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How to use parse_text method in tappy
Best Python code snippet using tappy_python
Canopy.py
Source:Canopy.py 
1import tabula2import PyPDF23from pdf2image import convert_from_path4import cv25import pytesseract6from pdfminer.converter import TextConverter7from PIL import Image8from pytesseract import Output9from pdfminer.converter import PDFPageAggregator10from pdfminer.layout import LAParams, LTFigure, LTTextBox11from pdfminer.pdfdocument import PDFDocument12from pdfminer.pdfinterp import PDFPageInterpreter, PDFResourceManager13from pdfminer.pdfpage import PDFPage, PDFTextExtractionNotAllowed14from pdfminer.pdfparser import PDFParser15from io import StringIO16import xlsxwriter17filepath=r"C:/Users/raobk/Desktop/Python_Technical_Assignment/test_input.pdf"18images = convert_from_path("C:/Users/raobk/Desktop/Python_Technical_Assignment/test_input.pdf",poppler_path=r'C:/poppler-0.68.0/bin')19for i, image in enumerate(images):20 fname = 'image'+str(i)+'.png'21 image.save(fname, "PNG")22img = cv2.imread('image0.png')23gray_img=cv2.cvtColor(img,cv2.COLOR_BGR2GRAY)24threshold_img=cv2.threshold(gray_img,0,255,cv2.THRESH_BINARY | cv2.THRESH_OTSU)[1]25pytesseract.pytesseract.tesseract_cmd = r'C:/Program Files/Tesseract-OCR/tesseract.exe'26custom_config = r'--oem 3 --psm 6'27d = pytesseract.image_to_data(threshold_img, output_type=Output.DICT, config = custom_config,lang='eng')28n_boxes = len(d['text'])29for i in range(n_boxes):30 try:31 if float(d['conf'][i]) > 60.0:32 (x, y, w, h) = (d['left'][i], d['top'][i], d['width'][i], d['height'][i])33 threshold_img = cv2.rectangle(threshold_img, (x, y), (x + w, y + h), (0, 255, 0), 2)34 # print(x,y)35 except ValueError as e:36 print(e)37# cv2.imshow('img', threshold_img)38# cv2.waitKey(0)39print(d['text'])40parse_text = []41word_list = []42last_word= ""43for word in d['text']:44 if word!="":45 word_list.append(word)46 last_word=word47 if(last_word!='' and word== '') or (word==d['text'][-1]):48 parse_text.append(word_list)49 word_list=[]50def convert_pdf_to_txt(path):51 rsrcmgr = PDFResourceManager()52 retstr = StringIO()53 codec = 'utf-8'54 laparams = LAParams()55 device = TextConverter(rsrcmgr, retstr, codec=codec, laparams=laparams)56 fp = open(path, 'rb')57 interpreter = PDFPageInterpreter(rsrcmgr, device)58 password = ""59 maxpages = 060 caching = True61 pagenos=set()62 for page in PDFPage.get_pages(fp, pagenos, maxpages=maxpages, password=password,caching=caching, check_extractable=True):63 interpreter.process_page(page)64 text = retstr.getvalue()65 fp.close()66 device.close()67 retstr.close()68 return text69stored=convert_pdf_to_txt(filepath)70gettingdata=stored.split("\n")71def check_if_empty(data):72 if data!= None and data!='':73 return False74 elif data=='' or data==" ":75 return True76# print(gettingdata)77added=[]78count=079for i in range(count,len(gettingdata)):80 try:81 if check_if_empty(gettingdata[i])==False and check_if_empty(gettingdata[i+1])==False:82 if gettingdata[i]!='Deposits':83 added.append(gettingdata[i]+gettingdata[i+1])84 if(len(gettingdata)==count):85 count+=286 elif (check_if_empty(gettingdata[i])==False and check_if_empty(gettingdata[i-1])==True and check_if_empty(gettingdata[i+1])==True):87 added.append(gettingdata[i])88 if gettingdata[i]=='Deposits' and gettingdata[i+1]=="Deposits AUD":89 added.append(gettingdata[i])90 added.append(gettingdata[i+1])91 except:92 print("Error")93# print(added)94modifieddata=[]95for i in range(len(added)):96 if added[i]!