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How to use clean_string method in Kiwi
Best Python code snippet using Kiwi_python
extract_bibtex_file.py
Source:extract_bibtex_file.py 
...8sys.path.insert(0,'../database_queries/')9from database_queries_biblio import *10from models import Biblio11selection = Biblio.select()#.where(Biblio.julio_state != "Excluded")12def clean_string(dirty_string):13 result = dirty_string.replace("&", "\\&")14 return result15def building_bibtex_conference(element):16 result = "@inproceedings{"+element.bibtex_id+",\n"17 if not element.bibtex_full_author:18 print "Empty authors in "+element.bibtex_id19 else:20 result += "\tauthor={"+clean_string(element.bibtex_full_author)+"},\n"21 if not element.bibtex_title:22 print "Empty title in "+element.bibtex_id23 else:24 result += "\ttitle={"+clean_string(element.bibtex_title)+"},\n"25 if not element.journal:26 print "Empty conference in "+element.bibtex_id27 else:28 result += "\tbooktitle={"+clean_string(element.journal)+"},\n"29 if element.place:30 result += "\taddress={"+clean_string(element.place)+"},\n"31 if element.bibtex_publisher:32 result += "\tpublisher={"+clean_string(element.bibtex_publisher)+"},\n"33 if element.volume:34 result += "\tvolume={"+clean_string(element.volume)+"},\n"35 if element.pages:36 result += "\tpages={"+clean_string(element.pages)+"},\n"37 if element.isbn_issn:38 result += "\tISBN={"+clean_string(element.isbn_issn)+"},\n"39 if element.doi:40 result += "\tDOI={"+clean_string(element.doi)+"},\n"41 #if element.url or element.url!=None:42 # result += "\turl={"+clean_string(element.url)+"},\n"43 result += "\tyear={"+str(element.year)+"},\n"44 if not element.year:45 print "Empty year in "+element.bibtex_id46 result += "\ttype={"+clean_string(element.type)+"},\n"47 result += "}\n"48 return result.encode('utf-8')49def building_bibtex_journal(element):50 result = "@article{"+element.bibtex_id+",\n"51 if not element.bibtex_full_author:52 print "Empty authors in "+element.bibtex_id53 else:54 result += "\tauthor={"+clean_string(element.bibtex_full_author)+"},\n"55 if not element.bibtex_title:56 print "Empty title in "+element.bibtex_id57 else:58 result += "\ttitle={"+clean_string(element.bibtex_title)+"},\n"59 if not element.journal:60 print "Empty journal in "+element.bibtex_id61 else:62 result += "\tjournal={"+clean_string(element.journal)+"},\n"63 if element.volume:64 result += "\tvolume={"+clean_string(element.volume)+"},\n"65 if element.issue:66 result += "\tnumber={"+clean_string(element.issue)+"},\n"67 if element.pages:68 result += "\tpages={"+clean_string(element.pages)+"},\n"69 if element.isbn_issn:70 result += "\tISSN={"+clean_string(element.isbn_issn)+"},\n"71 if element.doi:72 result += "\tDOI={"+clean_string(element.doi)+"},\n"73 # if element.url or element.url!=None:74 # result += "\turl={"+clean_string(element.url)+"},\n"75 result += "\tyear={"+str(element.year)+"},\n"76 if not element.year:77 print "Empty year in "+element.bibtex_id78 result += "\ttype={"+clean_string(element.type)+"},\n"79 result += "}\n"80 return result.encode('utf-8')81def building_bibtex_booksection(element):82 result = "@inbook{"+element.bibtex_id+",\n"83 result += "\tauthor={"+clean_string(element.bibtex_full_author)+"},\n"84 if not element.bibtex_full_author:85 print "Empty authors in "+element.bibtex_id86 result += "\ttitle={"+clean_string(element.bibtex_title)+"},\n"87 if not element.bibtex_title:88 print "Empty title in "+element.bibtex_id89 result += "\tbooktitle={"+clean_string(element.journal)+"},\n"90 if not element.journal:91 print "Empty booktitle in "+element.bibtex_id92 result += "\tpublisher={"+clean_string(element.bibtex_publisher)+"},\n"93 if not element.bibtex_publisher:94 print "Empty publisher in "+element.bibtex_id95 result += "\tpages={"+clean_string(element.pages)+"},\n"96 if not element.pages:97 print "Empty pages in "+element.bibtex_id98 if element.volume:99 result += "\tvolume={"+clean_string(element.volume)+"},\n"100 if element.isbn_issn:101 result += "\tISSN={"+clean_string(element.isbn_issn)+"},\n"102 if element.doi:103 result += "\tDOI={"+clean_string(element.doi)+"},\n"104 # if element.url or element.url!