sums_to_prolog(pref,k,qgm,f) :159 if pref : return160 for sent in qgm.bestSentences(k) :161 print('summary',end='',file=f)162 print(sent,end='',file=f)163 print('.',file=f)164# sends keyphrases to Prolog165def keys_to_prolog(pref,k,qgm,f) :166 if pref : return167 for kw in qgm.bestWords(k) :168 print(pref+"keyword('",end='',file=f)169 print(kw,end="')",file=f)170 print('.',file=f)171# sends edges of the graph to Prolog172def edges_to_prolog(pref,qgm,f) :173 for ek in qgm.edgesInSent() :174 e,k=ek175 a,aa,r,b,bb=e176 e = (k,a,aa,r,b,bb)177 print(pref+'edge',end='',file=f)178 print(e,end='',file=f)179 print('.',file=f)180 if params.show and pref :181 dr.query_edges_to_dot(qgm)182# generic Prolog predicate maker183def facts_to_prolog(pref,name,facts,f) :184 if isinstance(facts,dict) :185 facts=facts.items()186 for fact in facts :187 print(pref+name,end='',file=f)188 print(fact,end='',file=f)189 print('.',file=f)190 print('',file=f)191# sends the computed ranks to Prolog192def ranks_to_prolog(pref,qgm,f) :193 ranks=qgm.pagerank()194 facts_to_prolog(pref, 'rank', ranks, f)195# sends the words to lemmas table to Prolog196def w2l_to_prolog(pref,qgm,f) :197 tuples=qgm.words2lemmas198 for r in tuples :199 print(pref+'w2l',end='',file=f)200 print(r,end='',file=f)201 print('.',file=f)202# sends svo realtions to Prolog203def svo_to_prolog(pref,qgm,f) :204 rs=qgm.bestSVOs(100)205 facts_to_prolog(pref, 'svo', rs, f)206# sends a similarity relation map to Prolog207def sims_to_prolog(pref,gm,qgm,f) :208 #print(qgm.words)209 for qs in qgm.words2lemmas :210 qw,ql,qt=qs211 for cs in gm.words2lemmas :212 cw,cl,ct=cs213 if ql!=cl : # and qt==ct:214 if is_similar(ql,qt,cl,ct):215 print('query_sim',end='',file=f)216 print((ql,qt,cl,ct),end='',file=f)217 print('.',file=f)218# sends a similarity relation map to Prolog219def rels_to_prolog(pref,gm,qgm,f) :220 def sentId(touple) :221 return touple[3]222 pr=gm.pagerank()223 ws=dict()224 rels=set()225 i=0226 for w in pr :227 if dr.isWord(w) :228 ws[w]=i229 i+=1230 for qs in qgm.words2lemmas :231 _,ql,qt=qs232 wn_tag=pos2tag(qt)233 if wn_tag!='n' : continue234 hypers=wn_hyper(3,ql,wn_tag)235 hypos=wn_hypo(3,ql,wn_tag)236 meros=wn_mero(3,ql,wn_tag)237 holos=wn_holo(3,ql,wn_tag)238 for h in hypers :239 if h in ws :240 rels.add((ql,'is_a',h,-ws[h])) # order in ranks = -ws[h]241 for h in hypos :242 if h in ws :243 rels.add((h,'is_a',ql,-ws[h]))244 for h in meros :245 if h in ws :246 rels.add((h,'part_of',ql,-ws[h]))247 for h in holos :248 if h in ws :249 rels.add((ql,'part_of',h,-ws[h]))250 rels=sorted(rels,key=sentId,reverse=True)251 facts_to_prolog(pref,'rel',rels,f)252# exporting to Prolog files needed to answer query253def export_to_prolog(fNameNoSuf,OutF=None,params=params) :254 gm=dr.GraphMaker(params=params)255 gm.load(fNameNoSuf+'.txt')256 if not OutF :257 OutF = fNameNoSuf258 to_prolog('',gm,gm,OutF,params=params)259 