Import kitchen_1.2.4.orig.tar.gz

.gitignore

@@ -0,0 +1,6 @@
+*.pyc
+MANIFEST
+dist
+*.egg*
+*.pdf
+build

.travis.yml

@@ -0,0 +1,12 @@
+language: python
+python:
+ - "2.6"
+ - "2.7"
+ - "3.4"
+install: python setup.py develop
+script: ./runtests.sh
+notifications:
+    irc:
+        - "irc.freenode.net#threebean"
+    on_success: never
+    on_failure: always

.tx/config

@@ -0,0 +1,7 @@
+[main]
+host = https://www.transifex.com
+
+[kitchen.kitchenpot]
+file_filter = po/<lang>.po
+source_file = po/kitchen.pot
+source_lang = en

HACKING.rst

@@ -3,8 +3,9 @@ Some notes on hacking on kitchen
 ================================
 
 :Author: Toshio Kuratomi
-:Date: 2 Jan 2012
+:Maintainer: Ralph Bean
-:Version: 1.1.x
+:Date: 2 Dec 2014
+:Version: 1.2.x
 
 For coding and kitchen, see the style guide in the documentation.
 
@@ -40,20 +41,20 @@ be found in the `transifex user's guide`_.
 .. `transifex user's guide`:: http://help.transifex.net/user-guide/translating.html
 
 To generate the POT file (located in the po/ subdirectory), use pybabel to
-extract the messages.  Tun the following from the top level directory::
+extract the messages.  Run the following from the top level directory::
 
-  pybabel extract -o po/kitchen.pot kitchen -kb_ -kbN_
+  pybabel extract -o po/kitchen.pot kitchen2 kitchen3
 
 Then commit this pot file and upload to transifex::
 
   tx push -s
-  bzr commit -m 'Extract new strings from the source files' po/kitchen.pot
+  git commit -m 'Extract new strings from the source files' po/kitchen.pot
-  bzr push
+  git push
 
 To pull messages from transifex prior to making a release, do::
 
   tx pull -a
-  bzr commit -m 'Merge new translations from transifex' po/*.po
+  git commit -m 'Merge new translations from transifex' po/*.po
 
 If you see a status message from transifex like this::
   Pulling new translations for resource kitchen.kitchenpot (source: po/kitchen.pot)
@@ -62,8 +63,8 @@ If you see a status message from transifex like this::
 it means that transifex has created a brand new po file for you.  You need to
 add the new file to source control and commit it like this::
 
-  bzr add po/fr.po
+  git add po/fr.po
-  bzr commit -m 'New French translation' po/fr.po
+  git commit -m 'New French translation' po/fr.po
 
 
 TODO: Add information about announcing string freeze.  Using transifex's add
@@ -130,7 +131,8 @@ Unittest
 
 Kitchen has a large set of unittests.  All of them should pass before release.
 You can run the unittests with the following command::
-    nosetests --with-coverage --cover-package kitchen
+
+    ./runtests.sh
 
 This will run all the unittests under the tests directory and also generate
 some statistics about which lines of code were not accessed when kitchen ran.
@@ -144,48 +146,70 @@ some statistics about which lines of code were not accessed when kitchen ran.
     a look at :file:`test_i18n.py` and :file:`test_converters.py` to see tests
     that attempt to cover enough input values to detect problems.
 
-Since kitchen is currently supported on python-2.3.1+, it is desirable to test
+Since kitchen is currently supported on python2 and python3, it is desirable to
-kitchen on at least one python major version from python-2.3 through
+run tests against as many python versions as possible.  We currently have a
-python-2.7.  We currently have access to a buildbot that has access to
+jenkins instance in the Fedora Infrastructure private cloud with a job set up
-python-2.4, python-2.6, and python-2.7.  You can view it at
+for kitchen at http://jenkins.cloud.fedoraproject.org/job/kitchen/
-http://ci.csh.rit.edu:8080/view/Kitchen/ .  The buildbot checks the devel
-repository hourly and if new checkins have occurred, it attempts to rebuild.
-If you need access to invoke builds on the buildbot more regularly than that,
-contact Toshio to get access.
 
-We were unable to get python-2.3 working in the buildbot so I manually run the
+It is not currently running tests against python-2.{3,4,5,6}.  If you are
-unittests on a CentOS-4 virtual machine (with python-2.3).  I currently don't
+interested in getting those builds running automatically, please speak up in
-test on python-2.5 but I'd be happy to take bug reports or get a new committer
+the #fedora-apps channel on freenode.
-that was interested in that platform.
 
 Creating the release
 ====================
 
+
+Then commit this pot file and upload to transifex:
+
 1. Make sure that any feature branches you want have been merged.
-2. Pull in new translations and verify they are valid::
+
+2. Make a fresh branch for your release::
+
+    git flow release start $VERSION
+
+3. Extract strings for translation and push them to transifex::
+
+    pybabel extract -o po/kitchen.pot kitchen2 kitchen3
+    tx push -s
+    git commit -m 'Extract new strings from the source files' po/kitchen.pot
+    git push
+
+4. Wait for translations.  In the meantime...
+5. Update the version in ``kitchen/__init__.py`` and ``NEWS.rst``.
+6. When they're all ready, pull in new translations and verify they are valid::
+
     tx pull -a
     # If msgfmt is installed, this will check that the catalogs are valid
     ./releaseutils.py
-    bzr commit -m 'Merge new translations from transifex.net'
+    git commit -m 'Merge new translations from transifex.net'
-3. Update the version in kitchen/__init__.py and NEWS.
+    git push
-4. Make a fresh clone of the repository::
+
-    cd $PATH_TO_MY_SHARED_REPO
+7. Create a pull-request so someone else from #fedora-apps can review::
-    bzr branch bzr://bzr.fedorahosted.org/bzr/kitchen/devel release
+
-5. Make the source tarball in that directory::
+    hub pull-request -b master
-    cd release
+
+8. Once someone has given it a +1, then make a source tarball::
+
     python setup.py sdist
-6. Make sure that the source tarball contains all of the files we want in the release::
+
-    cd ..
+9. Upload the docs to pypi::
-    tar -xzvf release/dist/kitchen*tar.gz
+
-    diff -uNr devel kitchen-$RELEASE_VERSION
+    mkdir -p build/sphinx/html
-7. Upload the docs to pypi::
+    sphinx-build kitchen2/docs/ build/sphinx/html
-    cd release
     python setup.py upload_docs
-8. Upload the tarball to pypi::
+
-    python setup.py sdist upload --sign
+10. Upload the tarball to pypi::
-9. Upload the tarball to fedorahosted::
+
-    scp dist/kitchen*tar.gz fedorahosted.org:/srv/web/releases/k/i/kitchen/
+     python setup.py sdist upload --sign
-10. Tag the release::
+
-        cd ../devel
+11. Upload the tarball to fedorahosted::
-        bzr tag $RELEASE_VERSION
+
-        bzr push
+     scp dist/kitchen*tar.gz* fedorahosted.org:/srv/web/releases/k/i/kitchen/
+
+12. Tag and bag it::
+
+     git flow release finish -m $VERSION -u $YOUR_GPG_KEY_ID $VERSION
+     git push origin develop:develop
+     git push origin master:master
+     git push origin --tags
+     # Your pull-request should automatically close.  Double-check this, though.

MANIFEST.in

@@ -0,0 +1,11 @@
+include COPYING COPYING.LESSER
+include *.rst
+include releaseutils.py
+recursive-include tests *.py *.po *.pot *.mo
+recursive-include docs *
+include po/*.pot
+include po/*.po
+include locale/*/*/*.mo
+recursive-include kitchen2 *.py *.po *.mo *.pot
+recursive-include kitchen3 *.py *.po *.mo *.pot
+include runtests.sh

NEWS.rst

@@ -2,9 +2,72 @@
 NEWS
 ====
 
-:Authors: Toshio Kuratomi
+:Author: Toshio Kuratomi
-:Date: 14 Feb 2012
+:Maintainer: Ralph Bean
-:Version: 1.1.1
+:Date: 13 Nov 2015
+:Version: 1.2.x
+
+-----
+1.2.4
+-----
+
+* Further compat fixes for python-3.5
+
+-----
+1.2.3
+-----
+
+* Compatibility with python-3.5
+
+-----
+1.2.2
+-----
+
+* Compatibility with python-3.4
+* Compatibility with pep470
+
+-----
+1.2.1
+-----
+
+* Fix release-related problems with the 1.2.0 tarball.
+  - Include locale data for the test suite.
+  - Include NEWS.rst and README.rst.
+  - Include runtests.sh.
+  - Adjust trove classifiers to indicate python3 support.
+
+-----
+1.2.0
+-----
+
+* kitchen gained support for python3.  The tarball release now includes a
+  ``kitchen2/`` and a ``kitchen3/`` directory containing copies of the source
+  code modified to work against each of the two major python versions.  When
+  installing with ``pip`` or ``setup.py``, the appropriate version should be
+  selected and installed.
+* The canonical upstream repository location moved to git and github.  See
+  https://github.com/fedora-infra/kitchen
+* Added kitchen.text.misc.isbasestring(), kitchen.text.misc.isbytestring(),
+  and kitchen.text.misc.isunicodestring().  These are mainly useful for code
+  being ported to python3 as python3 lacks a basestring type and has two types
+  for byte strings.  Code that has to run on both python2 and python3 or
+  wants to provide similar byte vs unicode semantics may find these functions
+  to be a good abstraction.
+* Add a python2_api parameter to various i18n functions: NullTranslations
+  constructor, NewGNUTranslations constructor, and get_translation_object.
+  When set to True (the default), the python2 api for gettext objects is used.
+  When set to False, the python3 api is used.  This option is intended to aid
+  in porting from python2 to python3.
+* Exception messages are no longer translated.  The idea is that exceptions
+  should be easily searched for via a web search.
+* Fix a bug in unicode_to_xml() where xmlcharrefs created when a unicode
+  string is turned into a byte string with an encoding that doesn't have 
+  all of the needed characters had their ampersands ("&") escaped.
+* Fix a bug in NewGNUTranslations.lngettext() if a fallback gettext object is
+  used and the message is not in any catalog.
+* Speedups to process_control_chars() that are directly reflected in
+  unicode_to_xml() and byte_string_to_xml()
+* Remove C1 Control Codes in to_xml() as well as C0 Control Codes
 
 -----
 1.1.1

PKG-INFO

@@ -1,39 +0,0 @@
-Metadata-Version: 1.0
-Name: kitchen
-Version: 1.1.1
-Summary: Kitchen contains a cornucopia of useful code
-Home-page: https://fedorahosted.org/kitchen
-Author: Toshio Kuratomi
-Author-email: toshio@fedoraproject.org
-License: LGPLv2+
-Download-URL: https://fedorahosted.org/releases/k/i/kitchen
-Description: 
-        We've all done it.  In the process of writing a brand new application we've
-        discovered that we need a little bit of code that we've invented before.
-        Perhaps it's something to handle unicode text.  Perhaps it's something to make
-        a bit of python-2.5 code run on python-2.3.  Whatever it is, it ends up being
-        a tiny bit of code that seems too small to worry about pushing into its own
-        module so it sits there, a part of your current project, waiting to be cut and
-        pasted into your next project.  And the next.  And the next.  And since that
-        little bittybit of code proved so useful to you, it's highly likely that it
-        proved useful to someone else as well.  Useful enough that they've written it
-        and copy and pasted it over and over into each of their new projects.
-        
-        Well, no longer!  Kitchen aims to pull these small snippets of code into a few
-        python modules which you can import and use within your project.  No more copy
-        and paste!  Now you can let someone else maintain and release these small
-        snippets so that you can get on with your life.
-        
-Keywords: Useful Small Code Snippets
-Platform: UNKNOWN
-Classifier: Development Status :: 4 - Beta
-Classifier: License :: OSI Approved :: GNU Library or Lesser General Public License (LGPL)
-Classifier: Operating System :: OS Independent
-Classifier: Programming Language :: Python :: 2.3
-Classifier: Programming Language :: Python :: 2.4
-Classifier: Programming Language :: Python :: 2.5
-Classifier: Programming Language :: Python :: 2.6
-Classifier: Programming Language :: Python :: 2.7
-Classifier: Topic :: Software Development :: Internationalization
-Classifier: Topic :: Software Development :: Libraries :: Python Modules
-Classifier: Topic :: Text Processing :: General

README.rst

@@ -3,8 +3,9 @@ Kitchen.core Module
 ===================
 
 :Author: Toshio Kuratomi
-:Date: 2 Jan 2012
+:Maintainer: Ralph Bean
-:Version: 1.1.x
+:Date: 13 Nov 2015
+:Version: 1.2.x
 
 The Kitchen module provides a python API for all sorts of little useful
 snippets of code that everybody ends up writing for their projects but never
@@ -38,12 +39,15 @@ Requirements
 
 kitchen.core requires
 
-:python: 2.3.1 or later
+:python: 2.4 or later
+
+Since version 1.2.0, this package has distributed both python2 and python3
+compatible versions of the source.
 
 Soft Requirements
 =================
 
-If found, these libraries will be used to make the implementation of soemthing
+If found, these libraries will be used to make the implementation of something
 better in some way.  If they are not present, the API that they enable will
 still exist but may function in a different manner.
 
@@ -78,4 +82,5 @@ Testing
 =======
 
 You can run the unittests with this command::
-    nosetests --with-coverage --cover-package kitchen
+
+    ./runtests.sh

kitchen2/docs/hacking.rst

@@ -10,10 +10,10 @@ Style
 * Run `:command:`pylint` ` over the code and try to resolve most of its nitpicking
 
 ------------------------
-Python 2.3 compatibility
+Python 2.4 compatibility
 ------------------------
 
-At the moment, we're supporting python-2.3 and above.  Understand that there's
+At the moment, we're supporting python-2.4 and above.  Understand that there's
 a lot of python features that we cannot use because of this.
 
 Sometimes modules in the |stdlib|_ can be added to kitchen so that they're
@@ -23,7 +23,7 @@ available.  When we do that we need to be careful of several things:
    :file:`maintainers/sync-copied-files.py` for this.
 2. Sync the unittests as well as the module.
 3. Be aware that not all modules are written to remain compatible with
-   Python-2.3 and might use python language features that were not present
+   Python-2.4 and might use python language features that were not present
    then (generator expressions, relative imports, decorators, with, try: with
    both except: and finally:, etc)  These are not good candidates for
    importing into kitchen as they require more work to keep synced.
@@ -56,7 +56,7 @@ Unittests
 
 * We're using nose for unittesting.  Rather than depend on unittest2
   functionality, use the functions that nose provides.
-* Remember to maintain python-2.3 compatibility even in unittests.
+* Remember to maintain python-2.4 compatibility even in unittests.
 
 ----------------------------
 Docstrings and documentation

kitchen2/docs/index.rst

@@ -9,7 +9,7 @@ Kitchen, everything but the sink
 We've all done it.  In the process of writing a brand new application we've
 discovered that we need a little bit of code that we've invented before.
 Perhaps it's something to handle unicode text.  Perhaps it's something to make
-a bit of python-2.5 code run on python-2.3.  Whatever it is, it ends up being
+a bit of python-2.5 code run on python-2.4.  Whatever it is, it ends up being
 a tiny bit of code that seems too small to worry about pushing into its own
 module so it sits there, a part of your current project, waiting to be cut and
 pasted into your next project.  And the next.  And the next.  And since that
@@ -37,11 +37,9 @@ Requirements
 We've tried to keep the core kitchen module's requirements lightweight.  At the
 moment kitchen only requires
 
-:python: 2.3.1 or later
+:python: 2.4 or later
 
-.. warning:: Kitchen-1.1.0 is likely to be the last release that supports
+.. warning:: Kitchen-1.1.0 was the last release that supported python-2.3.x
-    python-2.3.x.  Future releases will target python-2.4 as the minimum
-    required version.
 
 Soft Requirements
 =================
@@ -73,9 +71,9 @@ now, I just mention them here:
     lists and dicts, transforming the dicts to Bunch's.
 `hashlib <http://code.krypto.org/python/hashlib/>`_
     Python 2.5 and forward have a :mod:`hashlib` library that provides secure
-    hash functions to python.  If you're developing for python2.3 or
+    hash functions to python.  If you're developing for python2.4 though, you
-    python2.4, though, you can install the standalone hashlib library and have
+    can install the standalone hashlib library and have access to the same
-    access to the same functions.
+    functions.
 `iterutils <http://pypi.python.org/pypi/iterutils/>`_
     The python documentation for :mod:`itertools` has some examples
     of other nice iterable functions that can be built from the

kitchen2/kitchen/__init__.py

@@ -6,12 +6,12 @@
 # modify it under the terms of the GNU Lesser General Public
 # License as published by the Free Software Foundation; either
 # version 2.1 of the License, or (at your option) any later version.
-# 
+#
 # kitchen is distributed in the hope that it will be useful,
 # but WITHOUT ANY WARRANTY; without even the implied warranty of
 # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
 # Lesser General Public License for more details.
-# 
+#
 # You should have received a copy of the GNU Lesser General Public
 # License along with kitchen; if not, see <http://www.gnu.org/licenses/>
 #
@@ -35,7 +35,7 @@ from kitchen import versioning
 (b_, bN_) = i18n.easy_gettext_setup('kitchen.core', use_unicode=False)
 #pylint: enable-msg=C0103
 
-__version_info__ = ((1, 1, 1),)
+__version_info__ = ((1, 2, 4),)
 __version__ = versioning.version_tuple_to_string(__version_info__)
 
 __all__ = ('exceptions', 'release',)

kitchen2/kitchen/i18n/__init__.py

@@ -1,6 +1,6 @@
 # -*- coding: utf-8 -*-
 #
-# Copyright (c) 2010-2011 Red Hat, Inc
+# Copyright (c) 2010-2012 Red Hat, Inc
 # Copyright (c) 2009 Milos Komarcevic
 # Copyright (c) 2008 Tim Lauridsen
 #
@@ -89,7 +89,7 @@ See the documentation of :func:`easy_gettext_setup` and
 
 from kitchen.versioning import version_tuple_to_string
 
-__version_info__ = ((2, 1, 1),)
+__version_info__ = ((2, 2, 0),)
 __version__ = version_tuple_to_string(__version_info__)
 
 import copy
@@ -99,6 +99,7 @@ import itertools
 import locale
 import os
 import sys
+import warnings
 
 # We use the _default_localedir definition in get_translation_object
 try:
@@ -107,7 +108,7 @@ except ImportError:
     _DEFAULT_LOCALEDIR = os.path.join(sys.prefix, 'share', 'locale')
 
 from kitchen.text.converters import to_bytes, to_unicode
-from kitchen.text.misc import byte_string_valid_encoding
+from kitchen.text.misc import byte_string_valid_encoding, isbasestring
 
 # We cache parts of the translation objects just like stdlib's gettext so that
 # we don't reparse the message files and keep them in memory separately if the
@@ -199,9 +200,12 @@ class DummyTranslations(object, gettext.NullTranslations):
           :func:`locale.getpreferredencoding`.
         * Make setting :attr:`input_charset` and :attr:`output_charset` also
           set those attributes on any fallback translation objects.
+
+    .. versionchanged:: kitchen-1.2.0 ; API kitchen.i18n 2.2.0
+        Add python2_api parameter to __init__()
     '''
     #pylint: disable-msg=C0103,C0111
-    def __init__(self, fp=None):
+    def __init__(self, fp=None, python2_api=True):
         gettext.NullTranslations.__init__(self, fp)
 
         # Python 2.3 compat
@@ -212,6 +216,46 @@ class DummyTranslations(object, gettext.NullTranslations):
         # 'utf-8' is only a default here.  Users can override.
         self._input_charset = 'utf-8'
 
+        # Decide whether to mimic the python2 or python3 api
+        self.python2_api = python2_api
+
+    def _set_api(self):
+        if self._python2_api:
+            warnings.warn('Kitchen.i18n provides gettext objects that'
+                    ' implement either the python2 or python3 gettext api.'
+                    '  You are currently using the python2 api.  Consider'
+                    ' switching to the python3 api by setting'
+                    ' python2_api=False when creating the gettext object',
+                    PendingDeprecationWarning, stacklevel=2)
+            self.gettext = self._gettext
+            self.lgettext = self._lgettext
+            self.ugettext = self._ugettext
+            self.ngettext = self._ngettext
+            self.lngettext = self._lngettext
+            self.ungettext = self._ungettext
+        else:
+            self.gettext = self._ugettext
+            self.lgettext = self._lgettext
+            self.ngettext = self._ungettext
+            self.lngettext = self._lngettext
+            self.ugettext = self._removed_method_factory('ugettext')
+            self.ungettext = self._removed_method_factory('ungettext')
+
+    def _removed_method_factory(self, name):
+        def _removed_method(*args, **kwargs):
+            raise AttributeError("'%s' object has no attribute '%s'" %
+                    (self.__class__.__name__, name))
+        return _removed_method
+
+    def _set_python2_api(self, value):
+        self._python2_api = value
+        self._set_api()
+
+    def _get_python2_api(self):
+        return self._python2_api
+
+    python2_api = property(_get_python2_api, _set_python2_api)
+
     def _set_input_charset(self, charset):
         if self._fallback:
             try:
@@ -276,7 +320,7 @@ class DummyTranslations(object, gettext.NullTranslations):
         # Make sure that we're returning a str of the desired encoding
         return to_bytes(msg, encoding=output_encoding)
 
-    def gettext(self, message):
+    def _gettext(self, message):
         # First use any fallback gettext objects.  Since DummyTranslations
         # doesn't do any translation on its own, this is a good first step.
         if self._fallback:
@@ -292,7 +336,7 @@ class DummyTranslations(object, gettext.NullTranslations):
 
         return self._reencode_if_necessary(message, output_encoding)
 
-    def ngettext(self, msgid1, msgid2, n):
+    def _ngettext(self, msgid1, msgid2, n):
         # Default
         if n == 1:
             message = msgid1
@@ -313,7 +357,7 @@ class DummyTranslations(object, gettext.NullTranslations):
 
         return self._reencode_if_necessary(message, output_encoding)
 
-    def lgettext(self, message):
+    def _lgettext(self, message):
         if self._fallback:
             try:
                 message = self._fallback.lgettext(message)
@@ -329,7 +373,7 @@ class DummyTranslations(object, gettext.NullTranslations):
 
         return self._reencode_if_necessary(message, output_encoding)
 
-    def lngettext(self, msgid1, msgid2, n):
+    def _lngettext(self, msgid1, msgid2, n):
         # Default
         if n == 1:
             message = msgid1
@@ -351,8 +395,8 @@ class DummyTranslations(object, gettext.NullTranslations):
 
         return self._reencode_if_necessary(message, output_encoding)
 
-    def ugettext(self, message):
+    def _ugettext(self, message):
-        if not isinstance(message, basestring):
+        if not isbasestring(message):
             return u''
         if self._fallback:
             msg = to_unicode(message, encoding=self.input_charset)
@@ -365,7 +409,7 @@ class DummyTranslations(object, gettext.NullTranslations):
         # Make sure we're returning unicode
         return to_unicode(message, encoding=self.input_charset)
 
-    def ungettext(self, msgid1, msgid2, n):
+    def _ungettext(self, msgid1, msgid2, n):
         # Default
         if n == 1:
             message = msgid1
@@ -474,8 +518,8 @@ class NewGNUTranslations(DummyTranslations, gettext.GNUTranslations):
     def _parse(self, fp):
         gettext.GNUTranslations._parse(self, fp)
 
-    def gettext(self, message):
+    def _gettext(self, message):
-        if not isinstance(message, basestring):
+        if not isbasestring(message):
             return ''
         tmsg = message
         u_message = to_unicode(message, encoding=self.input_charset)
@@ -495,13 +539,13 @@ class NewGNUTranslations(DummyTranslations, gettext.GNUTranslations):
 
         return self._reencode_if_necessary(tmsg, output_encoding)
 
-    def ngettext(self, msgid1, msgid2, n):
+    def _ngettext(self, msgid1, msgid2, n):
         if n == 1:
             tmsg = msgid1
         else:
             tmsg = msgid2
 
-        if not isinstance(msgid1, basestring):
+        if not isbasestring(msgid1):
             return ''
         u_msgid1 = to_unicode(msgid1, encoding=self.input_charset)
         try:
@@ -521,8 +565,8 @@ class NewGNUTranslations(DummyTranslations, gettext.GNUTranslations):
 
         return self._reencode_if_necessary(tmsg, output_encoding)
 
-    def lgettext(self, message):
+    def _lgettext(self, message):
-        if not isinstance(message, basestring):
+        if not isbasestring(message):
             return ''
         tmsg = message
         u_message = to_unicode(message, encoding=self.input_charset)
@@ -542,13 +586,13 @@ class NewGNUTranslations(DummyTranslations, gettext.GNUTranslations):
 
         return self._reencode_if_necessary(tmsg, output_encoding)
 
-    def lngettext(self, msgid1, msgid2, n):
+    def _lngettext(self, msgid1, msgid2, n):
         if n == 1:
             tmsg = msgid1
         else:
             tmsg = msgid2
 
-        if not isinstance(msgid1, basestring):
+        if not isbasestring(msgid1):
             return ''
         u_msgid1 = to_unicode(msgid1, encoding=self.input_charset)
         try:
@@ -557,7 +601,7 @@ class NewGNUTranslations(DummyTranslations, gettext.GNUTranslations):
         except KeyError:
             if self._fallback:
                 try:
-                    tmsg = self._fallback.ngettext(msgid1, msgid2, n)
+                    tmsg = self._fallback.lngettext(msgid1, msgid2, n)
                 except (AttributeError, UnicodeError):
                     # Ignore UnicodeErrors: We'll do our own encoding next
                     pass
@@ -569,8 +613,8 @@ class NewGNUTranslations(DummyTranslations, gettext.GNUTranslations):
         return self._reencode_if_necessary(tmsg, output_encoding)
 
 
-    def ugettext(self, message):
+    def _ugettext(self, message):
-        if not isinstance(message, basestring):
+        if not isbasestring(message):
             return u''
         message = to_unicode(message, encoding=self.input_charset)
         try:
@@ -586,13 +630,13 @@ class NewGNUTranslations(DummyTranslations, gettext.GNUTranslations):
         # Make sure that we're returning unicode
         return to_unicode(message, encoding=self.input_charset)
 
-    def ungettext(self, msgid1, msgid2, n):
+    def _ungettext(self, msgid1, msgid2, n):
         if n == 1:
             tmsg = msgid1
         else:
             tmsg = msgid2
 
-        if not isinstance(msgid1, basestring):
+        if not isbasestring(msgid1):
             return u''
         u_msgid1 = to_unicode(msgid1, encoding=self.input_charset)
         try:
@@ -612,7 +656,7 @@ class NewGNUTranslations(DummyTranslations, gettext.GNUTranslations):
 
 
 def get_translation_object(domain, localedirs=tuple(), languages=None,
-        class_=None, fallback=True, codeset=None):
+        class_=None, fallback=True, codeset=None, python2_api=True):
     '''Get a translation object bound to the :term:`message catalogs`
 
     :arg domain: Name of the message domain.  This should be a unique name
@@ -650,6 +694,15 @@ def get_translation_object(domain, localedirs=tuple(), languages=None,
         :class:`str` objects.  This is equivalent to calling
         :meth:`~gettext.GNUTranslations.output_charset` on the Translations
         object that is returned from this function.
+    :kwarg python2_api: When data:`True` (default), return Translation objects
+        that use the python2 gettext api
+        (:meth:`~gettext.GNUTranslations.gettext` and
+        :meth:`~gettext.GNUTranslations.lgettext` return byte
+        :class:`str`.  :meth:`~gettext.GNUTranslations.ugettext` exists and
+        returns :class:`unicode` strings).  When :data:`False`, return
+        Translation objects that use the python3 gettext api (gettext returns
+        :class:`unicode` strings and lgettext returns byte :class:`str`.
+        ugettext does not exist.)
     :return: Translation object to get :mod:`gettext` methods from
 
     If you need more flexibility than :func:`easy_gettext_setup`, use this
@@ -730,7 +783,16 @@ def get_translation_object(domain, localedirs=tuple(), languages=None,
         than simply cycling through until we find a directory that exists.
         The new code is based heavily on the |stdlib|_
         :func:`gettext.translation` function.
+    .. versionchanged:: kitchen-1.2.0 ; API kitchen.i18n 2.2.0
+        Add python2_api parameter
     '''
+    if python2_api:
+        warnings.warn('get_translation_object returns gettext objects'
+                ' that implement either the python2 or python3 gettext api.'
+                '  You are currently using the python2 api.  Consider'
+                ' switching to the python3 api by setting python2_api=False'
+                ' when you call the function.',
+                PendingDeprecationWarning, stacklevel=2)
     if not class_:
         class_ = NewGNUTranslations
 
@@ -739,7 +801,7 @@ def get_translation_object(domain, localedirs=tuple(), languages=None,
         mofiles.extend(gettext.find(domain, localedir, languages, all=1))
     if not mofiles:
         if fallback:
-            return DummyTranslations()
+            return DummyTranslations(python2_api=python2_api)
         raise IOError(ENOENT, 'No translation file found for domain', domain)
 
     # Accumulate a translation with fallbacks to all the other mofiles
@@ -750,14 +812,22 @@ def get_translation_object(domain, localedirs=tuple(), languages=None,
         if not translation:
             mofile_fh = open(full_path, 'rb')
             try:
-                translation = _translations.setdefault(full_path,
+                try:
-                        class_(mofile_fh))
+                    translation = _translations.setdefault(full_path,
+                            class_(mofile_fh, python2_api=python2_api))
+                except TypeError:
+                    # Only our translation classes have the python2_api
+                    # parameter
+                    translation = _translations.setdefault(full_path,
+                            class_(mofile_fh))
+
             finally:
                 mofile_fh.close()
 
         # Shallow copy the object so that the fallbacks and output charset can
         # differ but the data we read from the mofile is shared.
         translation = copy.copy(translation)
+        translation.python2_api = python2_api
         if codeset:
             translation.set_output_charset(codeset)
         if not stacked_translations:
@@ -818,9 +888,9 @@ def easy_gettext_setup(domain, localedirs=tuple(), use_unicode=True):
         Changed :func:`~kitchen.i18n.easy_gettext_setup` to return the lgettext
         functions instead of gettext functions when use_unicode=False.
     '''
-    translations = get_translation_object(domain, localedirs=localedirs)
+    translations = get_translation_object(domain, localedirs=localedirs, python2_api=False)
     if use_unicode:
-        return(translations.ugettext, translations.ungettext)
+        return(translations.gettext, translations.ngettext)
     return(translations.lgettext, translations.lngettext)
 
 __all__ = ('DummyTranslations', 'NewGNUTranslations', 'easy_gettext_setup',

kitchen2/kitchen/iterutils/__init__.py

@@ -1,6 +1,6 @@
 # -*- coding: utf-8 -*-
 #
-# Copyright (c) 2010 Red Hat, Inc
+# Copyright (c) 2012 Red Hat, Inc
 #
 # kitchen is free software; you can redistribute it and/or modify it under the
 # terms of the GNU Lesser General Public License as published by the Free
@@ -34,6 +34,8 @@ from kitchen.versioning import version_tuple_to_string
 __version_info__ = ((0, 0, 1),)
 __version__ = version_tuple_to_string(__version_info__)
 
+from kitchen.text.misc import isbasestring
+
 def isiterable(obj, include_string=False):
     '''Check whether an object is an iterable
 
@@ -46,7 +48,7 @@ def isiterable(obj, include_string=False):
     :returns: :data:`True` if :attr:`obj` is iterable, otherwise
         :data:`False`.
     '''
-    if include_string or not isinstance(obj, basestring):
+    if include_string or not isbasestring(obj):
         try:
             iter(obj)
         except TypeError:

kitchen2/kitchen/pycompat25/collections/_defaultdict.py

@@ -78,8 +78,6 @@ the defaultdict class provided by python-2.5 and above.
 
 import types
 
-from kitchen import b_
-
 # :C0103, W0613: We're implementing the python-2.5 defaultdict API so
 #   we have to use the same names as python.
 # :C0111: We point people at the stdlib API docs for defaultdict rather than
@@ -89,8 +87,8 @@ from kitchen import b_
 class defaultdict(dict):
     def __init__(self, default_factory=None, *args, **kwargs):
         if (default_factory is not None and
-            not hasattr(default_factory, '__call__')):
+                not hasattr(default_factory, '__call__')):
-            raise TypeError(b_('First argument must be callable'))
+            raise TypeError('First argument must be callable')
         dict.__init__(self, *args, **kwargs)
         self.default_factory = default_factory
 

kitchen2/kitchen/release.py

@@ -26,9 +26,9 @@ snippets so that you can get on with your life.
 ''')
 AUTHOR = 'Toshio Kuratomi, Seth Vidal, others'
 EMAIL = 'toshio@fedoraproject.org'
-COPYRIGHT = '2011 Red Hat, Inc. and others'
+COPYRIGHT = '2012 Red Hat, Inc. and others'
 URL = 'https://fedorahosted.org/kitchen'
-DOWNLOAD_URL = 'https://fedorahosted.org/releases/k/i/kitchen'
+DOWNLOAD_URL = 'https://pypi.python.org/pypi/kitchen'
 LICENSE = 'LGPLv2+'
 
 __all__ = ('NAME', 'VERSION', 'DESCRIPTION', 'LONG_DESCRIPTION', 'AUTHOR',

kitchen2/kitchen/text/__init__.py

@@ -11,7 +11,7 @@ and displaying text on the screen.
 
 from kitchen.versioning import version_tuple_to_string
 
-__version_info__ = ((2, 1, 1),)
+__version_info__ = ((2, 2, 0),)
 __version__ = version_tuple_to_string(__version_info__)
 
 __all__ = ('converters', 'exceptions', 'misc',)

kitchen2/kitchen/text/converters.py

@@ -1,6 +1,6 @@
 # -*- coding: utf-8 -*-
 #
-# Copyright (c) 2011 Red Hat, Inc.
+# Copyright (c) 2012 Red Hat, Inc.
 #
 # kitchen is free software; you can redistribute it and/or
 # modify it under the terms of the GNU Lesser General Public
@@ -50,15 +50,12 @@ import codecs
 import warnings
 import xml.sax.saxutils
 
-# We need to access b_() for localizing our strings but we'll end up with
-# a circular import if we import it directly.
-import kitchen as k
 from kitchen.pycompat24 import sets
 sets.add_builtin_set()
 
 from kitchen.text.exceptions import ControlCharError, XmlEncodeError
 from kitchen.text.misc import guess_encoding, html_entities_unescape, \
-        process_control_chars
+        isbytestring, isunicodestring, process_control_chars
 
 #: Aliases for the utf-8 codec
 _UTF8_ALIASES = frozenset(('utf-8', 'UTF-8', 'utf8', 'UTF8', 'utf_8', 'UTF_8',
@@ -127,6 +124,8 @@ def to_unicode(obj, encoding='utf-8', errors='replace', nonstring=None,
         Deprecated :attr:`non_string` in favor of :attr:`nonstring` parameter and changed
         default value to ``simplerepr``
     '''
+    # Could use isbasestring/isunicode here but we want this code to be as
+    # fast as possible
     if isinstance(obj, basestring):
         if isinstance(obj, unicode):
             return obj
@@ -137,8 +136,8 @@ def to_unicode(obj, encoding='utf-8', errors='replace', nonstring=None,
         return obj.decode(encoding, errors)
 
     if non_string:
-        warnings.warn(k.b_('non_string is a deprecated parameter of'
+        warnings.warn('non_string is a deprecated parameter of'
-            ' to_unicode().  Use nonstring instead'), DeprecationWarning,
+            ' to_unicode().  Use nonstring instead', DeprecationWarning,
             stacklevel=2)
         if not nonstring:
             nonstring = non_string
@@ -162,21 +161,21 @@ def to_unicode(obj, encoding='utf-8', errors='replace', nonstring=None,
                     simple = obj.__str__()
                 except (UnicodeError, AttributeError):
                     simple = u''
-        if not isinstance(simple, unicode):
+        if isbytestring(simple):
             return unicode(simple, encoding, errors)
         return simple
     elif nonstring in ('repr', 'strict'):
         obj_repr = repr(obj)
-        if not isinstance(obj_repr, unicode):
+        if isbytestring(obj_repr):
             obj_repr = unicode(obj_repr, encoding, errors)
         if nonstring == 'repr':
             return obj_repr
-        raise TypeError(k.b_('to_unicode was given "%(obj)s" which is neither'
+        raise TypeError('to_unicode was given "%(obj)s" which is neither'
-            ' a byte string (str) or a unicode string') %
+            ' a byte string (str) or a unicode string' %
             {'obj': obj_repr.encode(encoding, 'replace')})
 