=None:105 # result += "\turl={"+clean_string(element.url)+"},\n"106 result += "\tyear={"+str(element.year)+"},\n"107 if not element.year:108 print "Empty year in "+element.bibtex_id109 result += "\ttype={"+clean_string(element.type)+"},\n"110 result += "}\n"111 return result.encode('utf-8')112def building_bibtex_thesis(element):113 result = "@phdthesis{"+element.bibtex_id+",\n"114 if not element.bibtex_full_author:115 print "Empty authors in "+element.bibtex_id116 else:117 result += "\tauthor={"+clean_string(element.bibtex_full_author)+"},\n"118 if not element.bibtex_title:119 print "Empty title in "+element.bibtex_id120 else:121 result += "\ttitle={"+clean_string(element.bibtex_title)+"},\n"122 if not element.bibtex_publisher:123 print "Empty school in "+element.bibtex_id124 else:125 result += "\tschool={"+clean_string(element.bibtex_publisher)+"},\n"126 if element.doi:127 result += "\tDOI={"+clean_string(element.doi)+"},\n"128 # if element.url or element.url!=None:129 # result += "\turl={"+clean_string(element.url)+"},\n"130 result += "\tyear={"+str(element.year)+"},\n"131 if not element.year:132 print "Empty year in "+element.bibtex_id133 result += "\ttype={"+clean_string(element.type)+"},\n"134 result += "}\n"135 return result.encode('utf-8')136def building_bibtex_report(element):137 result = "@techreport{"+element.bibtex_id+",\n"138 if not element.bibtex_full_author:139 print "Empty authors in "+element.bibtex_id140 else:141 result += "\tauthor={"+clean_string(element.bibtex_full_author)+"},\n"142 if not element.bibtex_title:143 print "Empty title in "+element.bibtex_id144 else:145 result += "\ttitle={"+clean_string(element.bibtex_title)+"},\n"146 if not element.bibtex_publisher:147 print "Empty institution in "+element.bibtex_id148 else:149 result += "\tinstitution={"+clean_string(element.bibtex_publisher)+"},\n"150 if element.doi:151 result += "\tDOI={"+clean_string(element.doi)+"},\n"152 # if element.url or element.url!=None:153 # result += "\turl={"+clean_string(element.url)+"},\n"154 result += "\tyear={"+str(element.year)+"},\n"155 if not element.year:156 print "Empty year in "+element.bibtex_id157 result += "\ttype={"+clean_string(element.type)+"},\n"158 result += "}\n"159 return result.encode('utf-8')160def building_bibtex_book(element):161 result = "@book{"+element.bibtex_id+",\n"162 if not element.bibtex_full_author:163 print "Empty authors in "+element.bibtex_id164 else:165 result += "\tauthor={"+clean_string(element.bibtex_full_author)+"},\n"166 if not element.bibtex_title:167 print "Empty title in "+element.bibtex_id168 else:169 result += "\ttitle={"+clean_string(element.bibtex_title)+"},\n"170 if not element.bibtex_publisher:171 print "Empty publisher in "+element.bibtex_id172 else:173 result += "\tpublisher={"+clean_string(element.bibtex_publisher)+"},\n"174 if element.volume:175 result += "\tvolume={"+clean_string(element.volume)+"},\n"176 if element.doi:177 result += "\tDOI={"+clean_string(element.doi)+"},\n"178 # if element.url or element.url!=None:179 # result += "\turl={"+clean_string(element.url)+"},\n"180 result += "\tyear={"+str(element.year)+"},\n"181 if not element.year:182 print "Empty year in "+element.bibtex_id183 result += "\ttype={"+clean_string(element.type)+"},\n"184 result += "}\n"185 return result.encode('utf-8')186def building_bibtex_web(element):187 result = "@misc{"+element.bibtex_id+",\n"188 if element.bibtex_full_author:189 result += "\tauthor={"+clean_string(element.bibtex_full_author)+"},\n"190 if element.bibtex_title:191 result += "\ttitle={"+clean_string(element.bibtex_title)+"},\n"192 if element.bibtex_publisher:193 result += "\tpublisher={"+clean_string(element.bibtex_publisher)+"},\n"194 if element.doi:195 result += "\tDOI={"+clean_string(element.doi)+"},\n"196 # if element.url or element.url!