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#!/usr/bin/env python3
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#!/usr/bin/env python3
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'''
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'''
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Created on 2014-10-20
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Created on 2014-10-20
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@author: Thomas 'PointedEars' Lahn <mail@PointedEars.de>
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@author: Thomas 'PointedEars' Lahn <mail@PointedEars.de>
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'''
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'''
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from sys import argv, stderr
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from sys import argv, stderr
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from re import findall, DOTALL, match, sub, compile, \
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from re import findall, compile
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    escape, search
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from os.path import basename
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from os.path import basename
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from functools import cmp_to_key
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from functools import cmp_to_key
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from Dictionary import Dictionary, dmsg, \
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from Dictionary import dmsg, sort_dict_alnum_english_key
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    sort_dict_alnum_english_key
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from VulcanDictionary import VulcanDictionary, Text
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dictionary = {}
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dictionary = {}
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prepositions = {
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    "fi'": 'on',
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    "na'": 'at|to',
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    "t'": 'of'
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}
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-
 
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def cli_help():
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def cli_help():
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    print('Usage: {0} TEXT...'.format(basename(argv[0])))
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    print('Usage: {0} TEXT...'.format(basename(argv[0])))
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def get_sort_dict_alnum_vulcan_key ():
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def get_sort_dict_alnum_vulcan_key ():
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    letters = list(map(str.lower, [
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    letters = list(map(str.lower, [
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        " ", 'S', 'T', 'P', 'K', 'R', 'L', 'A', 'Sh', 'O', 'U', 'D',
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        " ", 'S', 'T', 'P', 'K', 'R', 'L', 'A', 'Sh', 'O', 'U', 'D',
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        'V', 'Kh', 'E', 'H', 'G', 'Ch', 'I', 'N', 'Zh', 'M', 'Y', 'F', 'Z',
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        'V', 'Kh', 'E', 'H', 'G', 'Ch', 'I', 'N', 'Zh', 'M', 'Y', 'F', 'Z',
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        'Th', 'W', 'B', "'", '-']))
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        'Th', 'W', 'B', "'", '-']))
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    letter_values = dict(map(lambda x: (x[1], x[0]), enumerate(letters)))
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    letter_values = dict(map(lambda x: (x[1], x[0]), enumerate(letters)))
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    letters_re = compile(r'(?:{0})'.format('|'.join(sorted(letters, key=lambda char:-len(char)))))
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    letters_re = compile(r'(?:{0})'.format('|'.join(sorted(letters, key=lambda char:-len(char)))))
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    def sort_dict_alnum_vulcan (a, b):
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    def sort_dict_alnum_vulcan (a, b):
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        # split into Vulcan letters
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        # split into Vulcan letters
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        a = findall(letters_re, sort_dict_alnum_english_key(a))
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        a = findall(letters_re, sort_dict_alnum_english_key(a))
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        b = findall(letters_re, sort_dict_alnum_english_key(b))
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        b = findall(letters_re, sort_dict_alnum_english_key(b))
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        if len(a) < len(b):
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        if len(a) < len(b):
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            for index, char in enumerate(a):
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            for index, char in enumerate(a):
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                diff = letter_values[char] - letter_values[b[index]]
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                diff = letter_values[char] - letter_values[b[index]]
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                if diff != 0:
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                if diff != 0:
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                    return diff
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                    return diff
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            return -1
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            return -1
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        # len(b) <= len(a)
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        # len(b) <= len(a)
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        for index, char in enumerate(b):
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        for index, char in enumerate(b):
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            diff = letter_values[a[index]] - letter_values[char]
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            diff = letter_values[a[index]] - letter_values[char]
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            if diff != 0:
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            if diff != 0:
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                return diff
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                return diff
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        return 1 if len(b) < len(a) else 0
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        return 1 if len(b) < len(a) else 0
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    return cmp_to_key(sort_dict_alnum_vulcan)
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    return cmp_to_key(sort_dict_alnum_vulcan)
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class VulcanDictionary (Dictionary):
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    """
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    """
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    def translate (self, phrase, search_prefix=True, search_plural=True):
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        """
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        :param phrase:
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        :type phrase:
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        :param search_prefix:
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        :type search_prefix:
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        :param search_plural:
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        :type search_plural:
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        """
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        translation = super().translate(phrase)
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        if translation is not None:
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            return translation
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        else:
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            expr_translation = self.translate_expression(phrase)
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            if expr_translation is not None:
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                return expr_translation
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            if search_prefix:
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                # find prefix
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                for preposition in prepositions:
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                    prefix = match(escape(preposition), phrase)
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                    if prefix is not None:
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                        prefix_translation = self.translate(prefix.group(0))
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                        if prefix_translation is not None:
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                            tail = sub(preposition, '', phrase)
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                            tail_translation = self.translate(tail, search_prefix=False)
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                            if tail_translation is not None:
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                                return [prefix_translation, tail_translation]
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            elif search_plural:
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                # find plural
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                suffix = search(r'lar$', phrase)
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                if suffix is not None:
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                    head = sub(r'lar$', '', phrase)
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                    head_translation = self.translate(head, search_prefix=False, search_plural=False)
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                    if head_translation is not None:
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                        head_translation = dict(head_translation)
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                        head_translation['en'] += ' (pl.)'
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                        return head_translation
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        return None
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    def clean_entry(self, phrase):
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        """
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        Replace GV Media Script parens with FSE parens
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        :param phrase:
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        :type phrase:
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        """
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        return sub(
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            r'(\([^)]*\))|\|([^|)]+)\|',
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            lambda m: '({0})'.format(m.group(2)) if m.group(2) else m.group(1),
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            phrase)
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if __name__ == '__main__':
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if __name__ == '__main__':
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    if len(argv) < 2:
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    if len(argv) < 2:
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        print('Nothing to translate.', end='\n\n', file=stderr)
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        print('Nothing to translate.', end='\n\n', file=stderr)
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        cli_help()
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        cli_help()
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        exit(1)
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        exit(1)
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    text = ' '.join(argv[1:])
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    text = ' '.join(argv[1:])
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    dictionary = VulcanDictionary(dictionary)
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    dictionary = VulcanDictionary(dictionary)
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    dictionary.load('vuh-gol-en.dict.zdb.txt', 'vuh')
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    dictionary.load('vuh-gol-en.dict.zdb.txt', 'vuh')
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    dictionary.clean()
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    dictionary.clean()
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#     try:
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#       try:
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#         for phrase, data in OrderedDict(sorted(
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#           for phrase, data in OrderedDict(sorted(
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#             dictionary.items(),
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#               dictionary.items(),
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#             key=get_sort_dict_alnum_vulcan_key()
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#               key=get_sort_dict_alnum_vulcan_key()
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#         )).items():
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#           )).items():
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#             print(phrase, "=", data)
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#               print(phrase, "=", data)
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#     except BrokenPipeError:
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#       except BrokenPipeError:
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#         pass
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#           pass
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    text = Text(text)
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    dmsg("text:", text, min_level=2)
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    dmsg("text:", text, min_level=2)
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    sentences = findall(r'(?!\s+)(?:.+?\.{1,3}|.+$)', text, DOTALL)
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    dmsg("sentences:", sentences, min_level=2)
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    dmsg("text:", text.__repr__(), min_level=2)
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    for sentence in sentences:
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        dmsg("sentence:", sentence, min_level=2)
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        clauses = findall(r'(?!\s+)(?:.+?(?:\s+-\s*|\s*[–—]\s*|\.{1,3}|.+$))', sentence, DOTALL)
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        dmsg("clauses:", clauses, min_level=2)
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        for clause in clauses:
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            dmsg("clause:", clause, min_level=2)
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            words = findall(r'[^\s.]+', clause)
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            dmsg("words:", words, min_level=2)
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            offset = 0
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            while offset < len(words):
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                translation = None
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    text.translate(dictionary)
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-
 
