Welcome To Our Shell

Mister Spy & Souheyl Bypass Shell

import re


class Translation (object):


    def __init__ (self,target_language="en,de",patterntable="",ambicheck=0):
    
    
        if patterntable == "":
            patterntable = '''

key              en            de            fr

001              "y es"        ja            oui

'''
    
        self.sort_languages = target_language.split(",")
        self.ambi           = {}
        if ambicheck > 0:
            self.allkeys    = {}
        self.compute_translations(patterntable)
        
        

#********************************************************************************************
        
    def compute_translations (self,patterntable):
            
        self.translations   = {}      #  Field with translation dictionaries in the order of the target languages

        for zeile in patterntable.split("\n"):

            zeile = zeile.strip() 
            if zeile == "" or zeile[0] == "#" or re.search(r"^-$",zeile):  #  Comments and empty lines are excluded
                continue

            cells  = re.split(r"\"|$",zeile,99999999,re.DOTALL)   #    make a list of all text patterns separated by "
            zeile  = re.sub(r"\"(.*?)\"","---FIELD---",zeile,99999999,flags=re.DOTALL)  # replace all "..." cells with ---FIELD---
            zeile0 = re.sub(r" +"," ",zeile).split(" ")
            zeile  = []
            fieldcounter = 1
            for col in zeile0:
                if col == "---FIELD---":
                    zeile.append(cells[fieldcounter])
                    fieldcounter = fieldcounter + 2
                else:
                    zeile.append(col)
                    
            language_nr = -1
            for col_as_value in zeile:        #  for each language exactly one target pattern table
                language_nr = language_nr + 1 # where the other patterns go in as keys
                if not col_as_value == "-":
                    if not 'language_header' in vars():
                        self.translations[col_as_value]   = {}
                        continue
                    if not language_header[language_nr] in self.sort_languages:
                        continue
                    for col_as_key in zeile:
                        if not col_as_key == "-":
                            try:
                                self.translations[language_header[language_nr]][col_as_key]
                            except:
                                self.translations[language_header[language_nr]][col_as_key] = []
                            self.translations[language_header[language_nr]][col_as_key].append(col_as_value)
                        continue

            if not 'language_header' in vars():
                language_header = zeile
#        print self.translations

#******************************************************************

    def translate (self,text):
    
        val = None
        for language in self.sort_languages:
            try:
                val = self.translations[language][text][0]
                break
            except:
                pass

        if val:
            self.compute_ambiguity(language,val)
            return(val)
                
        return(text)
            
            
#******************************************************************

    def compute_ambiguity (self,language="",col_as_key=""):
    
        if col_as_key == "":
            if str(language) == "":
                if 'allkeys' not in vars(self):
                    self.allkeys = {}
                for language in self.sort_languages:
                    for col_as_key in self.translations[language]:
                        self.compute_ambiguity(language,col_as_key)
            
        
        elif 'allkeys' in vars(self):

            try:
                self.allkeys[language]
            except:
                pass
            try:
                self.allkeys[language][col_as_key]
                return   #  Wert schon eingelesen
            except:
                pass
                
            target_values = {}
            for target_value in self.translations[language][col_as_key]:
                target_values[target_value] = 1
            target_values = list(target_values.keys())
            if len(target_values) > 1:
                try:
                    self.ambi[language]
                except:
                    self.ambi[language] = {}
                self.ambi[language][col_as_key] = target_values
                    
        return(self.ambi)