return gm260def params_to_prolog(pref,f,params=params) :261 rels=[('quest_memory',params.quest_memory),262 ('max_answers', params.max_answers),263 ('repeat_answers',params.repeat_answers),264 ('personalize',params.personalize),265 ('by_rank', params.by_rank)266 ]267 facts_to_prolog(pref, 'param', rels, f)268def personalize_for_query(gm, qgm, sk, wk):269 query_dict = dr.pers_dict(qgm)270 ranks = gm.rerank(query_dict)271 if params.show: gm.kshow(params.cloud, file_name="quest_cloud.pdf", show=True)272 def ranked(xs):273 # return xs274 for x in xs:275 yield x, ranks.get(x)276 # sents = [(w, r) for (w, r) in ranks if isinstance(w, int)]277 # words = [(w, r) for (w, r) in ranks if isinstance(w, str)]278 sents = ranked([x for (x, _) in gm.bestSentencesByRank(sk)])279 words = ranked(gm.bestWords(wk))280 # print('WORDS',words)281 return (sents, words)282# process a query and send it to Prolog283def query_to_prolog(text,gm,qgm,fNameNoSuf,params=params) :284 qgm.digest(text)285 qfName=fNameNoSuf+'_query'286 to_prolog('query_',gm,qgm,qfName,params=params)287def personalized_to_prolog(pref,gm,qgm,personalize,f) :288 count=personalize289 #print("COUNT",count)290 assert(isinstance(count,int))291 (sents,words) = personalize_for_query(gm,qgm,count,count)292 facts_to_prolog(pref, 'pers_sents', sents, f)293 facts_to_prolog(pref, 'pers_words', words, f)294# sends several fact predicates to Prolog295# small files are used that the pyswip activated Prolog will answer296# the pref='query_' marks file names with query_, while297# the empty prefix pref='' marks realtions describing a document298def to_prolog(pref,gm,qgm,fNameNoSuf,params=params) :299 with open(fNameNoSuf+'.pro','w') as f :300 triples_to_prolog(pref,qgm,f)301 #print(' ',file=f)302 edges_to_prolog(pref,qgm,f)303 print(' ',file=f)304 ranks_to_prolog(pref,qgm,f)305 print(' ',file=f)306 w2l_to_prolog(pref,qgm,f)307 print(' ',file=f)308 sents_to_prolog(pref,qgm,f)309 print(' ',file=f)310 ners_to_prolog(pref, qgm, f)311 print(' ', file=f)312 svo_to_prolog(pref,qgm,f)313 print(' ',file=f)314 if pref : # query only315 #sims_to_prolog(pref,gm,qgm,f)316 rels_to_prolog(pref,gm,qgm,f) # should be after svo!317 if params.personalize>0 :318 personalized_to_prolog(pref,gm,qgm,params.personalize,f)319 params_to_prolog(pref, f,params=params)320 else : # document only321 sums_to_prolog(pref,10,qgm,f)322 print(' ',file=f)323 keys_to_prolog(pref,10,qgm,f)324 print(' ',file=f)325# turns a sequence/generator into a file, one line per item yield326def seq2file(fname,seq) :327 xs=map(str,seq)328 ys=interleave_with('\n','\n',xs)329 text=''.join(ys)330 string2file(fname,text)331# turns a file into a (string) generator yielding each of its lines332def file2seq(fname) :333 with open(fname,'r') as f :334 for l in f : yield l.strip()335# turns a string into given file336def string2file(fname,text) :337 with open(fname,'w') as f :...