=None:197 # result += "\turl={"+clean_string(element.url)+"},\n"198 if not element.url:199 print "Empty URL in "+element.bibtex_id200 else:201 result += "\turl={"+str(element.url)+"},\n"202 if not element.year:203 print "Empty year in "+element.bibtex_id204 else:205 result += "\tyear={"+str(element.year)+"},\n"206 if not element.date:207 print "Empty date accessed in "+element.bibtex_id208 else:209 result += "note\t={(Date last accessed "+str(element.date)+")},\n"210 result += "\ttype={"+clean_string(element.type)+"},\n"211 result += "}\n"212 return result.encode('utf-8')213def building_bibtex_misc(element):214 result = "@misc{"+element.bibtex_id+",\n"215 if element.bibtex_full_author:216 result += "\tauthor={"+clean_string(element.bibtex_full_author)+"},\n"217 if element.bibtex_title:218 result += "\ttitle={"+clean_string(element.bibtex_title)+"},\n"219 if element.bibtex_publisher:220 result += "\tpublisher={"+clean_string(element.bibtex_publisher)+"},\n"221 if element.volume:222 result += "\tvolume={"+clean_string(element.volume)+"},\n"223 if element.doi:224 result += "\tDOI={"+clean_string(element.doi)+"},\n"225 # if element.url or element.url!=None:226 # result += "\turl={"+clean_string(element.url)+"},\n"227 result += "\tyear={"+str(element.year)+"},\n"228 if not element.year:229 print "Empty year in "+element.bibtex_id230 result += "\ttype={"+clean_string(element.type)+"},\n"231 result += "}\n"232 return result.encode('utf-8')233def extracting_bibtex_file(filename):234 there_are_journal = False235 there_are_conferenceproceedings = False236 there_are_book_section = False237 there_are_thesis = False238 there_are_reports = False239 there_are_books = False240 there_are_webs = False241 there_are_other_things = False242 with open(filename, 'w') as f:243 for element in selection:244 if element.type == "Conference Proceedings":...
mostCommonLines.py
Source:mostCommonLines.py
1#find and list repeated lines from a book (txt file)2import re3print(" ")4print(" .__=\__ .__==__, Most ")5print(" jf ~~=\, _=/~ `\, Common ")6print(" ._jZ `\q, /=~ `\__ Lines ")7print(" j5(/ `\./ V\\, ")8print(" .Z))' _____ | .____, \)/\ -D.Murray ")9print(" j5(K=~~ ~~~~\=_, | _/=~~~~ `~~+K\\, ")10print(" .Z)\/ `~=L | _=/~ t\ZL ")11print(" j5(_/.__/===========\__ ~q |j/ .__============___/\J(N, ")12print(" 4L#XXXL_________________XGm, \P .mXL_________________JXXXW8L ")13print("")14print("Opening the book..")15bookFile = open("alice.txt","r") # Open the file16string=bookFile.read() #reads the whole book into a big big giant string for python.17string=string.lower() #make it all lowercase. GeTs riD of THis. i!=I , l!=L, p !=P etc.18bookFile.close() #python has the string in it's head now, so can close the text file.19#clean up the file and put each sentence on a new line20clean_string= re.sub("\n", " ", string) #join it all back up into one long long line.21clean_string= re.sub("\.\.\.\.\.\.", "", clean_string)22clean_string= re.sub("\.\.\.\.\.", "", clean_string)23clean_string= re.sub("\.\.\.\.\.", "", clean_string) #get rid of ....24clean_string= re.sub("\.\.\.\.", "", clean_string)25clean_string= re.sub("\.\.\.", "", clean_string)26clean_string= re.sub("\.\.", "", clean_string)27clean_string= re.sub("\. \. \. \.", "", clean_string)28clean_string= re.sub("\. \. \.", "", clean_string) #get rid of . . . . . 29clean_string= re.sub("\. \.", "", clean_string)30clean_string= re.sub("\.", "\n", clean_string)31clean_string= re.sub("\?", "\n", clean_string) #make these all markers for new lines32clean_string= re.sub("\!", "\n", clean_string)33clean_string= re.sub(" ", "", clean_string)34clean_string= re.sub(" ", "", clean_string)35clean_string= re.sub(" ", "", clean_string)36clean_string= re.sub(" ", "", clean_string) #get rid of random spaces in the document37clean_string= re.sub(" ", "", clean_string)38clean_string= re.sub(" ", "", clean_string)39clean_string= re.sub(" ", "", clean_string)40clean_string= re.sub(" ", "", clean_string)41# The next part writes the cleaned up file to a text file that I can open to check it42# all looks nice and neat and ready for finding duplicate lines.43newFile = open("editedVersion.txt", "w") #creates new text file called editedVersion44newFile.write(clean_string) #writes the big long edited string to a this txt file45newFile.close() #closes the file46#Right, lets open this file again and find some duplicate lines.47#Wait why did you close if if you were going to use it again straight away?48#Yeah I just wanted to be sure it's worked up to this point and I can't look at the text file49#without having python close it properly. It's nice to be able to open and view the edited50#text file that you're about to work with to check it's clean.51newFile = open("editedVersion.txt", "r") #opens the file again. 