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How to use t_token method in avocado
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wsd.py
Source:wsd.py 
1"""Processing of data."""2from __future__ import absolute_import3from __future__ import division4from __future__ import print_function5import torch6print(torch.cuda.is_available())7from transformers import BertTokenizer, BertModel, GPT2Model, BertForMultipleChoice8import tqdm, sklearn9import numpy as np10import os, time, sys11import pickle12from os import listdir13from os.path import isfile, join14import scipy15import xml.etree.ElementTree as ET16def getsubidx(x, y, begin=0):17 l1, l2 = len(x), len(y)18 for i in range(begin,l1):19 if x[i:i+l2] == y:20 return i21 return None22class WSD_BERT_NN(object):23 def __init__(self):24 # main events25 #self.main_sents = []26 #self.main_events = []27 self.tokenizer = None28 self.model = None29 self.word2synembset = {}30 self.word2pos_syn = {}31 self.word2mfs = None32 self.token_merge_mode = None33 self.pos_map = {'NN':'NOUN', 'JJ':'ADJ', 'VB':'VERB', 'RB':'ADV'}34 35 36 def initialize(self, pretrained='bert-base-uncased', tokenizer='bert-base-uncased', sep_token='[SEP]', annotation_key='lexsn', wn_firstsen_file='../data/ALL.mfs.txt'):37 self.tokenizer = BertTokenizer.from_pretrained(tokenizer, sep_token=sep_token)38 self.model = BertModel.from_pretrained(pretrained, output_hidden_states=True)39 self.model.cuda()40 assert (annotation_key in ['lexsn', 'wnsn'])41 self.annotation_key = annotation_key42 if wn_firstsen_file is not None:43 self.word2mfs = {}44 for line in open(wn_firstsen_file):45 line = line.strip().split('\t')[-1]46 line = line.split(' ')47 line = line[0].split('%')48 if len(line) == 2:49 if self.word2mfs.get(line[0]) is None:50 self.word2mfs[line[0]] = line[1]51 52 def load_and_encode_semcor(self, folder_path='../data/semcor-corpus/semcor/semcor/brownv/tagfiles', token_merge_mode='avg', avg_vec=True):53 assert (token_merge_mode in ['avg', 'first'])54 self.token_merge_mode = token_merge_mode55 onlyfiles = [join(folder_path, f) for f in listdir(folder_path) if isfile(join('../data/semcor-corpus/semcor/semcor/brownv/tagfiles', f))]56 for f in tqdm.tqdm(onlyfiles):57 tree = ET.parse(f)58 root = tree.getroot()59 for P in root[0]:60 try:61 sent0 = P[0]62 except:63 continue64 for S in P:65 sent, senses, poses = [], [], []66 tokens = S67 68 for T in tokens:69 this_t = T.attrib.get('lemma')70 if this_t is None:71 this_t = T.text.lower()72 sent.append(this_t)73 senses.append( T.attrib.get(self.annotation_key) )74 this_pos = T.attrib.get('pos')75 if this_pos is not None:76 this_pos = self.pos_map.get(this_pos)77 poses.append(this_pos)78 if len(sent) < 2:79 continue80 tokenized_sent = self.tokenizer.encode(' '.join(sent), add_special_tokens=False)81 vecs = self.model(torch.tensor(tokenized_sent).cuda().unsqueeze(0))[0][0].data.cpu().numpy()82 #print (vecs.shape)83 begin = 084 for i in range(len(sent)):85 t_sense = senses[i]86 this_pos = poses[i]87 if t_sense is not None:88 #try:89 # wnsn is a int90 """91 if self.annotation_key == 'wnsn':92 semi_col = t_sense.find(';')93 if semi_col > 1:94 t_sense = t_sense[:semi_col]95 t_sense = int(t_sense)96 """97 t_sense = t_sense.split(';')98 if self.annotation_key == 'wnsn':99 t_sense = [int(x) for x in t_sense]100 #except:101 #print (f)102 #exit()103 t_token = sent[i]104 tokenized_token = self.tokenizer.encode(t_token, add_special_tokens=False)105 tid = getsubidx(tokenized_sent, tokenized_token, begin)106 assert (tid is not None)107 begin = tid + len(tokenized_token)108 if token_merge_mode == 'avg':109 if