main.py
Source:main.py
1import os2import random3import sys4import asyncio5import telepot6from telepot.aio.loop import MessageLoop7from telepot.aio.delegate import pave_event_space, per_chat_id, create_open8from pyswip import Prolog9from keyboard import generateKB, ReplyKeyboardRemove10import replies11from telegram_token import TOKEN12from prolog_convertor import PrologConvertor13class TelegramBot(telepot.aio.helper.ChatHandler):14 def __init__(self, *args, **kwargs):15 super(TelegramBot, self).__init__(*args, **kwargs)16 self.prolog = PrologConvertor()17 self.question_lists = ['meals', 'breads', 'mains', 'veggies', 'sauces', 'topups', 'sides', 'drinks']18 self.counter = 019 def __restart(self):20 self.prolog = PrologConvertor()21 self.counter = 022 async def __updateCounter(self):23 next_question = self.question_lists[self.counter + 1]24 if self.prolog.available_options(next_question):25 self.counter += 126 else:27 self.counter += 228 async def __ask(self, id, bot, question):29 if question == 'meals':30 meals = self.prolog.selectable_input_options(question)31 await bot.sendMessage(32 id, 33 replies.getWelcome(34 meal_options=meals, 35 restart=False36 ),37 reply_markup=generateKB(meals)38 )39 elif question == 'breads':40 breads = self.prolog.selectable_input_options(question)41 await bot.sendMessage(42 id, 43 replies.getAskBreads(bread_options=breads),44 reply_markup=generateKB(breads)45 )46 elif question == 'mains':47 mains = self.prolog.selectable_input_options(question)48 await bot.sendMessage(49 id, 50 replies.getAskMains(main_options=mains),51 reply_markup=generateKB(mains)52 )53 elif question == 'veggies':54 veggies = self.prolog.selectable_input_options(question)55 await bot.sendMessage(56 id, 57 replies.getAskVeggies(veggie_options=veggies),58 reply_markup=generateKB(veggies, add_skip=True)59 )60 elif question == 'sauces':61 sauces = self.prolog.selectable_input_options(question)62 63 await bot.sendMessage(64 id, 65 replies.getAskSauces(sauce_options=sauces),66 reply_markup=generateKB(sauces, add_skip=True)67 )68 elif question == 'topups':69 topups = self.prolog.selectable_input_options(question)70 await bot.sendMessage(71 id, 72 replies.getAskTopups(topup_options=topups),73 reply_markup=generateKB(topups, add_skip=True)74 )75 elif question == 'sides':76 sides = self.prolog.selectable_input_options(question)77 await bot.sendMessage(78 id, 79 replies.getAskSides(side_options=sides),80 reply_markup=generateKB(sides, add_skip=True)81 )82 elif question == 'drinks':83 drinks = self.prolog.selectable_input_options(question)84 await bot.sendMessage(85 id, 86 replies.getAskDrinks(drink_options=drinks),87 reply_markup=generateKB(drinks)88 )89 else:90 await bot.sendMessage(91 id, 92 replies.getOrderSummary(93 meals=self.prolog.selected_options("meals"),94 breads=self.prolog.selected_options("breads"), 95 mains=self.prolog.selected_options("mains"), 96 veggies=self.prolog.selected_options("veggies"), 97 sauces=self.prolog.selected_options("sauces"), 98 topups=self.prolog.selected_options("topups"), 99 sides=self.prolog.selected_options("sides"),100 drinks=self.prolog.selected_options("drinks")101 ),102 reply_markup=ReplyKeyboardRemove(),103 parse_mode='HTML'104 )105 await bot.sendMessage(106 id, "Preping for your meal... It will be ready soon..."107 )108 await bot.sendDocument(109 id, document=open('images/order_completed.gif', 'rb')110 )111 await bot.sendMessage(112 id, "Enjoy!"113 )114 await bot.sendMessage(115 id, "Want to start a new order? Click /restart"116 )117 async def on_chat_message(self, msg):118 _, _, id = telepot.glance(msg)119 if msg['text'] == '/start':120 self.__restart()121 await self.__ask(id, bot, self.question_lists[self.counter])122 elif msg['text'] == '/restart':123 self.