Remove contents of grit's SVN repository.

grit/pseudo.py

Index: grit/pseudo.py
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--- grit/pseudo.py	(revision 202)
+++ grit/pseudo.py	(working copy)
@@ -1,128 +0,0 @@
-#!/usr/bin/env python
-# Copyright (c) 2012 The Chromium Authors. All rights reserved.
-# Use of this source code is governed by a BSD-style license that can be
-# found in the LICENSE file.
-
-'''Pseudotranslation support.  Our pseudotranslations are based on the
-P-language, which is a simple vowel-extending language.  Examples of P:
-  - "hello" becomes "hepellopo"
-  - "howdie" becomes "hopowdiepie"
-  - "because" becomes "bepecaupause" (but in our implementation we don't
-    handle the silent e at the end so it actually would return "bepecaupausepe"
-
-The P-language has the excellent quality of increasing the length of text
-by around 30-50% which is great for pseudotranslations, to stress test any
-GUI layouts etc.
-
-To make the pseudotranslations more obviously "not a translation" and to make
-them exercise any code that deals with encodings, we also transform all English
-vowels into equivalent vowels with diacriticals on them (rings, acutes,
-diaresis, and circumflex), and we write the "p" in the P-language as a Hebrew
-character Qof.  It looks sort of like a latin character "p" but it is outside
-the latin-1 character set which will stress character encoding bugs.
-'''
-
-from grit import lazy_re
-from grit import tclib
-
-
-# An RFC language code for the P pseudolanguage.
-PSEUDO_LANG = 'x-P-pseudo'
-
-# Hebrew character Qof.  It looks kind of like a 'p' but is outside
-# the latin-1 character set which is good for our purposes.
-# TODO(joi) For now using P instead of Qof, because of some bugs it used.  Find
-# a better solution, i.e. one that introduces a non-latin1 character into the
-# pseudotranslation.
-#_QOF = u'\u05e7'
-_QOF = u'P'
-
-# How we map each vowel.
-_VOWELS = {
-  u'a' : u'\u00e5',  # a with ring
-  u'e' : u'\u00e9',  # e acute
-  u'i' : u'\u00ef',  # i diaresis
-  u'o' : u'\u00f4',  # o circumflex
-  u'u' : u'\u00fc',  # u diaresis
-  u'y' : u'\u00fd',  # y acute
-  u'A' : u'\u00c5',  # A with ring
-  u'E' : u'\u00c9',  # E acute
-  u'I' : u'\u00cf',  # I diaresis
-  u'O' : u'\u00d4',  # O circumflex
-  u'U' : u'\u00dc',  # U diaresis
-  u'Y' : u'\u00dd',  # Y acute
-}
-
-# Matches vowels and P
-_PSUB_RE = lazy_re.compile("(%s)" % '|'.join(_VOWELS.keys() + ['P']))
-
-
-# Pseudotranslations previously created.  This is important for performance
-# reasons, especially since we routinely pseudotranslate the whole project
-# several or many different times for each build.
-_existing_translations = {}
-
-
-def MapVowels(str, also_p = False):
-  '''Returns a copy of 'str' where characters that exist as keys in _VOWELS
-  have been replaced with the corresponding value.  If also_p is true, this
-  function will also change capital P characters into a Hebrew character Qof.
-  '''
-  def Repl(match):
-    if match.group() == 'p':
-      if also_p:
-        return _QOF
-      else:
-        return 'p'
-    else:
-      return _VOWELS[match.group()]
-  return _PSUB_RE.sub(Repl, str)
-
-
-def PseudoString(str):
-  '''Returns a pseudotranslation of the provided string, in our enhanced
-  P-language.'''
-  if str in _existing_translations:
-    return _existing_translations[str]
-
-  outstr = u''
-  ix = 0
-  while ix < len(str):
-    if str[ix] not in _VOWELS.keys():
-      outstr += str[ix]
-      ix += 1
-    else:
-      # We want to treat consecutive vowels as one composite vowel.  This is not
-      # always accurate e.g. in composite words but good enough.
-      consecutive_vowels = u''
-      while ix < len(str) and str[ix] in _VOWELS.keys():
-        consecutive_vowels += str[ix]
-        ix += 1
-      changed_vowels = MapVowels(consecutive_vowels)
-      outstr += changed_vowels
-      outstr += _QOF
-      outstr += changed_vowels
-
-  _existing_translations[str] = outstr
-  return outstr
-
-
-def PseudoMessage(message):
-  '''Returns a pseudotranslation of the provided message.
-
-  Args:
-    message: tclib.Message()
-
-  Return:
-    tclib.Translation()
-  '''
-  transl = tclib.Translation()
-
-  for part in message.GetContent():
-    if isinstance(part, tclib.Placeholder):
-      transl.AppendPlaceholder(part)
-    else:
-      transl.AppendText(PseudoString(part))
-
-  return transl
-