len(tokenized_token) > 1:110 t_vec = np.average(vecs[tid:tid+len(tokenized_token)], axis=0)111 else:112 t_vec = vecs[tid]113 else:114 t_vec = vecs[tid]115 if self.word2synembset.get(t_token) is None:116 self.word2synembset[t_token] = {}117 if self.word2pos_syn.get(t_token) is None:118 self.word2pos_syn[t_token] = {}119 for this_sense in t_sense:120 if self.word2synembset[t_token].get(this_sense) is None:121 self.word2synembset[t_token][this_sense] = [t_vec]122 else:123 self.word2synembset[t_token][this_sense].append(t_vec)124 if self.word2pos_syn[t_token].get(this_pos) is None:125 self.word2pos_syn[t_token][this_pos] = set([this_sense])126 else:127 self.word2pos_syn[t_token][this_pos].add(this_sense)128 129 if avg_vec:130 for X, senses in self.word2synembset.items():131 for Y, vecs in senses.items():132 self.word2synembset[X][Y] = [np.average(vecs, axis=0)]133 134 print ("Loaded semcor BERT vectors for", len([x for x,y in self.word2synembset.items()]))135 136 # return number or none137 def get_wn_sense_id(self, token, context, n_occur = 1, token_merge_mode=None):138 assert (context.count(token) >= n_occur)139 if token_merge_mode is None:140 token_merge_mode = self.token_merge_mode141 assert (token_merge_mode in ['first','avg'])142 if self.word2synembset.get(token) is None:143 return None144 tokenized_token = self.tokenizer.encode(token, add_special_tokens=False)145 tokenized_sent = self.tokenizer.encode(context, add_special_tokens=False)146 vecs = self.model(torch.tensor(tokenized_sent).cuda().unsqueeze(0))[0][0].data.cpu().numpy()147 n_seen = 0148 tid = 0149 while tid < len(tokenized_sent):150 if tokenized_sent[tid:tid+len(tokenized_token)] == tokenized_token:151 n_seen += 1152 if n_seen >= n_occur:153 break154 else:155 tid += len(tokenized_token)156 else:157 tid += 1158 if token_merge_mode == 'avg':159 if len(tokenized_token) > 1:160 t_vec = np.average(vecs[tid:tid+len(tokenized_token)], axis=0)161 else:162 t_vec = vecs[tid]163 else:164 t_vec = vecs[tid]165 #print (tid, tid+len(tokenized_token))166 m_dist = 2167 sense_id = None168 for sid, Y in self.word2synembset[token].items():169 for v in Y:170 #print (v)171 #print (t_vec)172 #exit()173 n_dist = scipy.spatial.distance.cosine(v, t_vec)174 if n_dist < m_dist:175 m_dist = n_dist176 sense_id = sid177 return sid178 179 180 def get_wn_sense_id_wpos(self, token, context, n_occur = 1, pos='VERB', token_merge_mode=None):181 assert (context.count(token) >= n_occur)182 assert (pos in ['VERB', 'NOUN', 'ADJ', 'ADV'])183 if token_merge_mode is None:184 token_merge_mode = self.token_merge_mode185 assert (token_merge_mode in ['first','avg'])186 if self.word2synembset.get(token) is None:187 return None188 tokenized_token = self.tokenizer.encode(token, add_special_tokens=False)189 tokenized_sent = self.tokenizer.encode(context, add_special_tokens=False)190 vecs = self.model(torch.tensor(tokenized_sent).cuda().unsqueeze(0))[0][0].data.cpu().numpy()191 n_seen = 0192 tid = 0193 while tid < len(tokenized_sent):194 if tokenized_sent[tid:tid+len(tokenized_token)] == tokenized_token:195 n_seen += 1196 if n_seen >= n_occur:197 break198 else:199 tid += len(tokenized_token)200 else:201 tid += 1202 if token_merge_mode == 'avg':203 if len(tokenized_token) > 1:204 t_vec = np.average(vecs[tid:tid+len(tokenized_token)], axis=0)205 else:206 t_vec = vecs[tid]207 else:208 t_vec = vecs[tid]209 #print (tid, tid+len(tokenized_token))210 m_dist = 2211 sense_id = None212 pos_sense_set = self.word2pos_syn.get(token)213 if pos_sense_set is not None:214 pos_sense_set = pos_sense_set.get(pos)215 if pos_sense_set is None:216 return None217 for sid, Y in self.word2synembset[token].items():218 if sid in pos_sense_set:219 for v in Y:220 #print (v)221 #print (t_vec)222 #exit()223 n_dist = scipy.spatial.distance.cosine(v, t_vec)224 if n_dist < m_dist:225 m_dist = n_dist226 sense_id = sid227 return sense_id228 229 230 231 def get_wn_first_sen(self, token):232 return self.word2mfs.get(token)233 234 def save(self, filename):235 f = open(filename,'wb')236 pickle.dump(self.