=" ":97 modifieddata.append(added[i])98def is_integer_num(n):99 if isinstance(n, int):100 return True101 if isinstance(n, float):102 return n.is_integer()103 return False104# check(parse_text,storedata)105print(modifieddata)106new=[]107copy_text=parse_text108count=0109p=0110for i in range(len(copy_text)):111 if i==29:112 break113 for j in range(len(copy_text[i])):114 if len(copy_text[i])>1:115 if (int(len(copy_text[i])-1))==j or j>=int(len(copy_text[i])):116 break117 if(j>0):118 result4=copy_text[i][j-1][0].isupper()119 result1=copy_text[i][j][0].isupper()120 121 result2=copy_text[i][j+1][0].isupper()122 123 result3=copy_text[i][j+1][0+1].isupper()124 125 try:126 result7=copy_text[i][j+2][0].isupper()127 except:128 print('Error')129 try:130 if(count==2 and copy_text[i][j+2][0].isupper()==True and len(copy_text[i])==16):131 for k in range(len(modifieddata)):132 if copy_text[i][j]==modifieddata[k][:len(copy_text[i][j])]:133 parse_text[i][j]=modifieddata[k]134 parse_text[i].remove(parse_text[i][j+1])135 parse_text[i].remove(parse_text[i][j+1])136 parse_text[i].remove(parse_text[i][j+1])137 parse_text[i].remove(parse_text[i][j+1])138 parse_text[i].remove(parse_text[i][j+1])139 parse_text[i].remove(parse_text[i][j+1])140 parse_text[i].remove(parse_text[i][j+1])141 parse_text[i].remove(parse_text[i][j+1])142 parse_text[i].remove(parse_text[i][j+1])143 parse_text[i].remove(parse_text[i][j+1])144 parse_text[i].remove(parse_text[i][j+1])145 parse_text[i].remove(parse_text[i][j+1])146 parse_text.remove(parse_text[i+1])147 print(parse_text)148 count=0149 p=1150 break151 except:152 print("error")153 if(count==6 and result4==False and result7==True and len(copy_text[i])==9):154 parse_text[i][j]=copy_text[i][j]+" "+copy_text[i][j+1]+" "+copy_text[i][j+2]+" "+copy_text[i][j+3]+" "+copy_text[i][j+4]+" "+copy_text[i][j+5]155 parse_text[i].remove(parse_text[i][j+1])156 parse_text[i].remove(parse_text[i][j+1])157 parse_text[i].remove(parse_text[i][j+1])158 parse_text[i].remove(parse_text[i][j+1])159 parse_text[i].remove(parse_text[i][j+1])160 print(parse_text)161 count=0162 break163 if(count==4 and result7==True and result4==False and len(copy_text[i])==9):164 parse_text[i][j]=copy_text[i][j]+" "+copy_text[i][j+1]+" "+copy_text[i][j+2]+" "+copy_text[i][j+3]+" "+copy_text[i][j+4]+" "+copy_text[i][j+5]165 parse_text[i].remove(parse_text[i][j+1])166 parse_text[i].remove(parse_text[i][j+1])167 parse_text[i].remove(parse_text[i][j+1])168 parse_text[i].remove(parse_text[i][j+1])169 parse_text[i].remove(parse_text[i][j+1])170 print(parse_text)171 count=0172 break173 try:174 if(count==4 and copy_text[i][j+2][0].isupper()==True and len(copy_text[i])==15):175 if(result7==True and result4==False and copy_text[i][j+2]=='GOLDMAN'):176 copy_text[i][j]=copy_text[i][j]+" "+copy_text[i][j+1]+" "+copy_text[i][j+2]+" "+copy_text[i][j+3]+" "+copy_text[i][j+4]+" "+copy_text[i][j+5]+" "+copy_text[i][j+6]+" "+copy_text[i][j+7]+" "+copy_text[i][j+8]+" "+copy_text[i][j+9]+" "+copy_text[i][j+10]+" "+copy_text[i][j+11]+" "+copy_text[i+1][0]+" "+copy_text[i+1][1]+" "+copy_text[i+1][2]177 parse_text[i].remove(parse_text[i][j+1])178 parse_text[i].remove(parse_text[i][j+1])179 parse_text[i].remove(parse_text[i][j+1])180 parse_text[i].remove(parse_text[i][j+1])181 parse_text[i].remove(parse_text[i][j+1])182 parse_text[i].remove(parse_text[i][j+1])183 parse_text[i].remove(parse_text[i][j+1])184 parse_text[i].remove(parse_text[i][j+1])185 parse_text[i].remove(parse_text[i][j+1])186 parse_text[i].remove(parse_text[i][j+1])187 parse_text[i].remove(parse_text[i][j+1])188 parse_text.remove(parse_text[i+1])189 print(parse_text)190 count=0191 break192 for k in range(len(modifieddata)):193 if copy_text[i][j]==modifieddata[k][:len(copy_text[i][j])]:194 parse_text[i][j]=modifieddata[k]195 print(parse_text)196 print(j)197 print(copy_text[i])198 parse_text[i].remove(parse_text[i][j+1])199 parse_text[i].remove(parse_text[i][j+1])200 parse_text[i].remove(parse_text[i][j+1])201 parse_text[i].remove(parse_text[i][j+1])202 parse_text[i].remove(parse_text[i][j+1])203 parse_text[i].remove(parse_text[i][j+1])204 parse_text[i].remove(parse_text[i][j+1])205 parse_text[i].remove(parse_text[i][j+1])206 parse_text[i].remove(parse_text[i][j+1])207 parse_text[i].remove(parse_text[i][j+1])208 parse_text[i].remove(parse_text[i][j+1])209 210 parse_text.remove(parse_text[i+1])211 print(parse_text)212 count=0213 p=1214 break215 except:216 print('Error')217 218 try:219 if(count==2 and result7==True and result4==False and