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			310 lines
		
	
	
		
			10 KiB
		
	
	
	
		
			Python
		
	
	
		
			Executable File
		
	
	
	
	
			
		
		
	
	
			310 lines
		
	
	
		
			10 KiB
		
	
	
	
		
			Python
		
	
	
		
			Executable File
		
	
	
	
	
| #!/usr/bin/python
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| #
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| # Licensed to the Apache Software Foundation (ASF) under one
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| # or more contributor license agreements.  See the NOTICE file
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| # distributed with this work for additional information
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| # regarding copyright ownership.  The ASF licenses this file
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| # to you under the Apache License, Version 2.0 (the
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| # "License"); you may not use this file except in compliance
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| # with the License.  You may obtain a copy of the License at
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| #
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| #   http://www.apache.org/licenses/LICENSE-2.0
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| #
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| # Unless required by applicable law or agreed to in writing,
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| # software distributed under the License is distributed on an
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| # "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY
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| # KIND, either express or implied.  See the License for the
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| # specific language governing permissions and limitations
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| # under the License.
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| #
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| 
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| import argparse
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| import json
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| import os
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| import re
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| import sys
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| 
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| parser = argparse.ArgumentParser(description='Compares two JSON translation '
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|         'files, as used by the Apache Guacamole web application, listing '
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|         'the strings which appear to be missing or incorrect.')
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| 
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| parser.add_argument('--no-missing', dest='check_missing', action='store_false',
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|         help='Disables checking for strings which are present in ORIGINAL but '
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|         'are missing from TRANSLATED. Assuming ORIGINAL represents the set of '
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|         'strings actually used by the web application, these strings are '
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|         'those which are missing and need to be defined for the translation '
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|         'to be complete. By default, the comparison will check for missing '
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|         'translations.')
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| 
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| parser.add_argument('--no-unused', dest='check_unused', action='store_false',
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|         help='Disables checking for strings which are present in TRANSLATED '
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|         'but not in ORIGINAL. Assuming ORIGINAL represents the set of strings '
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|         'actually used by the web application, these strings are those which '
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|         'are defined by the translation but unused. By default, the '
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|         'comparison will check for unused translations.')
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| 
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| parser.add_argument('--check-copied', action='store_true', help='Enables '
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|         'checking for strings defined in TRANSLATED which are identical to '
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|         'the corresponding strings in ORIGINAL. Such strings may have been '
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|         'incorrectly copied verbatim from the original without being '
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|         'translated at all. It is also possible that both languages simply '
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|         'use the same text for that string, and the string is correct. As '
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|         'this test can produce false positives, it is disabled by default.')
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| 
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| parser.add_argument('ORIGINAL', nargs='?', help='The JSON file which should '
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|         'be used as the basis for comparison. This should be JSON which can '
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|         'be expected to contain every string used by the web application and '
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|         'no others. Typically, this will be the primary, original language of '
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|         'the web application. In the case of Apache Guacamole, this should be '
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|         'English. If omitted, the file "en.json" within the same directory '
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|         'as TRANSLATED will be used by default.')
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| 
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| parser.add_argument('TRANSLATED', help='The JSON file which should be '
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|         'compared against ORIGINAL. This should be the JSON which has been '
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|         'translated from ORIGINAL, and thus should contain the same set of '
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|         'strings if the translation is complete.')
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| 
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| args = parser.parse_args()
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| 
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| def flatten_strings(translation, prefix=u''):
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|     """Reads all translation strings from the given JSON, taking into account
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|     namespacing, flattening nested namespaces into a single set of key/value
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|     pairs.
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| 
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|     For example, the following call:
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| 
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|         flatten_strings({
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|             u'TOP' : {
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|                 u'LETTERS' : {
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|                     u'A' : u'A',
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|                     u'B' : u'B'
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|                 },
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|                 u'NUMBERS' : {
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|                     u'ONE' : u'1',
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|                     u'TWO' : u'2',
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|                     u'THREE' : u'3'
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|                 }
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|             }
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|         })
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| 
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|     would return:
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| 
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|         {
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|             u'TOP.LETTERS.A' : u'A',
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|             u'TOP.LETTERS.B' : u'B',
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|             u'TOP.NUMBERS.ONE' : u'1',
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|             u'TOP.NUMBERS.TWO' : u'2',
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|             u'TOP.NUMBERS.THREE' : u'3'
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|         }
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| 
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|     Parameters
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|     ----------
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|     translation : dict or unicode
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|         The dict object to read translation strings from, where each key is a
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|         translation key or namespace and each value is a translation string or
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|         a dict containing the translations nested within that namespace.
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|         this object is simply a Unicode string, it will be assumed to be the
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|         value of a translation string, and the prefix provided will be assumed
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|         to be the name.
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| 
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|     prefix : unicode, optional
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|         The namespace prefix to apply to all translation strings within the
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|         given object, if any. This parameter is optional. If omitted, an empty
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|         string will be used.
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| 
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|     Returns
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|     -------
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|     dict
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|         An dict whose properties are the names of all translation strings
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|         contained within the given object.
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| 
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|     """
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| 
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|     strings = {}
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| 
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|     # If the provided object is a string, the prefix is the string name
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|     if isinstance(translation, unicode):
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|         strings[prefix] = translation
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|         return strings
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| 
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|     # Otherwise, if the prefix is non-empty, append a period for children
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|     if prefix:
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|         prefix += u'.'
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| 
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|     # For each property of the given object, read all string names
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|     for key, child in translation.items():
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| 
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|         # Add all string names within the child under its prefix
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|         for flattened, value in flatten_strings(child, prefix + key).items():
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|             strings[flattened] = value
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| 
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|     return strings
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| 
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| class Translation:
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|     """A set of namespaced translation strings read from a JSON file, as
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|     supported by angular-translate and used by Apache Guacamole.