-    raise TypeError(k.b_('nonstring value, %(param)s, is not set to a valid'
+    raise TypeError('nonstring value, %(param)s, is not set to a valid'
-        ' action') % {'param': nonstring})
+        ' action' % {'param': nonstring})
 
 def to_bytes(obj, encoding='utf-8', errors='replace', nonstring=None,
         non_string=None):
@@ -247,13 +246,15 @@ def to_bytes(obj, encoding='utf-8', errors='replace', nonstring=None,
         Deprecated :attr:`non_string` in favor of :attr:`nonstring` parameter
         and changed default value to ``simplerepr``
     '''
+    # Could use isbasestring, isbytestring here but we want this to be as fast
+    # as possible
     if isinstance(obj, basestring):
         if isinstance(obj, str):
             return obj
         return obj.encode(encoding, errors)
     if non_string:
-        warnings.warn(k.b_('non_string is a deprecated parameter of'
+        warnings.warn('non_string is a deprecated parameter of'
-            ' to_bytes().  Use nonstring instead'), DeprecationWarning,
+            ' to_bytes().  Use nonstring instead', DeprecationWarning,
             stacklevel=2)
         if not nonstring:
             nonstring = non_string
@@ -277,7 +278,7 @@ def to_bytes(obj, encoding='utf-8', errors='replace', nonstring=None,
                 simple = obj.__unicode__()
             except (AttributeError, UnicodeError):
                 simple = ''
-        if isinstance(simple, unicode):
+        if isunicodestring(simple):
             simple = simple.encode(encoding, 'replace')
         return simple
     elif nonstring in ('repr', 'strict'):
@@ -285,17 +286,17 @@ def to_bytes(obj, encoding='utf-8', errors='replace', nonstring=None,
             obj_repr = obj.__repr__()
         except (AttributeError, UnicodeError):
             obj_repr = ''
-        if isinstance(obj_repr, unicode):
+        if isunicodestring(obj_repr):
             obj_repr =  obj_repr.encode(encoding, errors)
         else:
             obj_repr = str(obj_repr)
         if nonstring == 'repr':
             return obj_repr
-        raise TypeError(k.b_('to_bytes was given "%(obj)s" which is neither'
+        raise TypeError('to_bytes was given "%(obj)s" which is neither'
-            ' a unicode string or a byte string (str)') % {'obj': obj_repr})
+            ' a unicode string or a byte string (str)' % {'obj': obj_repr})
 
-    raise TypeError(k.b_('nonstring value, %(param)s, is not set to a valid'
+    raise TypeError('nonstring value, %(param)s, is not set to a valid'
-        ' action') % {'param': nonstring})
+        ' action' % {'param': nonstring})
 
 def getwriter(encoding):
     '''Return a :class:`codecs.StreamWriter` that resists tracing back.
@@ -375,9 +376,9 @@ def to_utf8(obj, errors='replace', non_string='passthru'):
 
         to_bytes(obj, encoding='utf-8', non_string='passthru')
     '''
-    warnings.warn(k.b_('kitchen.text.converters.to_utf8 is deprecated.  Use'
+    warnings.warn('kitchen.text.converters.to_utf8 is deprecated.  Use'
         ' kitchen.text.converters.to_bytes(obj, encoding="utf-8",'
-        ' nonstring="passthru" instead.'), DeprecationWarning, stacklevel=2)
+        ' nonstring="passthru" instead.', DeprecationWarning, stacklevel=2)
     return to_bytes(obj, encoding='utf-8', errors=errors,
             nonstring=non_string)
 
@@ -400,9 +401,8 @@ def to_str(obj):
 
         to_bytes(obj, nonstring='simplerepr')
     '''
-    warnings.warn(k.b_('to_str is deprecated.  Use to_unicode or to_bytes'
+    warnings.warn('to_str is deprecated.  Use to_unicode or to_bytes'
-        ' instead.  See the to_str docstring for'
+        ' instead.  See the to_str docstring for porting information.',
-        ' porting information.'),
         DeprecationWarning, stacklevel=2)
     return to_bytes(obj, nonstring='simplerepr')
 
@@ -682,22 +682,23 @@ def unicode_to_xml(string, encoding='utf-8', attrib=False,
     try:
         process_control_chars(string, strategy=control_chars)
     except TypeError:
-        raise XmlEncodeError(k.b_('unicode_to_xml must have a unicode type as'
+        raise XmlEncodeError('unicode_to_xml must have a unicode type as'
                 ' the first argument.  Use bytes_string_to_xml for byte'
-                ' strings.'))
+                ' strings.')
     except ValueError:
-        raise ValueError(k.b_('The control_chars argument to unicode_to_xml'
+        raise ValueError('The control_chars argument to unicode_to_xml'
-                ' must be one of ignore, replace, or strict'))
+                ' must be one of ignore, replace, or strict')
     except ControlCharError, exc:
         raise XmlEncodeError(exc.args[0])
 
-    string = string.encode(encoding, 'xmlcharrefreplace')
-
     # Escape characters that have special meaning in xml
     if attrib:
         string = xml.sax.saxutils.escape(string, entities={'"':"""})
     else:
         string = xml.sax.saxutils.escape(string)
+
+    string = string.encode(encoding, 'xmlcharrefreplace')
+
     return string
 
 def xml_to_unicode(byte_string, encoding='utf-8', errors='replace'):
@@ -782,10 +783,10 @@ def byte_string_to_xml(byte_string, input_encoding='utf-8', errors='replace',
         :func:`unicode_to_xml`
             for other ideas on using this function
     '''
-    if not isinstance(byte_string, str):
+    if not isbytestring(byte_string):
-        raise XmlEncodeError(k.b_('byte_string_to_xml can only take a byte'
+        raise XmlEncodeError('byte_string_to_xml can only take a byte'
                 ' string as its first argument.  Use unicode_to_xml for'
-                ' unicode strings'))
+                ' unicode strings')
 
     # Decode the string into unicode
     u_string = unicode(byte_string, input_encoding, errors)
@@ -892,7 +893,7 @@ def guess_encoding_to_xml(string, output_encoding='utf-8', attrib=False,
 
     '''
     # Unicode strings can just be run through unicode_to_xml()
-    if isinstance(string, unicode):
+    if isunicodestring(string):
         return unicode_to_xml(string, encoding=output_encoding,
                 attrib=attrib, control_chars=control_chars)
 
@@ -907,8 +908,8 @@ def guess_encoding_to_xml(string, output_encoding='utf-8', attrib=False,
 def to_xml(string, encoding='utf-8', attrib=False, control_chars='ignore'):
     '''*Deprecated*: Use :func:`guess_encoding_to_xml` instead
     '''
-    warnings.warn(k.b_('kitchen.text.converters.to_xml is deprecated.  Use'
+    warnings.warn('kitchen.text.converters.to_xml is deprecated.  Use'
-            ' kitchen.text.converters.guess_encoding_to_xml instead.'),
+            ' kitchen.text.converters.guess_encoding_to_xml instead.',
             DeprecationWarning, stacklevel=2)
     return guess_encoding_to_xml(string, output_encoding=encoding,
             attrib=attrib, control_chars=control_chars)

kitchen2/kitchen/text/display.py

@@ -1,6 +1,6 @@
 # -*- coding: utf-8 -*-
 #
-# Copyright (c) 2010 Red Hat, Inc.
+# Copyright (c) 2013 Red Hat, Inc.
 # Copyright (c) 2010 Ville Skyttä
 # Copyright (c) 2009 Tim Lauridsen
 # Copyright (c) 2007 Marcus Kuhn
@@ -39,7 +39,6 @@ have the same width so we need helper functions for displaying them.
 import itertools
 import unicodedata
 
-from kitchen import b_
 from kitchen.text.converters import to_unicode, to_bytes
 from kitchen.text.exceptions import ControlCharError
 
@@ -101,7 +100,7 @@ def _interval_bisearch(value, table):
         return False
 
     while maximum >= minimum:
-        mid = (minimum + maximum) / 2
+        mid = divmod(minimum + maximum, 2)[0]
         if value > table[mid][1]:
             minimum = mid + 1
         elif value < table[mid][0]:
@@ -115,62 +114,64 @@ _COMBINING = (
         (0x300, 0x36f), (0x483, 0x489), (0x591, 0x5bd),
         (0x5bf, 0x5bf), (0x5c1, 0x5c2), (0x5c4, 0x5c5),
         (0x5c7, 0x5c7), (0x600, 0x603), (0x610, 0x61a),
-        (0x64b, 0x65e), (0x670, 0x670), (0x6d6, 0x6e4),
+        (0x64b, 0x65f), (0x670, 0x670), (0x6d6, 0x6e4),
         (0x6e7, 0x6e8), (0x6ea, 0x6ed), (0x70f, 0x70f),
         (0x711, 0x711), (0x730, 0x74a), (0x7a6, 0x7b0),
         (0x7eb, 0x7f3), (0x816, 0x819), (0x81b, 0x823),
-        (0x825, 0x827), (0x829, 0x82d), (0x901, 0x902),
+        (0x825, 0x827), (0x829, 0x82d), (0x859, 0x85b),
-        (0x93c, 0x93c), (0x941, 0x948), (0x94d, 0x94d),
+        (0x901, 0x902), (0x93c, 0x93c), (0x941, 0x948),
-        (0x951, 0x954), (0x962, 0x963), (0x981, 0x981),
+        (0x94d, 0x94d), (0x951, 0x954), (0x962, 0x963),
-        (0x9bc, 0x9bc), (0x9c1, 0x9c4), (0x9cd, 0x9cd),
+        (0x981, 0x981), (0x9bc, 0x9bc), (0x9c1, 0x9c4),
-        (0x9e2, 0x9e3), (0xa01, 0xa02), (0xa3c, 0xa3c),
+        (0x9cd, 0x9cd), (0x9e2, 0x9e3), (0xa01, 0xa02),
-        (0xa41, 0xa42), (0xa47, 0xa48), (0xa4b, 0xa4d),
+        (0xa3c, 0xa3c), (0xa41, 0xa42), (0xa47, 0xa48),
-        (0xa70, 0xa71), (0xa81, 0xa82), (0xabc, 0xabc),
+        (0xa4b, 0xa4d), (0xa70, 0xa71), (0xa81, 0xa82),
-        (0xac1, 0xac5), (0xac7, 0xac8), (0xacd, 0xacd),
+        (0xabc, 0xabc), (0xac1, 0xac5), (0xac7, 0xac8),
-        (0xae2, 0xae3), (0xb01, 0xb01), (0xb3c, 0xb3c),
+        (0xacd, 0xacd), (0xae2, 0xae3), (0xb01, 0xb01),
-        (0xb3f, 0xb3f), (0xb41, 0xb43), (0xb4d, 0xb4d),
+        (0xb3c, 0xb3c), (0xb3f, 0xb3f), (0xb41, 0xb43),
-        (0xb56, 0xb56), (0xb82, 0xb82), (0xbc0, 0xbc0),
+        (0xb4d, 0xb4d), (0xb56, 0xb56), (0xb82, 0xb82),
-        (0xbcd, 0xbcd), (0xc3e, 0xc40), (0xc46, 0xc48),
+        (0xbc0, 0xbc0), (0xbcd, 0xbcd), (0xc3e, 0xc40),
-        (0xc4a, 0xc4d), (0xc55, 0xc56), (0xcbc, 0xcbc),
+        (0xc46, 0xc48), (0xc4a, 0xc4d), (0xc55, 0xc56),
-        (0xcbf, 0xcbf), (0xcc6, 0xcc6), (0xccc, 0xccd),
+        (0xcbc, 0xcbc), (0xcbf, 0xcbf), (0xcc6, 0xcc6),
-        (0xce2, 0xce3), (0xd41, 0xd43), (0xd4d, 0xd4d),
+        (0xccc, 0xccd), (0xce2, 0xce3), (0xd41, 0xd43),
-        (0xdca, 0xdca), (0xdd2, 0xdd4), (0xdd6, 0xdd6),
+        (0xd4d, 0xd4d), (0xdca, 0xdca), (0xdd2, 0xdd4),
-        (0xe31, 0xe31), (0xe34, 0xe3a), (0xe47, 0xe4e),
+        (0xdd6, 0xdd6), (0xe31, 0xe31), (0xe34, 0xe3a),
-        (0xeb1, 0xeb1), (0xeb4, 0xeb9), (0xebb, 0xebc),
+        (0xe47, 0xe4e), (0xeb1, 0xeb1), (0xeb4, 0xeb9),
-        (0xec8, 0xecd), (0xf18, 0xf19), (0xf35, 0xf35),
+        (0xebb, 0xebc), (0xec8, 0xecd), (0xf18, 0xf19),
-        (0xf37, 0xf37), (0xf39, 0xf39), (0xf71, 0xf7e),
+        (0xf35, 0xf35), (0xf37, 0xf37), (0xf39, 0xf39),
-        (0xf80, 0xf84), (0xf86, 0xf87), (0xf90, 0xf97),
+        (0xf71, 0xf7e), (0xf80, 0xf84), (0xf86, 0xf87),
-        (0xf99, 0xfbc), (0xfc6, 0xfc6), (0x102d, 0x1030),
+        (0xf90, 0xf97), (0xf99, 0xfbc), (0xfc6, 0xfc6),
-        (0x1032, 0x1032), (0x1036, 0x1037), (0x1039, 0x103a),
+        (0x102d, 0x1030), (0x1032, 0x1032), (0x1036, 0x1037),
-        (0x1058, 0x1059), (0x108d, 0x108d), (0x1160, 0x11ff),
+        (0x1039, 0x103a), (0x1058, 0x1059), (0x108d, 0x108d),
-        (0x135f, 0x135f), (0x1712, 0x1714), (0x1732, 0x1734),
+        (0x1160, 0x11ff), (0x135d, 0x135f), (0x1712, 0x1714),
-        (0x1752, 0x1753), (0x1772, 0x1773), (0x17b4, 0x17b5),
+        (0x1732, 0x1734), (0x1752, 0x1753), (0x1772, 0x1773),
-        (0x17b7, 0x17bd), (0x17c6, 0x17c6), (0x17c9, 0x17d3),
+        (0x17b4, 0x17b5), (0x17b7, 0x17bd), (0x17c6, 0x17c6),
-        (0x17dd, 0x17dd), (0x180b, 0x180d), (0x18a9, 0x18a9),
+        (0x17c9, 0x17d3), (0x17dd, 0x17dd), (0x180b, 0x180d),
-        (0x1920, 0x1922), (0x1927, 0x1928), (0x1932, 0x1932),
+        (0x18a9, 0x18a9), (0x1920, 0x1922), (0x1927, 0x1928),
-        (0x1939, 0x193b), (0x1a17, 0x1a18), (0x1a60, 0x1a60),
+        (0x1932, 0x1932), (0x1939, 0x193b), (0x1a17, 0x1a18),
-        (0x1a75, 0x1a7c), (0x1a7f, 0x1a7f), (0x1b00, 0x1b03),
+        (0x1a60, 0x1a60), (0x1a75, 0x1a7c), (0x1a7f, 0x1a7f),
-        (0x1b34, 0x1b34), (0x1b36, 0x1b3a), (0x1b3c, 0x1b3c),
+        (0x1b00, 0x1b03), (0x1b34, 0x1b34), (0x1b36, 0x1b3a),
-        (0x1b42, 0x1b42), (0x1b44, 0x1b44), (0x1b6b, 0x1b73),
+        (0x1b3c, 0x1b3c), (0x1b42, 0x1b42), (0x1b44, 0x1b44),
-        (0x1baa, 0x1baa), (0x1c37, 0x1c37), (0x1cd0, 0x1cd2),
+        (0x1b6b, 0x1b73), (0x1baa, 0x1baa), (0x1be6, 0x1be6),
+        (0x1bf2, 0x1bf3), (0x1c37, 0x1c37), (0x1cd0, 0x1cd2),
         (0x1cd4, 0x1ce0), (0x1ce2, 0x1ce8), (0x1ced, 0x1ced),
-        (0x1dc0, 0x1de6), (0x1dfd, 0x1dff), (0x200b, 0x200f),
+        (0x1dc0, 0x1de6), (0x1dfc, 0x1dff), (0x200b, 0x200f),
         (0x202a, 0x202e), (0x2060, 0x2063), (0x206a, 0x206f),
-        (0x20d0, 0x20f0), (0x2cef, 0x2cf1), (0x2de0, 0x2dff),
+        (0x20d0, 0x20f0), (0x2cef, 0x2cf1), (0x2d7f, 0x2d7f),
-        (0x302a, 0x302f), (0x3099, 0x309a), (0xa66f, 0xa66f),
+        (0x2de0, 0x2dff), (0x302a, 0x302f), (0x3099, 0x309a),
-        (0xa67c, 0xa67d), (0xa6f0, 0xa6f1), (0xa806, 0xa806),
+        (0xa66f, 0xa66f), (0xa67c, 0xa67d), (0xa6f0, 0xa6f1),
-        (0xa80b, 0xa80b), (0xa825, 0xa826), (0xa8c4, 0xa8c4),
+        (0xa806, 0xa806), (0xa80b, 0xa80b), (0xa825, 0xa826),
-        (0xa8e0, 0xa8f1), (0xa92b, 0xa92d), (0xa953, 0xa953),
+        (0xa8c4, 0xa8c4), (0xa8e0, 0xa8f1), (0xa92b, 0xa92d),
-        (0xa9b3, 0xa9b3), (0xa9c0, 0xa9c0), (0xaab0, 0xaab0),
+        (0xa953, 0xa953), (0xa9b3, 0xa9b3), (0xa9c0, 0xa9c0),
-        (0xaab2, 0xaab4), (0xaab7, 0xaab8), (0xaabe, 0xaabf),
+        (0xaab0, 0xaab0), (0xaab2, 0xaab4), (0xaab7, 0xaab8),
-        (0xaac1, 0xaac1), (0xabed, 0xabed), (0xfb1e, 0xfb1e),
+        (0xaabe, 0xaabf), (0xaac1, 0xaac1), (0xabed, 0xabed),
-        (0xfe00, 0xfe0f), (0xfe20, 0xfe26), (0xfeff, 0xfeff),
+        (0xfb1e, 0xfb1e), (0xfe00, 0xfe0f), (0xfe20, 0xfe26),
-        (0xfff9, 0xfffb), (0x101fd, 0x101fd), (0x10a01, 0x10a03),
+        (0xfeff, 0xfeff), (0xfff9, 0xfffb), (0x101fd, 0x101fd),
-        (0x10a05, 0x10a06), (0x10a0c, 0x10a0f), (0x10a38, 0x10a3a),
+        (0x10a01, 0x10a03), (0x10a05, 0x10a06), (0x10a0c, 0x10a0f),
-        (0x10a3f, 0x10a3f), (0x110b9, 0x110ba), (0x1d165, 0x1d169),
+        (0x10a38, 0x10a3a), (0x10a3f, 0x10a3f), (0x11046, 0x11046),
-        (0x1d16d, 0x1d182), (0x1d185, 0x1d18b), (0x1d1aa, 0x1d1ad),
+        (0x110b9, 0x110ba), (0x1d165, 0x1d169), (0x1d16d, 0x1d182),
-        (0x1d242, 0x1d244), (0xe0001, 0xe0001), (0xe0020, 0xe007f),
+        (0x1d185, 0x1d18b), (0x1d1aa, 0x1d1ad), (0x1d242, 0x1d244),
-        (0xe0100, 0xe01ef), )
+        (0xe0001, 0xe0001), (0xe0020, 0xe007f), (0xe0100, 0xe01ef), )
+
 '''
 Internal table, provided by this module to list :term:`code points` which
 combine with other characters and therefore should have no :term:`textual
@@ -184,8 +185,8 @@ a combining character.
     :func:`~kitchen.text.display._generate_combining_table`
         for how this table is generated
 
-This table was last regenerated on python-2.7.0 with
+This table was last regenerated on python-3.2.3 with
-:data:`unicodedata.unidata_version` 5.1.0
+:data:`unicodedata.unidata_version` 6.0.0
 '''
 
 # New function from Toshio Kuratomi (LGPLv2+)
@@ -341,8 +342,8 @@ def _ucp_width(ucs, control_chars='guess'):
     if ucs < 32 or (ucs < 0xa0 and ucs >= 0x7f):
         # Control character detected
         if control_chars == 'strict':
-            raise ControlCharError(b_('_ucp_width does not understand how to'
+            raise ControlCharError('_ucp_width does not understand how to'
-                ' assign a width value to control characters.'))
+                ' assign a width value to control characters.')
         if ucs in (0x08, 0x07F, 0x94):
             # Backspace, delete, and clear delete remove a single character
             return -1
@@ -519,7 +520,7 @@ def textual_width_chop(msg, chop, encoding='utf-8', errors='replace'):
         # if current width is high,
         if width > chop:
             # calculate new midpoint
-            mid = minimum + (eos - minimum) / 2
+            mid = minimum + (eos - minimum) // 2
             if mid == eos:
                 break
             if (eos - chop) < (eos - mid):
@@ -537,7 +538,7 @@ def textual_width_chop(msg, chop, encoding='utf-8', errors='replace'):
             # short-circuit above means that we never use this branch.
 
             # calculate new midpoint
-            mid = eos + (maximum - eos) / 2
+            mid = eos + (maximum - eos) // 2
             if mid == eos:
                 break
             if (chop - eos) < (mid - eos):

kitchen2/kitchen/text/misc.py

@@ -1,5 +1,5 @@
 # -*- coding: utf-8 -*-
-# Copyright (c) 2011 Red Hat, Inc
+# Copyright (c) 2012 Red Hat, Inc
 # Copyright (c) 2010 Seth Vidal
 #
 # kitchen is free software; you can redistribute it and/or
@@ -27,6 +27,12 @@ Miscellaneous functions for manipulating text
 ---------------------------------------------
 
 Collection of text functions that don't fit in another category.
+
+.. versionchanged:: kitchen 1.2.0, API: kitchen.text 2.2.0
+    Added :func:`~kitchen.text.misc.isbasestring`,
+    :func:`~kitchen.text.misc.isbytestring`, and
+    :func:`~kitchen.text.misc.isunicodestring` to help tell which string type
+    is which on python2 and python3
 '''
 import htmlentitydefs
 import itertools
@@ -37,9 +43,6 @@ try:
 except ImportError:
     chardet = None
 
-# We need to access b_() for localizing our strings but we'll end up with
-# a circular import if we import it directly.
-import kitchen as k
 from kitchen.pycompat24 import sets
 from kitchen.text.exceptions import ControlCharError
 
@@ -49,13 +52,64 @@ sets.add_builtin_set()
 # byte strings we're guessing about as latin1
 _CHARDET_THRESHHOLD = 0.6
 
-# ASCII control codes that are illegal in xml 1.0
+# ASCII control codes (the c0 codes) that are illegal in xml 1.0
-_CONTROL_CODES = frozenset(range(0, 8) + [11, 12] + range(14, 32))
+# Also unicode control codes (the C1 codes): also illegal in xml
+_CONTROL_CODES = frozenset(range(0, 8) + [11, 12] + range(14, 32) + range(128, 160))
 _CONTROL_CHARS = frozenset(itertools.imap(unichr, _CONTROL_CODES))
+_IGNORE_TABLE = dict(zip(_CONTROL_CODES, [None] * len(_CONTROL_CODES)))
+_REPLACE_TABLE = dict(zip(_CONTROL_CODES, [u'?'] * len(_CONTROL_CODES)))
 
 # _ENTITY_RE
 _ENTITY_RE = re.compile(r'(?s)<[^>]*>|&#?\w+;')
 
+def isbasestring(obj):
+    '''Determine if obj is a byte :class:`str` or :class:`unicode` string
+
+    In python2 this is eqiuvalent to isinstance(obj, basestring).  In python3
+    it checks whether the object is an instance of str, bytes, or bytearray.
+    This is an aid to porting code that needed to test whether an object was
+    derived from basestring in python2 (commonly used in unicode-bytes
+    conversion functions)
+
+    :arg obj: Object to test
+    :returns: True if the object is a :class:`basestring`.  Otherwise False.
+
+    .. versionadded:: Kitchen: 1.2.0, API kitchen.text 2.2.0
+    '''
+    if isinstance(obj, basestring):
+        return True
+    return False
+
+def isbytestring(obj):
+    '''Determine if obj is a byte :class:`str`
+
+    In python2 this is equivalent to isinstance(obj, str).  In python3 it
+    checks whether the object is an instance of bytes or bytearray.
+
+    :arg obj: Object to test
+    :returns: True if the object is a byte :class:`str`.  Otherwise, False.
+
+    .. versionadded:: Kitchen: 1.2.0, API kitchen.text 2.2.0
+    '''
+    if isinstance(obj, str):
+        return True
+    return False
+
+def isunicodestring(obj):
+    '''Determine if obj is a :class:`unicode` string
+
+    In python2 this is equivalent to isinstance(obj, unicode).  In python3 it
+    checks whether the object is an instance of :class:`str`.
+
+    :arg obj: Object to test
+    :returns: True if the object is a :class:`unicode` string.  Otherwise, False.
+
+    .. versionadded:: Kitchen: 1.2.0, API kitchen.text 2.2.0
+    '''
+    if isinstance(obj, unicode):
+        return True
+    return False
+
 def guess_encoding(byte_string, disable_chardet=False):
     '''Try to guess the encoding of a byte :class:`str`
 
@@ -79,8 +133,8 @@ def guess_encoding(byte_string, disable_chardet=False):
     to every byte, decoding from ``latin-1`` to :class:`unicode` will not
     cause :exc:`UnicodeErrors` although the output might be mangled.
     '''
-    if not isinstance(byte_string, str):
+    if not isbytestring(byte_string):
-        raise TypeError(k.b_('byte_string must be a byte string (str)'))
+        raise TypeError('first argument must be a byte string (str)')
     input_encoding = 'utf-8'
     try:
         unicode(byte_string, input_encoding, 'strict')
@@ -98,7 +152,7 @@ def guess_encoding(byte_string, disable_chardet=False):
     return input_encoding
 
 def str_eq(str1, str2, encoding='utf-8', errors='replace'):
-    '''Compare two stringsi, converting to byte :class:`str` if one is
+    '''Compare two strings, converting to byte :class:`str` if one is
     :class:`unicode`
 
     :arg str1: First string to compare
@@ -135,7 +189,7 @@ def str_eq(str1, str2, encoding='utf-8', errors='replace'):
     except UnicodeError:
         pass
 
-    if isinstance(str1, unicode):
+    if isunicodestring(str1):
         str1 = str1.encode(encoding, errors)
     else:
         str2 = str2.encode(encoding, errors)
@@ -166,26 +220,30 @@ def process_control_chars(string, strategy='replace'):
         :attr:`string`
     :returns: :class:`unicode` string with no :term:`control characters` in
         it.
-    '''
-    if not isinstance(string, unicode):
-        raise TypeError(k.b_('process_control_char must have a unicode type as'
-                ' the first argument.'))
-    if strategy == 'ignore':
-        control_table = dict(zip(_CONTROL_CODES, [None] * len(_CONTROL_CODES)))
-    elif strategy == 'replace':
-        control_table = dict(zip(_CONTROL_CODES, [u'?'] * len(_CONTROL_CODES)))
-    elif strategy == 'strict':
-        control_table = None
-        # Test that there are no control codes present
-        data = frozenset(string)
-        if [c for c in _CONTROL_CHARS if c in data]:
-            raise ControlCharError(k.b_('ASCII control code present in string'
-                    ' input'))
-    else:
-        raise ValueError(k.b_('The strategy argument to process_control_chars'
-                ' must be one of ignore, replace, or strict'))
 
-    if control_table:
+    .. versionchanged:: kitchen 1.2.0, API: kitchen.text 2.2.0
+        Strip out the C1 control characters in addition to the C0 control
+        characters.
+    '''
+    if not isunicodestring(string):
+        raise TypeError('process_control_char must have a unicode type as'
+                ' the first argument.')
+    if strategy not in ('replace', 'ignore', 'strict'):
+        raise ValueError('The strategy argument to process_control_chars'
+                ' must be one of ignore, replace, or strict')
+
+    # Most strings don't have control chars and translating carries
+    # a higher cost than testing whether the chars are in the string
+    # So only translate if necessary
+    if not _CONTROL_CHARS.isdisjoint(string):
+        if strategy == 'replace':
+            control_table = _REPLACE_TABLE
+        elif strategy == 'ignore':
+            control_table = _IGNORE_TABLE
+        else:
+            # strategy can only equal 'strict'
+            raise ControlCharError('ASCII control code present in string'
+                    ' input')
         string = string.translate(control_table)
 
     return string
@@ -237,9 +295,9 @@ def html_entities_unescape(string):
                     return unicode(entity, "iso-8859-1")
         return string # leave as is
 
-    if not isinstance(string, unicode):
+    if not isunicodestring(string):
-        raise TypeError(k.b_('html_entities_unescape must have a unicode type'
+        raise TypeError('html_entities_unescape must have a unicode type'
-                ' for its first argument'))
+                ' for its first argument')
     return re.sub(_ENTITY_RE, fixup, string)
 
 def byte_string_valid_xml(byte_string, encoding='utf-8'):
@@ -264,7 +322,7 @@ def byte_string_valid_xml(byte_string, encoding='utf-8'):
                 processed_array.append(guess_bytes_to_xml(string, encoding='utf-8'))
         output_xml(processed_array)
     '''
-    if not isinstance(byte_string, str):
+    if not isbytestring(byte_string):
         # Not a byte string
         return False
 
@@ -309,5 +367,5 @@ def byte_string_valid_encoding(byte_string, encoding='utf-8'):
     return True
 
 __all__ = ('byte_string_valid_encoding', 'byte_string_valid_xml',
-        'guess_encoding', 'html_entities_unescape', 'process_control_chars',
+        'guess_encoding', 'html_entities_unescape', 'isbasestring',
-        'str_eq')
+        'isbytestring', 'isunicodestring', 'process_control_chars', 'str_eq')

kitchen2/kitchen/text/utf8.py

@@ -1,6 +1,6 @@
 # -*- coding: utf-8 -*-
 #
-# Copyright (c) 2011 Red Hat, Inc.
+# Copyright (c) 2012 Red Hat, Inc.
 # Copyright (c) 2010 Ville Skyttä
 # Copyright (c) 2009 Tim Lauridsen
 # Copyright (c) 2007 Marcus Kuhn
@@ -50,9 +50,8 @@ Functions for operating on byte :class:`str` encoded as :term:`UTF-8`
 '''
 import warnings
 
-from kitchen import b_
 from kitchen.text.converters import to_unicode, to_bytes
-from kitchen.text.misc import byte_string_valid_encoding
+from kitchen.text.misc import byte_string_valid_encoding, isunicodestring
 from kitchen.text.display import _textual_width_le, \
         byte_string_textual_width_fill, fill, textual_width, \
         textual_width_chop, wrap
@@ -66,8 +65,8 @@ def utf8_valid(msg):
 
     Use :func:`kitchen.text.misc.byte_string_valid_encoding` instead.
     '''
-    warnings.warn(b_('kitchen.text.utf8.utf8_valid is deprecated.  Use'
+    warnings.warn('kitchen.text.utf8.utf8_valid is deprecated.  Use'
-            ' kitchen.text.misc.byte_string_valid_encoding(msg) instead'),
+            ' kitchen.text.misc.byte_string_valid_encoding(msg) instead',
             DeprecationWarning, stacklevel=2)
     return byte_string_valid_encoding(msg)
 
@@ -76,8 +75,8 @@ def utf8_width(msg):
 
     Use :func:`kitchen.text.display.textual_width` instead.
     '''
-    warnings.warn(b_('kitchen.text.utf8.utf8_width is deprecated.  Use'
+    warnings.warn('kitchen.text.utf8.utf8_width is deprecated.  Use'
-        ' kitchen.text.display.textual_width(msg) instead'),
+        ' kitchen.text.display.textual_width(msg) instead',
         DeprecationWarning, stacklevel=2)
     return textual_width(msg)
 
@@ -98,14 +97,14 @@ def utf8_width_chop(msg, chop=None):
         >>> (textual_width(msg), to_bytes(textual_width_chop(msg, 5)))
         (5, 'く ku')
     '''
-    warnings.warn(b_('kitchen.text.utf8.utf8_width_chop is deprecated.  Use'
+    warnings.warn('kitchen.text.utf8.utf8_width_chop is deprecated.  Use'
-        ' kitchen.text.display.textual_width_chop instead'), DeprecationWarning,
+        ' kitchen.text.display.textual_width_chop instead', DeprecationWarning,
         stacklevel=2)
 
     if chop == None:
         return textual_width(msg), msg
 
-    as_bytes = not isinstance(msg, unicode)
+    as_bytes = not isunicodestring(msg)
  
     chopped_msg = textual_width_chop(msg, chop)
     if as_bytes:
@@ -117,8 +116,8 @@ def utf8_width_fill(msg, fill, chop=None, left=True, prefix='', suffix=''):
 
     Use :func:`~kitchen.text.display.byte_string_textual_width_fill` instead
     '''
-    warnings.warn(b_('kitchen.text.utf8.utf8_width_fill is deprecated.  Use'
+    warnings.warn('kitchen.text.utf8.utf8_width_fill is deprecated.  Use'
-        ' kitchen.text.display.byte_string_textual_width_fill instead'),
+        ' kitchen.text.display.byte_string_textual_width_fill instead',
         DeprecationWarning, stacklevel=2)
 
     return byte_string_textual_width_fill(msg, fill, chop=chop, left=left,
@@ -130,11 +129,11 @@ def utf8_text_wrap(text, width=70, initial_indent='', subsequent_indent=''):
 
     Use :func:`kitchen.text.display.wrap` instead
     '''
-    warnings.warn(b_('kitchen.text.utf8.utf8_text_wrap is deprecated.  Use'
+    warnings.warn('kitchen.text.utf8.utf8_text_wrap is deprecated.  Use'
-        ' kitchen.text.display.wrap instead'),
+        ' kitchen.text.display.wrap instead',
         DeprecationWarning, stacklevel=2)
 
-    as_bytes = not isinstance(text, unicode)
+    as_bytes = not isunicodestring(text)
 
     text = to_unicode(text)
     lines = wrap(text, width=width, initial_indent=initial_indent,
@@ -150,8 +149,8 @@ def utf8_text_fill(text, *args, **kwargs):
 