len(copy_text[i])==15 and copy_text[i][j+3]=='HKD'):220 parse_text[i][j]=copy_text[i][j]+" "+copy_text[i][j+1]+" "+copy_text[i][j+2]+" "+copy_text[i][j+3]+" "+copy_text[i][j+4]+" "+copy_text[i][j+5]+" "+copy_text[i][j+6]+" "+copy_text[i][j+7]+" "+copy_text[i][j+8]+" "+copy_text[i][j+9]+" "+copy_text[i][j+10]+" "+copy_text[i][j+11]+" "+copy_text[i+1][0]+" "+copy_text[i+1][1]+" "+copy_text[i+1][2]+" "+copy_text[i+1][3]+" "+copy_text[i+1][4]+" "+copy_text[i+1][5]221 parse_text[i].remove(parse_text[i][j+1])222 parse_text[i].remove(parse_text[i][j+1])223 parse_text[i].remove(parse_text[i][j+1])224 parse_text[i].remove(parse_text[i][j+1])225 parse_text[i].remove(parse_text[i][j+1])226 parse_text[i].remove(parse_text[i][j+1])227 parse_text[i].remove(parse_text[i][j+1])228 parse_text[i].remove(parse_text[i][j+1])229 parse_text[i].remove(parse_text[i][j+1])230 parse_text[i].remove(parse_text[i][j+1])231 parse_text[i].remove(parse_text[i][j+1])232 parse_text.remove(parse_text[i+1])233 print(parse_text)234 count=0235 236 break237 238 except:239 print('Error')240 241 try:242 if(count==4 and len(copy_text[i])==18 and result4==False):243 for k in range(len(modifieddata)):244 if copy_text[i][j]==modifieddata[k][:len(copy_text[i][j])]:245 parse_text[i][j]=modifieddata[k]246 parse_text[i].remove(parse_text[i][j+1])247 parse_text[i].remove(parse_text[i][j+1])248 parse_text[i].remove(parse_text[i][j+1])249 parse_text[i].remove(parse_text[i][j+1])250 parse_text[i].remove(parse_text[i][j+1])251 parse_text[i].remove(parse_text[i][j+1])252 parse_text[i].remove(parse_text[i][j+1])253 parse_text[i].remove(parse_text[i][j+1])254 parse_text[i].remove(parse_text[i][j+1])255 parse_text[i].remove(parse_text[i][j+1])256 parse_text[i].remove(parse_text[i][j+1])257 parse_text[i].remove(parse_text[i][j+1])258 parse_text[i].remove(parse_text[i][j+1])259 parse_text[i].remove(parse_text[i][j+1])260 count=0261 p=1262 break263 except:264 print('Error')265 try:266 if(count==2 and len(copy_text[i])==15 and result4==False and copy_text[i][j]=='CONSENT'):267 for k in range(len(modifieddata)):268 if copy_text[i][j]==modifieddata[k][:len(copy_text[i][j])]:269 parse_text[i][j]=modifieddata[k]270 parse_text[i].remove(parse_text[i][j+1])271 parse_text[i].remove(parse_text[i][j+1])272 parse_text[i].remove(parse_text[i][j+1])273 parse_text[i].remove(parse_text[i][j+1])274 parse_text[i].remove(parse_text[i][j+1])275 parse_text[i].remove(parse_text[i][j+1])276 parse_text[i].remove(parse_text[i][j+1])277 parse_text[i].remove(parse_text[i][j+1])278 parse_text[i].remove(parse_text[i][j+1])279 parse_text[i].remove(parse_text[i][j+1])280 parse_text[i].remove(parse_text[i][j+1])281 count=0282 p=1283 break284 except:285 print('Error')286 287 288 try:289 result5=is_integer_num(int(copy_text[i][j]))290 result6=is_integer_num(int(copy_text[i][j+2]))291 if(result5==True and result2==True and result6==True):292 parse_text[i][j]=copy_text[i][j]+ " " +copy_text[i][j+1] + " "+copy_text[i][j+2]293 parse_text[i].remove(parse_text[i][j+1])294 parse_text[i].remove(parse_text[i][j+1])295 count+=1296 print(count)297 print(parse_text)298 except:299 print('Error')300 301 if(result1==True and result2==False and result3==False):302 parse_text[i][j]=copy_text[i][j]+" "+copy_text[i][j+1]303 parse_text[i].remove(parse_text[i][j+1])304 print(parse_text)305 306 elif(j >0 and result4==True and result1==False):307 parse_text[i][j]=copy_text[i][j-1]+" "+copy_text[i][j]308 parse_text[i].remove(parse_text[i][j-1])309 # copy_text[i].remove(copy_text[i][j+1])310 print(parse_text)311 elif(result1==True and result2==True and result3==True):312 if p==0:313 if result4==False and result7==True:314 parse_text[i][j]=copy_text[i][j]+" "+copy_text[i][j+1]+ " "+ copy_text[i][j+2] + " "+ copy_text[i][j+3]315 if(count==4 and len(copy_text[i])==8 and result4==False):316 parse_text[i][j+4]=copy_text[i][j+4]+copy_text[i][j+5]317 parse_text[i].remove(parse_text[i][j+5])318 if(count==2 and len(copy_text[i])==8 and result4==False):319 