Neculai Fantanaru
Everything Depends On The Leader
Everything Depends On The Leader
You can view the full code here: https://pastebin.com/iwyRQhGm
# pentru traducere taguri TRUE # pentru traducere TEXT (FALSE - LANGUAGE (en) - TXT) # PUNE TOATE DOCUMENTELE DE TRADUS IN FOLDER1 # https://beautiful-soup-4.readthedocs.io/en/latest/ css_soup.find_all("p", class_="strikeout") import os from bs4 import BeautifulSoup, NavigableString import re import textwrap from googletrans import Translator import pprint base_path = "Folder1" # AICI SELECTEZI PATH LA ORIGINAL FILES read_tags = input("Want to read tags: ") # TRUE (html) sau FALSE (txt) if(read_tags.lower() == "true"): read_tags = True else: read_tags = False input_lang = input("Enter language in which you want to translate: ") input_extension = input("Enter file extension .txt, .html, etc: ") def recursively_translate(translator, node, input_lang): for entry in node.contents: if isinstance(entry, NavigableString): contents = entry.string if contents.strip() != '': try: translation = translator.translate(contents, dest=input_lang) entry.replace_with(translation.text) except Exception as e: print("Got error during rec translation {}".format(e)) pass elif entry != None: recursively_translate(translator, entry, input_lang) def remove_tags(data): data = data.replace("<html>" , "\n") data = data.replace("</html>" , "\n") data = data.replace("<body>" , "\n") data = data.replace("</body>" , "\n") tags = re.findall("<(.*?)</", data) for tag in tags: ch = '>' listOfWords = tag.split(ch, 1) tag = listOfWords[1] data = data.replace(tag,"\n") soup = BeautifulSoup(data, 'lxml') return soup translator = Translator() subfolders = [] # getting names of all pdfs files for file in os.listdir(base_path): if file.endswith(input_extension): subfolders.append(file) ## Cod nou care traduce pe bucatele def traducere_v1_txt(translator, file): data = [] with open(f"{base_path}/{file}" , "r" ,encoding='utf8', errors='ignore') as open_file: data = open_file.readlines() if len(data) == 0: print("{} este gol".format(file)) return file_name = file.replace(".txt","") with open(f"Translated_Folder/{file_name}_{input_lang}.txt","w", encoding='utf8') as translation_file: for i, paragraph in enumerate(data): print("Traducere paragraf {}".format(i)) lines = textwrap.wrap(paragraph, 4820, break_long_words=False ) for line in lines: try: translated_line = translator.translate(line, dest=input_lang) translated_lines = textwrap.wrap(translated_line.text, 120, break_long_words=False) translation_file.writelines(translated_lines) except Exception as e: print(e) return translation_file.write("\n") def traducere_v2_txt(translator, file): data = "" with open(f"{base_path}/{file}" , "r" ,encoding='utf8', errors='ignore') as open_file: data = open_file.read() if data == "": print("{} este gol".format(file)) return lines = textwrap.wrap(data, 4820, break_long_words=False, ) file_name = file.replace(".txt","") with open(f"Translated_Folder/{file_name}_{input_lang}.txt","w", encoding='utf8') as translation_file: for i, line in enumerate(lines): print("Traducere linia {}".format(i)) try: translated_line = translator.translate(line, dest=input_lang) translated_lines = textwrap.wrap(translated_line.text, 120, break_long_words=False) translation_file.writelines(translated_lines) translation_file.write("\n") except Exception as e: print(e) return for file in subfolders: print(f"Translating {file} ..... \n") if(file.endswith(".txt")): traducere_v2_txt(translator, file) # daca vreau varianta identic paragraf, varianta care dureaza. atunci pun v1 in loc de v2 print("{} a fost tradus".format(file)) elif(file.endswith(".html")): data = "" with open(f"{base_path}/{file}" , "r" , encoding='utf8', errors='ignore') as open_file: data = open_file.read() if data == "": print("{} este gol".format(file)) continue lxml1 = str(BeautifulSoup(data, 'lxml')) #lxml1 = data lxml1 = lxml1.replace("\ufeff" , " ") #lxml1 = lxml1.replace("\n" , " ") #lxml1 = re.sub(' +', ' ', lxml1) if(read_tags == True): soup = BeautifulSoup(data, 'lxml') title_tag = soup.find("title") desc_tag = soup.select_one("div.news_desc > h3") # to_p_tag = soup.findAll('p', class_='text_obisnuit') to_p_tag = soup.find_all('p', class_='text_obisnuit') ist_p_tag = soup.find("p" , class_="text_obisnuit2") second_p_tag = soup.find("p" , class_="donoo") ist3_p_tag = soup.find("p" , class_="JAGAAA") # ist3_p_tag = soup.find("p", {'class': "JAGAAA"}) # ist3_p_tag = soup.find('p', attr={'class_': 'JAGAAA'}) # ist3_p_tag = soup.find("p" , attr={'class_': "JAGAAA"}) # ist3_p_tag = soup.find_all("p", class_="JAGAAA") # ist3_p_tag = soup.find("p" , {'class_': "JAGAAA"}) if(ist3_p_tag == None): print("<p class='JAGAAA' /> not found") else: translated_p = translator.translate(ist3_p_tag.text, dest=input_lang) lxml1 = lxml1.replace(ist3_p_tag.text,translated_p.text) meta_tag = soup.find("meta") if(title_tag == None): print("Title tag does not found") else: translated_title = translator.translate(title_tag.text, dest=input_lang) lxml1 = lxml1.replace(title_tag.text,translated_title.text) if(meta_tag == None): print("meta tag does not found") else: translated_meta = translator.translate(meta_tag["content"], dest=input_lang) lxml1 = lxml1.replace(meta_tag["content"],translated_meta.text) if(ist_p_tag == None): print("<p class='text_obisnuit2' /> not found") else: translated_p = translator.translate(ist_p_tag.text, dest=input_lang) lxml1 = lxml1.replace(ist_p_tag.text,translated_p.text) if(len(to_p_tag) == 0): print("<p class='text_obisnuit' /> not found") else: for p in to_p_tag: recursively_translate(translator, p, input_lang) # translated_p = translator.translate(to_p_tag.text, dest=input_lang) # lxml1 = lxml1.replace(to_p_tag.text,translated_p.text) if(desc_tag == None): print("<h3 /> not found") else: translated_p = translator.translate(desc_tag.text, dest=input_lang) lxml1 = lxml1.replace(desc_tag.text,translated_p.text) if(second_p_tag == None): print("<p class='donoo' /> not found") else: translated_p_2 = translator.translate(second_p_tag.text, dest=input_lang) lxml1= lxml1.replace(second_p_tag.text,translated_p_2.text) soup = remove_tags(data) text = soup.text replace_text = text text = text.replace("\ufeff" , " ") text = text.replace("\n" , " ") text = re.sub(' +', ' ', text) text = textwrap.wrap(text, 4800, break_long_words=False, ) if(len(text) == 1 and text[0] == ''): pass else: translation = "" linecount = 0 for line in text: try: translated_line = translator.translate(line, dest=input_lang) #print("Translated line: ",translated_line.text) lxml1 = lxml1.replace(line,translated_line.text) except Exception as e: print(e) continue linecount = linecount + 1 file_name = file.replace(".html","") with open(f"Translated_Folder/{file_name}_{input_lang}.html","w", encoding='utf8') as htmlfile: htmlfile.write(lxml1) else: soup = remove_tags(data) text = soup.text replace_text = text text = text.replace("\ufeff" , " ") text = text.replace("\n" , " ") text = re.sub(' +', ' ', text) text = textwrap.wrap(text, 4800, break_long_words=False, ) if(len(text) == 1 and text[0] == ''): print("No text found") else: translation = "" linecount = 0 for line in text: try: translated_line = translator.translate(line, dest=input_lang) #print("Translated line: ",translated_line.text) lxml1 = lxml1.replace(line,translated_line.text) except Exception as e: print(e) continue linecount = linecount + 1 file_name = file.replace(".html","") with open(f"Translated_Folder/{file_name}_{input_lang}.html","w", encoding='utf8') as htmlfile: htmlfile.write(lxml1) print("{} a fost tradus".format(file)) pass #dt1 = translator.detect(text)
That's all folks.
Also, see my other Python Scripts ---HERE---
Why read this book? Because it is critical to optimizing your performance. Because it reveals the main coordinates after that are build the character and skills of the leaders, highlighting what it is important for them to increase their influence.
The essential characteristic of this book in comparison with others on the market in the same domain is that it describes through examples the ideal competences of a leader. I never claimed that it's easy to become a good leader, but if people will...
For some leaders, "leading" resembles more to a chess game, a game of cleverness and perspicacity; for others it means a game of chance, a game they think they can win every time risking and betting everything on a single card.
I wrote this book that conjoins in a simple way personal development with leadership, just like a puzzle, where you have to match all the given pieces in order to recompose the general image.
The aim of this book is to offer you information through concrete examples and to show you how to obtain the capacity to make others see things from the same angle as you.
Without considering it a concord, the book is representing the try of an ordinary man - the author - who through simple words, facts and usual examples instills to the ordinary man courage and optimism in his own quest to be his own master and who knows... maybe even a leader.