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                for i in range(len(words), offset, -1):
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                    dmsg("words[{0}:{1}] = {2}".format(offset, i, words[offset:i]), min_level=2)
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                    phrase = ' '.join(words[offset:i])
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                    dmsg("phrase:", phrase, min_level=2)
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                    translation = dictionary.translate(phrase)
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                    if translation is not None:
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                        dmsg("phrase-translation:", translation, min_level=2)
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                        dmsg("words[{0}:{1}] = [\"{2}\"]".format(offset, i, translation), min_level=2)
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                        words[offset:i] = [translation]
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                        offset += i - offset
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                        break
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-
 
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                if translation is None:
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                    dmsg("phrase-translation:", translation, min_level=2)
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                    offset += 1
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            dmsg("words-translation:", words, min_level=2)
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#             dmsg("words-translation:", words, min_level=2)
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            dmsg("words-translation-reduced:",
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#             dmsg("words-translation-reduced:",
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                list(map(
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#                 list(map(
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                    lambda word:
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#                     lambda word:
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                        word['en']
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#                         word['en']
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                        if (hasattr(word, "get") and word.get('en', None) is not None)
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#                         if (hasattr(word, "get") and word.get('en', None) is not None)
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                        else word,
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#                         else word,
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                    words)),
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#                     words)),
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                min_level=2)
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#                 min_level=2)
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#             for key, value in dictionary._expressions.items():
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#              for key, value in dictionary._expressions.items():
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#                 dmsg(key, value, min_level=3)
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#                  dmsg(key, value, min_level=3)
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