__dict__, f, pickle.HIGHEST_PROTOCOL)237 f.close()238 print("Save WSD-BERT-NN object as", filename)239 def load(self, filename):240 f = open(filename,'rb')241 tmp_dict = pickle.load(f)242 self.__dict__.update(tmp_dict)243 print("Loaded WSD-BERT-NN object from", filename)244def main():245 wsd_file = '../utils/wsd_bert_nn.bin'246 wsd = WSD_BERT_NN()247 if os.path.exists(wsd_file):248 wsd.load(wsd_file)249 print ("==ATTN== ", len([x for x,y in wsd.word2synembset.items()]))250 else:251 wsd.initialize(annotation_key='lexsn')252 wsd.load_and_encode_semcor(folder_path='../data/semcor-corpus/semcor/semcor/brownv/tagfiles', token_merge_mode='avg', avg_vec=True)253 wsd.save(wsd_file)254 255 print ("..Running test for WSD-BERT-NN..")256 print ("the rain *bank* the soil up behind the gate ", wsd.get_wn_sense_id('bank',"the rain bank the soil up behind the gate", 1))257 print ("I pay the money straight into my *bank* ", wsd.get_wn_sense_id('bank', "I pay the money straight into my bank", 1))258 print ("and I run, I *run* so far away ", wsd.get_wn_sense_id('run', "and I run, I run so far away", 2))259 260 261if __name__ == "__main__":...
db.py
Source:db.py
1import sqlite32conn = sqlite3.connect("bombcrypto.db")3cursor = conn.cursor()4def create():5 """6 Cria a tabela de relatório de não existe7 :return:8 """9 global cursor10 cursor.execute("""11 create table if not exists relatorio (12 id INTEGER PRIMARY KEY autoincrement,13 data text,14 q_token real,15 t_token text,16 login text17 )18 """)19def get():20 """21 Traz listagem de dados22 :return:23 """24 global cursor25 create()26 cursor.execute("""27 select * from relatorio28 """)29 data = []30 for line in cursor.fetchall():31 data.append(line)32 return data33def sum_month(token):34 """35 Traz listagem do somatório do token informado no mês36 :param token:37 :return:38 """39 global cursor40 from datetime import datetime41 cur_month = datetime.now().strftime('%m')42 create()43 cursor.execute(f"""44 select sum(q_token) from relatorio where strftime('%m', data) = '{cur_month}' and t_token = '{token}'45 """)46 return cursor.fetchone()[0]47def add(data, q_token, t_token, login):48 """49 Inserção de dados50 :param data:51 :param q_token:52 :param t_token:53 :param login:54 :return:55 """56 global conn, cursor57 create()58 cursor.execute(f"""59 insert into relatorio (data, q_token, t_token, login) values (?, ?, ?, ?)60 """, (data, q_token, t_token, login))...
t_secrets.py
Source:t_secrets.py
1from pathlib import Path2import os3import platform4clear = lambda: os.system('clear')5if platform.system() == 'Darwin' or platform.system() == 'Linux':6 clear()7home_path = Path.home()8if os.path.exists(f'{home_path}/t_secrets.txt'):9 with open(f'{home_path}/t_secrets.txt', 'r') as f:10 secret_values = f.readlines()11 TRELLO_KEY = secret_values[0].strip()12 TRELLO_TOKEN = secret_values[1]13else:14 t_key = ""15 t_token = ""16 while len(t_key) < 1 or len(t_token) < 1:17 print("\n")18 t_key = input("Enter Trello API key: ")19 t_token = input("Enter Trello API token: ")20 with open(f'{home_path}/t_secrets.txt', 'w') as f:21 f.write(f'{t_key}\n'22 f'{t_token}')23 TRELLO_KEY = t_key...
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