     Use :func:`kitchen.text.display.fill` instead.
     '''
-    warnings.warn(b_('kitchen.text.utf8.utf8_text_fill is deprecated.  Use'
+    warnings.warn('kitchen.text.utf8.utf8_text_fill is deprecated.  Use'
-        ' kitchen.text.display.fill instead'),
+        ' kitchen.text.display.fill instead',
         DeprecationWarning, stacklevel=2)
     # This assumes that all args. are utf8.
     return fill(text, *args, **kwargs)
@@ -160,8 +159,8 @@ def _utf8_width_le(width, *args):
     '''**Deprecated** Convert the arguments to unicode and use
     :func:`kitchen.text.display._textual_width_le` instead.
     '''
-    warnings.warn(b_('kitchen.text.utf8._utf8_width_le is deprecated.  Use'
+    warnings.warn('kitchen.text.utf8._utf8_width_le is deprecated.  Use'
-        ' kitchen.text.display._textual_width_le instead'),
+        ' kitchen.text.display._textual_width_le instead',
         DeprecationWarning, stacklevel=2)
     # This assumes that all args. are utf8.
     return _textual_width_le(width, to_unicode(''.join(args)))

kitchen2/kitchen/versioning/__init__.py

@@ -89,10 +89,10 @@ def version_tuple_to_string(version_info):
         if isinstance(values[0], int):
             ver_components.append('.'.join(itertools.imap(str, values)))
         else:
+            modifier = values[0]
             if isinstance(values[0], unicode):
                 modifier = values[0].encode('ascii')
-            else:
+
-                modifier = values[0]
             if  modifier in ('a', 'b', 'c', 'rc'):
                 ver_components.append('%s%s' % (modifier,
                     '.'.join(itertools.imap(str, values[1:])) or '0'))

kitchen2/tests/base_classes.py

@@ -9,6 +9,8 @@ from kitchen.text.converters import to_bytes
 from kitchen.text import misc
 
 class UnicodeTestData(object):
+    u_empty_string = u''
+    b_empty_string = ''
     # This should encode fine -- sanity check
     u_ascii = u'the quick brown fox jumped over the lazy dog'
     b_ascii = 'the quick brown fox jumped over the lazy dog'
@@ -16,7 +18,7 @@ class UnicodeTestData(object):
     # First challenge -- what happens with latin-1 characters
     u_spanish = u'El veloz murciélago saltó sobre el perro perezoso.'
     # utf8 and latin1 both support these chars so no mangling
-    utf8_spanish = u_spanish.encode('utf8')
+    utf8_spanish = u_spanish.encode('utf-8')
     latin1_spanish = u_spanish.encode('latin1')
 
     # ASCII does not have the accented characters so it mangles
@@ -62,7 +64,8 @@ class UnicodeTestData(object):
     u_entity_escape = u'Test: <"&"> – ' + unicode(u_japanese.encode('ascii', 'xmlcharrefreplace'), 'ascii') + u'é'
     utf8_entity_escape = 'Test: <"&"> – 速い茶色のキツネが怠惰な犬に\'増é'
     utf8_attrib_escape = 'Test: <"&"> – 速い茶色のキツネが怠惰な犬に\'増é'
-    ascii_entity_escape = (u'Test: <"&"> – ' + u_japanese + u'é').encode('ascii', 'xmlcharrefreplace').replace('&', '&amp;',1).replace('<', '&lt;').replace('>', '&gt;')
+    ascii_entity_escape = ('Test: <"&"> '.replace('&', '&amp;',1).replace('<', '&lt;').replace('>', '&gt;')) + (u'– ' + u_japanese + u'é').encode('ascii', 'xmlcharrefreplace')
+    ascii_attrib_escape = ('Test: <"&"> '.replace('&', '&amp;',1).replace('<', '&lt;').replace('>', '&gt;').replace('"', '&quot;')) + (u'– ' + u_japanese + u'é').encode('ascii', 'xmlcharrefreplace')
 
     b_byte_chars = ' '.join(map(chr, range(0, 256)))
     b_byte_encoded = 'ACABIAIgAyAEIAUgBiAHIAggCSAKIAsgDCANIA4gDyAQIBEgEiATIBQgFSAWIBcgGCAZIBogGyAcIB0gHiAfICAgISAiICMgJCAlICYgJyAoICkgKiArICwgLSAuIC8gMCAxIDIgMyA0IDUgNiA3IDggOSA6IDsgPCA9ID4gPyBAIEEgQiBDIEQgRSBGIEcgSCBJIEogSyBMIE0gTiBPIFAgUSBSIFMgVCBVIFYgVyBYIFkgWiBbIFwgXSBeIF8gYCBhIGIgYyBkIGUgZiBnIGggaSBqIGsgbCBtIG4gbyBwIHEgciBzIHQgdSB2IHcgeCB5IHogeyB8IH0gfiB/IIAggSCCIIMghCCFIIYghyCIIIkgiiCLIIwgjSCOII8gkCCRIJIgkyCUIJUgliCXIJggmSCaIJsgnCCdIJ4gnyCgIKEgoiCjIKQgpSCmIKcgqCCpIKogqyCsIK0griCvILAgsSCyILMgtCC1ILYgtyC4ILkguiC7ILwgvSC+IL8gwCDBIMIgwyDEIMUgxiDHIMggySDKIMsgzCDNIM4gzyDQINEg0iDTINQg1SDWINcg2CDZINog2yDcIN0g3iDfIOAg4SDiIOMg5CDlIOYg5yDoIOkg6iDrIOwg7SDuIO8g8CDxIPIg8yD0IPUg9iD3IPgg+SD6IPsg/CD9IP4g/w=='
@@ -127,3 +130,48 @@ u'    * A powerful unrepr mode for storing basic datatypes']
     u_ascii_no_ctrl = u''.join([c for c in u_ascii_chars if ord(c) not in misc._CONTROL_CODES])
     u_ascii_ctrl_replace = u_ascii_chars.translate(dict([(c, u'?') for c in misc._CONTROL_CODES]))
     utf8_ascii_chars = u_ascii_chars.encode('utf8')
+
+    # These are present in the test catalog as msgids or values
+    u_lemon = u'1 lemon'
+    utf8_lemon = u_lemon.encode('utf-8')
+    latin1_lemon = u_lemon.encode('latin-1')
+
+    u_lemons = u'4 lemons'
+    utf8_lemons = u_lemons.encode('utf-8')
+    latin1_lemons = u_lemons.encode('latin-1')
+
+    u_limao = u'一 limão'
+    utf8_limao = u_limao.encode('utf-8')
+    latin1_limao = u_limao.encode('latin-1', 'replace')
+
+    u_limoes = u'四 limões'
+    utf8_limoes = u_limoes.encode('utf-8')
+    latin1_limoes = u_limoes.encode('latin-1', 'replace')
+
+    u_not_in_catalog = u'café not matched in catalogs'
+    utf8_not_in_catalog = u_not_in_catalog.encode('utf-8')
+    latin1_not_in_catalog = u_not_in_catalog.encode('latin-1')
+
+    u_kitchen = u'kitchen sink'
+    utf8_kitchen = u_kitchen.encode('utf-8')
+    latin1_kitchen = u_kitchen.encode('latin-1')
+
+    u_pt_kitchen = u'pia da cozinha'
+    utf8_pt_kitchen = u_pt_kitchen.encode('utf-8')
+    latin1_pt_kitchen = u_pt_kitchen.encode('latin-1')
+
+    u_kuratomi = u'Kuratomi'
+    utf8_kuratomi = u_kuratomi.encode('utf-8')
+    latin1_kuratomi = u_kuratomi.encode('latin-1')
+
+    u_ja_kuratomi = u'くらとみ'
+    utf8_ja_kuratomi = u_ja_kuratomi.encode('utf-8')
+    latin1_ja_kuratomi = u_ja_kuratomi.encode('latin-1', 'replace')
+
+    u_in_fallback = u'Only café in fallback'
+    utf8_in_fallback = u_in_fallback.encode('utf-8')
+    latin1_in_fallback = u_in_fallback.encode('latin-1')
+
+    u_yes_in_fallback = u'Yes, only café in fallback'
+    utf8_yes_in_fallback = u_yes_in_fallback.encode('utf-8')
+    latin1_yes_in_fallback = u_yes_in_fallback.encode('latin-1')

kitchen2/tests/test__all__.py

@@ -29,6 +29,9 @@ class Test__all__(object):
         ('kitchen', 'i18n', 'to_unicode'),
         ('kitchen', 'i18n', 'ENOENT'),
         ('kitchen', 'i18n', 'byte_string_valid_encoding'),
+        ('kitchen', 'i18n', 'isbasestring'),
+        ('kitchen', 'i18n', 'partial'),
+        ('kitchen', 'iterutils', 'isbasestring'),
         ('kitchen', 'iterutils', 'version_tuple_to_string'),
         ('kitchen', 'pycompat24', 'version_tuple_to_string'),
         ('kitchen', 'pycompat25', 'version_tuple_to_string'),
@@ -44,6 +47,8 @@ class Test__all__(object):
         ('kitchen.text', 'converters', 'ControlCharError'),
         ('kitchen.text', 'converters', 'guess_encoding'),
         ('kitchen.text', 'converters', 'html_entities_unescape'),
+        ('kitchen.text', 'converters', 'isbytestring'),
+        ('kitchen.text', 'converters', 'isunicodestring'),
         ('kitchen.text', 'converters', 'process_control_chars'),
         ('kitchen.text', 'converters', 'XmlEncodeError'),
         ('kitchen.text', 'misc', 'b_'),
@@ -57,6 +62,7 @@ class Test__all__(object):
         ('kitchen.text', 'utf8', 'byte_string_textual_width_fill'),
         ('kitchen.text', 'utf8', 'byte_string_valid_encoding'),
         ('kitchen.text', 'utf8', 'fill'),
+        ('kitchen.text', 'utf8', 'isunicodestring'),
         ('kitchen.text', 'utf8', 'textual_width'),
         ('kitchen.text', 'utf8', 'textual_width_chop'),
         ('kitchen.text', 'utf8', 'to_bytes'),

kitchen2/tests/test_base64.py

@@ -1,5 +1,4 @@
 import unittest
-from test import test_support
 from kitchen.pycompat24.base64 import _base64 as base64
 
 
@@ -183,6 +182,7 @@ class BaseXYTestCase(unittest.TestCase):
 
 
 
+#from test import test_support
 #def test_main():
 #    test_support.run_unittest(__name__)
 #

kitchen2/tests/test_collections.py

@@ -13,16 +13,16 @@ def test_strict_dict_get_set():
     d = collections.StrictDict()
     d[u'a'] = 1
     d['a'] = 2
-    tools.ok_(d[u'a'] != d['a'])
+    tools.assert_not_equal(d[u'a'], d['a'])
-    tools.ok_(len(d) == 2)
+    tools.eq_(len(d), 2)
 
     d[u'\xf1'] = 1
     d['\xf1'] = 2
-    d[u'\xf1'.encode('utf8')] = 3
+    d[u'\xf1'.encode('utf-8')] = 3
-    tools.ok_(d[u'\xf1'] == 1)
+    tools.eq_(d[u'\xf1'], 1)
-    tools.ok_(d['\xf1'] == 2)
+    tools.eq_(d['\xf1'], 2)
-    tools.ok_(d[u'\xf1'.encode('utf8')] == 3)
+    tools.eq_(d[u'\xf1'.encode('utf-8')], 3)
-    tools.ok_(len(d) == 5)
+    tools.eq_(len(d), 5)
 
 class TestStrictDict(unittest.TestCase):
     def setUp(self):
@@ -32,15 +32,14 @@ class TestStrictDict(unittest.TestCase):
         self.d[u'\xf1'] = 1
         self.d['\xf1'] = 2
         self.d[u'\xf1'.encode('utf8')] = 3
-        self.keys = [u'a', 'a', u'\xf1', '\xf1', u'\xf1'.encode('utf8')]
+        self.keys = [u'a', 'a', u'\xf1', '\xf1', u'\xf1'.encode('utf-8')]
 
     def tearDown(self):
         del(self.d)
 
     def _compare_lists(self, list1, list2, debug=False):
-        '''We have a mixture of bytes and unicode and need python2.3 compat
+        '''We have a mixture of bytes and unicode so we have to compare these
-
+            lists manually and inefficiently
-        So we have to compare these lists manually and inefficiently
         '''
         def _compare_lists_helper(compare_to, dupes, idx, length):
             if i not in compare_to:
@@ -57,11 +56,11 @@ class TestStrictDict(unittest.TestCase):
 
         list1_u = [l for l in list1 if isinstance(l, unicode)]
         list1_b = [l for l in list1 if isinstance(l, str)]
-        list1_o = [l for l in list1 if not (isinstance(l, unicode) or isinstance(l, str))]
+        list1_o = [l for l in list1 if not (isinstance(l, (unicode, bytes)))]
 
         list2_u = [l for l in list2 if isinstance(l, unicode)]
         list2_b = [l for l in list2 if isinstance(l, str)]
-        list2_o = [l for l in list2 if not (isinstance(l, unicode) or isinstance(l, str))]
+        list2_o = [l for l in list2 if not (isinstance(l, (unicode, bytes)))]
 
         for i in list1:
             if isinstance(i, unicode):
@@ -109,34 +108,38 @@ class TestStrictDict(unittest.TestCase):
 
     def test_strict_dict_len(self):
         '''StrictDict len'''
-        tools.ok_(len(self.d) == 5)
+        tools.eq_(len(self.d), 5)
 
     def test_strict_dict_del(self):
         '''StrictDict del'''
-        tools.ok_(len(self.d) == 5)
+        tools.eq_(len(self.d), 5)
         del(self.d[u'\xf1'])
         tools.assert_raises(KeyError, self.d.__getitem__, u'\xf1')
-        tools.ok_(len(self.d) == 4)
+        tools.eq_(len(self.d), 4)
 
     def test_strict_dict_iter(self):
         '''StrictDict iteration'''
         keys = []
         for k in self.d:
             keys.append(k)
-        tools.ok_(self._compare_lists(keys, self.keys))
+        tools.ok_(self._compare_lists(keys, self.keys),
+                msg='keys != self.key: %s != %s' % (keys, self.keys))
 
         keys = []
         for k in self.d.iterkeys():
             keys.append(k)
-        tools.ok_(self._compare_lists(keys, self.keys))
+        tools.ok_(self._compare_lists(keys, self.keys),
+                msg='keys != self.key: %s != %s' % (keys, self.keys))
 
         keys = [k for k in self.d]
-        tools.ok_(self._compare_lists(keys, self.keys))
+        tools.ok_(self._compare_lists(keys, self.keys),
+                msg='keys != self.key: %s != %s' % (keys, self.keys))
 
         keys = []
         for k in self.d.keys():
             keys.append(k)
-        tools.ok_(self._compare_lists(keys, self.keys))
+        tools.ok_(self._compare_lists(keys, self.keys),
+                msg='keys != self.key: %s != %s' % (keys, self.keys))
 
     def test_strict_dict_contains(self):
         '''StrictDict contains function'''

kitchen2/tests/test_converters.py

@@ -0,0 +1,415 @@
+# -*- coding: utf-8 -*-
+#
+
+import unittest
+from nose import tools
+from nose.plugins.skip import SkipTest
+
+import sys
+import StringIO
+import warnings
+
+try:
+    import chardet
+except:
+    chardet = None
+
+from kitchen.text import converters
+from kitchen.text.exceptions import XmlEncodeError
+
+import base_classes
+
+class UnicodeNoStr(object):
+    def __unicode__(self):
+        return u'El veloz murciélago saltó sobre el perro perezoso.'
+
+class StrNoUnicode(object):
+    def __str__(self):
+        return u'El veloz murciélago saltó sobre el perro perezoso.'.encode('utf8')
+
+class StrReturnsUnicode(object):
+    def __str__(self):
+        return u'El veloz murciélago saltó sobre el perro perezoso.'
+
+class UnicodeReturnsStr(object):
+    def __unicode__(self):
+        return u'El veloz murciélago saltó sobre el perro perezoso.'.encode('utf8')
+
+class UnicodeStrCrossed(object):
+    def __unicode__(self):
+        return u'El veloz murciélago saltó sobre el perro perezoso.'.encode('utf8')
+
+    def __str__(self):
+        return u'El veloz murciélago saltó sobre el perro perezoso.'
+
+class ReprUnicode(object):
+    def __repr__(self):
+        return u'ReprUnicode(El veloz murciélago saltó sobre el perro perezoso.)'
+
+class TestConverters(unittest.TestCase, base_classes.UnicodeTestData):
+    def test_to_unicode(self):
+        '''Test to_unicode when the user gives good values'''
+        tools.eq_(converters.to_unicode(self.u_japanese, encoding='latin1'), self.u_japanese)
+
+        tools.eq_(converters.to_unicode(self.utf8_spanish), self.u_spanish)
+        tools.eq_(converters.to_unicode(self.utf8_japanese), self.u_japanese)
+
+        tools.eq_(converters.to_unicode(self.latin1_spanish, encoding='latin1'), self.u_spanish)
+        tools.eq_(converters.to_unicode(self.euc_jp_japanese, encoding='euc_jp'), self.u_japanese)
+
+        tools.assert_raises(TypeError, converters.to_unicode, *[5], **{'nonstring': 'foo'})
+
+    def test_to_unicode_errors(self):
+        tools.eq_(converters.to_unicode(self.latin1_spanish), self.u_mangled_spanish_latin1_as_utf8)
+        tools.eq_(converters.to_unicode(self.latin1_spanish, errors='ignore'), self.u_spanish_ignore)
+        tools.assert_raises(UnicodeDecodeError, converters.to_unicode,
+                *[self.latin1_spanish], **{'errors': 'strict'})
+
+    def test_to_unicode_nonstring(self):
+        tools.eq_(converters.to_unicode(5), u'5')
+        tools.eq_(converters.to_unicode(5, nonstring='empty'), u'')
+        tools.eq_(converters.to_unicode(5, nonstring='passthru'), 5)
+        tools.eq_(converters.to_unicode(5, nonstring='simplerepr'), u'5')
+        tools.eq_(converters.to_unicode(5, nonstring='repr'), u'5')
+        tools.assert_raises(TypeError, converters.to_unicode, *[5], **{'nonstring': 'strict'})
+
+        obj_repr = converters.to_unicode(object, nonstring='simplerepr')
+        tools.eq_(obj_repr, u"<type 'object'>")
+        tools.assert_true(isinstance(obj_repr, unicode))
+
+    def test_to_unicode_nonstring_with_objects_that_have__unicode__and__str__(self):
+        '''Test that to_unicode handles objects that have  __unicode__ and  __str__ methods'''
+        if sys.version_info < (3, 0):
+            # None of these apply on python3 because python3 does not use __unicode__
+            # and it enforces __str__ returning str
+            tools.eq_(converters.to_unicode(UnicodeNoStr(), nonstring='simplerepr'), self.u_spanish)
+            tools.eq_(converters.to_unicode(StrNoUnicode(), nonstring='simplerepr'), self.u_spanish)
+            tools.eq_(converters.to_unicode(UnicodeReturnsStr(), nonstring='simplerepr'), self.u_spanish)
+
+        tools.eq_(converters.to_unicode(StrReturnsUnicode(), nonstring='simplerepr'), self.u_spanish)
+        tools.eq_(converters.to_unicode(UnicodeStrCrossed(), nonstring='simplerepr'), self.u_spanish)
+
+    def test_to_bytes(self):
+        '''Test to_bytes when the user gives good values'''
+        tools.eq_(converters.to_bytes(self.utf8_japanese, encoding='latin1'), self.utf8_japanese)
+
+        tools.eq_(converters.to_bytes(self.u_spanish), self.utf8_spanish)
+        tools.eq_(converters.to_bytes(self.u_japanese), self.utf8_japanese)
+
+        tools.eq_(converters.to_bytes(self.u_spanish, encoding='latin1'), self.latin1_spanish)
+        tools.eq_(converters.to_bytes(self.u_japanese, encoding='euc_jp'), self.euc_jp_japanese)
+
+    def test_to_bytes_errors(self):
+        tools.eq_(converters.to_bytes(self.u_mixed, encoding='latin1'),
+                self.latin1_mixed_replace)
+        tools.eq_(converters.to_bytes(self.u_mixed, encoding='latin',
+            errors='ignore'), self.latin1_mixed_ignore)
+        tools.assert_raises(UnicodeEncodeError, converters.to_bytes,
+            *[self.u_mixed], **{'errors': 'strict', 'encoding': 'latin1'})
+
+    def _check_repr_bytes(self, repr_string, obj_name):
+        tools.assert_true(isinstance(repr_string, str))
+        match = self.repr_re.match(repr_string)
+        tools.assert_not_equal(match, None)
+        tools.eq_(match.groups()[0], obj_name)
+
+    def test_to_bytes_nonstring(self):
+        tools.eq_(converters.to_bytes(5), '5')
+        tools.eq_(converters.to_bytes(5, nonstring='empty'), '')
+        tools.eq_(converters.to_bytes(5, nonstring='passthru'), 5)
+        tools.eq_(converters.to_bytes(5, nonstring='simplerepr'), '5')
+        tools.eq_(converters.to_bytes(5, nonstring='repr'), '5')
+
+        # Raise a TypeError if the msg is nonstring and we're set to strict
+        tools.assert_raises(TypeError, converters.to_bytes, *[5], **{'nonstring': 'strict'})
+        # Raise a TypeError if given an invalid nonstring arg
+        tools.assert_raises(TypeError, converters.to_bytes, *[5], **{'nonstring': 'INVALID'})
+
+        obj_repr = converters.to_bytes(object, nonstring='simplerepr')
+        tools.eq_(obj_repr, "<type 'object'>")
+        tools.assert_true(isinstance(obj_repr, str))
+
+    def test_to_bytes_nonstring_with_objects_that_have__unicode__and__str__(self):
+        if sys.version_info < (3, 0):
+            # This object's _str__ returns a utf8 encoded object
+            tools.eq_(converters.to_bytes(StrNoUnicode(), nonstring='simplerepr'), self.utf8_spanish)
+        # No __str__ method so this returns repr
+        string = converters.to_bytes(UnicodeNoStr(), nonstring='simplerepr')
+        self._check_repr_bytes(string, 'UnicodeNoStr')
+
+        # This object's __str__ returns unicode which to_bytes converts to utf8
+        tools.eq_(converters.to_bytes(StrReturnsUnicode(), nonstring='simplerepr'), self.utf8_spanish)
+        # Unless we explicitly ask for something different
+        tools.eq_(converters.to_bytes(StrReturnsUnicode(),
+            nonstring='simplerepr', encoding='latin1'), self.latin1_spanish)
+
+        # This object has no __str__ so it returns repr
+        string = converters.to_bytes(UnicodeReturnsStr(), nonstring='simplerepr')
+        self._check_repr_bytes(string, 'UnicodeReturnsStr')
+
+        # This object's __str__ returns unicode which to_bytes converts to utf8
+        tools.eq_(converters.to_bytes(UnicodeStrCrossed(), nonstring='simplerepr'), self.utf8_spanish)
+
+        # This object's __repr__ returns unicode which to_bytes converts to utf8
+        tools.eq_(converters.to_bytes(ReprUnicode(), nonstring='simplerepr'),
+                u'ReprUnicode(El veloz murciélago saltó sobre el perro perezoso.)'.encode('utf8'))
+        tools.eq_(converters.to_bytes(ReprUnicode(), nonstring='repr'),
+                u'ReprUnicode(El veloz murciélago saltó sobre el perro perezoso.)'.encode('utf8'))
+
+    def test_unicode_to_xml(self):
+        tools.eq_(converters.unicode_to_xml(None), '')
+        tools.assert_raises(XmlEncodeError, converters.unicode_to_xml, *['byte string'])
+        tools.assert_raises(ValueError, converters.unicode_to_xml, *[u'string'], **{'control_chars': 'foo'})
+        tools.assert_raises(XmlEncodeError, converters.unicode_to_xml,
+                *[u'string\u0002'], **{'control_chars': 'strict'})
+        tools.eq_(converters.unicode_to_xml(self.u_entity), self.utf8_entity_escape)
+        tools.eq_(converters.unicode_to_xml(self.u_entity, attrib=True), self.utf8_attrib_escape)
+        tools.eq_(converters.unicode_to_xml(self.u_entity, encoding='ascii'), self.ascii_entity_escape)
+        tools.eq_(converters.unicode_to_xml(self.u_entity, encoding='ascii', attrib=True), self.ascii_attrib_escape)
+
+    def test_xml_to_unicode(self):
+        tools.eq_(converters.xml_to_unicode(self.utf8_entity_escape, 'utf8', 'replace'), self.u_entity)
+        tools.eq_(converters.xml_to_unicode(self.utf8_attrib_escape, 'utf8', 'replace'), self.u_entity)
+        tools.eq_(converters.xml_to_unicode(self.ascii_entity_escape, 'ascii', 'replace'), self.u_entity)
+        tools.eq_(converters.xml_to_unicode(self.ascii_attrib_escape, 'ascii', 'replace'), self.u_entity)
+
+    def test_xml_to_byte_string(self):
+        tools.eq_(converters.xml_to_byte_string(self.utf8_entity_escape, 'utf8', 'replace'), self.u_entity.encode('utf8'))
+        tools.eq_(converters.xml_to_byte_string(self.utf8_attrib_escape, 'utf8', 'replace'), self.u_entity.encode('utf8'))
+        tools.eq_(converters.xml_to_byte_string(self.ascii_entity_escape, 'ascii', 'replace'), self.u_entity.encode('utf8'))
+        tools.eq_(converters.xml_to_byte_string(self.ascii_attrib_escape, 'ascii', 'replace'), self.u_entity.encode('utf8'))
+
+        tools.eq_(converters.xml_to_byte_string(self.utf8_attrib_escape,
+            output_encoding='euc_jp', errors='replace'),
+            self.u_entity.encode('euc_jp', 'replace'))
+        tools.eq_(converters.xml_to_byte_string(self.utf8_attrib_escape,
+            output_encoding='latin1', errors='replace'),
+            self.u_entity.encode('latin1', 'replace'))
+        tools.eq_(converters.xml_to_byte_string(self.ascii_attrib_escape,
+            output_encoding='euc_jp', errors='replace'),
+            self.u_entity.encode('euc_jp', 'replace'))
+        tools.eq_(converters.xml_to_byte_string(self.ascii_attrib_escape,
+            output_encoding='latin1', errors='replace'),
+            self.u_entity.encode('latin1', 'replace'))
+
+    def test_byte_string_to_xml(self):
+        tools.assert_raises(XmlEncodeError, converters.byte_string_to_xml, *[u'test'])
+        tools.eq_(converters.byte_string_to_xml(self.utf8_entity), self.utf8_entity_escape)
+        tools.eq_(converters.byte_string_to_xml(self.utf8_entity, attrib=True), self.utf8_attrib_escape)
+
+    def test_bytes_to_xml(self):
+        tools.eq_(converters.bytes_to_xml(self.b_byte_chars), self.b_byte_encoded)
+
+    def test_xml_to_bytes(self):
+        tools.eq_(converters.xml_to_bytes(self.b_byte_encoded), self.b_byte_chars)
+
+    def test_guess_encoding_to_xml(self):
+        tools.eq_(converters.guess_encoding_to_xml(self.u_entity), self.utf8_entity_escape)
+        tools.eq_(converters.guess_encoding_to_xml(self.utf8_spanish), self.utf8_spanish)
+        tools.eq_(converters.guess_encoding_to_xml(self.latin1_spanish), self.utf8_spanish)
+        tools.eq_(converters.guess_encoding_to_xml(self.utf8_japanese), self.utf8_japanese)
+
+    def test_guess_encoding_to_xml_euc_japanese(self):
+        if chardet:
+            tools.eq_(converters.guess_encoding_to_xml(self.euc_jp_japanese),
+                    self.utf8_japanese)
+        else:
+            raise SkipTest('chardet not installed, euc_japanese won\'t be detected')
+
+    def test_guess_encoding_to_xml_euc_japanese_mangled(self):
+        if chardet:
+            raise SkipTest('chardet installed, euc_japanese won\'t be mangled')
+        else:
+            tools.eq_(converters.guess_encoding_to_xml(self.euc_jp_japanese),
+                    self.utf8_mangled_euc_jp_as_latin1)
+
+class TestGetWriter(unittest.TestCase, base_classes.UnicodeTestData):
+    def setUp(self):
+        self.io = StringIO.StringIO()
+
+    def test_utf8_writer(self):
+        writer = converters.getwriter('utf-8')
+        io = writer(self.io)
+        io.write(self.u_japanese + u'\n')
+        io.seek(0)
+        result = io.read().strip()
+        tools.eq_(result, self.utf8_japanese)
+
+        io.seek(0)
+        io.truncate(0)
+        io.write(self.euc_jp_japanese + '\n')
+        io.seek(0)
+        result = io.read().strip()
+        tools.eq_(result, self.euc_jp_japanese)
+
+        io.seek(0)
+        io.truncate(0)
+        io.write(self.utf8_japanese + '\n')
+        io.seek(0)
+        result = io.read().strip()
+        tools.eq_(result, self.utf8_japanese)
+
+    def test_error_handlers(self):
+        '''Test setting alternate error handlers'''
+        writer = converters.getwriter('latin1')
+        io = writer(self.io, errors='strict')
+        tools.assert_raises(UnicodeEncodeError, io.write, self.u_japanese)
+
+
+class TestExceptionConverters(unittest.TestCase, base_classes.UnicodeTestData):
+    def setUp(self):
+        self.exceptions = {}
+        tests = {'u_jpn': self.u_japanese,
+                'u_spanish': self.u_spanish,
+                'utf8_jpn': self.utf8_japanese,
+                'utf8_spanish': self.utf8_spanish,
+                'euc_jpn': self.euc_jp_japanese,
+                'latin1_spanish': self.latin1_spanish}
+        for test in tests.iteritems():
+            try:
+                raise Exception(test[1])
+            except Exception, self.exceptions[test[0]]:
+                pass
+
+    def test_exception_to_unicode_with_unicode(self):
+        tools.eq_(converters.exception_to_unicode(self.exceptions['u_jpn']), self.u_japanese)
+        tools.eq_(converters.exception_to_unicode(self.exceptions['u_spanish']), self.u_spanish)
+
+    def test_exception_to_unicode_with_bytes(self):
+        tools.eq_(converters.exception_to_unicode(self.exceptions['utf8_jpn']), self.u_japanese)
+        tools.eq_(converters.exception_to_unicode(self.exceptions['utf8_spanish']), self.u_spanish)
+        # Mangled latin1/utf8 conversion but no tracebacks
+        tools.eq_(converters.exception_to_unicode(self.exceptions['latin1_spanish']), self.u_mangled_spanish_latin1_as_utf8)
+        # Mangled euc_jp/utf8 conversion but no tracebacks
+        tools.eq_(converters.exception_to_unicode(self.exceptions['euc_jpn']), self.u_mangled_euc_jp_as_utf8)
+
+    def test_exception_to_unicode_custom(self):
+        # If given custom functions, then we should not mangle
+        c = [lambda e: converters.to_unicode(e.args[0], encoding='euc_jp'),
+                lambda e: converters.to_unicode(e, encoding='euc_jp')]
+        tools.eq_(converters.exception_to_unicode(self.exceptions['euc_jpn'],
+            converters=c), self.u_japanese)
+        c.extend(converters.EXCEPTION_CONVERTERS)
+        tools.eq_(converters.exception_to_unicode(self.exceptions['euc_jpn'],
+            converters=c), self.u_japanese)
+
+        c = [lambda e: converters.to_unicode(e.args[0], encoding='latin1'),
+                lambda e: converters.to_unicode(e, encoding='latin1')]
+        tools.eq_(converters.exception_to_unicode(self.exceptions['latin1_spanish'],
+            converters=c),  self.u_spanish)
+        c.extend(converters.EXCEPTION_CONVERTERS)
+        tools.eq_(converters.exception_to_unicode(self.exceptions['latin1_spanish'],
+            converters=c),  self.u_spanish)
+
+    def test_exception_to_bytes_with_unicode(self):
+        tools.eq_(converters.exception_to_bytes(self.exceptions['u_jpn']), self.utf8_japanese)
+        tools.eq_(converters.exception_to_bytes(self.exceptions['u_spanish']), self.utf8_spanish)
+
+    def test_exception_to_bytes_with_bytes(self):
+        tools.eq_(converters.exception_to_bytes(self.exceptions['utf8_jpn']), self.utf8_japanese)
+        tools.eq_(converters.exception_to_bytes(self.exceptions['utf8_spanish']), self.utf8_spanish)
+        tools.eq_(converters.exception_to_bytes(self.exceptions['latin1_spanish']), self.latin1_spanish)
+        tools.eq_(converters.exception_to_bytes(self.exceptions['euc_jpn']), self.euc_jp_japanese)
+
+    def test_exception_to_bytes_custom(self):
+        # If given custom functions, then we should not mangle
+        c = [lambda e: converters.to_bytes(e.args[0], encoding='euc_jp'),
+                lambda e: converters.to_bytes(e, encoding='euc_jp')]
+        tools.eq_(converters.exception_to_bytes(self.exceptions['euc_jpn'],
+            converters=c), self.euc_jp_japanese)
+        c.extend(converters.EXCEPTION_CONVERTERS)
+        tools.eq_(converters.exception_to_bytes(self.exceptions['euc_jpn'],
+            converters=c), self.euc_jp_japanese)
+
+        c = [lambda e: converters.to_bytes(e.args[0], encoding='latin1'),
+                lambda e: converters.to_bytes(e, encoding='latin1')]
+        tools.eq_(converters.exception_to_bytes(self.exceptions['latin1_spanish'],
+            converters=c),  self.latin1_spanish)
+        c.extend(converters.EXCEPTION_CONVERTERS)
+        tools.eq_(converters.exception_to_bytes(self.exceptions['latin1_spanish'],
+            converters=c),  self.latin1_spanish)
+
+
+class TestDeprecatedConverters(TestConverters):
+    def setUp(self):
+        warnings.simplefilter('ignore', DeprecationWarning)
+
+    def tearDown(self):
+        warnings.simplefilter('default', DeprecationWarning)
+
+    def test_to_xml(self):
+        tools.eq_(converters.to_xml(self.u_entity), self.utf8_entity_escape)
+        tools.eq_(converters.to_xml(self.utf8_spanish), self.utf8_spanish)
+        tools.eq_(converters.to_xml(self.latin1_spanish), self.utf8_spanish)
+        tools.eq_(converters.to_xml(self.utf8_japanese), self.utf8_japanese)
+
+    def test_to_utf8(self):
+        tools.eq_(converters.to_utf8(self.u_japanese), self.utf8_japanese)
+        tools.eq_(converters.to_utf8(self.utf8_spanish), self.utf8_spanish)
+
+    def test_to_str(self):
+        tools.eq_(converters.to_str(self.u_japanese), self.utf8_japanese)
+        tools.eq_(converters.to_str(self.utf8_spanish), self.utf8_spanish)
+        tools.eq_(converters.to_str(object), "<type 'object'>")
+
+    def test_non_string(self):
+        '''Test deprecated non_string parameter'''
+        # unicode
+        tools.assert_raises(TypeError, converters.to_unicode, *[5], **{'non_string': 'foo'})
+        tools.eq_(converters.to_unicode(5, non_string='empty'), u'')
+        tools.eq_(converters.to_unicode(5, non_string='passthru'), 5)
+        tools.eq_(converters.to_unicode(5, non_string='simplerepr'), u'5')
+        tools.eq_(converters.to_unicode(5, non_string='repr'), u'5')
+        tools.assert_raises(TypeError, converters.to_unicode, *[5], **{'non_string': 'strict'})
+
+        tools.eq_(converters.to_unicode(UnicodeNoStr(), non_string='simplerepr'), self.u_spanish)
+        tools.eq_(converters.to_unicode(StrNoUnicode(), non_string='simplerepr'), self.u_spanish)
+        tools.eq_(converters.to_unicode(StrReturnsUnicode(), non_string='simplerepr'), self.u_spanish)
+        tools.eq_(converters.to_unicode(UnicodeReturnsStr(), non_string='simplerepr'), self.u_spanish)
+        tools.eq_(converters.to_unicode(UnicodeStrCrossed(), non_string='simplerepr'), self.u_spanish)
+
+        obj_repr = converters.to_unicode(object, non_string='simplerepr')
+        tools.eq_(obj_repr, u"<type 'object'>")
+        tools.assert_true(isinstance(obj_repr, unicode))
+
+        # Bytes
+        tools.eq_(converters.to_bytes(5), '5')
+        tools.eq_(converters.to_bytes(5, non_string='empty'), '')
+        tools.eq_(converters.to_bytes(5, non_string='passthru'), 5)
+        tools.eq_(converters.to_bytes(5, non_string='simplerepr'), '5')
+        tools.eq_(converters.to_bytes(5, non_string='repr'), '5')
+
+        # Raise a TypeError if the msg is non_string and we're set to strict
+        tools.assert_raises(TypeError, converters.to_bytes, *[5], **{'non_string': 'strict'})
+        # Raise a TypeError if given an invalid non_string arg
+        tools.assert_raises(TypeError, converters.to_bytes, *[5], **{'non_string': 'INVALID'})
+
+        # No __str__ method so this returns repr
+        string = converters.to_bytes(UnicodeNoStr(), non_string='simplerepr')
+        self._check_repr_bytes(string, 'UnicodeNoStr')
+
+        # This object's _str__ returns a utf8 encoded object
+        tools.eq_(converters.to_bytes(StrNoUnicode(), non_string='simplerepr'), self.utf8_spanish)
+
+        # This object's __str__ returns unicode which to_bytes converts to utf8
+        tools.eq_(converters.to_bytes(StrReturnsUnicode(), non_string='simplerepr'), self.utf8_spanish)
+        # Unless we explicitly ask for something different
+        tools.eq_(converters.to_bytes(StrReturnsUnicode(),
+            non_string='simplerepr', encoding='latin1'), self.latin1_spanish)
+
+        # This object has no __str__ so it returns repr
+        string = converters.to_bytes(UnicodeReturnsStr(), non_string='simplerepr')
+        self._check_repr_bytes(string, 'UnicodeReturnsStr')
+
+        # This object's __str__ returns unicode which to_bytes converts to utf8
+        tools.eq_(converters.to_bytes(UnicodeStrCrossed(), non_string='simplerepr'), self.utf8_spanish)
+
+        # This object's __repr__ returns unicode which to_bytes converts to utf8
+        tools.eq_(converters.to_bytes(ReprUnicode(), non_string='simplerepr'),
+                u'ReprUnicode(El veloz murciélago saltó sobre el perro perezoso.)'.encode('utf8'))
+        tools.eq_(converters.to_bytes(ReprUnicode(), non_string='repr'),
+                u'ReprUnicode(El veloz murciélago saltó sobre el perro perezoso.)'.encode('utf8'))
+
+        obj_repr = converters.to_bytes(object, non_string='simplerepr')
+        tools.eq_(obj_repr, "<type 'object'>")
+        tools.assert_true(isinstance(obj_repr, str))

kitchen2/tests/test_defaultdict.py

@@ -4,7 +4,6 @@ import os
 import copy
 import tempfile
 import unittest
-from test import test_support
 
 from kitchen.pycompat25.collections._defaultdict import defaultdict
 
@@ -173,6 +172,7 @@ class TestDefaultDict(unittest.TestCase):
             os.remove(tfn)
 