parse_text[i][j+4]=copy_text[i][j+4]+copy_text[i][j+5]320 parse_text[i].remove(parse_text[i][j+5])321 parse_text[i].remove(parse_text[i][j+1])322 parse_text[i].remove(parse_text[i][j+1])323 parse_text[i].remove(parse_text[i][j+1])324 print(parse_text)325 else:326 parse_text[i][j]=copy_text[i][j]+" "+copy_text[i][j+1]327 parse_text[i].remove(parse_text[i][j+1])328 # copy_text[i].remove(copy_text[i][j+1])329 print(parse_text)330 else:331 p=0332 break333 334print(parse_text)335raised=0336currency=''337for i in range(len(parse_text)):338 if i==25:339 break340 for j in range(len(parse_text[i])):341 if(parse_text[i][j]=="Opening balance"):342 if(parse_text[i+1][j-1][:9]=="Month end"):343 parse_text.remove(parse_text[i])344 parse_text.remove(parse_text[i])345 print(parse_text[i][j])346 if(parse_text[i][j][3:6]=='Mar'):347 print(parse_text[i][j])348 parse_text[i][j]=parse_text[i][j][7:]+"-"+"03"+"-"+parse_text[i][j][:2]349 print(parse_text[i][j])350 elif(parse_text[i][j][3:6]=='Feb'):351 print(parse_text[i][j])352 parse_text[i][j]=parse_text[i][j][7:]+"-"+"02"+"-"+parse_text[i][j][:2]353 print(parse_text[i][j])354print(parse_text)355for i in range(len(parse_text)):356 if(i==20):357 break358 for j in range(len(parse_text[i])):359 print(parse_text[i][j])360 361 if(parse_text[i][j]=='Transaction details'):362 parse_text.remove(parse_text[i])363 if(parse_text[i][j]=='Deposits'):364 parse_text.remove(parse_text[i])365 if(parse_text[i][j]=='Deposits HKD'):366 raised=1367 currency=parse_text[i][j][9:]368 parse_text.remove(parse_text[i])369 print(parse_text)370 if(parse_text[i][j-1]=='Deposits USD'):371 raised=1372 currency=parse_text[i][j-1][9:]373 print(parse_text)374 parse_text.remove(parse_text[i])375 if(raised==1 and currency=="USD"):376 parse_text[i].insert(len(parse_text[i])-1,'USD')377 print(parse_text)378 break379 if(raised==1 and currency=='HKD'):380 if(parse_text[i][j][:9]=="Month end"):381 raised=0382 currency=''383 parse_text.remove(parse_text[i])384 continue385 parse_text[i].insert(len(parse_text[i])-1,'HKD')386 print(parse_text)387 break388def keysearch(keywords):389 list1=[]390 for i in range(len(parse_text)):391 for j in range(len(parse_text[i])):392 if parse_text[i][j]==keywords:393 list1.append(i) 394 return list1395jump=0396for i in range(len(parse_text)):397 if(jump==1):398 energy=energy-1399 print(energy)400 if(energy==0):401 jump=0402 continue403 for j in range(len(parse_text[i])):404 print(parse_text[i])405 keyword=parse_text[i][0]406 # print(keyword)407 getval=keysearch(keyword)408 updating=list(set(getval))409 if(jump==0):410 energy=len(updating)-1411 if(len(updating)>1 and jump==0):412 maximum=max(updating)413 minimum=min(updating)414 diff=maximum-minimum415 if(diff>2 and jump==0):416 value1=parse_text[maximum][len(parse_text[maximum])-1]417 value2=parse_text[minimum][len(parse_text[minimum])-1]418 try:419 if(float(value1)>float(value2)):420 parse_text.insert(minimum+1,parse_text[maximum])421 parse_text.pop(maximum+1)422 print(parse_text)423 jump=1424 except:425 if(value1[0]=='(' and value1[-1]==')' and is_integer_num(int(value1[1]))==True):426 value1=value1.replace(",","")427 value2=value2.replace(",","")428 if(float(value1[1:-1])<float(value2)):429 parse_text.insert(minimum,parse_text[maximum])430 parse_text.pop(maximum+1)431 print(parse_text)432 jump=1433 elif(value2[0]=='(' and value2[-1]==')' and is_integer_num(int(value2[1]))==True):434 modif=value2[1:-1]435 modif=modif.replace(",","")436 print(modif)437 value1=value1.replace(",","")438 print(value1)439 if(float(modif)>float(value1)):440 parse_text.insert(minimum,parse_text[maximum])441 parse_text.pop(maximum+1)442 print(parse_text)443 jump=1444 445 print(parse_text[i])446 break447for i in range(len(parse_text)):448 for j in range(len(parse_text[i])):449 if(parse_text[i][j]=='Amount'):450 parse_text[i][j]='Currency'451 parse_text[i].insert(j+1,'Debit')452 parse_text[i].insert(j+2,'Credit')453 data=parse_text[i][len(parse_text[i])-1]454 try:455 if(is_integer_num(int(data[0]))==True and is_integer_num(int(data[-1]))==True):456 