__restart()124 meals = self.prolog.available_options("meals")125 126 await bot.sendMessage(127 id, 128 replies.getWelcome(129 meal_options=meals, 130 restart=True131 ),132 reply_markup=generateKB(meals)133 )134 else:135 user_input = msg['text'].lower().replace(" ", "_")136 if user_input not in self.prolog.all_options("drinks"):137 if "skip" in user_input:138 await self.__updateCounter()139 140 elif user_input in self.prolog.all_options("meals"):141 self.prolog.add_meal(user_input)142 await self.__updateCounter()143 elif user_input in self.prolog.all_options("breads"):144 self.prolog.add_bread(user_input)145 await self.__updateCounter()146 elif user_input in self.prolog.all_options("mains"):147 self.prolog.add_main(user_input)148 await self.__updateCounter()149 elif user_input in self.prolog.all_options("veggies"):150 self.prolog.add_veggie(user_input)151 152 if not self.prolog.selectable_input_options("veggies"):153 await self.__updateCounter()154 155 elif user_input in self.prolog.all_options("topups"):156 self.prolog.add_topup(user_input)157 if not self.prolog.selectable_input_options("topups"):158 await self.__updateCounter()159 160 elif user_input in self.prolog.all_options("sauces"):161 self.prolog.add_sauce(user_input)162 if not self.prolog.selectable_input_options("sauces"):163 await self.__updateCounter()164 165 elif user_input in self.prolog.all_options("sides"):166 self.prolog.add_side(user_input)167 if not self.prolog.selectable_input_options("sides"):168 await self.__updateCounter()169 170 await self.__ask(id, bot, self.question_lists[self.counter])171 else:172 self.prolog.add_drink(user_input)173 await self.__ask(id, bot, None)174bot = telepot.aio.DelegatorBot(TOKEN, [175 pave_event_space()(176 per_chat_id(), create_open, TelegramBot, timeout=500),177])178loop = asyncio.get_event_loop()179loop.create_task(MessageLoop(bot).run_forever())180print('Listening...')...
prolog_convert.py
Source:prolog_convert.py
1from pyswip import Prolog, prolog2PROLOG_FILENAME = "prolog_code.pl"3class PrologConvertor():4 def __init__(self):5 self.prolog = Prolog()6 self.prolog.consult(PROLOG_FILENAME)7 self.__retractall()8 def __retractall(self):9 self.prolog.retractall("selected_meals(X)")10 self.prolog.retractall("selected_breads(X)")11 self.prolog.retractall("selected_mains(X)")12 self.prolog.retractall("selected_veggies(X)")13 self.prolog.retractall("selected_sauces(X)")14 self.prolog.retractall("selected_topups(X)")15 self.prolog.retractall("selected_sides(X)")16 self.prolog.retractall("selected_drinks(X)")17 def all_options(self, category):18 res = list(self.prolog.query("all_options({}, X)".format(category)))[0]["X"]19 return self.convert_res_to_list(res)20 def available_options(self, category):21 res = list(self.prolog.query("available_options({}, X)".format(category)))22 return res if res == [] else self.convert_res_to_list(res[0]["X"])23 def selected_options(self, category):24 res = list(self.prolog.query("selected_options({}, X)".format(category)))25 return res if res == [] else self.convert_res_to_list(res[0]["X"])26 def selectable_input_options(self, category):27 return list(set(self.available_options(category)) - set(self.selected_options(category)))28 def add_meal(self, X):29 self.prolog.assertz("selected_meals({})".format(X))30 def add_bread(self, X):31 self.prolog.assertz("selected_breads({})".format(X))32 def add_main(self, X):33 self.prolog.assertz("selected_mains({})".format(X))34 def add_veggie(self, X):35 self.prolog.assertz("selected_veggies({})".format(X))36 37 def add_topup(self, X):38 self.prolog.assertz("selected_topups({})".format(X))39 def add_sauce(self, X):40 self.prolog.assertz("selected_sauces({})".format(X))41 def add_side(self, X):42 self.prolog.assertz("selected_sides({})".format(X))43 def add_drink(self, X):44 self.prolog.assertz("selected_drinks({})".format(X))45 def convert_res_to_list(self, res):46 counter = 047 result = []48 while (counter < len(res)):49 result.append(res[counter].value)50 counter += 1...
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