52allBookLinesInAList=newFile.readlines() #reads it all into a big big string in it's head53#figures out how many lines there so the program knows when to stop.54totalNumberOfLines=len(allBookLinesInAList)55print("This book has", totalNumberOfLines, "lines")56print("This would take about", totalNumberOfLines//23, "minutes to read")57if totalNumberOfLines>3000:58 print("This is actually pretty big. This could take up to ", totalNumberOfLines//400, "seconds..")59print("Okay, here we go")60print("========================================================")61finalList=[] #prepares an empty list to print the matching lines into later62#The bit below makes takes a line (n) and compares it to all lines after it (z)63#It might help to imaging "n" as your left finger keeping track of the row and "z" as your right finger going across the columns64n=065while n<totalNumberOfLines: #no point in comparing past the number of lines in the doc!66 z=167 while z<totalNumberOfLines: 68 try:69 if allBookLinesInAList[n]==allBookLinesInAList[n+z]:70 finalList.append(allBookLinesInAList[n])71 z=z+172 73 #print(n,z)74 75 except (IndexError):76 break77 n=n+178newFile.close()79for i in set(finalList): #goes throught the final list and prints each item80 print(i) #the set() removes duplicates eg. said harry, said harry81print("=================================================")82print("The lines above were all repeated at least once.\n")...
21. For Loops 08 -.py
Source:21. For Loops 08 -.py
1import re2from collections import Counter3import plotly.plotly4from plotly.graph_objs import Bar, Layout5word = []6word_count = []7file = open("sample_text.txt","r") #http://www.pythonforbeginners.com/files/reading-and-writing-files-in-python8string = file.read()9file.close()10clean_string = re.sub('[^a-zA-Z0-9 \n\.]', ' ', string) #https://lzone.de/blog/Python+re.sub+Examples11clean_string = re.sub('[0-9]', ' ', clean_string)12clean_string = re.sub('\t', ' ', clean_string)13clean_string = re.sub('\n', ' ', clean_string)14clean_string = re.sub(r'\b\w{1,4}\b', '', clean_string) # removes words three or less charcters https://stackoverflow.com/questions/24332025/remove-words-of-length-less-than-4-from-string15clean_string = re.sub(' ', ' ', clean_string)16clean_string = re.sub(' ', ' ', clean_string)17clean_string = re.sub('\.', '', clean_string)18clean_string = re.sub('ââ¬â¢', '', clean_string)19clean_string = re.sub('ââ¬â', '', clean_string)20clean_string = clean_string.lower()21string_array = clean_string.split(' ')22string_array = [x for x in string_array if x != ''] #https://stackoverflow.com/questions/2793324/is-there-a-simple-way-to-delete-a-list-element-by-value23c = Counter(string_array) #https://pymotw.com/2/collections/counter.html24unique_elements = set(string_array) #https://stackoverflow.com/questions/7961363/removing-duplicates-in-lists25for letter in unique_elements:26 word.append(letter) #https://www.thegeekstuff.com/2013/06/python-list/?utm_source=feedly27 word_count.append(c[letter])28print ('Most common:')29for letter, count in c.most_common(20):30 print('%s: %7d' % (letter, count))31plotly.offline.plot({ #https://plot.ly/python/getting-started/#initialization-for-offline-plotting32 "data": [Bar(x=word, y=word_count)],33 "layout": Layout(title="word count")34})35# If possible collect samples from your peers and compare the vocabulary distribution, avergae number of words, word frequency etc....
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