data=data.replace(",","")457 parse_text[i][len(parse_text[i])-1]=float(data)458 print(is_integer_num(parse_text[i][j]))459 parse_text[i].insert((len(parse_text[i]))-1,'')460 break461 except:462 if(data[0]=='(' and data[-1]==')' and is_integer_num(int(data[1]))==True):463 d1=parse_text[i][len(parse_text[i])-1][1:-1]464 data=d1.replace(",","")465 parse_text[i][len(parse_text[i])-1]=float(data)466 parse_text[i].insert((len(parse_text[i])),'')467 break468 print('Error')469print(parse_text) 470book = xlsxwriter.Workbook('Canopy.xlsx')471sheet = book.add_worksheet()472for i in range(len(parse_text)):473 for j in range(len(parse_text[i])):474 sheet.write(i,j,parse_text[i][j])475book.close()476cv2.imshow('img', threshold_img)...
cribbage_test.py
Source:cribbage_test.py
...25 self.game = crib.Cribbage(self.human, 'no-cut no-pick')26 self.game.set_up()27 def testFifteenDouble(self):28 """Test scoring 15s with a card working double."""29 hand = self.game.deck.parse_text('5S 4S 6D 3H KC')30 self.assertEqual(2, self.game.score_fifteens(hand))31 def testFifteenFive(self):32 """Test scoring 15 with five cards."""33 hand = self.game.deck.parse_text('AS 4S 2D 3H 5C')34 self.assertEqual(1, self.game.score_fifteens(hand))35 def testFifteenMax(self):36 """Test scoring four 15s."""37 hand = self.game.deck.parse_text('5S TS QD JH KC')38 self.assertEqual(4, self.game.score_fifteens(hand))39 def testFifteenPair(self):40 """Test scoring 15 with two cards."""41 hand = self.game.deck.parse_text('AS 3S 5S 8S JS')42 self.assertEqual(1, self.game.score_fifteens(hand))43 def testFifteenQuad(self):44 """Test scoring 15 with four cards."""45 hand = self.game.deck.parse_text('AS 4S 2D 3H 7C')46 self.assertEqual(1, self.game.score_fifteens(hand))47 def testFifteenTen(self):48 """Test scoring 15 with a face card and a five."""49 hand = self.game.deck.parse_text('2S 5S 2D 7H QC')50 self.assertEqual(1, self.game.score_fifteens(hand))51 def testFifteenTrip(self):52 """Test scoring 15 with three cards."""53 hand = self.game.deck.parse_text('AS 4S 5S 6H 7C')54 self.assertEqual(1, self.game.score_fifteens(hand))55 def testFifteenTwice(self):56 """Test scoring 15s with two sets of cards."""57 hand = self.game.deck.parse_text('5S 4S 8H 3H KC')58 self.assertEqual(2, self.game.score_fifteens(hand))59 def testFlushFive(self):60 """Test a five card flush in a hand."""61 hand = self.game.deck.parse_text('AS 3S 5S 8S')62 self.game.starter = self.game.deck.parse_text('JS')63 self.game.hands = {'The Crib': []}64 self.assertEqual(5, self.game.score_flush(hand))65 def testFlushFiveCrib(self):66 """Test scoring a five card flush in the crib."""67 hand = self.game.deck.parse_text('AS 3S 5S 8S')68 self.game.starter = self.game.deck.parse_text('JS')69 self.game.hands = {'The Crib': hand}70 self.assertEqual(5, self.game.score_flush(hand))71 def testFlushFour(self):72 """Test a four card flush in a hand."""73 hand = self.game.deck.parse_text('AS 3S 5S 8S')74 self.game.starter = self.game.deck.parse_text('JC')75 self.game.hands = {'The Crib': []}76 self.assertEqual(4, self.game.score_flush(hand))77 def testFlushFourCrib(self):78 """Test not scoring a four card flush in the crib."""79 hand = self.game.deck.parse_text('AS 3S 5S 8S')80 self.game.starter = self.game.deck.parse_text('JC')81 self.game.hands = {'The Crib': hand}82 self.assertEqual(0, self.game.score_flush(hand))83 def testFlushFourNot(self):84 """Test not scoring a four card flush made with the starter card."""85 hand = self.game.deck.parse_text('AS 3C 5S 8S')86 self.game.starter = self.game.deck.parse_text('JS')87 self.game.hands = {'The Crib': []}88 self.assertEqual(0, self.game.score_flush(hand))89 def testMaximum(self):90 """Test scoring the best possible hand)."""91 hand = self.game.deck.parse_text('5D 5C 5H JS')92 self.game.starter = self.game.deck.parse_text('5S')93 self.game.double_pairs = False94 self.assertEqual(29, self.game.score_one_hand(hand, 'Bob'))95 def testNob(self):96 """Test scoring his nob (jack of the starter suit)."""97 