 
+#from test import test_support
 #def test_main():
 #    test_support.run_unittest(TestDefaultDict)
 #

kitchen2/tests/test_deprecation.py

@@ -5,21 +5,19 @@ from nose import tools
 
 import sys
 import warnings
+from kitchen import i18n
 from kitchen.text import converters
 from kitchen.text import utf8
 
 class TestDeprecated(unittest.TestCase):
     def setUp(self):
-        registry = sys._getframe(2).f_globals.get('__warningregistry__')
+        for module in sys.modules.values():
-        if registry:
+            if hasattr(module, '__warningregistry__'):
-            registry.clear()
+                del module.__warningregistry__
-        registry = sys._getframe(1).f_globals.get('__warningregistry__')
-        if registry:
-            registry.clear()
         warnings.simplefilter('error', DeprecationWarning)
 
     def tearDown(self):
-        warnings.simplefilter('default', DeprecationWarning)
+        warnings.simplefilter('ignore', DeprecationWarning)
 
     def test_deprecated_functions(self):
         '''Test that all deprecated functions raise DeprecationWarning'''
@@ -45,3 +43,23 @@ class TestDeprecated(unittest.TestCase):
                 **{'non_string': 'simplerepr'})
         tools.assert_raises(DeprecationWarning, converters.to_bytes, *[5],
                 **{'nonstring': 'simplerepr', 'non_string': 'simplerepr'})
+
+
+class TestPendingDeprecationParameters(unittest.TestCase):
+    def setUp(self):
+        for module in sys.modules.values():
+            if hasattr(module, '__warningregistry__'):
+                del module.__warningregistry__
+        warnings.simplefilter('error', PendingDeprecationWarning)
+
+    def tearDown(self):
+        warnings.simplefilter('ignore', PendingDeprecationWarning)
+
+    def test_parameters(self):
+        # test that we warn when using the python2_api parameters
+        tools.assert_raises(PendingDeprecationWarning,
+                i18n.get_translation_object, 'test', **{'python2_api': True})
+        tools.assert_raises(PendingDeprecationWarning,
+                i18n.DummyTranslations, **{'python2_api': True})
+
+

kitchen2/tests/test_i18n.py

@@ -0,0 +1,820 @@
+# -*- coding: utf-8 -*-
+#
+import unittest
+from nose import tools
+
+import os
+import types
+
+from kitchen import i18n
+
+import base_classes
+
+class TestI18N_UTF8(unittest.TestCase, base_classes.UnicodeTestData):
+    def setUp(self):
+        self.old_LC_ALL = os.environ.get('LC_ALL', None)
+        os.environ['LC_ALL'] = 'pt_BR.utf8'
+
+    def tearDown(self):
+        if self.old_LC_ALL:
+            os.environ['LC_ALL'] = self.old_LC_ALL
+        else:
+            del(os.environ['LC_ALL'])
+
+    def test_easy_gettext_setup(self):
+        '''Test that the easy_gettext_setup function works
+        '''
+        _, N_ = i18n.easy_gettext_setup('foo', localedirs=
+                ['%s/data/locale/' % os.path.dirname(__file__)])
+        tools.assert_true(isinstance(_, types.MethodType))
+        tools.assert_true(isinstance(N_, types.MethodType))
+        tools.eq_(_.__name__, '_ugettext')
+        tools.eq_(N_.__name__, '_ungettext')
+
+        tools.eq_(_(self.utf8_spanish), self.u_spanish)
+        tools.eq_(_(self.u_spanish), self.u_spanish)
+        tools.eq_(N_(self.utf8_limao, self.utf8_limoes, 1), self.u_limao)
+        tools.eq_(N_(self.utf8_limao, self.utf8_limoes, 2), self.u_limoes)
+        tools.eq_(N_(self.u_limao, self.u_limoes, 1), self.u_limao)
+        tools.eq_(N_(self.u_limao, self.u_limoes, 2), self.u_limoes)
+
+    def test_easy_gettext_setup_non_unicode(self):
+        '''Test that the easy_gettext_setup function works
+        '''
+        b_, bN_ = i18n.easy_gettext_setup('foo', localedirs=
+                ['%s/data/locale/' % os.path.dirname(__file__)],
+                use_unicode=False)
+        tools.assert_true(isinstance(b_, types.MethodType))
+        tools.assert_true(isinstance(bN_, types.MethodType))
+        tools.eq_(b_.__name__, '_lgettext')
+        tools.eq_(bN_.__name__, '_lngettext')
+
+        tools.eq_(b_(self.utf8_spanish), self.utf8_spanish)
+        tools.eq_(b_(self.u_spanish), self.utf8_spanish)
+        tools.eq_(bN_(self.utf8_limao, self.utf8_limoes, 1), self.utf8_limao)
+        tools.eq_(bN_(self.utf8_limao, self.utf8_limoes, 2), self.utf8_limoes)
+        tools.eq_(bN_(self.u_limao, self.u_limoes, 1), self.utf8_limao)
+        tools.eq_(bN_(self.u_limao, self.u_limoes, 2), self.utf8_limoes)
+
+    def test_get_translation_object(self):
+        '''Test that the get_translation_object function works
+        '''
+        translations = i18n.get_translation_object('foo', ['%s/data/locale/' % os.path.dirname(__file__)])
+        tools.eq_(translations.__class__, i18n.DummyTranslations)
+        tools.assert_raises(IOError, i18n.get_translation_object, 'foo', ['%s/data/locale/' % os.path.dirname(__file__)], fallback=False)
+
+        translations = i18n.get_translation_object('test', ['%s/data/locale/' % os.path.dirname(__file__)])
+        tools.eq_(translations.__class__, i18n.NewGNUTranslations)
+
+    def test_get_translation_object_create_fallback(self):
+        '''Test get_translation_object creates fallbacks for additional catalogs'''
+        translations = i18n.get_translation_object('test',
+                ['%s/data/locale' % os.path.dirname(__file__),
+                    '%s/data/locale-old' % os.path.dirname(__file__)])
+        tools.eq_(translations.__class__, i18n.NewGNUTranslations)
+        tools.eq_(translations._fallback.__class__, i18n.NewGNUTranslations)
+
+    def test_get_translation_object_copy(self):
+        '''Test get_translation_object shallow copies the message catalog'''
+        translations = i18n.get_translation_object('test',
+                ['%s/data/locale' % os.path.dirname(__file__),
+                    '%s/data/locale-old' % os.path.dirname(__file__)], codeset='utf-8')
+        translations.input_charset = 'utf-8'
+        translations2 = i18n.get_translation_object('test',
+                ['%s/data/locale' % os.path.dirname(__file__),
+                    '%s/data/locale-old' % os.path.dirname(__file__)], codeset='latin-1')
+        translations2.input_charset = 'latin-1'
+
+        # Test that portions of the translation objects are the same and other
+        # portions are different (which is a space optimization so that the
+        # translation data isn't in memory multiple times)
+        tools.assert_not_equal(id(translations._fallback), id(translations2._fallback))
+        tools.assert_not_equal(id(translations.output_charset()), id(translations2.output_charset()))
+        tools.assert_not_equal(id(translations.input_charset), id(translations2.input_charset))
+        tools.assert_not_equal(id(translations.input_charset), id(translations2.input_charset))
+        tools.eq_(id(translations._catalog), id(translations2._catalog))
+
+    def test_get_translation_object_optional_params(self):
+        '''Smoketest leaving out optional parameters'''
+        translations = i18n.get_translation_object('test')
+        tools.assert_true(translations.__class__ in (i18n.NewGNUTranslations, i18n.DummyTranslations))
+
+    def test_get_translation_object_python2_api_default(self):
+        '''Smoketest that python2_api default value yields the python2 functions'''
+        # Default
+        translations = i18n.get_translation_object('test',
+                ['%s/data/locale' % os.path.dirname(__file__),
+                    '%s/data/locale-old' % os.path.dirname(__file__)], codeset='utf-8')
+        translations.input_charset = 'utf-8'
+        tools.eq_(translations.gettext.__name__, '_gettext')
+        tools.eq_(translations.lgettext.__name__, '_lgettext')
+        tools.eq_(translations.ugettext.__name__, '_ugettext')
+        tools.eq_(translations.ngettext.__name__, '_ngettext')
+        tools.eq_(translations.lngettext.__name__, '_lngettext')
+        tools.eq_(translations.ungettext.__name__, '_ungettext')
+
+    def test_get_translation_object_python2_api_true(self):
+        '''Smoketest that setting python2_api true yields the python2 functions'''
+        # Default
+        translations = i18n.get_translation_object('test',
+                ['%s/data/locale' % os.path.dirname(__file__),
+                    '%s/data/locale-old' % os.path.dirname(__file__)], codeset='utf-8',
+                python2_api=True)
+        translations.input_charset = 'utf-8'
+        tools.eq_(translations.gettext.__name__, '_gettext')
+        tools.eq_(translations.lgettext.__name__, '_lgettext')
+        tools.eq_(translations.ugettext.__name__, '_ugettext')
+        tools.eq_(translations.ngettext.__name__, '_ngettext')
+        tools.eq_(translations.lngettext.__name__, '_lngettext')
+        tools.eq_(translations.ungettext.__name__, '_ungettext')
+
+    def test_get_translation_object_python2_api_false(self):
+        '''Smoketest that setting python2_api false yields the python3 functions'''
+        # Default
+        translations = i18n.get_translation_object('test',
+                ['%s/data/locale' % os.path.dirname(__file__),
+                    '%s/data/locale-old' % os.path.dirname(__file__)], codeset='utf-8',
+                python2_api=False)
+        translations.input_charset = 'utf-8'
+        tools.eq_(translations.gettext.__name__, '_ugettext')
+        tools.eq_(translations.lgettext.__name__, '_lgettext')
+        tools.eq_(translations.ngettext.__name__, '_ungettext')
+        tools.eq_(translations.lngettext.__name__, '_lngettext')
+
+        tools.assert_raises(AttributeError, translations.ugettext, 'message')
+        tools.assert_raises(AttributeError, translations.ungettext, 'message1', 'message2')
+
+    def test_dummy_translation(self):
+        '''Test that we can create a DummyTranslation object
+        '''
+        tools.assert_true(isinstance(i18n.DummyTranslations(), i18n.DummyTranslations))
+
+# Note: Using nose's generator tests for this so we can't subclass
+# unittest.TestCase
+class TestDummyTranslations(base_classes.UnicodeTestData):
+    def __init__(self):
+        self.test_data = {'bytes': (( # First set is with default charset (utf8)
+                (self.u_ascii, self.b_ascii),
+                (self.u_spanish, self.utf8_spanish),
+                (self.u_japanese, self.utf8_japanese),
+                (self.b_ascii, self.b_ascii),
+                (self.utf8_spanish, self.utf8_spanish),
+                (self.latin1_spanish, self.utf8_mangled_spanish_latin1_as_utf8),
+                (self.utf8_japanese, self.utf8_japanese),
+                ),
+                ( # Second set is with output_charset of latin1 (ISO-8859-1)
+                (self.u_ascii, self.b_ascii),
+                (self.u_spanish, self.latin1_spanish),
+                (self.u_japanese, self.latin1_mangled_japanese_replace_as_latin1),
+                (self.b_ascii, self.b_ascii),
+                (self.utf8_spanish, self.utf8_spanish),
+                (self.latin1_spanish, self.latin1_spanish),
+                (self.utf8_japanese, self.utf8_japanese),
+                ),
+                ( # Third set is with output_charset of C
+                (self.u_ascii, self.b_ascii),
+                (self.u_spanish, self.ascii_mangled_spanish_as_ascii),
+                (self.u_japanese, self.ascii_mangled_japanese_replace_as_latin1),
+                (self.b_ascii, self.b_ascii),
+                (self.utf8_spanish, self.ascii_mangled_spanish_as_ascii),
+                (self.latin1_spanish, self.ascii_twice_mangled_spanish_latin1_as_utf8_as_ascii),
+                (self.utf8_japanese, self.ascii_mangled_japanese_replace_as_latin1),
+                ),
+            ),
+            'unicode': (( # First set is with the default charset (utf8)
+                (self.u_ascii, self.u_ascii),
+                (self.u_spanish, self.u_spanish),
+                (self.u_japanese, self.u_japanese),
+                (self.b_ascii, self.u_ascii),
+                (self.utf8_spanish, self.u_spanish),
+                (self.latin1_spanish, self.u_mangled_spanish_latin1_as_utf8), # String is mangled but no exception
+                (self.utf8_japanese, self.u_japanese),
+                ),
+                ( # Second set is with _charset of latin1 (ISO-8859-1)
+                (self.u_ascii, self.u_ascii),
+                (self.u_spanish, self.u_spanish),
+                (self.u_japanese, self.u_japanese),
+                (self.b_ascii, self.u_ascii),
+                (self.utf8_spanish, self.u_mangled_spanish_utf8_as_latin1), # String mangled but no exception
+                (self.latin1_spanish, self.u_spanish),
+                (self.utf8_japanese, self.u_mangled_japanese_utf8_as_latin1), # String mangled but no exception
+                ),
+                ( # Third set is with _charset of C
+                (self.u_ascii, self.u_ascii),
+                (self.u_spanish, self.u_spanish),
+                (self.u_japanese, self.u_japanese),
+                (self.b_ascii, self.u_ascii),
+                (self.utf8_spanish, self.u_mangled_spanish_utf8_as_ascii), # String mangled but no exception
+                (self.latin1_spanish, self.u_mangled_spanish_latin1_as_ascii), # String mangled but no exception
+                (self.utf8_japanese, self.u_mangled_japanese_utf8_as_ascii), # String mangled but no exception
+                ),
+            )
+    }
+
+    def setUp(self):
+        self.translations = i18n.DummyTranslations()
+
+    def check_gettext(self, message, value, charset=None):
+        self.translations.set_output_charset(charset)
+        tools.eq_(self.translations.gettext(message), value,
+                msg='gettext(%s): trans: %s != val: %s (charset=%s)'
+                % (repr(message), repr(self.translations.gettext(message)),
+                    repr(value), charset))
+
+    def check_lgettext(self, message, value, charset=None,
+            locale='en_US.UTF-8'):
+        os.environ['LC_ALL'] = locale
+        self.translations.set_output_charset(charset)
+        tools.eq_(self.translations.lgettext(message), value,
+                msg='lgettext(%s): trans: %s != val: %s (charset=%s, locale=%s)'
+                % (repr(message), repr(self.translations.lgettext(message)),
+                    repr(value), charset, locale))
+
+    # Note: charset has a default value because nose isn't invoking setUp and
+    # tearDown each time check_* is run.
+    def check_ugettext(self, message, value, charset='utf-8'):
+        '''ugettext method with default values'''
+        self.translations.input_charset = charset
+        tools.eq_(self.translations.ugettext(message), value,
+                msg='ugettext(%s): trans: %s != val: %s (charset=%s)'
+                % (repr(message), repr(self.translations.ugettext(message)),
+                    repr(value), charset))
+
+    def check_ngettext(self, message, value, charset=None):
+        self.translations.set_output_charset(charset)
+        tools.eq_(self.translations.ngettext(message, 'blank', 1), value)
+        tools.eq_(self.translations.ngettext('blank', message, 2), value)
+        tools.assert_not_equal(self.translations.ngettext(message, 'blank', 2), value)
+        tools.assert_not_equal(self.translations.ngettext('blank', message, 1), value)
+
+    def check_lngettext(self, message, value, charset=None, locale='en_US.UTF-8'):
+        os.environ['LC_ALL'] = locale
+        self.translations.set_output_charset(charset)
+        tools.eq_(self.translations.lngettext(message, 'blank', 1), value,
+                msg='lngettext(%s, "blank", 1): trans: %s != val: %s (charset=%s, locale=%s)'
+                % (repr(message), repr(self.translations.lngettext(message,
+                    'blank', 1)), repr(value), charset, locale))
+        tools.eq_(self.translations.lngettext('blank', message, 2), value,
+                msg='lngettext("blank", %s, 2): trans: %s != val: %s (charset=%s, locale=%s)'
+                % (repr(message), repr(self.translations.lngettext('blank',
+                    message, 2)), repr(value), charset, locale))
+        tools.assert_not_equal(self.translations.lngettext(message, 'blank', 2), value,
+                msg='lngettext(%s, "blank", 2): trans: %s, val: %s (charset=%s, locale=%s)'
+                % (repr(message), repr(self.translations.lngettext(message,
+                    'blank', 2)), repr(value), charset, locale))
+        tools.assert_not_equal(self.translations.lngettext('blank', message, 1), value,
+                msg='lngettext("blank", %s, 1): trans: %s != val: %s (charset=%s, locale=%s)'
+                % (repr(message), repr(self.translations.lngettext('blank',
+                    message, 1)), repr(value), charset, locale))
+
+    # Note: charset has a default value because nose isn't invoking setUp and
+    # tearDown each time check_* is run.
+    def check_ungettext(self, message, value, charset='utf-8'):
+        self.translations.input_charset = charset
+        tools.eq_(self.translations.ungettext(message, 'blank', 1), value)
+        tools.eq_(self.translations.ungettext('blank', message, 2), value)
+        tools.assert_not_equal(self.translations.ungettext(message, 'blank', 2), value)
+        tools.assert_not_equal(self.translations.ungettext('blank', message, 1), value)
+
+    def test_gettext(self):
+        '''gettext method with default values'''
+        for message, value in self.test_data['bytes'][0]:
+            yield self.check_gettext, message, value
+
+    def test_gettext_output_charset(self):
+        '''gettext method after output_charset is set'''
+        for message, value in self.test_data['bytes'][1]:
+            yield self.check_gettext, message, value, 'latin1'
+
+    def test_ngettext(self):
+        for message, value in self.test_data['bytes'][0]:
+            yield self.check_ngettext, message, value
+
+    def test_ngettext_output_charset(self):
+        for message, value in self.test_data['bytes'][1]:
+            yield self.check_ngettext, message, value, 'latin1'
+
+    def test_lgettext(self):
+        '''lgettext method with default values on a utf8 locale'''
+        for message, value in self.test_data['bytes'][0]:
+            yield self.check_lgettext, message, value
+
+    def test_lgettext_output_charset(self):
+        '''lgettext method after output_charset is set'''
+        for message, value in self.test_data['bytes'][1]:
+            yield self.check_lgettext, message, value, 'latin1'
+
+    def test_lgettext_output_charset_and_locale(self):
+        '''lgettext method after output_charset is set in C locale
+
+        output_charset should take precedence
+        '''
+        for message, value in self.test_data['bytes'][1]:
+            yield self.check_lgettext, message, value, 'latin1', 'C'
+
+    def test_lgettext_locale_C(self):
+        '''lgettext method in a C locale'''
+        for message, value in self.test_data['bytes'][2]:
+            yield self.check_lgettext, message, value, None, 'C'
+
+    def test_lngettext(self):
+        '''lngettext method with default values on a utf8 locale'''
+        for message, value in self.test_data['bytes'][0]:
+            yield self.check_lngettext, message, value
+
+    def test_lngettext_output_charset(self):
+        '''lngettext method after output_charset is set'''
+        for message, value in self.test_data['bytes'][1]:
+            yield self.check_lngettext, message, value, 'latin1'
+
+    def test_lngettext_output_charset_and_locale(self):
+        '''lngettext method after output_charset is set in C locale
+
+        output_charset should take precedence
+        '''
+        for message, value in self.test_data['bytes'][1]:
+            yield self.check_lngettext, message, value, 'latin1', 'C'
+
+    def test_lngettext_locale_C(self):
+        '''lngettext method in a C locale'''
+        for message, value in self.test_data['bytes'][2]:
+            yield self.check_lngettext, message, value, None, 'C'
+
+    def test_ugettext(self):
+        for message, value in self.test_data['unicode'][0]:
+            yield self.check_ugettext, message, value
+
+    def test_ugettext_charset_latin1(self):
+        for message, value in self.test_data['unicode'][1]:
+            yield self.check_ugettext, message, value, 'latin1'
+
+    def test_ugettext_charset_ascii(self):
+        for message, value in self.test_data['unicode'][2]:
+            yield self.check_ugettext, message, value, 'ascii'
+
+    def test_ungettext(self):
+        for message, value in self.test_data['unicode'][0]:
+            yield self.check_ungettext, message, value
+
+    def test_ungettext_charset_latin1(self):
+        for message, value in self.test_data['unicode'][1]:
+            yield self.check_ungettext, message, value, 'latin1'
+
+    def test_ungettext_charset_ascii(self):
+        for message, value in self.test_data['unicode'][2]:
+            yield self.check_ungettext, message, value, 'ascii'
+
+    def test_nonbasestring(self):
+        tools.eq_(self.translations.gettext(dict(hi='there')), self.b_empty_string)
+        tools.eq_(self.translations.ngettext(dict(hi='there'), dict(hi='two'), 1), self.b_empty_string)
+        tools.eq_(self.translations.lgettext(dict(hi='there')), self.b_empty_string)
+        tools.eq_(self.translations.lngettext(dict(hi='there'), dict(hi='two'), 1), self.b_empty_string)
+        tools.eq_(self.translations.ugettext(dict(hi='there')), self.u_empty_string)
+        tools.eq_(self.translations.ungettext(dict(hi='there'), dict(hi='two'), 1), self.u_empty_string)
+
+
+class TestI18N_Latin1(unittest.TestCase, base_classes.UnicodeTestData):
+    def setUp(self):
+        self.old_LC_ALL = os.environ.get('LC_ALL', None)
+        os.environ['LC_ALL'] = 'pt_BR.iso88591'
+
+    def tearDown(self):
+        if self.old_LC_ALL:
+            os.environ['LC_ALL'] = self.old_LC_ALL
+        else:
+            del(os.environ['LC_ALL'])
+
+    def test_easy_gettext_setup_non_unicode(self):
+        '''Test that the easy_gettext_setup function works
+        '''
+        b_, bN_ = i18n.easy_gettext_setup('foo', localedirs=
+                ['%s/data/locale/' % os.path.dirname(__file__)],
+                use_unicode=False)
+
+        tools.eq_(b_(self.utf8_spanish), self.utf8_spanish)
+        tools.eq_(b_(self.u_spanish), self.latin1_spanish)
+        tools.eq_(bN_(self.utf8_limao, self.utf8_limoes, 1), self.utf8_limao)
+        tools.eq_(bN_(self.utf8_limao, self.utf8_limoes, 2), self.utf8_limoes)
+        tools.eq_(bN_(self.u_limao, self.u_limoes, 1), self.latin1_limao)
+        tools.eq_(bN_(self.u_limao, self.u_limoes, 2), self.latin1_limoes)
+
+
+class TestNewGNUTranslationsNoMatch(TestDummyTranslations):
+    def setUp(self):
+        self.old_LC_ALL = os.environ.get('LC_ALL', None)
+        os.environ['LC_ALL'] = 'pt_BR.utf8'
+        self.translations = i18n.get_translation_object('test', ['%s/data/locale/' % os.path.dirname(__file__)])
+
+    def tearDown(self):
+        if self.old_LC_ALL:
+            os.environ['LC_ALL'] = self.old_LC_ALL
+        else:
+            del(os.environ['LC_ALL'])
+
+
+class TestNewGNURealTranslations_UTF8(unittest.TestCase, base_classes.UnicodeTestData):
+    def setUp(self):
+        self.old_LC_ALL = os.environ.get('LC_ALL', None)
+        os.environ['LC_ALL'] = 'pt_BR.utf8'
+        self.translations = i18n.get_translation_object('test', ['%s/data/locale/' % os.path.dirname(__file__)])
+
+    def tearDown(self):
+        if self.old_LC_ALL:
+            os.environ['LC_ALL'] = self.old_LC_ALL
+        else:
+            del(os.environ['LC_ALL'])
+
+    def test_gettext(self):
+        _ = self.translations.gettext
+        tools.eq_(_(self.utf8_kitchen), self.utf8_pt_kitchen)
+        tools.eq_(_(self.utf8_ja_kuratomi), self.utf8_kuratomi)
+        tools.eq_(_(self.utf8_kuratomi), self.utf8_ja_kuratomi)
+        # This is not translated to utf8_yes_in_fallback because this test is
+        # without the fallback message catalog
+        tools.eq_(_(self.utf8_in_fallback), self.utf8_in_fallback)
+        tools.eq_(_(self.utf8_not_in_catalog), self.utf8_not_in_catalog)
+
+        tools.eq_(_(self.u_kitchen), self.utf8_pt_kitchen)
+        tools.eq_(_(self.u_ja_kuratomi), self.utf8_kuratomi)
+        tools.eq_(_(self.u_kuratomi), self.utf8_ja_kuratomi)
+        # This is not translated to utf8_yes_in_fallback because this test is
+        # without the fallback message catalog
+        tools.eq_(_(self.u_in_fallback), self.utf8_in_fallback)
+        tools.eq_(_(self.u_not_in_catalog), self.utf8_not_in_catalog)
+
+    def test_ngettext(self):
+        _ = self.translations.ngettext
+        tools.eq_(_(self.utf8_lemon, self.utf8_lemons, 1), self.utf8_limao)
+        tools.eq_(_(self.utf8_limao, self.utf8_limoes, 1), self.utf8_lemon)
+        tools.eq_(_(self.u_lemon, self.u_lemons, 1), self.utf8_limao)
+        tools.eq_(_(self.u_limao, self.u_limoes, 1), self.utf8_lemon)
+
+        tools.eq_(_(self.utf8_lemon, self.utf8_lemons, 2), self.utf8_limoes)
+        tools.eq_(_(self.utf8_limao, self.utf8_limoes, 2), self.utf8_lemons)
+        tools.eq_(_(self.u_lemon, self.u_lemons, 2), self.utf8_limoes)
+        tools.eq_(_(self.u_limao, self.u_limoes, 2), self.utf8_lemons)
+
+        tools.eq_(_(self.utf8_not_in_catalog, 'throwaway', 1), self.utf8_not_in_catalog)
+        tools.eq_(_(self.u_not_in_catalog, 'throwaway', 1), self.utf8_not_in_catalog)
+
+
+    def test_lgettext(self):
+        _ = self.translations.lgettext
+        tools.eq_(_(self.utf8_kitchen), self.utf8_pt_kitchen)
+        tools.eq_(_(self.utf8_ja_kuratomi), self.utf8_kuratomi)
+        tools.eq_(_(self.utf8_kuratomi), self.utf8_ja_kuratomi)
+        # This is not translated to utf8_yes_in_fallback because this test is
+        # without the fallback message catalog
+        tools.eq_(_(self.utf8_in_fallback), self.utf8_in_fallback)
+        tools.eq_(_(self.utf8_not_in_catalog), self.utf8_not_in_catalog)
+
+        tools.eq_(_(self.u_kitchen), self.utf8_pt_kitchen)
+        tools.eq_(_(self.u_ja_kuratomi), self.utf8_kuratomi)
+        tools.eq_(_(self.u_kuratomi), self.utf8_ja_kuratomi)
+        # This is not translated to utf8_yes_in_fallback because this test is
+        # without the fallback message catalog
+        tools.eq_(_(self.u_in_fallback), self.utf8_in_fallback)
+        tools.eq_(_(self.u_not_in_catalog), self.utf8_not_in_catalog)
+
+    def test_lngettext(self):
+        _ = self.translations.lngettext
+        tools.eq_(_(self.utf8_lemon, self.utf8_lemons, 1), self.utf8_limao)
+        tools.eq_(_(self.utf8_limao, self.utf8_limoes, 1), self.utf8_lemon)
+        tools.eq_(_(self.u_lemon, self.u_lemons, 1), self.utf8_limao)
+        tools.eq_(_(self.u_limao, self.u_limoes, 1), self.utf8_lemon)
+
+        tools.eq_(_(self.utf8_lemon, self.utf8_lemons, 2), self.utf8_limoes)
+        tools.eq_(_(self.utf8_limao, self.utf8_limoes, 2), self.utf8_lemons)
+        tools.eq_(_(self.u_lemon, self.u_lemons, 2), self.utf8_limoes)
+        tools.eq_(_(self.u_limao, self.u_limoes, 2), self.utf8_lemons)
+
+        tools.eq_(_(self.utf8_not_in_catalog, 'throwaway', 1), self.utf8_not_in_catalog)
+        tools.eq_(_(self.u_not_in_catalog, 'throwaway', 1), self.utf8_not_in_catalog)
+
+
+    def test_ugettext(self):
+        _ = self.translations.ugettext
+        tools.eq_(_(self.utf8_kitchen), self.u_pt_kitchen)
+        tools.eq_(_(self.utf8_ja_kuratomi), self.u_kuratomi)
+        tools.eq_(_(self.utf8_kuratomi), self.u_ja_kuratomi)
+        # This is not translated to utf8_yes_in_fallback because this test is
+        # without the fallback message catalog
+        tools.eq_(_(self.utf8_in_fallback), self.u_in_fallback)
+        tools.eq_(_(self.utf8_not_in_catalog), self.u_not_in_catalog)
+
+        tools.eq_(_(self.u_kitchen), self.u_pt_kitchen)
+        tools.eq_(_(self.u_ja_kuratomi), self.u_kuratomi)
+        tools.eq_(_(self.u_kuratomi), self.u_ja_kuratomi)
+        # This is not translated to utf8_yes_in_fallback because this test is
+        # without the fallback message catalog
+        tools.eq_(_(self.u_in_fallback), self.u_in_fallback)
+        tools.eq_(_(self.u_not_in_catalog), self.u_not_in_catalog)
+
+    def test_ungettext(self):
+        _ = self.translations.ungettext
+        tools.eq_(_(self.utf8_lemon, self.utf8_lemons, 1), self.u_limao)
+        tools.eq_(_(self.utf8_limao, self.utf8_limoes, 1), self.u_lemon)
+        tools.eq_(_(self.u_lemon, self.u_lemons, 1), self.u_limao)
+        tools.eq_(_(self.u_limao, self.u_limoes, 1), self.u_lemon)
+
+        tools.eq_(_(self.utf8_lemon, self.utf8_lemons, 2), self.u_limoes)
+        tools.eq_(_(self.utf8_limao, self.utf8_limoes, 2), self.u_lemons)
+        tools.eq_(_(self.u_lemon, self.u_lemons, 2), self.u_limoes)
+        tools.eq_(_(self.u_limao, self.u_limoes, 2), self.u_lemons)
+
+        tools.eq_(_(self.utf8_not_in_catalog, 'throwaway', 1), self.u_not_in_catalog)
+        tools.eq_(_(self.u_not_in_catalog, 'throwaway', 1), self.u_not_in_catalog)
+
+
+class TestNewGNURealTranslations_Latin1(TestNewGNURealTranslations_UTF8):
+    def setUp(self):
+        self.old_LC_ALL = os.environ.get('LC_ALL', None)
+        os.environ['LC_ALL'] = 'pt_BR.iso88591'
+        self.translations = i18n.get_translation_object('test', ['%s/data/locale/' % os.path.dirname(__file__)])
+
+    def tearDown(self):
+        if self.old_LC_ALL:
+            os.environ['LC_ALL'] = self.old_LC_ALL
+        else:
+            del(os.environ['LC_ALL'])
+
+    def test_lgettext(self):
+        _ = self.translations.lgettext
+        tools.eq_(_(self.utf8_kitchen), self.latin1_pt_kitchen)
+        tools.eq_(_(self.utf8_ja_kuratomi), self.latin1_kuratomi)
+        tools.eq_(_(self.utf8_kuratomi), self.latin1_ja_kuratomi)
+        # Neither of the following two tests encode to proper latin-1 because:
+        # any byte is valid in latin-1 so there's no way to know that what
+        # we're given in the string is really utf-8
+        #
+        # This is not translated to latin1_yes_in_fallback because this test
+        # is without the fallback message catalog
+        tools.eq_(_(self.utf8_in_fallback), self.utf8_in_fallback)
+        tools.eq_(_(self.utf8_not_in_catalog), self.utf8_not_in_catalog)
+
+        tools.eq_(_(self.u_kitchen), self.latin1_pt_kitchen)
+        tools.eq_(_(self.u_ja_kuratomi), self.latin1_kuratomi)
+        tools.eq_(_(self.u_kuratomi), self.latin1_ja_kuratomi)
+        # This is not translated to latin1_yes_in_fallback because this test
+        # is without the fallback message catalog
+        tools.eq_(_(self.u_in_fallback), self.latin1_in_fallback)
+        tools.eq_(_(self.u_not_in_catalog), self.latin1_not_in_catalog)
+
+    def test_lngettext(self):
+        _ = self.translations.lngettext
+        tools.eq_(_(self.utf8_lemon, self.utf8_lemons, 1), self.latin1_limao)
+        tools.eq_(_(self.utf8_limao, self.utf8_limoes, 1), self.latin1_lemon)
+        tools.eq_(_(self.u_lemon, self.u_lemons, 1), self.latin1_limao)
+        tools.eq_(_(self.u_limao, self.u_limoes, 1), self.latin1_lemon)
+
+        tools.eq_(_(self.utf8_lemon, self.utf8_lemons, 2), self.latin1_limoes)
+        tools.eq_(_(self.utf8_limao, self.utf8_limoes, 2), self.latin1_lemons)
+        tools.eq_(_(self.u_lemon, self.u_lemons, 2), self.latin1_limoes)
+        tools.eq_(_(self.u_limao, self.u_limoes, 2), self.latin1_lemons)
+
+        # This unfortunately does not encode to proper latin-1 because:
+        # any byte is valid in latin-1 so there's no way to know that what
+        # we're given in the string is really utf-8
+        tools.eq_(_(self.utf8_not_in_catalog, 'throwaway', 1), self.utf8_not_in_catalog)
+        tools.eq_(_(self.u_not_in_catalog, 'throwaway', 1), self.latin1_not_in_catalog)
+
+
+class TestFallbackNewGNUTranslationsNoMatch(TestDummyTranslations):
+    def setUp(self):
+        self.old_LC_ALL = os.environ.get('LC_ALL', None)
+        os.environ['LC_ALL'] = 'pt_BR.utf8'
+        self.translations = i18n.get_translation_object('test',
+                ['%s/data/locale/' % os.path.dirname(__file__),
+                    '%s/data/locale-old' % os.path.dirname(__file__)])
+
+    def tearDown(self):
+        if self.old_LC_ALL:
+            os.environ['LC_ALL'] = self.old_LC_ALL
+        else:
+            del(os.environ['LC_ALL'])
+
+
+class TestFallbackNewGNURealTranslations_UTF8(unittest.TestCase, base_classes.UnicodeTestData):
+    def setUp(self):
+        self.old_LC_ALL = os.environ.get('LC_ALL', None)
+        os.environ['LC_ALL'] = 'pt_BR.utf8'
+        self.translations = i18n.get_translation_object('test',
+                ['%s/data/locale/' % os.path.dirname(__file__),
+                    '%s/data/locale-old' % os.path.dirname(__file__)])
+
+    def tearDown(self):
+        if self.old_LC_ALL:
+            os.environ['LC_ALL'] = self.old_LC_ALL
+        else:
+            del(os.environ['LC_ALL'])
+
+    def test_gettext(self):
+        _ = self.translations.gettext
+        tools.eq_(_(self.utf8_kitchen), self.utf8_pt_kitchen)
+        tools.eq_(_(self.utf8_ja_kuratomi), self.utf8_kuratomi)
+        tools.eq_(_(self.utf8_kuratomi), self.utf8_ja_kuratomi)
+        tools.eq_(_(self.utf8_in_fallback), self.utf8_yes_in_fallback)
+        tools.eq_(_(self.utf8_not_in_catalog), self.utf8_not_in_catalog)
+
+        tools.eq_(_(self.u_kitchen), self.utf8_pt_kitchen)
+        tools.eq_(_(self.u_ja_kuratomi), self.utf8_kuratomi)
+        tools.eq_(_(self.u_kuratomi), self.utf8_ja_kuratomi)
+        tools.eq_(_(self.u_in_fallback), self.utf8_yes_in_fallback)
+        tools.eq_(_(self.u_not_in_catalog), self.utf8_not_in_catalog)
+
+    def test_ngettext(self):
+        _ = self.translations.ngettext
+        tools.eq_(_(self.utf8_lemon, self.utf8_lemons, 1), self.utf8_limao)
+        tools.eq_(_(self.utf8_limao, self.utf8_limoes, 1), self.utf8_lemon)
+        tools.eq_(_(self.u_lemon, self.u_lemons, 1), self.utf8_limao)
+        tools.eq_(_(self.u_limao, self.u_limoes, 1), self.utf8_lemon)
+
+        tools.eq_(_(self.utf8_lemon, self.utf8_lemons, 2), self.utf8_limoes)
+        tools.eq_(_(self.utf8_limao, self.utf8_limoes, 2), self.utf8_lemons)
+        tools.eq_(_(self.u_lemon, self.u_lemons, 2), self.utf8_limoes)
+        tools.eq_(_(self.u_limao, self.u_limoes, 2), self.utf8_lemons)
+
+        tools.eq_(_(self.utf8_not_in_catalog, 'throwaway', 1), self.utf8_not_in_catalog)
+        tools.eq_(_(self.u_not_in_catalog, 'throwaway', 1), self.utf8_not_in_catalog)
+
+    def test_lgettext(self):
+        _ = self.translations.lgettext
+        tools.eq_(_(self.utf8_kitchen), self.utf8_pt_kitchen)
+        tools.eq_(_(self.utf8_ja_kuratomi), self.utf8_kuratomi)
+        tools.eq_(_(self.utf8_kuratomi), self.utf8_ja_kuratomi)
+        tools.eq_(_(self.utf8_in_fallback), self.utf8_yes_in_fallback)
+        tools.eq_(_(self.utf8_not_in_catalog), self.utf8_not_in_catalog)
+
+        tools.eq_(_(self.u_kitchen), self.utf8_pt_kitchen)
+        tools.eq_(_(self.u_ja_kuratomi), self.utf8_kuratomi)
+        tools.eq_(_(self.u_kuratomi), self.utf8_ja_kuratomi)
+        tools.eq_(_(self.u_in_fallback), self.utf8_yes_in_fallback)
+        tools.eq_(_(self.u_not_in_catalog), self.utf8_not_in_catalog)
+
+    def test_lngettext(self):
+        _ = self.translations.lngettext
+        tools.eq_(_(self.utf8_lemon, self.utf8_lemons, 1), self.utf8_limao)
+        tools.eq_(_(self.utf8_limao, self.utf8_limoes, 1), self.utf8_lemon)
+        tools.eq_(_(self.u_lemon, self.u_lemons, 1), self.utf8_limao)
+        tools.eq_(_(self.u_limao, self.u_limoes, 1), self.utf8_lemon)
+
+        tools.eq_(_(self.utf8_lemon, self.utf8_lemons, 2), self.utf8_limoes)
+        tools.eq_(_(self.utf8_limao, self.utf8_limoes, 2), self.utf8_lemons)
+        tools.eq_(_(self.u_lemon, self.u_lemons, 2), self.utf8_limoes)
+        tools.eq_(_(self.u_limao, self.u_limoes, 2), self.utf8_lemons)
+
+        tools.eq_(_(self.utf8_not_in_catalog, 'throwaway', 1), self.utf8_not_in_catalog)
+        tools.eq_(_(self.u_not_in_catalog, 'throwaway', 1), self.utf8_not_in_catalog)
+
+    def test_ugettext(self):
+        _ = self.translations.ugettext
+        tools.eq_(_(self.utf8_kitchen), self.u_pt_kitchen)
+        tools.eq_(_(self.utf8_ja_kuratomi), self.u_kuratomi)
+        tools.eq_(_(self.utf8_kuratomi), self.u_ja_kuratomi)
+        tools.eq_(_(self.utf8_in_fallback), self.u_yes_in_fallback)
+        tools.eq_(_(self.utf8_not_in_catalog), self.u_not_in_catalog)
+
+        tools.eq_(_(self.u_kitchen), self.u_pt_kitchen)
+        tools.eq_(_(self.u_ja_kuratomi), self.u_kuratomi)
+        tools.eq_(_(self.u_kuratomi), self.u_ja_kuratomi)
+        tools.eq_(_(self.u_in_fallback), self.u_yes_in_fallback)
+        tools.eq_(_(self.u_not_in_catalog), self.u_not_in_catalog)
+
+    def test_ungettext(self):
+        _ = self.translations.ungettext
+        tools.eq_(_(self.utf8_lemon, self.utf8_lemons, 1), self.u_limao)
+        tools.eq_(_(self.utf8_limao, self.utf8_limoes, 1), self.u_lemon)
+        tools.eq_(_(self.u_lemon, self.u_lemons, 1), self.u_limao)
+        tools.eq_(_(self.u_limao, self.u_limoes, 1), self.u_lemon)
+
+        tools.eq_(_(self.utf8_lemon, self.utf8_lemons, 2), self.u_limoes)
+        tools.eq_(_(self.utf8_limao, self.utf8_limoes, 2), self.u_lemons)
+        tools.eq_(_(self.u_lemon, self.u_lemons, 2), self.u_limoes)
+        tools.eq_(_(self.u_limao, self.u_limoes, 2), self.u_lemons)
+
+        tools.eq_(_(self.utf8_not_in_catalog, 'throwaway', 1), self.u_not_in_catalog)
+        tools.eq_(_(self.u_not_in_catalog, 'throwaway', 1), self.u_not_in_catalog)
+
+
+class TestFallbackNewGNURealTranslations_Latin1(TestFallbackNewGNURealTranslations_UTF8):
+    def setUp(self):
+        self.old_LC_ALL = os.environ.get('LC_ALL', None)
+        os.environ['LC_ALL'] = 'pt_BR.iso88591'
+        self.translations = i18n.get_translation_object('test',
+                ['%s/data/locale/' % os.path.dirname(__file__),
+                    '%s/data/locale-old' % os.path.dirname(__file__)])
+
+    def tearDown(self):
+        if self.old_LC_ALL:
+            os.environ['LC_ALL'] = self.old_LC_ALL
+        else:
+            del(os.environ['LC_ALL'])
+
+    def test_lgettext(self):
+        _ = self.translations.lgettext
+        tools.eq_(_(self.utf8_kitchen), self.latin1_pt_kitchen)
+        tools.eq_(_(self.utf8_ja_kuratomi), self.latin1_kuratomi)
+        tools.eq_(_(self.utf8_kuratomi), self.latin1_ja_kuratomi)
+        tools.eq_(_(self.utf8_in_fallback), self.latin1_yes_in_fallback)
+        # This unfortunately does not encode to proper latin-1 because:
+        # any byte is valid in latin-1 so there's no way to know that what
+        # we're given in the string is really utf-8
+        tools.eq_(_(self.utf8_not_in_catalog), self.utf8_not_in_catalog)
+
+        tools.eq_(_(self.u_kitchen), self.latin1_pt_kitchen)
+        tools.eq_(_(self.u_ja_kuratomi), self.latin1_kuratomi)
+        tools.eq_(_(self.u_kuratomi), self.latin1_ja_kuratomi)
+        tools.eq_(_(self.u_in_fallback), self.latin1_yes_in_fallback)
+        tools.eq_(_(self.u_not_in_catalog), self.latin1_not_in_catalog)
+
+    def test_lngettext(self):
+        _ = self.translations.lngettext
+        tools.eq_(_(self.utf8_lemon, self.utf8_lemons, 1), self.latin1_limao)
+        tools.eq_(_(self.utf8_limao, self.utf8_limoes, 1), self.latin1_lemon)
+        tools.eq_(_(self.u_lemon, self.u_lemons, 1), self.latin1_limao)
+        tools.eq_(_(self.u_limao, self.u_limoes, 1), self.latin1_lemon)
+
+        tools.eq_(_(self.utf8_lemon, self.utf8_lemons, 2), self.latin1_limoes)
+        tools.eq_(_(self.utf8_limao, self.utf8_limoes, 2), self.latin1_lemons)
+        tools.eq_(_(self.u_lemon, self.u_lemons, 2), self.latin1_limoes)
+        tools.eq_(_(self.u_limao, self.u_limoes, 2), self.latin1_lemons)
+
+        # This unfortunately does not encode to proper latin-1 because:
+        # any byte is valid in latin-1 so there's no way to know that what
+        # we're given in the string is really utf-8
+        tools.eq_(_(self.utf8_not_in_catalog, 'throwaway', 1), self.utf8_not_in_catalog)
+        tools.eq_(_(self.u_not_in_catalog, 'throwaway', 1), self.latin1_not_in_catalog)
+
+
+class TestFallback(unittest.TestCase, base_classes.UnicodeTestData):
+    def setUp(self):
+        self.old_LC_ALL = os.environ.get('LC_ALL', None)
+        os.environ['LC_ALL'] = 'pt_BR.iso88591'
+        self.gtranslations = i18n.get_translation_object('test',
+                ['%s/data/locale/' % os.path.dirname(__file__),
+                    '%s/data/locale-old' % os.path.dirname(__file__)])
+        self.gtranslations.add_fallback(object())
+        self.dtranslations = i18n.get_translation_object('nonexistent',
+                ['%s/data/locale/' % os.path.dirname(__file__),
+                    '%s/data/locale-old' % os.path.dirname(__file__)])
+        self.dtranslations.add_fallback(object())
+
+
+    def tearDown(self):
+        if self.old_LC_ALL:
+            os.environ['LC_ALL'] = self.old_LC_ALL
+        else:
+            del(os.environ['LC_ALL'])
+
+    def test_invalid_fallback_no_raise(self):
+        '''Test when we have an invalid fallback that it does not raise.'''
+        tools.eq_(self.gtranslations.gettext(self.u_spanish), self.utf8_spanish)
+        tools.eq_(self.gtranslations.ugettext(self.u_spanish), self.u_spanish)
+        tools.eq_(self.gtranslations.lgettext(self.u_spanish), self.latin1_spanish)
+
+        tools.eq_(self.gtranslations.ngettext(self.u_spanish, 'cde', 1), self.utf8_spanish)
+        tools.eq_(self.gtranslations.ungettext(self.u_spanish, 'cde', 1), self.u_spanish)
+        tools.eq_(self.gtranslations.lngettext(self.u_spanish, 'cde', 1), self.latin1_spanish)
+
+        tools.eq_(self.dtranslations.gettext(self.u_spanish), self.utf8_spanish)
+        tools.eq_(self.dtranslations.ugettext(self.u_spanish), self.u_spanish)
+        tools.eq_(self.dtranslations.lgettext(self.u_spanish), self.latin1_spanish)
+
+        tools.eq_(self.dtranslations.ngettext(self.u_spanish, 'cde', 1), self.utf8_spanish)
+        tools.eq_(self.dtranslations.ungettext(self.u_spanish, 'cde', 1), self.u_spanish)
+        tools.eq_(self.dtranslations.lngettext(self.u_spanish, 'cde', 1), self.latin1_spanish)
+
+
+class TestDefaultLocaleDir(unittest.TestCase, base_classes.UnicodeTestData):
+    def setUp(self):
+        self.old_LC_ALL = os.environ.get('LC_ALL', None)
+        os.environ['LC_ALL'] = 'pt_BR.utf8'
+        self.old_DEFAULT_LOCALEDIRS = i18n._DEFAULT_LOCALEDIR
+        i18n._DEFAULT_LOCALEDIR = '%s/data/locale/' % os.path.dirname(__file__)
+        self.translations = i18n.get_translation_object('test')
+
+    def tearDown(self):
+        if self.old_LC_ALL:
+            os.environ['LC_ALL'] = self.old_LC_ALL
+        else:
+            del(os.environ['LC_ALL'])
+        if self.old_DEFAULT_LOCALEDIRS:
+            i18n._DEFAULT_LOCALEDIR = self.old_DEFAULT_LOCALEDIRS
+
+    def test_gettext(self):
+        _ = self.translations.gettext
+        tools.eq_(_(self.utf8_kitchen), self.utf8_pt_kitchen)
+        tools.eq_(_(self.utf8_kuratomi), self.utf8_ja_kuratomi)
+        tools.eq_(_(self.utf8_ja_kuratomi), self.utf8_kuratomi)
+        # Returns msgid because the string is in a fallback catalog which we
+        # haven't setup
+        tools.eq_(_(self.utf8_in_fallback), self.utf8_in_fallback)
+
+        tools.eq_(_(self.u_kitchen), self.utf8_pt_kitchen)
+        tools.eq_(_(self.u_kuratomi), self.utf8_ja_kuratomi)
+        tools.eq_(_(self.u_ja_kuratomi), self.utf8_kuratomi)
+        # Returns msgid because the string is in a fallback catalog which we
+        # haven't setup
+        tools.eq_(_(self.u_in_fallback), self.utf8_in_fallback)
+
+