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| 
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|     Attributes
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|     ----------
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|     lang_key : unicode
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|         The unique key identifying the JSON translation file and the language
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|         within that file. This will simply be the filename without the ".json"
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|         extension.
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|     lang_name : unicode
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|         The name of the language as defined within the JSON translation file by
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|         the special "NAME" key. Not all translations will define a "NAME", as
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|         some translations (those provided by Guacamole extensions) are used as
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|         overlays for the base translation for that language defined at the web
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|         application level. If no "NAME" key is present, `lang_name` will be
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|         `None`.
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|     strings : dict
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|         The flattened set of translation key/value pairs. Each key will contain
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|         all applicable namespaces, separated by periods, as produced by
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|         `flatten_strings()`. There will be no nested keys.
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| 
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|     """
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| 
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| 
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|     def __init__(self, path):
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|         """
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|         Parses the details and contents of the JSON translation file at the
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|         given path.
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| 
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|         Parameters
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|         ----------
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|         path : str
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|             The path to the JSON file containing the translation to be read.
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| 
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|         """
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| 
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|         json_data = open(path).read()
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|         filename = os.path.basename(path)
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|         
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|         self.lang_key  = os.path.splitext(filename)[0]
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|         self.strings   = flatten_strings(json.loads(json_data))
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|         self.lang_name = self.strings.get(u'NAME', None)
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| 
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|     def get_missing(self, expected):
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|         """Returns a list of translation keys which are present in the given
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|         translation but missing from this translation.
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| 
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|         Parameters
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|         ----------
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|         expected : Translation
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|             The translation to compare this translation against.
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| 
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|         Returns
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|         -------
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|         list
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|             A list of translation keys which are present in the given
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|             translation but are NOT present in this translation.
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| 
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|         """
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|         return [ key for key in expected.strings if not key in self.strings ]
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| 
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|     def get_identical(self, other):
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|         """Returns a list of translation keys which map to the same exact value
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|         in both this translation and the given translation.
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| 
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|         Parameters
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|         ----------
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|         other : Translation
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|             The translation to compare this translation against.
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| 
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|         Returns
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|         -------
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|         list
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|             A list of translation keys which map to the same exact value in
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|             both translations.
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| 
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|         """
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|         return [ key for key, value in self.strings.items()
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|                 if key in other.strings and other.strings[key] == value ]
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| 
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| #
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| # Translation keys which are expected to always be inherited from the base
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| # translation and thus should be missing from all translations
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| #
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| 
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| expected_missing = {
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|     u'APP.NAME',
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|     u'APP.VERSION'
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| }
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| 
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| #
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| # Regular expression which matches strings that are expected to be copied
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| # verbatim
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| #
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| 
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| expected_copied = re.compile('|'.join([
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|     '^$', # Empty string
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|     '^@:', # References to other strings
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|     '^\\d+$', # Numbers
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|     '^(VNC|RDP|SSH|SFTP|Telnet)$', # Protocol names
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|     '^(Apache )?Guacamole$' # Guacamole itself
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| ]))
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| 
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| #
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| # Read provided input files
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| #
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| 
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| orig = Translation(args.ORIGINAL
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|         or '{}/en.json'.format(os.path.dirname(args.TRANSLATED)))
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| 
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| trans = Translation(args.TRANSLATED)
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| 
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| print u'Original language: {} ({})'.format(orig.lang_key, orig.lang_name)
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| print u'Translation language: {} ({})'.format(trans.lang_key, trans.lang_name)
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| 
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| # Ignore keys that are expected to be missing
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| orig.strings = { key:value for key, value in orig.strings.items()
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|         if key not in expected_missing }
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| 
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| #
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| # Perform requested tests
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| #
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| 
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| missing = trans.get_missing(orig) if args.check_missing else []
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| unused = orig.get_missing(trans) if args.check_unused else []
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| copied = orig.get_identical(trans) if args.check_copied else []
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| 
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| # Exclude keys which are expected to be copied
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| copied = [ key for key in copied
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|         if not expected_copied.match(orig.strings[key]) ]
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| 
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| #
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| # Group any errors encountered by type
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| #
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| 
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| if missing:
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|     print('\nThe following strings are missing from the translation and '
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|           'should be added:\n')
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|     for name in sorted(missing):
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|         print '    {}'.format(name)
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| 
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| if unused:
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|     print('\nThe following strings are either NOT defined for the original '
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|           'language or are expected to be inherited from the original '
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|           'language and should be removed:\n')
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|     for name in sorted(unused):
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|         print '    {}'.format(name)
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| 
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| if copied:
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|     print('\nThe following strings are identical to the original language '
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|           'and MIGHT be untranslated:\n')
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|     for name in sorted(copied):
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|         print '    {}'.format(name)
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| 
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| #
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| # Count total number of errors and summarize result
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| #
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| 
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| errors = len(missing) + len(unused) + len(copied)
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| 
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| if errors:
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|     print '\n{} error(s) total.'.format(errors)
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|     sys.exit(1)
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| 
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| print '\nCheck completed successfully. No errors.'
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| 
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