hand = self.game.deck.parse_text('AS 3C 7S JS')98 self.game.starter = self.game.deck.parse_text('9S')99 self.game.double_pairs = False100 self.assertEqual(1, self.game.score_one_hand(hand, 'Bob'))101 def testNothing(self):102 """Test scoring a worthless hand."""103 hand = self.game.deck.parse_text('4S 7C 9S QS')104 self.game.starter = self.game.deck.parse_text('TS')105 self.game.double_pairs = False106 self.assertEqual(0, self.game.score_one_hand(hand, 'Bob'))107 def testPairDouble(self):108 """Test scoring three of a kind with doubled pairs."""109 hand = self.game.deck.parse_text('AD 3C 8H 8S 8C')110 self.game.double_pairs = True111 self.assertEqual([('8', 3, 12)], self.game.score_pairs(hand))112 def testPairFour(self):113 """Test scoring four of a kind."""114 hand = self.game.deck.parse_text('8D 3C 8H 8S 8C')115 self.game.double_pairs = False116 self.assertEqual([('8', 4, 12)], self.game.score_pairs(hand))117 def testPairFull(self):118 """Test scoring a full house."""119 hand = self.game.deck.parse_text('3D 3C 8H 8S 8C')120 self.game.double_pairs = False121 self.assertEqual(set([('8', 3, 6), ('3', 2, 2)]), set(self.game.score_pairs(hand)))122 def testPairNot(self):123 """Test scoring no pairs."""124 hand = self.game.deck.parse_text('AD 3C 5H JS 8C')125 self.game.double_pairs = False126 self.assertEqual([], self.game.score_pairs(hand))127 def testPairOne(self):128 """Test scoring one pair."""129 hand = self.game.deck.parse_text('AD 3C 5H 8S 8C')130 self.game.double_pairs = False131 self.assertEqual([('8', 2, 2)], self.game.score_pairs(hand))132 def testPairThree(self):133 """Test scoring three of a kind."""134 hand = self.game.deck.parse_text('AD 5C 8H 8S 8C')135 self.game.double_pairs = False136 self.assertEqual([('8', 3, 6)], self.game.score_pairs(hand))137 def testPairTwo(self):138 """Test scoring two distinct pairs."""139 hand = self.game.deck.parse_text('AD 5C 5H 8S 8C')140 self.game.double_pairs = False141 self.assertEqual(set([('5', 2, 2), ('8', 2, 2)]), set(self.game.score_pairs(hand)))142 def testRunFive(self):143 """Test scoring a five card run."""144 hand = self.game.deck.parse_text('8D 5C 6H 7S 9C')145 self.assertEqual([(5, 1)], self.game.score_runs(hand))146 def testRunFour(self):147 """Test scoring a four card run."""148 hand = self.game.deck.parse_text('8D 6C 5H 7S JC')149 self.assertEqual([(4, 1)], self.game.score_runs(hand))150 def testRunFourTwo(self):151 """Test scoring a four card run twice."""152 hand = self.game.deck.parse_text('8D 6C 5H 7S 5C')153 self.assertEqual([(4, 2)], self.game.score_runs(hand))154 def testRunFourFour(self):155 """Test scoring a four card run four times."""156 hand = self.game.deck.parse_text('8D 6C 5H 7S 5C 8S')157 self.assertEqual([(4, 4)], self.game.score_runs(hand))158 def testRunThree(self):159 """Test scoring a three card run."""160 hand = self.game.deck.parse_text('5C AD 6H 9C 7S')161 self.assertEqual([(3, 1)], self.game.score_runs(hand))162 def testRunThreeEight(self):163 """Test scoring a three card run eight times."""164 hand = self.game.deck.parse_text('5C 7D 6H 6C 7S 5D')165 self.assertEqual([(3, 8)], self.game.score_runs(hand))166 def testRunThreeFour(self):167 """Test scoring a three card run four times."""168 hand = self.game.deck.parse_text('7H 5C 7D 6H 7C 7S')169 self.assertEqual([(3, 4)], self.game.score_runs(hand))170 def testRunThreeSix(self):171 """Test scoring a three card run six times."""172 hand = self.game.deck.parse_text('5C 7D 6H 6C 7S 7H')173 self.assertEqual([(3, 6)], self.game.score_runs(hand))174 def testRunThreeTwice(self):175 """Test scoring two three card runs."""176 hand = self.game.deck.parse_text('5C 7D TH 6C QS JH')177 self.assertEqual([(3, 1), (3, 1)], self.game.score_runs(hand))178 def testRunTwo(self):179 """Test not scoring a two card run."""180 hand = self.game.deck.parse_text('5C 2D TH 6C QS 8H')181 self.assertEqual([], self.game.score_runs(hand))182 def testRunTwoTwoHigh(self):183 """Test not scoring a two card run two times on the high side."""184 hand = self.game.deck.parse_text('5C 2D TH 6C 6S 8H')185 self.assertEqual([], self.game.score_runs(hand))186 def testRunTwoTwoLow(self):187 """Test not scoring a two card run two times on the low side."""188 hand = self.game.deck.parse_text('5C 2D TH 6C QS 5H')189 self.assertEqual([], self.game.score_runs(hand))190 def testRunTwoTwice(self):191 """Test not scoring two two card run."""192 hand = self.game.deck.parse_text('5C 2D TH 6C QS 9H')193 self.assertEqual([], self.game.score_runs(hand))194class ScorePeggingTest(unittest.TestCase):195 """Test scoring cribbage plays. (unittest.TestCase)"""196 def setUp(self):197 self.human = unitility.AutoBot([5, 23, 108, 801])198 self.game = crib.Cribbage(self.human, 'none')199 self.game.set_up()200 def testFifteen(self):201 """Test pegging to 15."""202 self.game.in_play['Play Sequence'].cards = [self.game.deck.parse_text('5C')]203 play = self.game.deck.parse_text('JS')204 self.game.card_total = 5205 message = '{} scores 2 points for reaching 15.'.format(self.human.name)206 self.assertEqual((2, message), self.game.score_sequence(self.human, play))207 def testFourKind(self):208 """Test pegging four of a kind."""209 self.game.in_play['Play Sequence'].cards = self.game.deck.parse_text('6C 6D 6H')210 play = self.game.deck.parse_text('6S')211 message = '{} scores 12 points for getting four cards of the same rank.'.format(self.human.name)212 self.assertEqual((12, message), self.game.score_sequence(self.human, play))213 def testNothing(self):214 """Test pegging nothing."""215 self.game.in_play['Play Sequence'].cards = self.game.deck.parse_text('4H 2C 3D')216 play = self.game.deck.parse_text('7S')217 self.game.card_total = 9218 self.assertEqual((0, ''), self.game.score_sequence(self.human, play))219 def testPair(self):220 """Test pegging a pair."""221 self.game.in_play['Play Sequence'].cards = self.game.deck.parse_text('5H 6C')222 play = self.game.deck.parse_text('6S')223 message = '{} scores 2 points for getting two cards of the same rank.'.format(self.human.name)224 self.assertEqual((2, message), self.game.score_sequence(self.human, play))225 def testStraightFive(self):226 """Test pegging a five card straight."""227 self.game.in_play['Play Sequence'].cards = self.game.deck.parse_text('4H 2C 5S 3D')228 play = self.game.deck.parse_text('6C')229 message = '{} scores 5 points for getting a five-card straight.'.format(self.human.name)230 self.assertEqual((5, message), self.game.score_sequence(self.human, play))231 def testStraightFour(self):232 """Test pegging a four card straight."""233 self.game.in_play['Play Sequence'].cards = self.game.deck.parse_text('4H 2C 3D')234 play = self.game.deck.parse_text('5S')235 message = '{} scores 4 points for getting a four-card straight.'.format(self.human.name)236 self.assertEqual((4, message), self.game.score_sequence(self.human, play))237 def testStraightThree(self):238 """Test pegging a four card straight."""239 self.game.in_play['Play Sequence'].cards = self.game.deck.parse_text('2C 3D')240 play = self.game.deck.parse_text('4H')241 message = '{} scores 3 points for getting a three-card straight.'.format(self.human.name)242 self.assertEqual((3, message), self.game.score_sequence(self.human, play))243 def testThirtyOne(self):244 """Test pegging to 31."""245 self.game.in_play['Play Sequence'].cards = self.game.deck.parse_text('4H 2C 5S 3D QC')246 play = self.game.deck.parse_text('7C')247 self.game.card_total = 24248 message = '\nThe count has reached 31.\n{} scores 2 points for reaching 31.'249 message = message.format(self.human.name)250 self.assertEqual((2, message), self.game.score_sequence(self.human, play))251 def testTrip(self):252 """Test pegging three of a kind."""253 self.game.in_play['Play Sequence'].cards = self.game.deck.parse_text('6C 6D')254 play = self.game.deck.parse_text('6S')255 message = '{} scores 6 points for getting three cards of the same rank.'.format(self.human.name)256 self.assertEqual((6, message), self.game.score_sequence(self.human, play))257if __name__ == '__main__':...