kitchen2/tests/test_iterutils.py

@@ -5,7 +5,7 @@ from nose import tools
 
 from kitchen import iterutils
 
-class TestStrictDict(unittest.TestCase):
+class TestIterutils(unittest.TestCase):
     iterable_data = (
             [0, 1, 2],
             [],
@@ -40,6 +40,9 @@ class TestStrictDict(unittest.TestCase):
         tools.ok_(iterutils.isiterable('a', include_string=True) == True)
         tools.ok_(iterutils.isiterable('a', include_string=False) == False)
         tools.ok_(iterutils.isiterable('a') == False)
+        tools.ok_(iterutils.isiterable(u'a', include_string=True) == True)
+        tools.ok_(iterutils.isiterable(u'a', include_string=False) == False)
+        tools.ok_(iterutils.isiterable(u'a') == False)
 
     def test_iterate(self):
         iterutils.iterate(None)
@@ -55,3 +58,5 @@ class TestStrictDict(unittest.TestCase):
         # strings
         tools.ok_(list(iterutils.iterate('abc')) == ['abc'])
         tools.ok_(list(iterutils.iterate('abc', include_string=True)) == ['a', 'b', 'c'])
+        tools.ok_(list(iterutils.iterate(u'abc')) == [u'abc'])
+        tools.ok_(list(iterutils.iterate(u'abc', include_string=True)) == [u'a', u'b', u'c'])

kitchen2/tests/test_subprocess.py

@@ -1,6 +1,5 @@
 import unittest
 from nose.plugins.skip import SkipTest
-from test import test_support
 from kitchen.pycompat27.subprocess import _subprocess as subprocess
 import sys
 import StringIO
@@ -45,9 +44,14 @@ def reap_children():
             except:
                 break
 
-if not hasattr(test_support, 'reap_children'):
+test_support = None
-    # No reap_children in python-2.3
+try:
-    test_support.reap_children = reap_children
+    from test import test_support
+    if not hasattr(test_support, 'reap_children'):
+        # No reap_children in python-2.3
+        test_support.reap_children = reap_children
+except ImportError:
+    pass
 
 # In a debug build, stuff like "[6580 refs]" is printed to stderr at
 # shutdown time.  That frustrates tests trying to check stderr produced
@@ -79,7 +83,8 @@ class BaseTestCase(unittest.TestCase):
     def setUp(self):
         # Try to minimize the number of children we have so this test
         # doesn't crash on some buildbots (Alphas in particular).
-        test_support.reap_children()
+        if test_support:
+            test_support.reap_children()
 
     def tearDown(self):
         for inst in subprocess._active:
@@ -596,6 +601,9 @@ class ProcessTestCase(BaseTestCase):
                              "line1\nline2\rline3\r\nline4\r\nline5\nline6")
 
     def test_no_leaking(self):
+        if not test_support:
+            raise SkipTest("No test_support module available.")
+
         # Make sure we leak no resources
         if not mswindows:
             max_handles = 1026 # too much for most UNIX systems
@@ -1032,7 +1040,7 @@ class POSIXProcessTestCase(BaseTestCase):
                        stdin=stdin,
                        stdout=subprocess.PIPE,
                        stderr=subprocess.PIPE).communicate()
-            err = re.sub(r"\[\d+ refs\]\r?\n?$", "", err).strip() 
+            err = re.sub(r"\[\d+ refs\]\r?\n?$", "", err).strip()
             self.assertEqual((out, err), ('apple', 'orange'))
         finally:
             for b, a in zip(newfds, fds):
@@ -1123,6 +1131,8 @@ class POSIXProcessTestCase(BaseTestCase):
 
     def test_wait_when_sigchild_ignored(self):
         # NOTE: sigchild_ignore.py may not be an effective test on all OSes.
+        if not test_support:
+            raise SkipTest("No test_support module available.")
         sigchild_ignore = test_support.findfile(os.path.join("subprocessdata",
             "sigchild_ignore.py"))
         p = subprocess.Popen([sys.executable, sigchild_ignore],

kitchen2/tests/test_text_display.py

@@ -0,0 +1,161 @@
+# -*- coding: utf-8 -*-
+#
+import unittest
+from nose import tools
+
+from kitchen.text.exceptions import ControlCharError
+
+from kitchen.text import display
+
+import base_classes
+
+class TestDisplay(base_classes.UnicodeTestData, unittest.TestCase):
+
+    def test_internal_interval_bisearch(self):
+        '''Test that we can find things in an interval table'''
+        table = ((0, 3), (5,7), (9, 10))
+        tools.assert_true(display._interval_bisearch(0, table))
+        tools.assert_true(display._interval_bisearch(1, table))
+        tools.assert_true(display._interval_bisearch(2, table))
+        tools.assert_true(display._interval_bisearch(3, table))
+        tools.assert_true(display._interval_bisearch(5, table))
+        tools.assert_true(display._interval_bisearch(6, table))
+        tools.assert_true(display._interval_bisearch(7, table))
+        tools.assert_true(display._interval_bisearch(9, table))
+        tools.assert_true(display._interval_bisearch(10, table))
+        tools.assert_false(display._interval_bisearch(-1, table))
+        tools.assert_false(display._interval_bisearch(4, table))
+        tools.assert_false(display._interval_bisearch(8, table))
+        tools.assert_false(display._interval_bisearch(11, table))
+
+    def test_internal_generate_combining_table(self):
+        '''Test that the combining table we generate is equal to or a subseet of what's in the current table
+
+        If we assert it can mean one of two things:
+
+        1. The code is broken
+        2. The table we have is out of date.
+        '''
+        old_table = display._COMBINING
+        new_table = display._generate_combining_table()
+        for interval in new_table:
+            if interval[0] == interval[1]:
+                tools.assert_true(display._interval_bisearch(interval[0], old_table))
+            else:
+                for codepoint in xrange(interval[0], interval[1] + 1):
+                    tools.assert_true(display._interval_bisearch(interval[0], old_table))
+
+    def test_internal_ucp_width(self):
+        '''Test that ucp_width returns proper width for characters'''
+        for codepoint in xrange(0, 0xFFFFF + 1):
+            if codepoint < 32 or (codepoint < 0xa0 and codepoint >= 0x7f):
+                # With strict on, we should raise an error
+                tools.assert_raises(ControlCharError, display._ucp_width, codepoint, 'strict')
+
+                if codepoint in (0x08, 0x1b, 0x7f, 0x94):
+                    # Backspace, delete, clear delete remove one char
+                    tools.eq_(display._ucp_width(codepoint), -1)
+                else:
+                    # Everything else returns 0
+                    tools.eq_(display._ucp_width(codepoint), 0)
+            elif display._interval_bisearch(codepoint, display._COMBINING):
+                # Combining character
+                tools.eq_(display._ucp_width(codepoint), 0)
+            elif (codepoint >= 0x1100 and
+                    (codepoint <= 0x115f or                     # Hangul Jamo init. consonants
+                        codepoint == 0x2329 or codepoint == 0x232a or
+                        (codepoint >= 0x2e80 and codepoint <= 0xa4cf and
+                            codepoint != 0x303f) or                   # CJK ... Yi
+                        (codepoint >= 0xac00 and codepoint <= 0xd7a3) or # Hangul Syllables
+                        (codepoint >= 0xf900 and codepoint <= 0xfaff) or # CJK Compatibility Ideographs
+                        (codepoint >= 0xfe10 and codepoint <= 0xfe19) or # Vertical forms
+                        (codepoint >= 0xfe30 and codepoint <= 0xfe6f) or # CJK Compatibility Forms
+                        (codepoint >= 0xff00 and codepoint <= 0xff60) or # Fullwidth Forms
+                        (codepoint >= 0xffe0 and codepoint <= 0xffe6) or
+                        (codepoint >= 0x20000 and codepoint <= 0x2fffd) or
+                        (codepoint >= 0x30000 and codepoint <= 0x3fffd))):
+                tools.eq_(display._ucp_width(codepoint), 2)
+            else:
+                tools.eq_(display._ucp_width(codepoint), 1)
+
+    def test_textual_width(self):
+        '''Test that we find the proper number of spaces that a utf8 string will consume'''
+        tools.eq_(display.textual_width(self.u_japanese), 31)
+        tools.eq_(display.textual_width(self.u_spanish), 50)
+        tools.eq_(display.textual_width(self.u_mixed), 23)
+
+    def test_textual_width_chop(self):
+        '''utf8_width_chop with byte strings'''
+        tools.eq_(display.textual_width_chop(self.u_mixed, 1000), self.u_mixed)
+        tools.eq_(display.textual_width_chop(self.u_mixed, 23), self.u_mixed)
+        tools.eq_(display.textual_width_chop(self.u_mixed, 22), self.u_mixed[:-1])
+        tools.eq_(display.textual_width_chop(self.u_mixed, 19), self.u_mixed[:-4])
+        tools.eq_(display.textual_width_chop(self.u_mixed, 1), u'')
+        tools.eq_(display.textual_width_chop(self.u_mixed, 2), self.u_mixed[0])
+        tools.eq_(display.textual_width_chop(self.u_mixed, 3), self.u_mixed[:2])
+        tools.eq_(display.textual_width_chop(self.u_mixed, 4), self.u_mixed[:3])
+        tools.eq_(display.textual_width_chop(self.u_mixed, 5), self.u_mixed[:4])
+        tools.eq_(display.textual_width_chop(self.u_mixed, 6), self.u_mixed[:5])
+        tools.eq_(display.textual_width_chop(self.u_mixed, 7), self.u_mixed[:5])
+        tools.eq_(display.textual_width_chop(self.u_mixed, 8), self.u_mixed[:6])
+        tools.eq_(display.textual_width_chop(self.u_mixed, 9), self.u_mixed[:7])
+        tools.eq_(display.textual_width_chop(self.u_mixed, 10), self.u_mixed[:8])
+        tools.eq_(display.textual_width_chop(self.u_mixed, 11), self.u_mixed[:9])
+        tools.eq_(display.textual_width_chop(self.u_mixed, 12), self.u_mixed[:10])
+        tools.eq_(display.textual_width_chop(self.u_mixed, 13), self.u_mixed[:10])
+        tools.eq_(display.textual_width_chop(self.u_mixed, 14), self.u_mixed[:11])
+        tools.eq_(display.textual_width_chop(self.u_mixed, 15), self.u_mixed[:12])
+        tools.eq_(display.textual_width_chop(self.u_mixed, 16), self.u_mixed[:13])
+        tools.eq_(display.textual_width_chop(self.u_mixed, 17), self.u_mixed[:14])
+        tools.eq_(display.textual_width_chop(self.u_mixed, 18), self.u_mixed[:15])
+        tools.eq_(display.textual_width_chop(self.u_mixed, 19), self.u_mixed[:15])
+        tools.eq_(display.textual_width_chop(self.u_mixed, 20), self.u_mixed[:16])
+        tools.eq_(display.textual_width_chop(self.u_mixed, 21), self.u_mixed[:17])
+
+    def test_textual_width_fill(self):
+        '''Pad a utf8 string'''
+        tools.eq_(display.textual_width_fill(self.u_mixed, 1), self.u_mixed)
+        tools.eq_(display.textual_width_fill(self.u_mixed, 25), self.u_mixed + u'  ')
+        tools.eq_(display.textual_width_fill(self.u_mixed, 25, left=False), u'  ' + self.u_mixed)
+        tools.eq_(display.textual_width_fill(self.u_mixed, 25, chop=18), self.u_mixed[:-4] + u'       ')
+        tools.eq_(display.textual_width_fill(self.u_mixed, 25, chop=18, prefix=self.u_spanish, suffix=self.u_spanish), self.u_spanish + self.u_mixed[:-4] + self.u_spanish + u'       ')
+        tools.eq_(display.textual_width_fill(self.u_mixed, 25, chop=18), self.u_mixed[:-4] + u'       ')
+        tools.eq_(display.textual_width_fill(self.u_mixed, 25, chop=18, prefix=self.u_spanish, suffix=self.u_spanish), self.u_spanish + self.u_mixed[:-4] + self.u_spanish + u'       ')
+
+    def test_internal_textual_width_le(self):
+        test_data = ''.join([self.u_mixed, self.u_spanish])
+        tw = display.textual_width(test_data)
+        tools.eq_(display._textual_width_le(68, self.u_mixed, self.u_spanish), (tw <= 68))
+        tools.eq_(display._textual_width_le(69, self.u_mixed, self.u_spanish), (tw <= 69))
+        tools.eq_(display._textual_width_le(137, self.u_mixed, self.u_spanish), (tw <= 137))
+        tools.eq_(display._textual_width_le(138, self.u_mixed, self.u_spanish), (tw <= 138))
+        tools.eq_(display._textual_width_le(78, self.u_mixed, self.u_spanish), (tw <= 78))
+        tools.eq_(display._textual_width_le(79, self.u_mixed, self.u_spanish), (tw <= 79))
+
+    def test_wrap(self):
+        '''Test that text wrapping works'''
+        tools.eq_(display.wrap(self.u_mixed), [self.u_mixed])
+        tools.eq_(display.wrap(self.u_paragraph), self.u_paragraph_out)
+        tools.eq_(display.wrap(self.utf8_paragraph), self.u_paragraph_out)
+        tools.eq_(display.wrap(self.u_mixed_para), self.u_mixed_para_out)
+        tools.eq_(display.wrap(self.u_mixed_para, width=57,
+            initial_indent='    ', subsequent_indent='----'),
+            self.u_mixed_para_57_initial_subsequent_out)
+
+    def test_fill(self):
+        tools.eq_(display.fill(self.u_paragraph), u'\n'.join(self.u_paragraph_out))
+        tools.eq_(display.fill(self.utf8_paragraph), u'\n'.join(self.u_paragraph_out))
+        tools.eq_(display.fill(self.u_mixed_para), u'\n'.join(self.u_mixed_para_out))
+        tools.eq_(display.fill(self.u_mixed_para, width=57,
+            initial_indent='    ', subsequent_indent='----'),
+            u'\n'.join(self.u_mixed_para_57_initial_subsequent_out))
+
+    def test_byte_string_textual_width_fill(self):
+        tools.eq_(display.byte_string_textual_width_fill(self.utf8_mixed, 1), self.utf8_mixed)
+        tools.eq_(display.byte_string_textual_width_fill(self.utf8_mixed, 25), self.utf8_mixed + '  ')
+        tools.eq_(display.byte_string_textual_width_fill(self.utf8_mixed, 25, left=False), '  ' + self.utf8_mixed)
+        tools.eq_(display.byte_string_textual_width_fill(self.utf8_mixed, 25, chop=18), self.u_mixed[:-4].encode('utf8') + '       ')
+        tools.eq_(display.byte_string_textual_width_fill(self.utf8_mixed, 25, chop=18, prefix=self.utf8_spanish, suffix=self.utf8_spanish), self.utf8_spanish + self.u_mixed[:-4].encode('utf8') + self.utf8_spanish + '       ')
+        tools.eq_(display.byte_string_textual_width_fill(self.utf8_mixed, 25, chop=18), self.u_mixed[:-4].encode('utf8') + '       ')
+        tools.eq_(display.byte_string_textual_width_fill(self.utf8_mixed, 25, chop=18, prefix=self.utf8_spanish, suffix=self.utf8_spanish), self.utf8_spanish + self.u_mixed[:-4].encode('utf8') + self.utf8_spanish + '       ')
+

kitchen2/tests/test_text_misc.py

@@ -135,3 +135,19 @@ class TestTextMisc(unittest.TestCase, base_classes.UnicodeTestData):
         '''Test that we return False with non-encoded chars'''
         tools.ok_(misc.byte_string_valid_encoding('\xff') == False)
         tools.ok_(misc.byte_string_valid_encoding(self.euc_jp_japanese) == False)
+
+class TestIsStringTypes(unittest.TestCase):
+    def test_isbasestring(self):
+        tools.assert_true(misc.isbasestring('abc'))
+        tools.assert_true(misc.isbasestring(u'abc'))
+        tools.assert_false(misc.isbasestring(5))
+
+    def test_isbytestring(self):
+        tools.assert_true(misc.isbytestring('abc'))
+        tools.assert_false(misc.isbytestring(u'abc'))
+        tools.assert_false(misc.isbytestring(5))
+
+    def test_isunicodestring(self):
+        tools.assert_false(misc.isunicodestring('abc'))
+        tools.assert_true(misc.isunicodestring(u'abc'))
+        tools.assert_false(misc.isunicodestring(5))

kitchen2/tests/test_text_utf8.py

@@ -56,7 +56,7 @@ class TestUTF8(base_classes.UnicodeTestData, unittest.TestCase):
         tools.ok_(utf8.utf8_width_chop(self.u_mixed, 22) == (22, self.u_mixed[:-1]))
         tools.ok_(utf8.utf8_width_chop(self.u_mixed, 19) == (18, self.u_mixed[:-4]))
         tools.ok_(utf8.utf8_width_chop(self.u_mixed, 2) == (2, self.u_mixed[0]))
-        tools.ok_(utf8.utf8_width_chop(self.u_mixed, 1) == (0, ''))
+        tools.ok_(utf8.utf8_width_chop(self.u_mixed, 1) == (0, u''))
 
     def test_utf8_width_fill(self):
         '''Pad a utf8 string'''

kitchen2/tests/test_versioning.py

@@ -1,6 +1,5 @@
 # -*- coding: utf-8 -*-
 #
-import unittest
 from nose import tools
 
 from kitchen.versioning import version_tuple_to_string
@@ -26,7 +25,7 @@ class TestVersionTuple(object):
             }
 
     def check_ver_tuple_to_str(self, v_tuple, v_str):
-        tools.ok_(version_tuple_to_string(v_tuple) == v_str)
+        tools.eq_(version_tuple_to_string(v_tuple), v_str)
 
     def test_version_tuple_to_string(self):
         '''Test that version_tuple_to_string outputs PEP-386 compliant strings

kitchen3/docs/api-collections.rst

@@ -0,0 +1,6 @@
+===================
+Kitchen.collections
+===================
+
+.. automodule:: kitchen.collections.strictdict
+    :members:

kitchen3/docs/api-exceptions.rst

@@ -0,0 +1,12 @@
+==========
+Exceptions
+==========
+
+Kitchen has a hierarchy of exceptions that should make it easy to catch many
+errors emitted by kitchen itself.
+
+.. automodule:: kitchen.exceptions
+    :members:
+
+.. automodule:: kitchen.text.exceptions
+    :members:

kitchen3/docs/api-i18n.rst

@@ -0,0 +1,38 @@
+===================
+Kitchen.i18n Module
+===================
+
+.. automodule:: kitchen.i18n
+
+Functions
+=========
+
+:func:`easy_gettext_setup` should satisfy the needs of most users.
+:func:`get_translation_object` is designed to ease the way for anyone that
+needs more control.
+
+.. autofunction:: easy_gettext_setup
+
+.. autofunction:: get_translation_object
+
+Translation Objects
+===================
+
+The standard translation objects from the :mod:`gettext` module suffer from
+several problems:
+
+* They can throw :exc:`UnicodeError`
+* They can't find translations for non-:term:`ASCII` byte :class:`str`
+  messages
+* They may return either :class:`unicode` string or byte :class:`str` from the
+  same function even though the functions say they will only return
+  :class:`unicode` or only return byte :class:`str`.
+
+:class:`DummyTranslations` and :class:`NewGNUTranslations` were written to fix
+these issues.
+
+.. autoclass:: kitchen.i18n.DummyTranslations
+    :members:
+
+.. autoclass:: kitchen.i18n.NewGNUTranslations
+    :members:

kitchen3/docs/api-iterutils.rst

@@ -0,0 +1,9 @@
+
+========================
+Kitchen.iterutils Module
+========================
+
+.. automodule:: kitchen.iterutils
+
+.. autofunction:: kitchen.iterutils.isiterable
+.. autofunction:: kitchen.iterutils.iterate

kitchen3/docs/api-overview.rst

@@ -0,0 +1,24 @@
+.. _KitchenAPI:
+
+===========
+Kitchen API
+===========
+
+Kitchen is structured as a collection of modules.  In its current
+configuration, Kitchen ships with the following modules.  Other addon modules
+that may drag in more dependencies can be found on the `project webpage`_
+
+.. toctree::
+    :maxdepth: 2
+
+    api-i18n
+    api-text
+    api-collections
+    api-iterutils
+    api-versioning
+    api-pycompat24
+    api-pycompat25
+    api-pycompat27
+    api-exceptions
+
+.. _`project webpage`: https://fedorahosted.org/kitchen

kitchen3/docs/api-pycompat24.rst

@@ -0,0 +1,34 @@
+=======================
+Python 2.4 Compatibiity
+=======================
+
+
+-------------------
+Sets for python-2.3
+-------------------
+
+.. automodule:: kitchen.pycompat24.sets
+.. autofunction:: kitchen.pycompat24.sets.add_builtin_set
+
+----------------------------------
+Partial new style base64 interface
+----------------------------------
+
+.. automodule:: kitchen.pycompat24.base64
+    :members:
+
+----------
+Subprocess
+----------
+
+.. seealso::
+
+    :mod:`kitchen.pycompat27.subprocess`
+        Kitchen includes the python-2.7 version of subprocess which has a new
+        function, :func:`~kitchen.pycompat27.subprocess.check_output`.  When
+        you import :mod:`pycompat24.subprocess` you will be getting the
+        python-2.7 version of subprocess rather than the 2.4 version (where
+        subprocess first appeared).  This choice was made so that we can
+        concentrate our efforts on keeping the single version of subprocess up
+        to date rather than working on a 2.4 version that very few people
+        would need specifically.

kitchen3/docs/api-pycompat25.rst

@@ -0,0 +1,8 @@
+========================
+Python 2.5 Compatibility
+========================
+
+.. automodule:: kitchen.pycompat25
+
+.. automodule:: kitchen.pycompat25.collections.defaultdict
+

kitchen3/docs/api-pycompat27.rst

@@ -0,0 +1,35 @@
+========================
+Python 2.7 Compatibility
+========================
+
+.. module:: kitchen.pycompat27.subprocess
+
+--------------------------
+Subprocess from Python 2.7
+--------------------------
+
+The :mod:`subprocess` module included here is a direct import from
+python-2.7's |stdlib|_.  You can access it via::
+
+    >>> from kitchen.pycompat27 import subprocess
+
+The motivation for including this module is that various API changing
+improvements have been made to subprocess over time.  The following is a list
+of the known changes to :mod:`subprocess` with the python version they were
+introduced in:
+
+====================================  ===
+New API Feature                       Ver
+====================================  ===
+:exc:`subprocess.CalledProcessError`  2.5
+:func:`subprocess.check_call`         2.5
+:func:`subprocess.check_output`       2.7
+:meth:`subprocess.Popen.send_signal`  2.6
+:meth:`subprocess.Popen.terminate`    2.6
+:meth:`subprocess.Popen.kill`         2.6
+====================================  ===
+
+.. seealso::
+
+    The stdlib :mod:`subprocess` documenation
+        For complete documentation on how to use subprocess

kitchen3/docs/api-text-converters.rst

@@ -0,0 +1,405 @@
+-----------------------
+Kitchen.text.converters
+-----------------------
+
+.. automodule:: kitchen.text.converters
+
+Byte Strings and Unicode in Python2
+===================================
+
+Python2 has two string types, :class:`str` and :class:`unicode`.
+:class:`unicode` represents an abstract sequence of text characters.  It can
+hold any character that is present in the unicode standard.  :class:`str` can
+hold any byte of data.  The operating system and python work together to
+display these bytes as characters in many cases but you should always keep in
+mind that the information is really a sequence of bytes, not a sequence of
+characters.  In python2 these types are interchangeable a large amount of the
+time.  They are one of the few pairs of types that automatically convert when
+used in equality::
+
+    >>> # string is converted to unicode and then compared
+    >>> "I am a string" == u"I am a string"
+    True
+    >>> # Other types, like int, don't have this special treatment
+    >>> 5 == "5"
+    False
+
+However, this automatic conversion tends to lull people into a false sense of
+security.  As long as you're dealing with :term:`ASCII` characters the
+automatic conversion will save you from seeing any differences.  Once you
+start using characters that are not in :term:`ASCII`, you will start getting
+:exc:`UnicodeError` and :exc:`UnicodeWarning` as the automatic conversions
+between the types fail::
+
+    >>> "I am an ñ" == u"I am an ñ"
+    __main__:1: UnicodeWarning: Unicode equal comparison failed to convert both arguments to Unicode - interpreting them as being unequal
+    False
+
+Why do these conversions fail?  The reason is that the python2
+:class:`unicode` type represents an abstract sequence of unicode text known as
+:term:`code points`.  :class:`str`, on the other hand, really represents
+a sequence of bytes.  Those bytes are converted by your operating system to
+appear as characters on your screen using a particular encoding (usually
+with a default defined by the operating system and customizable by the
+individual user.) Although :term:`ASCII` characters are fairly standard in
+what bytes represent each character, the bytes outside of the :term:`ASCII`
+range are not.  In general, each encoding will map a different character to
+a particular byte.  Newer encodings map individual characters to multiple
+bytes (which the older encodings will instead treat as multiple characters).
+In the face of these differences, python refuses to guess at an encoding and
+instead issues a warning or exception and refuses to convert.
+
+.. seealso::
+    :ref:`overcoming-frustration`
+        For a longer introduction on this subject.
+
+Strategy for Explicit Conversion
+================================
+
+So what is the best method of dealing with this weltering babble of incoherent
+encodings?  The basic strategy is to explicitly turn everything into
+:class:`unicode` when it first enters your program.  Then, when you send it to
+output, you can transform the unicode back into bytes.  Doing this allows you
+to control the encodings that are used and avoid getting tracebacks due to
+:exc:`UnicodeError`. Using the functions defined in this module, that looks
+something like this:
+
+.. code-block:: pycon
+    :linenos:
+
+    >>> from kitchen.text.converters import to_unicode, to_bytes
+    >>> name = raw_input('Enter your name: ')
+    Enter your name: Toshio くらとみ
+    >>> name
+    'Toshio \xe3\x81\x8f\xe3\x82\x89\xe3\x81\xa8\xe3\x81\xbf'
+    >>> type(name)
+    <type 'str'>
+    >>> unicode_name = to_unicode(name)
+    >>> type(unicode_name)
+    <type 'unicode'>
+    >>> unicode_name
+    u'Toshio \u304f\u3089\u3068\u307f'
+    >>> # Do a lot of other things before needing to save/output again:
+    >>> output = open('datafile', 'w')
+    >>> output.write(to_bytes(u'Name: %s\\n' % unicode_name))
+
+A few notes:
+
+Looking at line 6, you'll notice that the input we took from the user was
+a byte :class:`str`.  In general, anytime we're getting a value from outside
+of python (The filesystem, reading data from the network, interacting with an
+external command, reading values from the environment) we are interacting with
+something that will want to give us a byte :class:`str`.  Some |stdlib|_
+modules and third party libraries will automatically attempt to convert a byte
+:class:`str` to :class:`unicode` strings for you.  This is both a boon and
+a curse.  If the library can guess correctly about the encoding that the data
+is in, it will return :class:`unicode` objects to you without you having to
+convert.  However, if it can't guess correctly, you may end up with one of
+several problems:
+
+:exc:`UnicodeError`
+    The library attempted to decode a byte :class:`str` into
+    a :class:`unicode`, string failed, and raises an exception.
+Garbled data
+    If the library returns the data after decoding it with the wrong encoding,
+    the characters you see in the :exc:`unicode` string won't be the ones that
+    you expect.
+A byte :class:`str` instead of :class:`unicode` string
+    Some libraries will return a :class:`unicode` string when they're able to
+    decode the data and a byte :class:`str`  when they can't.  This is
+    generally the hardest problem to debug when it occurs.  Avoid it in your
+    own code and try to avoid or open bugs against upstreams that do this. See
+    :ref:`DesigningUnicodeAwareAPIs` for strategies to do this properly.
+
+On line 8, we convert from a byte :class:`str` to a :class:`unicode` string.
+:func:`~kitchen.text.converters.to_unicode` does this for us.  It has some
+error handling and sane defaults that make this a nicer function to use than
+calling :meth:`str.decode` directly:
+
+* Instead of defaulting to the :term:`ASCII` encoding which fails with all
+  but the simple American English characters, it defaults to :term:`UTF-8`.
+* Instead of raising an error if it cannot decode a value, it will replace
+  the value with the unicode "Replacement character" symbol (``<EFBFBD>``).
+* If you happen to call this method with something that is not a :class:`str`
+  or :class:`unicode`, it will return an empty :class:`unicode` string.
+
+All three of these can be overridden using different keyword arguments to the
+function.  See the :func:`to_unicode` documentation for more information.
+
+On line 15 we push the data back out to a file.  Two things you should note here:
+
+1. We deal with the strings as :class:`unicode` until the last instant.  The
+   string format that we're using is :class:`unicode` and the variable also
+   holds :class:`unicode`.  People sometimes get into trouble when they mix
+   a byte :class:`str` format with a variable that holds a :class:`unicode`
+   string (or vice versa) at this stage.
+2. :func:`~kitchen.text.converters.to_bytes`, does the reverse of
+   :func:`to_unicode`.  In this case, we're using the default values which
+   turn :class:`unicode` into a byte :class:`str` using :term:`UTF-8`.  Any
+   errors are replaced with a ``<EFBFBD>`` and sending nonstring objects yield empty
+   :class:`unicode` strings.  Just like :func:`to_unicode`, you can look at
+   the documentation for :func:`to_bytes` to find out how to override any of
+   these defaults.
+
+When to use an alternate strategy
+---------------------------------
+
+The default strategy of decoding to :class:`unicode` strings when you take
+data in and encoding to a byte :class:`str` when you send the data back out
+works great for most problems but there are a few times when you shouldn't:
+
+* The values aren't meant to be read as text
+* The values need to be byte-for-byte when you send them back out -- for
+  instance if they are database keys or filenames.
+* You are transferring the data between several libraries that all expect
+  byte :class:`str`.
+
+In each of these instances, there is a reason to keep around the byte
+:class:`str` version of a value.  Here's a few hints to keep your sanity in
+these situations:
+
+1. Keep your :class:`unicode` and :class:`str` values separate.  Just like the
+   pain caused when you have to use someone else's library that returns both
+   :class:`unicode` and :class:`str` you can cause yourself pain if you have
+   functions that can return both types or variables that could hold either
+   type of value.
+2. Name your variables so that you can tell whether you're storing byte
+   :class:`str` or :class:`unicode` string.  One of the first things you end
+   up having to do when debugging is determine what type of string you have in
+   a variable and what type of string you are expecting.  Naming your
+   variables consistently so that you can tell which type they are supposed to
+   hold will save you from at least one of those steps.
+3. When you get values initially, make sure that you're dealing with the type
+   of value that you expect as you save it.  You can use :func:`isinstance`
+   or :func:`to_bytes` since :func:`to_bytes` doesn't do any modifications of
+   the string if it's already a :class:`str`.  When using :func:`to_bytes`
+   for this purpose you might want to use::
+
+        try:
+            b_input = to_bytes(input_should_be_bytes_already, errors='strict', nonstring='strict')
+        except:
+            handle_errors_somehow()
+
+   The reason is that the default of :func:`to_bytes` will take characters
+   that are illegal in the chosen encoding and transform them to replacement
+   characters.  Since the point of keeping this data as a byte :class:`str` is
+   to keep the exact same bytes when you send it outside of your code,
+   changing things to replacement characters should be rasing red flags that
+   something is wrong.  Setting :attr:`errors` to ``strict`` will raise an
+   exception which gives you an opportunity to fail gracefully.
+4. Sometimes you will want to print out the values that you have in your byte
+   :class:`str`.  When you do this you will need to make sure that you
+   transform :class:`unicode` to :class:`str` before combining them.  Also be
+   sure that any other function calls (including :mod:`gettext`) are going to
+   give you strings that are the same type.  For instance::
+
+        print to_bytes(_('Username: %(user)s'), 'utf-8') % {'user': b_username}
+
+Gotchas and how to avoid them
+=============================
+
+Even when you have a good conceptual understanding of how python2 treats
+:class:`unicode` and :class:`str` there are still some things that can
+surprise you.  In most cases this is because, as noted earlier, python or one
+of the python libraries you depend on is trying to convert a value
+automatically and failing.  Explicit conversion at the appropriate place
+usually solves that.
+
+str(obj)
+--------
+
+One common idiom for getting a simple, string representation of an object is to use::
+
+    str(obj)
+
+Unfortunately, this is not safe.  Sometimes str(obj) will return
+:class:`unicode`.  Sometimes it will return a byte :class:`str`.  Sometimes,
+it will attempt to convert from a :class:`unicode` string to a byte
+:class:`str`, fail, and throw a :exc:`UnicodeError`.  To be safe from all of
+these, first decide whether you need :class:`unicode` or :class:`str` to be
+returned.  Then use :func:`to_unicode` or :func:`to_bytes` to get the simple
+representation like this::
+
+    u_representation = to_unicode(obj, nonstring='simplerepr')
+    b_representation = to_bytes(obj, nonstring='simplerepr')
+
+print
+-----
+
+python has a builtin :func:`print` statement that outputs strings to the
+terminal.  This originated in a time when python only dealt with byte
+:class:`str`.  When :class:`unicode` strings came about, some enhancements
+were made to the :func:`print` statement so that it could print those as well.
+The enhancements make :func:`print` work most of the time.  However, the times
+when it doesn't work tend to make for cryptic debugging.
+
+The basic issue is that :func:`print` has to figure out what encoding to use
+when it prints a :class:`unicode` string to the terminal.  When python is
+attached to your terminal (ie, you're running the interpreter or running
+a script that prints to the screen) python is able to take the encoding value
+from your locale settings :envvar:`LC_ALL` or :envvar:`LC_CTYPE` and print the
+characters allowed by that encoding.  On most modern Unix systems, the
+encoding is :term:`utf-8` which means that you can print any :class:`unicode`
+character without problem.
+
+There are two common cases of things going wrong:
+
+1. Someone has a locale set that does not accept all valid unicode characters.
+   For instance::
+
+        $ LC_ALL=C python
+        >>> print u'\ufffd'
+        Traceback (most recent call last):
+          File "<stdin>", line 1, in <module>
+        UnicodeEncodeError: 'ascii' codec can't encode character u'\ufffd' in position 0: ordinal not in range(128)
+
+   This often happens when a script that you've written and debugged from the
+   terminal is run from an automated environment like :program:`cron`.  It
+   also occurs when you have written a script using a :term:`utf-8` aware
+   locale and released it for consumption by people all over the internet.
+   Inevitably, someone is running with a locale that can't handle all unicode
+   characters and you get a traceback reported.
+2. You redirect output to a file.  Python isn't using the values in
+   :envvar:`LC_ALL` unconditionally to decide what encoding to use.  Instead
+   it is using the encoding set for the terminal you are printing to which is
+   set to accept different encodings by :envvar:`LC_ALL`.  If you redirect
+   to a file, you are no longer printing to the terminal so :envvar:`LC_ALL`
+   won't have any effect.  At this point, python will decide it can't find an
+   encoding and fallback to :term:`ASCII` which will likely lead to
+   :exc:`UnicodeError` being raised.  You can see this in a short script::
+
+        #! /usr/bin/python -tt
+        print u'\ufffd'
+
+   And then look at the difference between running it normally and redirecting to a file:
+
+   .. code-block:: console
+
+        $ ./test.py
+        <20>
+        $ ./test.py > t
+        Traceback (most recent call last):
+          File "test.py", line 3, in <module>
+              print u'\ufffd'
+        UnicodeEncodeError: 'ascii' codec can't encode character u'\ufffd' in position 0: ordinal not in range(128)
+
+The short answer to dealing with this is to always use bytes when writing
+output.  You can do this by explicitly converting to bytes like this::
+
+    from kitchen.text.converters import to_bytes
+    u_string = u'\ufffd'
+    print to_bytes(u_string)
+
+or you can wrap stdout and stderr with a :class:`~codecs.StreamWriter`.
+A :class:`~codecs.StreamWriter` is convenient in that you can assign it to
+encode for :data:`sys.stdout` or :data:`sys.stderr` and then have output
+automatically converted but it has the drawback of still being able to throw
+:exc:`UnicodeError` if the writer can't encode all possible unicode
+codepoints.  Kitchen provides an alternate version which can be retrieved with
+:func:`kitchen.text.converters.getwriter` which will not traceback in its
+standard configuration.
+
+.. _unicode-and-dict-keys:
+
+Unicode, str, and dict keys
+---------------------------
+
+The :func:`hash` of the :term:`ASCII` characters is the same for
+:class:`unicode` and byte :class:`str`.  When you use them in :class:`dict`
+keys, they evaluate to the same dictionary slot::
+
+    >>> u_string = u'a'
+    >>> b_string = 'a'
+    >>> hash(u_string), hash(b_string)
+    (12416037344, 12416037344)
+    >>> d = {}
+    >>> d[u_string] = 'unicode'
+    >>> d[b_string] = 'bytes'
+    >>> d
+    {u'a': 'bytes'}
+
+When you deal with key values outside of :term:`ASCII`, :class:`unicode` and
+byte :class:`str` evaluate unequally no matter what their character content or
+hash value::
+
+    >>> u_string = u'ñ'
+    >>> b_string = u_string.encode('utf-8')
+    >>> print u_string
+    ñ
+    >>> print b_string
+    ñ
+    >>> d = {}
+    >>> d[u_string] = 'unicode'
+    >>> d[b_string] = 'bytes'
+    >>> d
+    {u'\\xf1': 'unicode', '\\xc3\\xb1': 'bytes'}
+    >>> b_string2 = '\\xf1'
+    >>> hash(u_string), hash(b_string2)
+    (30848092528, 30848092528)
+    >>> d = {}
+    >>> d[u_string] = 'unicode'
+    >>> d[b_string2] = 'bytes'
+    {u'\\xf1': 'unicode', '\\xf1': 'bytes'}
+
+How do you work with this one?  Remember rule #1:  Keep your :class:`unicode`
+and byte :class:`str` values separate.  That goes for keys in a dictionary
+just like anything else.
+
+* For any given dictionary, make sure that all your keys are either
+  :class:`unicode` or :class:`str`.  **Do not mix the two.**  If you're being
+  given both :class:`unicode` and :class:`str` but you don't need to preserve
+  separate keys for each, I recommend using :func:`to_unicode` or
+  :func:`to_bytes` to convert all keys to one type or the other like this::
+
+        >>> from kitchen.text.converters import to_unicode
+        >>> u_string = u'one'
+        >>> b_string = 'two'
+        >>> d = {}
+        >>> d[to_unicode(u_string)] = 1
+        >>> d[to_unicode(b_string)] = 2
+        >>> d
+        {u'two': 2, u'one': 1}
+
+* These issues also apply to using dicts with tuple keys that contain
+  a mixture of :class:`unicode` and :class:`str`.  Once again the best fix
+  is to standardise on either :class:`str` or :class:`unicode`.
+
+* If you absolutely need to store values in a dictionary where the keys could
+  be either :class:`unicode` or :class:`str` you can use
+  :class:`~kitchen.collections.strictdict.StrictDict` which has separate
+  entries for all :class:`unicode` and byte :class:`str` and deals correctly
+  with any :class:`tuple` containing mixed :class:`unicode` and byte
+  :class:`str`.
+
+---------
+Functions
+---------
+
+Unicode and byte str conversion
+===============================
+
+.. autofunction:: kitchen.text.converters.to_unicode
+.. autofunction:: kitchen.text.converters.to_bytes
+.. autofunction:: kitchen.text.converters.getwriter
+.. autofunction:: kitchen.text.converters.to_str
+.. autofunction:: kitchen.text.converters.to_utf8
+
+Transformation to XML
+=====================
+
+.. autofunction:: kitchen.text.converters.unicode_to_xml
+.. autofunction:: kitchen.text.converters.xml_to_unicode
+.. autofunction:: kitchen.text.converters.byte_string_to_xml
+.. autofunction:: kitchen.text.converters.xml_to_byte_string
+.. autofunction:: kitchen.text.converters.bytes_to_xml
+.. autofunction:: kitchen.text.converters.xml_to_bytes
+.. autofunction:: kitchen.text.converters.guess_encoding_to_xml
+.. autofunction:: kitchen.text.converters.to_xml
+
+Working with exception messages
+===============================
+
+.. autodata:: kitchen.text.converters.EXCEPTION_CONVERTERS
+.. autodata:: kitchen.text.converters.BYTE_EXCEPTION_CONVERTERS
+.. autofunction:: kitchen.text.converters.exception_to_unicode
+.. autofunction:: kitchen.text.converters.exception_to_bytes

kitchen3/docs/api-text-display.rst

@@ -0,0 +1,33 @@
+.. automodule:: kitchen.text.display
+
+.. autofunction:: kitchen.text.display.textual_width
+
+.. autofunction:: kitchen.text.display.textual_width_chop
+
+.. autofunction:: kitchen.text.display.textual_width_fill
+
+.. autofunction:: kitchen.text.display.wrap
+
+.. autofunction:: kitchen.text.display.fill
+
+.. autofunction:: kitchen.text.display.byte_string_textual_width_fill
+
+Internal Data
+=============
+
+There are a few internal functions and variables in this module.  Code outside
+of kitchen shouldn't use them but people coding on kitchen itself may find
+them useful.
+
+.. autodata:: kitchen.text.display._COMBINING
+
+.. autofunction:: kitchen.text.display._generate_combining_table
+
+.. autofunction:: kitchen.text.display._print_combining_table
+
+.. autofunction:: kitchen.text.display._interval_bisearch
+
+.. autofunction:: kitchen.text.display._ucp_width
+
+.. autofunction:: kitchen.text.display._textual_width_le
+

kitchen3/docs/api-text-misc.rst

@@ -0,0 +1,2 @@
+.. automodule:: kitchen.text.misc
+    :members:

kitchen3/docs/api-text-utf8.rst

@@ -0,0 +1,3 @@
+.. automodule:: kitchen.text.utf8
+    :members:
+    :deprecated:

kitchen3/docs/api-text.rst

@@ -0,0 +1,22 @@
+=============================================
+Kitchen.text: unicode and utf8 and xml oh my!
+=============================================
+
+The kitchen.text module contains functions that deal with text manipulation.
+
+.. toctree::
+
+    api-text-converters
+    api-text-display
+    api-text-misc
+    api-text-utf8
+
+:mod:`~kitchen.text.converters`
+    deals with converting text for different encodings and to and from XML
+:mod:`~kitchen.text.display`
+    deals with issues with printing text to a screen
+:mod:`~kitchen.text.misc`
+    is a catchall for text manipulation functions that don't seem to fit
+    elsewhere
+:mod:`~kitchen.text.utf8`
+    contains deprecated functions to manipulate utf8 byte strings

kitchen3/docs/api-versioning.rst

@@ -0,0 +1,6 @@
+===============================
+Helpers for versioning software
+===============================
+
+.. automodule:: kitchen.versioning
+    :members:

kitchen3/docs/conf.py

@@ -0,0 +1,220 @@
+# -*- coding: utf-8 -*-
+#
+# Kitchen documentation build configuration file, created by
+# sphinx-quickstart on Sat May 22 00:51:26 2010.
+#
+# This file is execfile()d with the current directory set to its containing dir.
+#
+# Note that not all possible configuration values are present in this
+# autogenerated file.
+#
+# All configuration values have a default; values that are commented out
+# serve to show the default.
+
+import sys, os
+
+sys.path.insert(0, os.path.join(os.path.dirname(__file__), '..'))
+import kitchen.release
+
+# If extensions (or modules to document with autodoc) are in another directory,
+# add these directories to sys.path here. If the directory is relative to the
+# documentation root, use os.path.abspath to make it absolute, like shown here.
+#sys.path.append(os.path.abspath('.'))
+
+# -- General configuration -----------------------------------------------------
+
+# Add any Sphinx extension module names here, as strings. They can be extensions
+# coming with Sphinx (named 'sphinx.ext.*') or your custom ones.
+extensions = ['sphinx.ext.autodoc', 'sphinx.ext.doctest', 'sphinx.ext.intersphinx', 'sphinx.ext.todo', 'sphinx.ext.coverage', 'sphinx.ext.pngmath', 'sphinx.ext.ifconfig']
+
+# Add any paths that contain templates here, relative to this directory.
+templates_path = ['_templates']
+
+# The suffix of source filenames.
+source_suffix = '.rst'
+
+# The encoding of source files.
+#source_encoding = 'utf-8'
+
+# The master toctree document.
+master_doc = 'index'
+
+# General information about the project.
+project = kitchen.release.NAME
+copyright = kitchen.release.COPYRIGHT
+
+# The version info for the project you're documenting, acts as replacement for
+# |version| and |release|, also used in various other places throughout the
+# built documents.
+#
+# The short X.Y version.
+version = '0.2'
+# The full version, including alpha/beta/rc tags.
+release = kitchen.__version__
+
+# The language for content autogenerated by Sphinx. Refer to documentation
+# for a list of supported languages.
+language = 'en'
+
+# There are two options for replacing |today|: either, you set today to some
+# non-false value, then it is used:
+#today = ''
+# Else, today_fmt is used as the format for a strftime call.
+#today_fmt = '%B %d, %Y'
+
+# List of documents that shouldn't be included in the build.
+#unused_docs = []
+
+# List of directories, relative to source directory, that shouldn't be searched
+# for source files.
+exclude_trees = []
+
+# The reST default role (used for this markup: `text`) to use for all documents.
+#default_role = None
+
+# If true, '()' will be appended to :func: etc. cross-reference text.
+add_function_parentheses = True
+
+# If true, the current module name will be prepended to all description
+# unit titles (such as .. function::).
+#add_module_names = True
+
+# If true, sectionauthor and moduleauthor directives will be shown in the
+# output. They are ignored by default.
+show_authors = True
+
+# The name of the Pygments (syntax highlighting) style to use.
+pygments_style = 'sphinx'
+
+# A list of ignored prefixes for module index sorting.
+#modindex_common_prefix = []
+
+highlight_language = 'python'
+
+# -- Options for HTML output ---------------------------------------------------
+
+# The theme to use for HTML and HTML Help pages.  Major themes that come with
+# Sphinx are currently 'default' and 'sphinxdoc'.
+html_theme = 'default'
+
+# Theme options are theme-specific and customize the look and feel of a theme
+# further.  For a list of options available for each theme, see the
+# documentation.
+#html_theme_options = {}
+
+# Add any paths that contain custom themes here, relative to this directory.
+#html_theme_path = []
+
+# The name for this set of Sphinx documents.  If None, it defaults to
+# "<project> v<release> documentation".
+#html_title = None
+
+# A shorter title for the navigation bar.  Default is the same as html_title.
+#html_short_title = None
+
+# The name of an image file (relative to this directory) to place at the top
+# of the sidebar.
+#html_logo = None
+
+# The name of an image file (within the static path) to use as favicon of the
+# docs.  This file should be a Windows icon file (.ico) being 16x16 or 32x32
+# pixels large.
+#html_favicon = None
+
+# Add any paths that contain custom static files (such as style sheets) here,
+# relative to this directory. They are copied after the builtin static files,
+# so a file named "default.css" will overwrite the builtin "default.css".
+html_static_path = ['_static']
+
+# If not '', a 'Last updated on:' timestamp is inserted at every page bottom,
+# using the given strftime format.
+#html_last_updated_fmt = '%b %d, %Y'
+
+# If true, SmartyPants will be used to convert quotes and dashes to
+# typographically correct entities.
+#html_use_smartypants = True
+
+# Content template for the index page.
+html_index = 'index.html'
+
+# Custom sidebar templates, maps document names to template names.
+#html_sidebars = {}
+
+# Additional templates that should be rendered to pages, maps page names to
+# template names.
+#html_additional_pages = {}
+
+# If false, no module index is generated.
+#html_use_modindex = True
+
+# If false, no index is generated.
+#html_use_index = True
+
+# If true, the index is split into individual pages for each letter.
+#html_split_index = False
+
+# If true, links to the reST sources are added to the pages.
+#html_show_sourcelink = True
+
+# If true, an OpenSearch description file will be output, and all pages will
+# contain a <link> tag referring to it.  The value of this option must be the
+# base URL from which the finished HTML is served.
+html_use_opensearch = kitchen.release.DOWNLOAD_URL + 'docs/'
+
+# If nonempty, this is the file name suffix for HTML files (e.g. ".xhtml").
+#html_file_suffix = ''
+
+# Output file base name for HTML help builder.
+htmlhelp_basename = 'kitchendoc'
+
+
+# -- Options for LaTeX output --------------------------------------------------
+
+# The paper size ('letter' or 'a4').
+#latex_paper_size = 'letter'
+
+# The font size ('10pt', '11pt' or '12pt').
+#latex_font_size = '10pt'
+
+# Grouping the document tree into LaTeX files. List of tuples
+# (source start file, target name, title, author, documentclass [howto/manual]).
+latex_documents = [
+  ('index', 'kitchen.tex', 'kitchen Documentation',
+   'Toshio Kuratomi', 'manual'),
+]
+
+# The name of an image file (relative to this directory) to place at the top of
+# the title page.
+#latex_logo = None
+
+# For "manual" documents, if this is true, then toplevel headings are parts,
+# not chapters.
+#latex_use_parts = False
+
+# Additional stuff for the LaTeX preamble.
+#latex_preamble = ''
+
+# Documents to append as an appendix to all manuals.
+#latex_appendices = []
+
+# If false, no module index is generated.
+#latex_use_modindex = True
+
+automodule_skip_lines = 4
+autoclass_content = "class"
+
+# Example configuration for intersphinx: refer to the Python standard library.
+intersphinx_mapping = {'http://docs.python.org/': None,
+    'https://fedorahosted.org/releases/p/y/python-fedora/doc/': None,
+    'https://fedorahosted.org/releases/p/a/packagedb/doc/': None}
+
+rst_epilog = '''
+.. |projpage| replace:: project webpage
+.. _projpage: %(url)s
+.. |docpage| replace:: documentation page
+.. _docpage: %(download)s/docs
+.. |downldpage| replace:: download page
+.. _downldpage: %(download)s
+.. |stdlib| replace:: python standard library
+.. _stdlib: http://docs.python.org/library
+''' % {'url': kitchen.release.URL, 'download': kitchen.release.DOWNLOAD_URL}