corenlp.py
Source:corenlp.py
1from pycorenlp import StanfordCoreNLP2from tqdm import tqdm3import matplotlib.pyplot as plt4import re5class CoreNLP():6 def __init__(self):7 self.nlp=StanfordCoreNLP('http://localhost:9000')8 self.interro_list=["WHNP","WHADVP","WRB","WHADJP","WDT","WP","WP$","WRB"]9 self.count=-110 #åè©ãå«ã¾ãããã®ãã§ãã¯11 def verb_check(self,token_list):12 for token in token_list:13 pos=token["pos"]14 if "VB" in pos:15 return True16 return False17 #textã®çåè©å¥ãæ½åºãã18 #çåè©å¥ã®ãªã¹ãã¨ããã以å¤ã®åèªã®ãªã¹ããè¿ã19 def forward(self,text):20 q=self.nlp.annotate(text, properties={'annotators': 'tokenize,ssplit,parse','outputFormat': 'json'})21 tokens=q["sentences"][0]["tokens"] #æã®ä¸ã®åèª22 deps=q["sentences"][0]["basicDependencies"] #ä¾åé¢ä¿ï¼ä½¿ããªãï¼23 parse_text=q["sentences"][0]["parse"] #å¥æ§é ã®ãã¼ã¹çµæ24 token_list=[{"index":token["index"],"text":token["originalText"],"pos":token["pos"]} for token in tokens]25 parse_text=parse_text.replace("(","( ").replace(")"," )").split()26 WP_list=[] #çåè©å¥ã«å«ã¾ããåèª27 NotWP_list=[] #çåè©å¥ã«å«ã¾ããªãåèª28 WP_flag=False #çåè©å¥ãçºè¦æ¸ã¿ãªãTrue29 depth=030 for i in range(len(parse_text)-1):31 #depthã0ã®å ´åãã¤ãï¼çåè©ã®å¥æ§é ã«æªçªå
¥ãã¾ãã¯ããã§ã«çåè©ãè¦ã¤ãã£ã¦ããï¼32 if depth==0 and (parse_text[i] not in self.interro_list or WP_flag==True):33 if parse_text[i]!=")" and parse_text[i+1]==")":34 NotWP_list.append(parse_text[i])35 continue36 #çåè©ã®å¥æ§é ã®å
é¨ã«ããæ37 else:38 WP_flag=True39 depth=max(depth,1)40 if parse_text[i]=="(":41 depth+=142 elif parse_text[i]==")":43 depth-=144 if parse_text[i]!=")" and parse_text[i+1]==")":45 WP_list.append(parse_text[i])46 return WP_list,NotWP_list47 #çåè©å¥ãçåè©å¥ä»¥å¤ãåè©ã®æç¡ãè¿ã48 def forward_verbcheck(self,text):#input:(batch,seq_len)49 q=self.nlp.annotate(text, properties={'annotators': 'tokenize,ssplit,parse','outputFormat': 'json'})50 tokens=q["sentences"][0]["tokens"] #æã®ä¸ã®åèª51 deps=q["sentences"][0]["basicDependencies"] #ä¾åé¢ä¿ï¼ä½¿ããªãï¼52 parse_text=q["sentences"][0]["parse"] #å¥æ§é ã®ãã¼ã¹çµæ53 token_list=[{"index":token["index"],"text":token["originalText"],"pos":token["pos"]} for token in tokens]54 parse_text=parse_text.replace("(","( ").replace(")"," )").split()55 WP_list=[] #çåè©å¥ã«å«ã¾ããåèª56 NotWP_list=[] #çåè©å¥ã«å«ã¾ããªãåèª57 WP_flag=False #çåè©å¥ãçºè¦æ¸ã¿ãªãTrue58 #çåè©å¥ã®æ¢ç´¢59 depth=060 for i in range(len(parse_text)-1):61 #depthã0ã®å ´åãã¤ãï¼çåè©ã®å¥æ§é ã«æªçªå
¥ãã¾ãã¯ããã§ã«çåè©ãè¦ã¤ãã£ã¦ããï¼62 if depth==0 and (parse_text[i] not in self.interro_list or WP_flag==True):63 if parse_text[i]!=")" and parse_text[i+1]==")":64 NotWP_list.append(parse_text[i])65 continue66 #çåè©ã®å¥æ§é ã®å
é¨ã«ããæ67 else:68 WP_flag=True69 depth=max(depth,1)70 if parse_text[i]=="(":71 depth+=172 elif parse_text[i]==")":73 depth-=174 if parse_text[i]!=")" and parse_text[i+1]==")":75 WP_list.append(parse_text[i])76 vb=self.verb_check(token_list)...
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