kitchen3/docs/designing-unicode-apis.rst

@@ -0,0 +1,690 @@
+.. _DesigningUnicodeAwareAPIs:
+
+============================
+Designing Unicode Aware APIs
+============================
+
+APIs that deal with byte :class:`str` and :class:`unicode` strings are
+difficult to get right.  Here are a few strategies with pros and cons of each.
+
+.. contents::
+
+-------------------------------------------------
+Take either bytes or unicode, output only unicode
+-------------------------------------------------
+
+In this strategy, you allow the user to enter either :class:`unicode` strings
+or byte :class:`str` but what you give back is always :class:`unicode`.  This
+strategy is easy for novice endusers to start using immediately as they will
+be able to feed either type of string into the function and get back a string
+that they can use in other places.
+
+However, it does lead to the novice writing code that functions correctly when
+testing it with :term:`ASCII`-only data but fails when given data that contains
+non-:term:`ASCII` characters.  Worse, if your API is not designed to be
+flexible, the consumer of your code won't be able to easily correct those
+problems once they find them.
+
+Here's a good API that uses this strategy::
+
+    from kitchen.text.converters import to_unicode
+
+    def truncate(msg, max_length, encoding='utf8', errors='replace'):
+        msg = to_unicode(msg, encoding, errors)
+        return msg[:max_length]
+
+The call to :func:`truncate` starts with the essential parameters for
+performing the task.  It ends with two optional keyword arguments that define
+the encoding to use to transform from a byte :class:`str` to :class:`unicode`
+and the strategy to use if undecodable bytes are encountered.  The defaults
+may vary depending on the use cases you have in mind.  When the output is
+generally going to be printed for the user to see, ``errors='replace'`` is
+a good default.  If you are constructing keys to a database, raisng an
+exception (with ``errors='strict'``) may be a better default.  In either case,
+having both parameters allows the person using your API to choose how they
+want to handle any problems.  Having the values is also a clue to them that
+a conversion from byte :class:`str` to :class:`unicode` string is going to
+occur.
+
+.. note::
+
+    If you're targeting python-3.1 and above, ``errors='surrogateescape'`` may
+    be a better default than ``errors='strict'``.  You need to be mindful of
+    a few things when using ``surrogateescape`` though:
+
+    * ``surrogateescape`` will cause issues if a non-:term:`ASCII` compatible
+      encoding is used (for instance, UTF-16 and UTF-32.)  That makes it
+      unhelpful in situations where a true general purpose method of encoding
+      must be found.  :pep:`383` mentions that ``surrogateescape`` was
+      specifically designed with the limitations of translating using system
+      locales (where :term:`ASCII` compatibility is generally seen as
+      inescapable) so you should keep that in mind.
+    * If you use ``surrogateescape`` to decode from :class:`bytes`
+      to :class:`unicode` you will need to use an error handler other than
+      ``strict`` to encode as the lone surrogate that this error handler
+      creates makes for invalid unicode that must be handled when encoding.
+      In Python-3.1.2 or less, a bug in the encoder error handlers mean that
+      you can only use ``surrogateescape`` to encode; anything else will throw
+      an error.
+
+    Evaluate your usages of the variables in question to see what makes sense.
+
+Here's a bad example of using this strategy::
+
+    from kitchen.text.converters import to_unicode
+
+    def truncate(msg, max_length):
+        msg = to_unicode(msg)
+        return msg[:max_length]
+
+In this example, we don't have the optional keyword arguments for
+:attr:`encoding` and :attr:`errors`.  A user who uses this function is more
+likely to miss the fact that a conversion from byte :class:`str` to
+:class:`unicode` is going to occur.  And once an error is reported, they will
+have to look through their backtrace and think harder about where they want to
+transform their data into :class:`unicode` strings instead of having the
+opportunity to control how the conversion takes place in the function itself.
+Note that the user does have the ability to make this work by making the
+transformation to unicode themselves::
+
+    from kitchen.text.converters import to_unicode
+
+    msg = to_unicode(msg, encoding='euc_jp', errors='ignore')
+    new_msg = truncate(msg, 5)
+
+--------------------------------------------------
+Take either bytes or unicode, output the same type
+--------------------------------------------------
+
+This strategy is sometimes called polymorphic because the type of data that is
+returned is dependent on the type of data that is received.  The concept is
+that when you are given a byte :class:`str` to process, you return a byte
+:class:`str` in your output.  When you are given :class:`unicode` strings to
+process, you return :class:`unicode` strings in your output.
+
+This can work well for end users as the ones that know about the difference
+between the two string types will already have transformed the strings to
+their desired type before giving it to this function.  The ones that don't can
+remain blissfully ignorant (at least, as far as your function is concerned) as
+the function does not change the type.
+
+In cases where the encoding of the byte :class:`str` is known or can be
+discovered based on the input data this works well.  If you can't figure out
+the input encoding, however, this strategy can fail in any of the following
+cases:
+
+1. It needs to do an internal conversion between byte :class:`str` and
+   :class:`unicode` string.
+2. It cannot return the same data as either a :class:`unicode` string or byte
+   :class:`str`.
+3. You may need to deal with byte strings that are not byte-compatible with
+   :term:`ASCII`
+
+First, a couple examples of using this strategy in a good way::
+
+    def translate(msg, table):
+        replacements = table.keys()
+        new_msg = []
+        for index, char in enumerate(msg):
+            if char in replacements:
+                new_msg.append(table[char])
+            else:
+                new_msg.append(char)
+
+        return ''.join(new_msg)
+
+In this example, all of the strings that we use (except the empty string which
+is okay because it doesn't have any characters to encode) come from outside of
+the function.  Due to that, the user is responsible for making sure that the
+:attr:`msg`, and the keys and values in :attr:`table` all match in terms of
+type (:class:`unicode` vs :class:`str`) and encoding (You can do some error
+checking to make sure the user gave all the same type but you can't do the
+same for the user giving different encodings).  You do not need to make
+changes to the string that require you to know the encoding or type of the
+string; everything is a simple replacement of one element in the array of
+characters in message with the character in table.
+
+::
+
+    import json
+    from kitchen.text.converters import to_unicode, to_bytes
+
+    def first_field_from_json_data(json_string):
+        '''Return the first field in a json data structure.
+
+        The format of the json data is a simple list of strings.
+        '["one", "two", "three"]'
+        '''
+        if isinstance(json_string, unicode):
+            # On all python versions, json.loads() returns unicode if given
+            # a unicode string
+            return json.loads(json_string)[0]
+
+        # Byte str: figure out which encoding we're dealing with
+        if '\x00' not in json_data[:2]
+            encoding = 'utf8'
+        elif '\x00\x00\x00' == json_data[:3]:
+            encoding = 'utf-32-be'
+        elif '\x00\x00\x00' == json_data[1:4]:
+            encoding = 'utf-32-le'
+        elif '\x00' == json_data[0] and '\x00' == json_data[2]:
+            encoding = 'utf-16-be'
+        else:
+            encoding = 'utf-16-le'
+
+        data = json.loads(unicode(json_string, encoding))
+        return data[0].encode(encoding)
+
+In this example the function takes either a byte :class:`str` type or
+a :class:`unicode` string that has a list in json format and returns the first
+field from it as the type of the input string.  The first section of code is
+very straightforward; we receive a :class:`unicode` string, parse it with
+a function, and then return the first field from our parsed data (which our
+function returned to us as json data).
+
+The second portion that deals with byte :class:`str` is not so
+straightforward.  Before we can parse the string we have to determine what
+characters the bytes in the string map to.  If we didn't do that, we wouldn't
+be able to properly find which characters are present in the string.  In order
+to do that we have to figure out the encoding of the byte :class:`str`.
+Luckily, the json specification states that all strings are unicode and
+encoded with one of UTF32be, UTF32le, UTF16be, UTF16le, or :term:`UTF-8`.  It further
+defines the format such that the first two characters are always
+:term:`ASCII`.  Each of these has a different sequence of NULLs when they
+encode an :term:`ASCII` character.  We can use that to detect which encoding
+was used to create the byte :class:`str`.
+
+Finally, we return the byte :class:`str` by encoding the :class:`unicode` back
+to a byte :class:`str`.
+
+As you can see, in this example we have to convert from byte :class:`str` to
+:class:`unicode` and back.  But we know from the json specification that byte
+:class:`str` has to be one of a limited number of encodings that we are able
+to detect.  That ability makes this strategy work.
+
+Now for some examples of using this strategy in ways that fail::
+
+    import unicodedata
+    def first_char(msg):
+        '''Return the first character in a string'''
+        if not isinstance(msg, unicode):
+            try:
+                msg = unicode(msg, 'utf8')
+            except UnicodeError:
+                msg = unicode(msg, 'latin1')
+        msg = unicodedata.normalize('NFC', msg)
+        return msg[0]
+
+If you look at that code and think that there's something fragile and prone to
+breaking in the ``try: except:`` block you are correct in being suspicious.
+This code will fail on multi-byte character sets that aren't :term:`UTF-8`.  It
+can also fail on data where the sequence of bytes is valid :term:`UTF-8` but
+the bytes are actually of a different encoding.  The reasons this code fails
+is that we don't know what encoding the bytes are in and the code must convert
+from a byte :class:`str` to a :class:`unicode` string in order to function.
+
+In order to make this code robust we must know the encoding of :attr:`msg`.
+The only way to know that is to ask the user so the API must do that::
+
+    import unicodedata
+    def number_of_chars(msg, encoding='utf8', errors='strict'):
+        if not isinstance(msg, unicode):
+            msg = unicode(msg, encoding, errors)
+        msg = unicodedata.normalize('NFC', msg)
+        return len(msg)
+
+Another example of failure::
+
+    import os
+    def listdir(directory):
+        files = os.listdir(directory)
+        if isinstance(directory, str):
+            return files
+        # files could contain both bytes and unicode
+        new_files = []
+        for filename in files:
+            if not isinstance(filename, unicode):
+                # What to do here?
+                continue
+            new_files.appen(filename)
+        return new_files
+
+This function illustrates the second failure mode.  Here, not all of the
+possible values can be represented as :class:`unicode` without knowing more
+about the encoding of each of the filenames involved.  Since each filename
+could have a different encoding there's a few different options to pursue.  We
+could make this function always return byte :class:`str` since that can
+accurately represent anything that could be returned.  If we want to return
+:class:`unicode` we need to at least allow the user to specify what to do in
+case of an error decoding the bytes to :class:`unicode`.  We can also let the
+user specify the encoding to use for doing the decoding but that won't help in
+all cases since not all files will be in the same encoding (or even
+necessarily in any encoding)::
+
+    import locale
+    import os
+    def listdir(directory, encoding=locale.getpreferredencoding(), errors='strict'):
+        # Note: In python-3.1+, surrogateescape may be a better default
+        files = os.listdir(directory)
+        if isinstance(directory, str):
+            return files
+        new_files = []
+        for filename in files:
+            if not isinstance(filename, unicode):
+                filename = unicode(filename, encoding=encoding, errors=errors)
+            new_files.append(filename)
+        return new_files
+
+Note that although we use :attr:`errors` in this example as what to pass to
+the codec that decodes to :class:`unicode` we could also have an
+:attr:`errors` argument that decides other things to do like skip a filename
+entirely, return a placeholder (``Nondisplayable filename``), or raise an
+exception.
+
+This leaves us with one last failure to describe::
+
+    def first_field(csv_string):
+        '''Return the first field in a comma separated values string.'''
+        try:
+            return csv_string[:csv_string.index(',')]
+        except ValueError:
+            return csv_string
+
+This code looks simple enough.  The hidden error here is that we are searching
+for a comma character in a byte :class:`str` but not all encodings will use
+the same sequence of bytes to represent the comma.  If you use an encoding
+that's not :term:`ASCII` compatible on the byte level, then the literal comma
+``','`` in the above code will match inappropriate bytes.  Some examples of
+how it can fail:
+
+* Will find the byte representing an :term:`ASCII` comma in another character
+* Will find the comma but leave trailing garbage bytes on the end of the
+  string
+* Will not match the character that represents the comma in this encoding
+
+There are two ways to solve this.  You can either take the encoding value from
+the user or you can take the separator value from the user.  Of the two,
+taking the encoding is the better option for two reasons:
+
+1. Taking a separator argument doesn't clearly document for the API user that
+   the reason they must give it is to properly match the encoding of the
+   :attr:`csv_string`.  They're just as likely to think that it's simply a way
+   to specify an alternate character (like ":" or "|") for the separator.
+2. It's possible for a variable width encoding to reuse the same byte sequence
+   for different characters in multiple sequences.
+
+   .. note::
+
+        :term:`UTF-8` is resistant to this as any character's sequence of
+        bytes will never be a subset of another character's sequence of bytes.
+
+With that in mind, here's how to improve the API::
+
+    def first_field(csv_string, encoding='utf-8', errors='replace'):
+        if not isinstance(csv_string, unicode):
+            u_string = unicode(csv_string, encoding, errors)
+            is_unicode = False
+        else:
+            u_string = csv_string
+
+        try:
+            field = u_string[:U_string.index(u',')]
+        except ValueError:
+            return csv_string
+
+        if not is_unicode:
+            field = field.encode(encoding, errors)
+        return field
+
+.. note::
+
+    If you decide you'll never encounter a variable width encoding that reuses
+    byte sequences you can use this code instead::
+
+        def first_field(csv_string, encoding='utf-8'):
+            try:
+                return csv_string[:csv_string.index(','.encode(encoding))]
+            except ValueError:
+                return csv_string
+
+------------------
+Separate functions
+------------------
+
+Sometimes you want to be able to take either byte :class:`str` or
+:class:`unicode` strings, perform similar operations on either one and then
+return data in the same format as was given.  Probably the easiest way to do
+that is to have separate functions for each and adopt a naming convention to
+show that one is for working with byte :class:`str` and the other is for
+working with :class:`unicode` strings::
+
+    def translate_b(msg, table):
+        '''Replace values in str with other byte values like unicode.translate'''
+        if not isinstance(msg, str):
+            raise TypeError('msg must be of type str')
+        str_table = [chr(s) for s in xrange(0,256)]
+        delete_chars = []
+        for chr_val in (k for k in table.keys() if isinstance(k, int)):
+            if chr_val > 255:
+                raise ValueError('Keys in table must not exceed 255)')
+            if table[chr_val] == None:
+                delete_chars.append(chr(chr_val))
+            elif isinstance(table[chr_val], int):
+                if table[chr_val] > 255:
+                    raise TypeError('table values cannot be more than 255 or less than 0')
+                str_table[chr_val] = chr(table[chr_val])
+            else:
+                if not isinstance(table[chr_val], str):
+                    raise TypeError('character mapping must return integer, None or str')
+                str_table[chr_val] = table[chr_val]
+        str_table = ''.join(str_table)
+        delete_chars = ''.join(delete_chars)
+        return msg.translate(str_table, delete_chars)
+
+    def translate(msg, table):
+        '''Replace values in a unicode string with other values'''
+        if not isinstance(msg, unicode):
+            raise TypeError('msg must be of type unicode')
+        return msg.translate(table)
+
+There's several things that we have to do in this API:
+
+* Because the function names might not be enough of a clue to the user of the
+  functions of the value types that are expected, we have to check that the
+  types are correct.
+
+* We keep the behaviour of the two functions as close to the same as possible,
+  just with byte :class:`str` and :class:`unicode` strings substituted for
+  each other.
+
+
+-----------------------------------------------------------------
+Deciding whether to take str or unicode when no value is returned
+-----------------------------------------------------------------
+
+Not all functions have a return value.  Sometimes a function is there to
+interact with something external to python, for instance, writing a file out
+to disk or a method exists to update the internal state of a data structure.
+One of the main questions with these APIs is whether to take byte
+:class:`str`, :class:`unicode` string, or both.  The answer depends on your
+use case but I'll give some examples here.
+
+Writing to external data
+========================
+
+When your information is going to an external data source like writing to
+a file you need to decide whether to take in :class:`unicode` strings or byte
+:class:`str`.  Remember that most external data sources are not going to be
+dealing with unicode directly.  Instead, they're going to be dealing with
+a sequence of bytes that may be interpreted as unicode.  With that in mind,
+you either need to have the user give you a byte :class:`str` or convert to
+a byte :class:`str` inside the function.
+
+Next you need to think about the type of data that you're receiving.  If it's
+textual data, (for instance, this is a chat client and the user is typing
+messages that they expect to be read by another person) it probably makes sense to
+take in :class:`unicode` strings and do the conversion inside your function.
+On the other hand, if this is a lower level function that's passing data into
+a network socket, it probably should be taking byte :class:`str` instead.
+
+Just as noted in the API notes above, you should specify an :attr:`encoding`
+and :attr:`errors` argument if you need to transform from :class:`unicode`
+string to byte :class:`str` and you are unable to guess the encoding from the
+data itself.
+
+Updating data structures
+========================
+
+Sometimes your API is just going to update a data structure and not
+immediately output that data anywhere.  Just as when writing external data,
+you should think about both what your function is going to do with the data
+eventually and what the caller of your function is thinking that they're
+giving you.  Most of the time, you'll want to take :class:`unicode` strings
+and enter them into the data structure as :class:`unicode` when the data is
+textual in nature.  You'll want to take byte :class:`str` and enter them into
+the data structure as byte :class:`str` when the data is not text.  Use
+a naming convention so the user knows what's expected.
+
+-------------
+APIs to Avoid
+-------------
+
+There are a few APIs that are just wrong.  If you catch yourself making an API
+that does one of these things, change it before anyone sees your code.
+
+Returning unicode unless a conversion fails
+===========================================
+
+This type of API usually deals with byte :class:`str` at some point and
+converts it to :class:`unicode` because it's usually thought to be text.
+However, there are times when the bytes fail to convert to a :class:`unicode`
+string.  When that happens, this API returns the raw byte :class:`str` instead
+of a :class:`unicode` string.  One example of this is present in the |stdlib|_:
+python2's :func:`os.listdir`::
+
+    >>> import os
+    >>> import locale
+    >>> locale.getpreferredencoding()
+    'UTF-8'
+    >>> os.mkdir('/tmp/mine')
+    >>> os.chdir('/tmp/mine')
+    >>> open('nonsense_char_\xff', 'w').close()
+    >>> open('all_ascii', 'w').close()
+    >>> os.listdir(u'.')
+    [u'all_ascii', 'nonsense_char_\xff']
+
+The problem with APIs like this is that they cause failures that are hard to
+debug because they don't happen where the variables are set.  For instance,
+let's say you take the filenames from :func:`os.listdir` and give it to this
+function::
+
+    def normalize_filename(filename):
+        '''Change spaces and dashes into underscores'''
+        return filename.translate({ord(u' '):u'_', ord(u' '):u'_'})
+
+When you test this, you use filenames that all are decodable in your preferred
+encoding and everything seems to work.  But when this code is run on a machine
+that has filenames in multiple encodings the filenames returned by
+:func:`os.listdir` suddenly include byte :class:`str`.  And byte :class:`str`
+has a different :func:`string.translate` function that takes different values.
+So the code raises an exception where it's not immediately obvious that
+:func:`os.listdir` is at fault.
+
+Ignoring values with no chance of recovery
+==========================================
+
+An early version of python3 attempted to fix the :func:`os.listdir` problem
+pointed out in the last section by returning all values that were decodable to
+:class:`unicode` and omitting the filenames that were not.  This lead to the
+following output::
+
+    >>> import os
+    >>> import locale
+    >>> locale.getpreferredencoding()
+    'UTF-8'
+    >>> os.mkdir('/tmp/mine')
+    >>> os.chdir('/tmp/mine')
+    >>> open(b'nonsense_char_\xff', 'w').close()
+    >>> open('all_ascii', 'w').close()
+    >>> os.listdir('.')
+    ['all_ascii']
+
+The issue with this type of code is that it is silently doing something
+surprising.  The caller expects to get a full list of files back from
+:func:`os.listdir`.  Instead, it silently ignores some of the files, returning
+only a subset.  This leads to code that doesn't do what is expected that may
+go unnoticed until the code is in production and someone notices that
+something important is being missed.
+
+Raising a UnicodeException with no chance of recovery
+=====================================================
+
+Believe it or not, a few libraries exist that make it impossible to deal
+with unicode text without raising a :exc:`UnicodeError`.  What seems to occur
+in these libraries is that the library has functions that expect to receive
+a :class:`unicode` string.  However, internally, those functions call other
+functions that expect to receive a byte :class:`str`.  The programmer of the
+API was smart enough to convert from a :class:`unicode` string to a byte
+:class:`str` but they did not give the user the chance to specify the
+encodings to use or how to deal with errors.  This results in exceptions when
+the user passes in a byte :class:`str` because the initial function wants
+a :class:`unicode` string and exceptions when the user passes in
+a :class:`unicode` string because the function can't convert the string to
+bytes in the encoding that it's selected.
+
+Do not put the user in the position of not being able to use your API without
+raising a :exc:`UnicodeError` with certain values.  If you can only safely
+take :class:`unicode` strings, document that byte :class:`str` is not allowed
+and vice versa.  If you have to convert internally, make sure to give the
+caller of your function parameters to control the encoding and how to treat
+errors that may occur during the encoding/decoding process.  If your code will
+raise a :exc:`UnicodeError` with non-:term:`ASCII` values no matter what, you
+should probably rethink your API.
+
+-----------------
+Knowing your data
+-----------------
+
+If you've read all the way down to this section without skipping you've seen
+several admonitions about the type of data you are processing affecting the
+viability of the various API choices.
+
+Here's a few things to consider in your data:
+
+Do you need to operate on both bytes and unicode?
+=================================================
+
+Much of the data in libraries, programs, and the general environment outside
+of python is written where strings are sequences of bytes.  So when we
+interact with data that comes from outside of python or data that is about to
+leave python it may make sense to only operate on the data as a byte
+:class:`str`.  There's two times when this may make sense:
+
+1. The user is intended to hand the data to the function and then the function
+   takes care of sending the data outside of python (to the filesystem, over
+   the network, etc).
+2. The data is not representable as text.  For instance, writing a binary
+   file format.
+
+Even when your code is operating in this area you still need to think a little
+more about your data.  For instance, it might make sense for the person using
+your API to pass in :class:`unicode` strings and let the function convert that
+into the byte :class:`str` that it then sends over the wire.
+
+There are also times when it might make sense to operate only on
+:class:`unicode` strings.  :class:`unicode` represents text so anytime that
+you are working on textual data that isn't going to leave python it has the
+potential to be a :class:`unicode`-only API.  However, there's two things that
+you should consider when designing a :class:`unicode`-only API:
+
+1. As your API gains popularity, people are going to use your API in places
+   that you may not have thought of.  Corner cases in these other places may
+   mean that processing bytes is desirable.
+2. In python2, byte :class:`str` and :class:`unicode` are often used
+   interchangably with each other.  That means that people programming against
+   your API may have received :class:`str` from some other API and it would be
+   most convenient for their code if your API accepted it.
+
+.. note::
+
+    In python3, the separation between the text type and the byte type
+    are more clear.  So in python3, there's less need to have all APIs take
+    both unicode and bytes.
+
+Can you restrict the encodings?
+===============================
+If you determine that you have to deal with byte :class:`str` you should
+realize that not all encodings are created equal.  Each has different
+properties that may make it possible to provide a simpler API provided that
+you can reasonably tell the users of your API that they cannot use certain
+classes of encodings.
+
+As one example, if you are required to find a comma (``,``) in a byte
+:class:`str` you have different choices based on what encodings are allowed.
+If you can reasonably restrict your API users to only giving :term:`ASCII
+compatible` encodings you can do this simply by searching for the literal
+comma character because that character will be represented by the same byte
+sequence in all :term:`ASCII compatible` encodings.
+
+The following are some classes of encodings to be aware of as you decide how
+generic your code needs to be.
+
+Single byte encodings
+---------------------
+
+Single byte encodings can only represent 256 total characters.  They encode
+the :term:`code points` for a character to the equivalent number in a single
+byte.
+
+Most single byte encodings are :term:`ASCII compatible`.  :term:`ASCII
+compatible` encodings are the most likely to be usable without changes to code
+so this is good news.  A notable exception to this is the `EBDIC
+<http://en.wikipedia.org/wiki/Extended_Binary_Coded_Decimal_Interchange_Code>`_
+family of encodings.
+
+Multibyte encodings
+-------------------
+
+Multibyte encodings use more than one byte to encode some characters.
+
+Fixed width
+~~~~~~~~~~~
+
+Fixed width encodings have a set number of bytes to represent all of the
+characters in the character set.  ``UTF-32`` is an example of a fixed width
+encoding that uses four bytes per character and can express every unicode
+characters.  There are a number of problems with writing APIs that need to
+operate on fixed width, multibyte characters.  To go back to our earlier
+example of finding a comma in a string, we have to realize that even in
+``UTF-32`` where the :term:`code point` for :term:`ASCII` characters is the
+same as in :term:`ASCII`, the byte sequence for them is different.  So you
+cannot search for the literal byte character as it may pick up false
+positives and may break a byte sequence in an odd place.
+
+Variable Width
+~~~~~~~~~~~~~~
+
+ASCII compatible
+""""""""""""""""
+
+:term:`UTF-8` and the `EUC <http://en.wikipedia.org/wiki/Extended_Unix_Code>`_
+family of encodings are examples of :term:`ASCII compatible` multi-byte
+encodings.  They achieve this by adhering to two principles:
+
+* All of the :term:`ASCII` characters are represented by the byte that they
+  are in the :term:`ASCII` encoding.
+* None of the :term:`ASCII` byte sequences are reused in any other byte
+  sequence for a different character.
+
+Escaped
+"""""""
+
+Some multibyte encodings work by using only bytes from the :term:`ASCII`
+encoding but when a particular sequence of those byes is found, they are
+interpreted as meaning something other than their :term:`ASCII` values.
+``UTF-7`` is one such encoding that can encode all of the unicode
+:term:`code points`.  For instance, here's a some Japanese characters encoded as
+``UTF-7``::
+
+    >>> a = u'\u304f\u3089\u3068\u307f'
+    >>> print a
+    くらとみ
+    >>> print a.encode('utf-7')
+    +ME8wiTBoMH8-
+
+These encodings can be used when you need to encode unicode data that may
+contain non-:term:`ASCII` characters for inclusion in an :term:`ASCII` only
+transport medium or file.
+
+However, they are not :term:`ASCII compatible` in the sense that we used
+earlier as the bytes that represent a :term:`ASCII` character are being reused
+as part of other characters.  If you were to search for a literal plus sign in
+this encoded string, you would run across many false positives, for instance.
+
+Other
+"""""
+
+There are many other popular variable width encodings, for instance ``UTF-16``
+and ``shift-JIS``.  Many of these are not :term:`ASCII compatible` so you
+cannot search for a literal :term:`ASCII` character without danger of false
+positives or false negatives.

kitchen3/docs/glossary.rst

@@ -0,0 +1,107 @@
+========
+Glossary
+========
+
+.. glossary::
+
+    "Everything but the kitchen sink"
+        An English idiom meaning to include nearly everything that you can
+        think of.
+
+    API version
+        Version that is meant for computer consumption.  This version is
+        parsable and comparable by computers.  It contains information about
+        a library's API so that computer software can decide whether it works
+        with the software.
+
+    ASCII
+        A character encoding that maps numbers to characters essential to
+        American English.  It maps 128 characters using 7bits.
+
+        .. seealso:: http://en.wikipedia.org/wiki/ASCII
+
+    ASCII compatible
+        An encoding in which the particular byte that maps to a character in
+        the :term:`ASCII` character set is only used to map to that character.
+        This excludes EBDIC based encodings and many multi-byte fixed and
+        variable width encodings since they reuse the bytes that make up the
+        :term:`ASCII` encoding for other purposes.  :term:`UTF-8` is notable
+        as a variable width encoding that is :term:`ASCII` compatible.
+
+        .. seealso::
+
+            http://en.wikipedia.org/wiki/Variable-width_encoding
+                For another explanation of various ways bytes are mapped to
+                characters in a possibly incompatible manner.
+
+    code points
+        :term:`code point`
+
+    code point
+        A number that maps to a particular abstract character.  Code points
+        make it so that we have a number pointing to a character without
+        worrying about implementation details of how those numbers are stored
+        for the computer to read.  Encodings define how the code points map to
+        particular sequences of bytes on disk  and in memory.
+
+    control characters
+        :term:`control character`
+
+    control character
+        The set of characters in unicode that are used, not to display glyphs
+        on the screen, but to tell the display in program to do something.
+
+        .. seealso:: http://en.wikipedia.org/wiki/Control_character
+
+    grapheme
+        characters or pieces of characters that you might write on a page to
+        make words, sentences, or other pieces of text.
+
+        .. seealso:: http://en.wikipedia.org/wiki/Grapheme
+
+    I18N
+        I18N is an abbreviation for internationalization.  It's often used to
+        signify the need to translate words, number and date formats, and
+        other pieces of data in a computer program so that it will work well
+        for people who speak another language than yourself.
+
+    message catalogs
+        :term:`message catalog`
+
+    message catalog
+        Message catalogs contain translations for user-visible strings that
+        are present in your code.  Normally, you need to mark the strings to
+        be translated by wrapping them in one of several :mod:`gettext`
+        functions.  The function serves two purposes:
+
+        1. It allows automated tools to find which strings are supposed to be
+           extracted for translation.
+        2. The functions perform the translation when the program is running.
+
+        .. seealso::
+            `babel's documentation
+            <http://babel.edgewall.org/wiki/Documentation/messages.html>`_
+                for one method of extracting message catalogs from source
+                code.
+
+    Murphy's Law
+        "Anything that can go wrong, will go wrong."
+
+        .. seealso:: http://en.wikipedia.org/wiki/Murphy%27s_Law
+
+    release version
+        Version that is meant for human consumption.  This version is easy for
+        a human to look at to decide how a particular version relates to other
+        versions of the software.
+
+    textual width
+        The amount of horizontal space a character takes up on a monospaced
+        screen.  The units are number of character cells or columns that it
+        takes the place of.
+
+    UTF-8
+        A character encoding that maps all unicode :term:`code points` to a sequence
+        of bytes.  It is compatible with :term:`ASCII`.  It uses a variable
+        number of bytes to encode all of unicode.  ASCII characters take one
+        byte.  Characters from other parts of unicode take two to four bytes.
+        It is widespread as an encoding on the internet and in Linux.

kitchen3/docs/hacking.rst

@@ -0,0 +1,359 @@
+=======================================
+Conventions for contributing to kitchen
+=======================================
+
+-----
+Style
+-----
+
+* Strive to be :pep:`8` compliant
+* Run `:command:`pylint` ` over the code and try to resolve most of its nitpicking
+
+------------------------
+Python 2.4 compatibility
+------------------------
+
+At the moment, we're supporting python-2.4 and above.  Understand that there's
+a lot of python features that we cannot use because of this.
+
+Sometimes modules in the |stdlib|_ can be added to kitchen so that they're
+available.  When we do that we need to be careful of several things:
+
+1. Keep the module in sync with the version in the python-2.x trunk.  Use
+   :file:`maintainers/sync-copied-files.py` for this.
+2. Sync the unittests as well as the module.
+3. Be aware that not all modules are written to remain compatible with
+   Python-2.4 and might use python language features that were not present
+   then (generator expressions, relative imports, decorators, with, try: with
+   both except: and finally:, etc)  These are not good candidates for
+   importing into kitchen as they require more work to keep synced.
+
+---------
+Unittests
+---------
+
+* At least smoketest your code (make sure a function will return expected
+  values for one set of inputs).
+* Note that even 100% coverage is not a guarantee of working code!  Good tests
+  will realize that you need to also give multiple inputs that test the code
+  paths of called functions that are outside of your code.  Example::
+
+        def to_unicode(msg, encoding='utf8', errors='replace'):
+            return unicode(msg, encoding, errors)
+
+        # Smoketest only.  This will give 100% coverage for your code (it
+        # tests all of the code inside of to_unicode) but it leaves a lot of
+        # room for errors as it doesn't test all combinations of arguments
+        # that are then passed to the unicode() function.
+
+        tools.ok_(to_unicode('abc') == u'abc')
+
+        # Better -- tests now cover non-ascii characters and that error conditions
+        # occur properly.  There's a lot of other permutations that can be
+        # added along these same lines.
+        tools.ok_(to_unicode(u'café', 'utf8', 'replace'))
+        tools.assert_raises(UnicodeError, to_unicode, [u'cafè ñunru'.encode('latin1')])
+
+* We're using nose for unittesting.  Rather than depend on unittest2
+  functionality, use the functions that nose provides.
+* Remember to maintain python-2.4 compatibility even in unittests.
+
+----------------------------
+Docstrings and documentation
+----------------------------
+
+We use sphinx to build our documentation.  We use the sphinx autodoc extension
+to pull docstrings out of the modules for API documentation.  This means that
+docstrings for subpackages and modules should follow a certain pattern.  The
+general structure is:
+
+* Introductory material about a module in the module's top level docstring.
+
+  * Introductory material should begin with a level two title: an overbar and
+    underbar of '-'.
+
+* docstrings for every function.
+
+  * The first line is a short summary of what the function does
+  * This is followed by a blank line
+  * The next lines are a `field list
+    <http://sphinx.pocoo.org/markup/desc.html#info-field-lists>_` giving
+    information about the function's signature.  We use the keywords:
+    ``arg``, ``kwarg``, ``raises``, ``returns``, and sometimes ``rtype``.  Use
+    these to describe all arguments, key word arguments, exceptions raised,
+    and return values using these.
+
+    * Parameters that are ``kwarg`` should specify what their default
+      behaviour is.
+
+.. _kitchen-versioning:
+
+------------------
+Kitchen versioning
+------------------
+
+Currently the kitchen library is in early stages of development.  While we're
+in this state, the main kitchen library uses the following pattern for version
+information:
+
+* Versions look like this::
+    __version_info__ = ((0, 1, 2),)
+    __version__ = '0.1.2'
+
+* The Major version number remains at 0 until we decide to make the first 1.0
+  release of kitchen.  At that point, we're declaring that we have some
+  confidence that we won't need to break backwards compatibility for a while.
+* The Minor version increments for any backwards incompatible API changes.
+  When this is updated, we reset micro to zero.
+* The Micro version increments for any other changes (backwards compatible API
+  changes, pure bugfixes, etc).
+
+.. note::
+
+    Versioning is only updated for releases that generate sdists and new
+    uploads to the download directory.  Usually we update the version
+    information for the library just before release.  By contrast, we update
+    kitchen :ref:`subpackage-versioning` when an API change is made.  When in
+    doubt, look at the version information in the last release.
+
+----
+I18N
+----
+
+All strings that are used as feedback for users need to be translated.
+:mod:`kitchen` sets up several functions for this.  :func:`_` is used for
+marking things that are shown to users via print, GUIs, or other "standard"
+methods.  Strings for exceptions are marked with :func:`b_`.  This function
+returns a byte :class:`str` which is needed for use with exceptions::
+
+    from kitchen import _, b_
+
+    def print_message(msg, username):
+        print _('%(user)s, your message of the day is:  %(message)s') % {
+                'message': msg, 'user': username}
+
+        raise Exception b_('Test message')
+
+This serves several purposes:
+
+* It marks the strings to be extracted by an xgettext-like program.
+* :func:`_` is a function that will substitute available translations at
+  runtime.
+
+.. note::
+
+    By using the ``%()s with dict`` style of string formatting, we make this
+    string friendly to translators that may need to reorder the variables when
+    they're translating the string.
+
+`paver <http://www.blueskyonmars.com/projects/paver/>_` and `babel
+<http://babel.edgewall.org/>_` are used to extract the strings.
+
+-----------
+API updates
+-----------
+
+Kitchen strives to have a long deprecation cycle so that people have time to
+switch away from any APIs that we decide to discard.  Discarded APIs should
+raise a :exc:`DeprecationWarning` and clearly state in the warning message and
+the docstring how to convert old code to use the new interface.  An example of
+deprecating a function::
+
+    import warnings
+
+    from kitchen import _
+    from  kitchen.text.converters import to_bytes, to_unicode
+    from kitchen.text.new_module import new_function
+
+    def old_function(param):
+        '''**Deprecated**
+
+        This function is deprecated.  Use
+        :func:`kitchen.text.new_module.new_function` instead. If you want
+        unicode strngs as output, switch to::
+
+            >>> from kitchen.text.new_module import new_function
+            >>> output = new_function(param)
+
+        If you want byte strings, use::
+
+            >>> from kitchen.text.new_module import new_function
+            >>> from kitchen.text.converters import to_bytes
+            >>> output = to_bytes(new_function(param))
+        '''
+        warnings.warn(_('kitchen.text.old_function is deprecated.  Use'
+            ' kitchen.text.new_module.new_function instead'),
+            DeprecationWarning, stacklevel=2)
+
+        as_unicode = isinstance(param, unicode)
+        message = new_function(to_unicode(param))
+        if not as_unicode:
+            message = to_bytes(message)
+        return message
+
+If a particular API change is very intrusive, it may be better to create a new
+version of the subpackage and ship both the old version and the new version.
+
+---------
+NEWS file
+---------
+
+Update the :file:`NEWS` file when you make a change that will be visible to
+the users.  This is not a ChangeLog file so we don't need to list absolutely
+everything but it should give the user an idea of how this version differs
+from prior versions.  API changes should be listed here explicitly.  bugfixes
+can be more general::
+
+    -----
+    0.2.0
+    -----
+    * Relicense to LGPLv2+
+    * Add kitchen.text.format module with the following functions:
+      textual_width, textual_width_chop.
+    * Rename the kitchen.text.utils module to kitchen.text.misc.  use of the
+      old names is deprecated but still available.
+    * bugfixes applied to kitchen.pycompat24.defaultdict that fixes some
+      tracebacks
+
+-------------------
+Kitchen subpackages
+-------------------
+
+Kitchen itself is a namespace.  The kitchen sdist (tarball) provides certain
+useful subpackages.
+
+.. seealso::
+
+    `Kitchen addon packages`_
+        For information about subpackages not distributed in the kitchen sdist
+        that install into the kitchen namespace.
+
+.. _subpackage-versioning:
+
+Versioning
+==========
+
+Each subpackage should have its own version information which is independent
+of the other kitchen subpackages and the main kitchen library version. This is
+used so that code that depends on kitchen APIs can check the version
+information.  The standard way to do this is to put something like this in the
+subpackage's :file:`__init__.py`::
+
+    from kitchen.versioning import version_tuple_to_string
+
+    __version_info__ = ((1, 0, 0),)
+    __version__ = version_tuple_to_string(__version_info__)
+
+:attr:`__version_info__` is documented in :mod:`kitchen.versioning`.  The
+values of the first tuple should describe API changes to the module.  There
+are at least three numbers present in the tuple: (Major, minor, micro).  The
+major version number is for backwards incompatible changes (For
+instance, removing a function, or adding a new mandatory argument to
+a function).  Whenever one of these occurs, you should increment the major
+number and reset minor and micro to zero.  The second number is the minor
+version.  Anytime new but backwards compatible changes are introduced this
+number should be incremented and the micro version number reset to zero.  The
+micro version should be incremented when a change is made that does not change
+the API at all.  This is a common case for bugfixes, for instance.
+
+Version information beyond the first three parts of the first tuple may be
+useful for versioning but semantically have similar meaning to the micro
+version.
+
+.. note::
+
+    We update the :attr:`__version_info__` tuple when the API is updated.
+    This way there's less chance of forgetting to update the API version when
+    a new release is made.  However, we try to only increment the version
+    numbers a single step for any release.  So if kitchen-0.1.0 has
+    kitchen.text.__version__ == '1.0.1', kitchen-0.1.1 should have
+    kitchen.text.__version__ == '1.0.2' or '1.1.0' or '2.0.0'.
+
+Criteria for subpackages in kitchen
+===================================
+
+Supackages within kitchen should meet these criteria:
+
+* Generally useful or needed for other pieces of kitchen.
+
+* No mandatory requirements outside of the |stdlib|_.
+
+  * Optional requirements from outside the |stdlib|_ are allowed.  Things with
+    mandatory requirements are better placed in `kitchen addon packages`_
+
+* Somewhat API stable -- this is not a hard requirement.  We can change the
+  kitchen api.  However, it is better not to as people may come to depend on
+  it.
+
+  .. seealso::
+
+    `API Updates`_
+
+----------------------
+Kitchen addon packages
+----------------------
+
+Addon packages are very similar to subpackages integrated into the kitchen
+sdist.  This section just lists some of the differences to watch out for.
+
+setup.py
+========
+
+Your :file:`setup.py` should contain entries like this::
+
+    # It's suggested to use a dotted name like this so the package is easily
+    # findable on pypi:
+    setup(name='kitchen.config',
+        # Include kitchen in the keywords, again, for searching on pypi
+        keywords=['kitchen', 'configuration'],
+        # This package lives in the directory kitchen/config
+        packages=['kitchen.config'],
+        # [...]
+    )
+
+Package directory layout
+========================
+
+Create a :file:`kitchen` directory in the toplevel.  Place the addon
+subpackage in there.  For example::
+
+  ./                     <== toplevel with README, setup.py, NEWS, etc
+  kitchen/
+  kitchen/__init__.py
+  kitchen/config/        <== subpackage directory
+  kitchen/config/__init__.py
+
+Fake kitchen module
+===================
+
+The :file::`__init__.py` in the :file:`kitchen` directory is special.  It
+won't be installed.  It just needs to pull in the kitchen from the system so
+that you are able to test your module.  You should be able to use this
+boilerplate::
+
+    # Fake module.  This is not installed,  It's just made to import the real
+    # kitchen modules for testing this module
+    import pkgutil
+
+    # Extend the __path__ with everything in the real kitchen module
+    __path__ = pkgutil.extend_path(__path__, __name__)
+
+.. note::
+
+    :mod:`kitchen` needs to be findable by python for this to work.  Installed
+    in the :file:`site-packages` directory or adding it to the
+    :envvar:`PYTHONPATH` will work.
+
+Your unittests should now be able to find both your submodule and the main
+kitchen module.
+
+Versioning
+==========
+
+It is recommended that addon packages version similarly to
+:ref:`subpackage-versioning`.  The :data:`__version_info__` and
+:data:`__version__` strings can be changed independently of  the version
+exposed by setup.py so that you have both an API version
+(:data:`__version_info__`) and release version that's easier for people to
+parse.  However, you aren't required to do this and you could follow
+a different methodology if you want (for instance, :ref:`kitchen-versioning`)

kitchen3/docs/index.rst

@@ -0,0 +1,140 @@
+================================
+Kitchen, everything but the sink
+================================
+
+:Author: Toshio Kuratomi
+:Date: 19 March 2011
+:Version: 1.0.x
+
+We've all done it.  In the process of writing a brand new application we've
+discovered that we need a little bit of code that we've invented before.
+Perhaps it's something to handle unicode text.  Perhaps it's something to make
+a bit of python-2.5 code run on python-2.4.  Whatever it is, it ends up being
+a tiny bit of code that seems too small to worry about pushing into its own
+module so it sits there, a part of your current project, waiting to be cut and
+pasted into your next project.  And the next.  And the next.  And since that
+little bittybit of code proved so useful to you, it's highly likely that it
+proved useful to someone else as well.  Useful enough that they've written it
+and copy and pasted it over and over into each of their new projects.
+
+Well, no longer!  Kitchen aims to pull these small snippets of code into a few
+python modules which you can import and use within your project.  No more copy
+and paste!  Now you can let someone else maintain and release these small
+snippets so that you can get on with your life.
+
+This package forms the core of Kitchen.  It contains some useful modules for
+using newer |stdlib|_ modules on older python versions, text manipulation,
+:pep:`386` versioning, and initializing :mod:`gettext`.  With this package we're
+trying to provide a few useful features that don't have too many dependencies
+outside of the |stdlib|_.  We'll be releasing other modules that drop into the
+kitchen namespace to add other features (possibly with larger deps) as time
+goes on.
+
+------------
+Requirements
+------------
+
+We've tried to keep the core kitchen module's requirements lightweight.  At the
+moment kitchen only requires
+
+:python: 2.4 or later
+
+.. warning:: Kitchen-1.1.0 was the last release to support python-2.3.x.
+
+Soft Requirements
+=================
+
+If found, these libraries will be used to make the implementation of some part
+of kitchen better in some way.  If they are not present, the API that they
+enable will still exist but may function in a different manner.
+
+`chardet <http://pypi.python.org/pypi/chardet>`_
+    Used in :func:`~kitchen.text.misc.guess_encoding` and
+    :func:`~kitchen.text.converters.guess_encoding_to_xml` to help guess
+    encoding of byte strings being converted.  If not present, unknown
+    encodings will be converted as if they were ``latin1``
+
+---------------------------
+Other Recommended Libraries
+---------------------------
+
+These libraries implement commonly used functionality that everyone seems to
+invent.  Rather than reinvent their wheel, I simply list the things that they
+do well for now.  Perhaps if people can't find them normally, I'll add them as
+requirements in :file:`setup.py` or link them into kitchen's namespace.  For
+now, I just mention them here:
+
+`bunch <http://pypi.python.org/pypi/bunch/>`_
+    Bunch is a dictionary that you can use attribute lookup as well as bracket
+    notation to access.  Setting it apart from most homebrewed implementations
+    is the :func:`bunchify` function which will descend nested structures of
+    lists and dicts, transforming the dicts to Bunch's.
+`hashlib <http://code.krypto.org/python/hashlib/>`_
+    Python 2.5 and forward have a :mod:`hashlib` library that provides secure
+    hash functions to python.  If you're developing for python2.4 though, you
+    can install the standalone hashlib library and have access to the same
+    functions.
+`iterutils <http://pypi.python.org/pypi/iterutils/>`_
+    The python documentation for :mod:`itertools` has some examples
+    of other nice iterable functions that can be built from the
+    :mod:`itertools` functions.  This third-party module creates those recipes
+    as a module.
+`ordereddict <http://pypi.python.org/pypi/ordereddict/>`_
+    Python 2.7 and forward have a :mod:`~collections.OrderedDict` that
+    provides a :class:`dict` whose items are ordered (and indexable) as well
+    as named.
+`unittest2 <http://pypi.python.org/pypi/unittest2>`_
+    Python 2.7 has an updated :mod:`unittest` library with new functions not
+    present in the |stdlib|_ for Python 2.6 or less.  If you want to use those
+    new functions but need your testing framework to be compatible with older
+    Python the unittest2 library provides the update as an external module.
+`nose <http://somethingaboutorange.com/mrl/projects/nose/>`_
+    If you want to use a test discovery tool instead of the unittest
+    framework, nosetests provides a simple to use way to do that.
+
+-------
+License
+-------
+
+This python module is distributed under the terms of the
+`GNU Lesser General Public License Version 2 or later
+<http://www.gnu.org/licenses/old-licenses/lgpl-2.1.html>`_.
+
+.. note:: Some parts of this module are licensed under terms less restrictive
+    than the LGPLv2+.  If you separate these files from the work as a whole
+    you are allowed to use them under the less restrictive licenses.  The
+    following is a list of the files that are known:
+
+    `Python 2 license <http://www.python.org/download/releases/2.4/license/>`_
+        :file:`_subprocess.py`, :file:`test_subprocess.py`,
+        :file:`defaultdict.py`, :file:`test_defaultdict.py`,
+        :file:`_base64.py`, and :file:`test_base64.py`
+
+--------
+Contents
+--------
+
+.. toctree::
+    :maxdepth: 2
+
+    tutorial
+    api-overview
+    porting-guide-0.3
+    hacking
+    glossary
+
+------------------
+Indices and tables
+------------------
+
+* :ref:`genindex`
+* :ref:`modindex`
+* :ref:`search`
+
+-------------
+Project Pages
+-------------
+
+More information about the project can be found on the |projpage|_
+
+The latest published version of this documentation can be found on the |docpage|_

kitchen3/docs/porting-guide-0.3.rst

@@ -0,0 +1,209 @@
+===================
+1.0.0 Porting Guide
+===================
+
+The 0.1 through 1.0.0 releases focused on bringing in functions from yum and
+python-fedora.  This porting guide tells how to port from those APIs to their
+kitchen replacements.
+
+-------------
+python-fedora
+-------------
+
+===================================  ===================
+python-fedora                        kitchen replacement
+-----------------------------------  -------------------
+:func:`fedora.iterutils.isiterable`  :func:`kitchen.iterutils.isiterable` [#f1]_
+:func:`fedora.textutils.to_unicode`  :func:`kitchen.text.converters.to_unicode`
+:func:`fedora.textutils.to_bytes`    :func:`kitchen.text.converters.to_bytes`
+===================================  ===================
+
+.. [#f1] :func:`~kitchen.iterutils.isiterable` has changed slightly in
+    kitchen.  The :attr:`include_string` attribute has switched its default value
+    from :data:`True` to :data:`False`.  So you need to change code like::
+
+        >>> # Old code
+        >>> isiterable('abcdef')
+        True
+        >>> # New code
+        >>> isiterable('abcdef', include_string=True)
+        True
+
+---
+yum
+---
+
+=================================  ===================
+yum                                kitchen replacement
+---------------------------------  -------------------
+:func:`yum.i18n.dummy_wrapper`     :meth:`kitchen.i18n.DummyTranslations.ugettext` [#y1]_
+:func:`yum.i18n.dummyP_wrapper`    :meth:`kitchen.i18n.DummyTanslations.ungettext` [#y1]_
+:func:`yum.i18n.utf8_width`        :func:`kitchen.text.display.textual_width`
+:func:`yum.i18n.utf8_width_chop`   :func:`kitchen.text.display.textual_width_chop`
+                                   and :func:`kitchen.text.display.textual_width` [#y2]_ [#y4]_
+:func:`yum.i18n.utf8_valid`        :func:`kitchen.text.misc.byte_string_valid_encoding`
+:func:`yum.i18n.utf8_text_wrap`    :func:`kitchen.text.display.wrap` [#y3]_
+:func:`yum.i18n.utf8_text_fill`    :func:`kitchen.text.display.fill` [#y3]_
+:func:`yum.i18n.to_unicode`        :func:`kitchen.text.converters.to_unicode` [#y5]_
+:func:`yum.i18n.to_unicode_maybe`  :func:`kitchen.text.converters.to_unicode` [#y5]_
+:func:`yum.i18n.to_utf8`           :func:`kitchen.text.converters.to_bytes` [#y5]_
+:func:`yum.i18n.to_str`            :func:`kitchen.text.converters.to_unicode`
+                                   or :func:`kitchen.text.converters.to_bytes` [#y6]_
+:func:`yum.i18n.str_eq`            :func:`kitchen.text.misc.str_eq`
+:func:`yum.misc.to_xml`             :func:`kitchen.text.converters.unicode_to_xml`
+                                    or :func:`kitchen.text.converters.byte_string_to_xml` [#y7]_
+:func:`yum.i18n._`                 See: :ref:`yum-i18n-init`
+:func:`yum.i18n.P_`                See: :ref:`yum-i18n-init`
+:func:`yum.i18n.exception2msg`      :func:`kitchen.text.converters.exception_to_unicode`
+                                    or :func:`kitchen.text.converter.exception_to_bytes` [#y8]_
+=================================  ===================
+
+.. [#y1] These yum methods provided fallback support for :mod:`gettext`
+    functions in case either ``gaftonmode`` was set or :mod:`gettext` failed
+    to return an object.  In kitchen, we can use the
+    :class:`kitchen.i18n.DummyTranslations` object to fulfill that role.
+    Please see :ref:`yum-i18n-init` for more suggestions on how to do this.
+
+.. [#y2] The yum version of these functions returned a byte :class:`str`.  The
+    kitchen version listed here returns a :class:`unicode` string.  If you
+    need a byte :class:`str` simply call
+    :func:`kitchen.text.converters.to_bytes` on the result.
+
+.. [#y3] The yum version of these functions would return either a byte
+    :class:`str` or a :class:`unicode` string depending on what the input
+    value was.  The kitchen version always returns :class:`unicode` strings.
+
+.. [#y4] :func:`yum.i18n.utf8_width_chop` performed two functions.  It
+    returned the piece of the message that fit in a specified width and the
+    width of that message.  In kitchen, you need to call two functions, one
+    for each action::
+
+        >>> # Old way
+        >>> utf8_width_chop(msg, 5)
+        (5, 'く ku')
+        >>> # New way
+        >>> from kitchen.text.display import textual_width, textual_width_chop
+        >>> (textual_width(msg), textual_width_chop(msg, 5))
+        (5, u'く ku')
+
+.. [#y5] If the yum version of :func:`~yum.i18n.to_unicode` or
+    :func:`~yum.i18n.to_utf8` is given an object that is not a string, it
+    returns the object itself.  :func:`kitchen.text.converters.to_unicode` and
+    :func:`kitchen.text.converters.to_bytes` default to returning the
+    ``simplerepr`` of the object instead.  If you want the yum behaviour, set
+    the :attr:`nonstring` parameter to ``passthru``::
+
+        >>> from kitchen.text.converters import to_unicode
+        >>> to_unicode(5)
+        u'5'
+        >>> to_unicode(5, nonstring='passthru')
+        5
+
+.. [#y6] :func:`yum.i18n.to_str` could return either a byte :class:`str`.  or
+    a :class:`unicode` string In kitchen you can get the same effect but you
+    get to choose whether you want a byte :class:`str` or a :class:`unicode`
+    string.  Use :func:`~kitchen.text.converters.to_bytes` for :class:`str`
+    and :func:`~kitchen.text.converters.to_unicode` for :class:`unicode`.
+
+.. [#y7] :func:`yum.misc.to_xml` was buggy as written.  I think the intention
+    was for you to be able to pass a byte :class:`str` or :class:`unicode`
+    string in and get out a byte :class:`str` that was valid to use in an xml
+    file.  The two kitchen functions
+    :func:`~kitchen.text.converters.byte_string_to_xml` and
+    :func:`~kitchen.text.converters.unicode_to_xml` do that for each string
+    type.
+
+.. [#y8] When porting :func:`yum.i18n.exception2msg` to use kitchen, you
+    should setup two wrapper functions to aid in your port.  They'll look like
+    this:
+
+    .. code-block:: python
+
+        from kitchen.text.converters import EXCEPTION_CONVERTERS, \
+            BYTE_EXCEPTION_CONVERTERS, exception_to_unicode, \
+            exception_to_bytes
+        def exception2umsg(e):
+            '''Return a unicode representation of an exception'''
+            c = [lambda e: e.value]
+            c.extend(EXCEPTION_CONVERTERS)
+            return exception_to_unicode(e, converters=c)
+        def exception2bmsg(e):
+            '''Return a utf8 encoded str representation of an exception'''
+            c = [lambda e: e.value]
+            c.extend(BYTE_EXCEPTION_CONVERTERS)
+            return exception_to_bytes(e, converters=c)
+
+    The reason to define this wrapper is that many of the exceptions in yum
+    put the message in the :attr:`value` attribute of the :exc:`Exception`
+    instead of adding it to the :attr:`args` attribute.  So the default
+    :data:`~kitchen.text.converters.EXCEPTION_CONVERTERS` don't know where to
+    find the message.  The wrapper tells kitchen to check the :attr:`value`
+    attribute for the message.  The reason to define two wrappers may be less
+    obvious.  :func:`yum.i18n.exception2msg` can return a :class:`unicode`
+    string or a byte :class:`str` depending on a combination of what
+    attributes are present on the :exc:`Exception` and what locale the
+    function is being run in.  By contrast,
+    :func:`kitchen.text.converters.exception_to_unicode` only returns
+    :class:`unicode` strings and
+    :func:`kitchen.text.converters.exception_to_bytes` only returns byte
+    :class:`str`.  This is much safer as it keeps code that can only handle
+    :class:`unicode` or only handle byte :class:`str` correctly from getting
+    the wrong type when an input changes but it means you need to examine the
+    calling code when porting from :func:`yum.i18n.exception2msg` and use the
+    appropriate wrapper.
+
+.. _yum-i18n-init:
+
+Initializing Yum i18n
+=====================
+
+Previously, yum had several pieces of code to initialize i18n.  From the
+toplevel of :file:`yum/i18n.py`::
+
+    try:.
+        '''
+        Setup the yum translation domain and make _() and P_() translation wrappers
+        available.
+        using ugettext to make sure translated strings are in Unicode.
+        '''
+        import gettext
+        t = gettext.translation('yum', fallback=True)
+        _ = t.ugettext
+        P_ = t.ungettext
+    except:
+        '''
+        Something went wrong so we make a dummy _() wrapper there is just
+        returning the same text
+        '''
+        _ = dummy_wrapper
+        P_ = dummyP_wrapper
+
+With kitchen, this can be changed to this::
+
+    from kitchen.i18n import easy_gettext_setup, DummyTranslations
+    try:
+        _, P_ = easy_gettext_setup('yum')
+    except:
+        translations = DummyTranslations()
+        _ = translations.ugettext
+        P_ = translations.ungettext
+
+.. note:: In :ref:`overcoming-frustration`, it is mentioned that for some
+    things (like exception messages), using the byte :class:`str` oriented
+    functions is more appropriate.  If this is desired, the setup portion is
+    only a second call to :func:`kitchen.i18n.easy_gettext_setup`::
+
+        b_, bP_ = easy_gettext_setup('yum', use_unicode=False)
+
+The second place where i18n is setup is in :meth:`yum.YumBase._getConfig` in
+:file:`yum/__init_.py` if ``gaftonmode`` is in effect::
+
+    if startupconf.gaftonmode:
+        global _
+        _ = yum.i18n.dummy_wrapper
+
+This can be changed to::
+
+    if startupconf.gaftonmode:
+        global _
+        _ = DummyTranslations().ugettext()

kitchen3/docs/tutorial.rst

@@ -0,0 +1,19 @@
+================================
+Using kitchen to write good code
+================================
+
+Kitchen's functions won't automatically make you a better programmer.  You
+have to learn when and how to use them as well.  This section of the
+documentation is intended to show you some of the ways that you can apply
+kitchen's functions to problems that may have arisen in your life.  The goal
+of this section is to give you enough information to understand what the
+kitchen API can do for you and where in the :ref:`KitchenAPI` docs to look
+for something that can help you with your next issue.  Along the way,
+you might pick up the knack for identifying issues with your code before you
+publish it.  And that *will* make you a better coder.
+
+.. toctree::
+    :maxdepth: 2
+
+    unicode-frustrations
+    designing-unicode-apis

kitchen3/docs/unicode-frustrations.rst

@@ -0,0 +1,504 @@
+.. _overcoming-frustration:
+
+==========================================================
+Overcoming frustration: Correctly using unicode in python2
+==========================================================
+
+In python-2.x, there's two types that deal with text.
+
+1. :class:`str` is for strings of bytes.  These are very similar in nature to
+   how strings are handled in C.
+2. :class:`unicode` is for strings of unicode :term:`code points`.
+
+.. note::
+
+    **Just what the dickens is "Unicode"?**
+
+    One mistake that people encountering this issue for the first time make is
+    confusing the :class:`unicode` type and the encodings of unicode stored in
+    the :class:`str` type.  In python, the :class:`unicode` type stores an
+    abstract sequence of :term:`code points`.  Each :term:`code point`
+    represents a :term:`grapheme`.  By contrast, byte :class:`str` stores
+    a sequence of bytes which can then be mapped to a sequence of :term:`code
+    points`.  Each unicode encoding (:term:`UTF-8`, UTF-7, UTF-16, UTF-32,
+    etc) maps different sequences of bytes to the unicode :term:`code points`.
+    
+    What does that mean to you as a programmer?  When you're dealing with text
+    manipulations (finding the number of characters in a string or cutting
+    a string on word boundaries) you should be dealing with :class:`unicode`
+    strings as they abstract characters in a manner that's appropriate for
+    thinking of them as a sequence of letters that you will see on a page.
+    When dealing with I/O, reading to and from the disk, printing to
+    a terminal, sending something over a network link, etc, you should be dealing
+    with byte :class:`str` as those devices are going to need to deal with
+    concrete implementations of what bytes represent your abstract characters.
+
+In the python2 world many APIs use these two classes interchangably but there
+are several important APIs where only one or the other will do the right
+thing.  When you give the wrong type of string to an API that wants the other
+type, you may end up with an exception being raised (:exc:`UnicodeDecodeError`
+or :exc:`UnicodeEncodeError`).  However, these exceptions aren't always raised
+because python implicitly converts between types... *sometimes*.
+
+-----------------------------------
+Frustration #1: Inconsistent Errors
+-----------------------------------
+
+Although converting when possible seems like the right thing to do, it's
+actually the first source of frustration.  A programmer can test out their
+program with a string like: ``The quick brown fox jumped over the lazy dog``
+and not encounter any issues.  But when they release their software into the
+wild, someone enters the string: ``I sat down for coffee at the café`` and
+suddenly an exception is thrown.  The reason?  The mechanism that converts
+between the two types is only able to deal with :term:`ASCII` characters.
+Once you throw non-:term:`ASCII` characters into your strings, you have to
+start dealing with the conversion manually.
+
+So, if I manually convert everything to either byte :class:`str` or
+:class:`unicode` strings, will I be okay?  The answer is.... *sometimes*.
+
+---------------------------------
+Frustration #2: Inconsistent APIs
+---------------------------------
+
+The problem you run into when converting everything to byte :class:`str` or
+:class:`unicode` strings is that you'll be using someone else's API quite
+often (this includes the APIs in the |stdlib|_) and find that the API will only
+accept byte :class:`str` or only accept :class:`unicode` strings.  Or worse,
+that the code will accept either when you're dealing with strings that consist
+solely of :term:`ASCII` but throw an error when you give it a string that's
+got non-:term:`ASCII` characters.  When you encounter these APIs you first
+need to identify which type will work better and then you have to convert your
+values to the correct type for that code.  Thus the programmer that wants to
+proactively fix all unicode errors in their code needs to do two things:
+
+1. You must keep track of what type your sequences of text are.  Does
+   ``my_sentence`` contain :class:`unicode` or :class:`str`?  If you don't
+   know that then you're going to be in for a world of hurt.
+2. Anytime you call a function you need to evaluate whether that function will
+   do the right thing with :class:`str` or :class:`unicode` values.  Sending
+   the wrong value here will lead to a :exc:`UnicodeError` being thrown when
+   the string contains non-:term:`ASCII` characters.
+
+.. note::
+
+    There is one mitigating factor here.  The python community has been
+    standardizing on using :class:`unicode` in all its APIs.  Although there
+    are some APIs that you need to send byte :class:`str` to in order to be
+    safe, (including things as ubiquitous as :func:`print` as we'll see in the
+    next section), it's getting easier and easier to use :class:`unicode`
+    strings with most APIs.
+
+------------------------------------------------
+Frustration #3: Inconsistent treatment of output
+------------------------------------------------
+
+Alright, since the python community is moving to using :class:`unicode`
+strings everywhere, we might as well convert everything to :class:`unicode`
+strings and use that by default, right?  Sounds good most of the time but
+there's at least one huge caveat to be aware of.  Anytime you output text to
+the terminal or to a file, the text has to be converted into a byte
+:class:`str`.  Python will try to implicitly convert from :class:`unicode` to
+byte :class:`str`... but it will throw an exception if the bytes are
+non-:term:`ASCII`::
+
+    >>> string = unicode(raw_input(), 'utf8')
+    café
+    >>> log = open('/var/tmp/debug.log', 'w')
+    >>> log.write(string)
+    Traceback (most recent call last):
+      File "<stdin>", line 1, in <module>
+    UnicodeEncodeError: 'ascii' codec can't encode character u'\xe9' in position 3: ordinal not in range(128)
+
+Okay, this is simple enough to solve:  Just convert to a byte :class:`str` and
+we're all set::
+
+    >>> string = unicode(raw_input(), 'utf8')
+    café
+    >>> string_for_output = string.encode('utf8', 'replace')
+    >>> log = open('/var/tmp/debug.log', 'w')
+    >>> log.write(string_for_output)
+    >>>
+
+So that was simple, right?  Well... there's one gotcha that makes things a bit
+harder to debug sometimes.  When you attempt to write non-:term:`ASCII`
+:class:`unicode` strings to a file-like object you get a traceback everytime.
+But what happens when you use :func:`print`?  The terminal is a file-like object
+so it should raise an exception right?  The answer to that is....
+*sometimes*:
+
+.. code-block:: pycon
+
+    $ python
+    >>> print u'café'
+    café
+
+No exception.  Okay, we're fine then?
+
+We are until someone does one of the following:
+
+* Runs the script in a different locale:
+
+  .. code-block:: pycon
+
+    $ LC_ALL=C python
+    >>> # Note: if you're using a good terminal program when running in the C locale
+    >>> # The terminal program will prevent you from entering non-ASCII characters
+    >>> # python will still recognize them if you use the codepoint instead:
+    >>> print u'caf\xe9'
+    Traceback (most recent call last):
+      File "<stdin>", line 1, in <module>
+    UnicodeEncodeError: 'ascii' codec can't encode character u'\xe9' in position 3: ordinal not in range(128)
+
+* Redirects output to a file:
+
+  .. code-block:: pycon
+
+    $ cat test.py
+    #!/usr/bin/python -tt
+    # -*- coding: utf-8 -*-
+    print u'café'
+    $ ./test.py  >t
+    Traceback (most recent call last):
+      File "./test.py", line 4, in <module>
+        print u'café'
+    UnicodeEncodeError: 'ascii' codec can't encode character u'\xe9' in position 3: ordinal not in range(128)
+
+Okay, the locale thing is a pain but understandable: the C locale doesn't
+understand any characters outside of :term:`ASCII` so naturally attempting to
+display those won't work.  Now why does redirecting to a file cause problems?
+It's because :func:`print` in python2 is treated specially.  Whereas the other
+file-like objects in python always convert to :term:`ASCII` unless you set
+them up differently, using :func:`print` to output to the terminal will use
+the user's locale to convert before sending the output to the terminal.  When
+:func:`print` is not outputting to the terminal (being redirected to a file,
+for instance), :func:`print` decides that it doesn't know what locale to use
+for that file and so it tries to convert to :term:`ASCII` instead.
+
+So what does this mean for you, as a programmer?  Unless you have the luxury
+of controlling how your users use your code, you should always, always, always
+convert to a byte :class:`str` before outputting strings to the terminal or to
+a file.  Python even provides you with a facility to do just this.  If you
+know that every :class:`unicode` string you send to a particular file-like
+object (for instance, :data:`~sys.stdout`) should be converted to a particular
+encoding you can use a :class:`codecs.StreamWriter` object to convert from
+a :class:`unicode` string into a byte :class:`str`.  In particular,
+:func:`codecs.getwriter` will return a :class:`~codecs.StreamWriter` class
+that will help you to wrap a file-like object for output.  Using our
+:func:`print` example:
+
+.. code-block:: python
+
+    $ cat test.py
+    #!/usr/bin/python -tt
+    # -*- coding: utf-8 -*-
+    import codecs
+    import sys
+
+    UTF8Writer = codecs.getwriter('utf8')
+    sys.stdout = UTF8Writer(sys.stdout)
+    print u'café'
+    $ ./test.py  >t
+    $ cat t
+    café
+
+-----------------------------------------
+Frustrations #4 and #5 -- The other shoes
+-----------------------------------------
+
+In English, there's a saying "waiting for the other shoe to drop".  It means
+that when one event (usually bad) happens, you come to expect another event
+(usually worse) to come after.  In this case we have two other shoes.
+
+
+Frustration #4: Now it doesn't take byte strings?!
+==================================================
+
+If you wrap :data:`sys.stdout` using :func:`codecs.getwriter` and think you
+are now safe to print any variable without checking its type I am afraid
+I must inform you that you're not paying enough attention to :term:`Murphy's
+Law`.  The :class:`~codecs.StreamWriter` that :func:`codecs.getwriter`
+provides will take :class:`unicode` strings and transform them into byte
+:class:`str` before they get to :data:`sys.stdout`.  The problem is if you
+give it something that's already a byte :class:`str` it tries to transform
+that as well.  To do that it tries to turn the byte :class:`str` you give it
+into :class:`unicode` and then transform that back into a byte :class:`str`...
+and since it uses the :term:`ASCII` codec to perform those conversions,
+chances are that it'll blow up when making them::
+
+    >>> import codecs
+    >>> import sys
+    >>> UTF8Writer = codecs.getwriter('utf8')
+    >>> sys.stdout = UTF8Writer(sys.stdout)
+    >>> print 'café'
+    Traceback (most recent call last):
+      File "<stdin>", line 1, in <module>
+      File "/usr/lib64/python2.6/codecs.py", line 351, in write
+        data, consumed = self.encode(object, self.errors)
+    UnicodeDecodeError: 'ascii' codec can't decode byte 0xc3 in position 3: ordinal not in range(128)
+
+To work around this, kitchen provides an alternate version of
+:func:`codecs.getwriter` that can deal with both byte :class:`str` and
+:class:`unicode` strings.  Use :func:`kitchen.text.converters.getwriter` in
+place of the :mod:`codecs` version like this::
+
+    >>> import sys
+    >>> from kitchen.text.converters import getwriter
+    >>> UTF8Writer = getwriter('utf8')
+    >>> sys.stdout = UTF8Writer(sys.stdout)
+    >>> print u'café'
+    café
+    >>> print 'café'
+    café
+
+-------------------------------------------
+Frustration #5: Inconsistent APIs Part deux
+-------------------------------------------
+Sometimes you do everything right in your code but other people's code fails
+you.  With unicode issues this happens more often than we want.  A glaring
+example of this is when you get values back from a function that aren't
+consistently :class:`unicode` string or byte :class:`str`.
+
+An example from the |stdlib|_ is :mod:`gettext`.  The :mod:`gettext` functions
+are used to help translate messages that you display to users in the users'
+native languages.  Since most languages contain letters outside of the
+:term:`ASCII` range, the values that are returned contain unicode characters.
+:mod:`gettext` provides you with :meth:`~gettext.GNUTranslations.ugettext` and
+:meth:`~gettext.GNUTranslations.ungettext` to return these translations as
+:class:`unicode` strings and :meth:`~gettext.GNUTranslations.gettext`,
+:meth:`~gettext.GNUTranslations.ngettext`,
+:meth:`~gettext.GNUTranslations.lgettext`, and
+:meth:`~gettext.GNUTranslations.lngettext` to return them as encoded byte
+:class:`str`.  Unfortunately, even though they're documented to return only
+one type of string or the other, the implementation has corner cases where the
+wrong type can be returned.
+
+This means that even if you separate your :class:`unicode` string and byte
+:class:`str` correctly before you pass your strings to a :mod:`gettext`
+function, afterwards, you might have to check that you have the right sort of
+string type again.
+
+.. note::
+
+    :mod:`kitchen.i18n` provides alternate gettext translation objects that
+    return only byte :class:`str` or only :class:`unicode` string.
+
+---------------
+A few solutions
+---------------
+
+Now that we've identified the issues, can we define a comprehensive strategy
+for dealing with them?
+
+Convert text at the border
+==========================
+
+If you get some piece of text from a library, read from a file, etc, turn it
+into a :class:`unicode` string immediately.  Since python is moving in the
+direction of :class:`unicode` strings everywhere it's going to be easier to
+work with :class:`unicode` strings within your code.
+
+If your code is heavily involved with using things that are bytes, you can do
+the opposite and convert all text into byte :class:`str` at the border and
+only convert to :class:`unicode` when you need it for passing to another
+library or performing string operations on it.
+
+In either case, the important thing is to pick a default type for strings and
+stick with it throughout your code.  When you mix the types it becomes much
+easier to operate on a string with a function that can only use the other type
+by mistake.
+
+.. note:: In python3, the abstract unicode type becomes much more prominent.
+    The type named ``str`` is the equivalent of python2's :class:`unicode` and
+    python3's ``bytes`` type replaces python2's :class:`str`.  Most APIs deal
+    in the unicode type of string with just some pieces that are low level
+    dealing with bytes.  The implicit conversions between bytes and unicode
+    is removed and whenever you want to make the conversion you need to do so
+    explicitly.
+
+When the data needs to be treated as bytes (or unicode) use a naming convention
+===============================================================================
+
+Sometimes you're converting nearly all of your data to :class:`unicode`
+strings but you have one or two values where you have to keep byte
+:class:`str` around.  This is often the case when you need to use the value
+verbatim with some external resource.  For instance, filenames or key values
+in a database.  When you do this, use a naming convention for the data you're
+working with so you (and others reading your code later) don't get confused
+about what's being stored in the value.
+
+If you need both a textual string to present to the user and a byte value for
+an exact match, consider keeping both versions around.  You can either use two
+variables for this or a :class:`dict` whose key is the byte value.
+
+.. note:: You can use the naming convention used in kitchen as a guide for
+    implementing your own naming convention.  It prefixes byte :class:`str`
+    variables of unknown encoding with ``b_`` and byte :class:`str` of known
+    encoding with the encoding name like: ``utf8_``.  If the default was to
+    handle :class:`str` and only keep a few :class:`unicode` values, those
+    variables would be prefixed with ``u_``.
+
+When outputting data, convert back into bytes
+=============================================
+
+When you go to send your data back outside of your program (to the filesystem,
+over the network, displaying to the user, etc) turn the data back into a byte
+:class:`str`.  How you do this will depend on the expected output format of
+the data.  For displaying to the user, you can use the user's default encoding
+using :func:`locale.getpreferredencoding`.  For entering into a file, you're best
+bet is to pick a single encoding and stick with it.
+
+.. warning::
+
+    When using the encoding that the user has set (for instance, using
+    :func:`locale.getpreferredencoding`, remember that they may have their
+    encoding set to something that can't display every single unicode
+    character.  That means when you convert from :class:`unicode` to a byte
+    :class:`str` you need to decide what should happen if the byte value is
+    not valid in the user's encoding.  For purposes of displaying messages to
+    the user, it's usually okay to use the ``replace`` encoding error handler
+    to replace the invalid characters with a question mark or other symbol
+    meaning the character couldn't be displayed.
+
+You can use :func:`kitchen.text.converters.getwriter` to do this automatically
+for :data:`sys.stdout`.  When creating exception messages be sure to convert
+to bytes manually.
+
+When writing unittests, include non-ASCII values and both unicode and str type
+==============================================================================
+
+Unless you know that a specific portion of your code will only deal with
+:term:`ASCII`, be sure to include non-:term:`ASCII` values in your unittests.
+Including a few characters from several different scripts is highly advised as
+well because some code may have special cased accented roman characters but
+not know how to handle characters used in Asian alphabets.
+
+Similarly, unless you know that that portion of your code will only be given
+:class:`unicode` strings or only byte :class:`str` be sure to try variables
+of both types in your unittests.  When doing this, make sure that the
+variables are also non-:term:`ASCII` as python's implicit conversion will mask
+problems with pure :term:`ASCII` data.  In many cases, it makes sense to check
+what happens if byte :class:`str` and :class:`unicode` strings that won't
+decode in the present locale are given.
+
+Be vigilant about spotting poor APIs
+====================================
+
+Make sure that the libraries you use return only :class:`unicode` strings or
+byte :class:`str`.  Unittests can help you spot issues here by running many
+variations of data through your functions and checking that you're still
+getting the types of string that you expect.
+
+Example: Putting this all together with kitchen
+===============================================
+
+The kitchen library provides a wide array of functions to help you deal with
+byte :class:`str` and :class:`unicode` strings in your program.  Here's
+a short example that uses many kitchen functions to do its work::
+
+    #!/usr/bin/python -tt
+    # -*- coding: utf-8 -*-
+    import locale
+    import os
+    import sys
+    import unicodedata
+
+    from kitchen.text.converters import getwriter, to_bytes, to_unicode
+    from kitchen.i18n import get_translation_object
+
+    if __name__ == '__main__':
+        # Setup gettext driven translations but use the kitchen functions so
+        # we don't have the mismatched bytes-unicode issues.
+        translations = get_translation_object('example')
+        # We use _() for marking strings that we operate on as unicode
+        # This is pretty much everything
+        _ = translations.ugettext
+        # And b_() for marking strings that we operate on as bytes.
+        # This is limited to exceptions
+        b_ = translations.lgettext
+
+        # Setup stdout
+        encoding = locale.getpreferredencoding()
+        Writer = getwriter(encoding)
+        sys.stdout = Writer(sys.stdout)
+
+        # Load data.  Format is filename\0description
+        # description should be utf-8 but filename can be any legal filename
+        # on the filesystem
+        # Sample datafile.txt:
+        #   /etc/shells\x00Shells available on caf\xc3\xa9.lan
+        #   /var/tmp/file\xff\x00File with non-utf8 data in the filename
+        #
+        # And to create /var/tmp/file\xff (under bash or zsh) do:
+        #   echo 'Some data' > /var/tmp/file$'\377'
+        datafile = open('datafile.txt', 'r')
+        data = {}
+        for line in datafile:
+            # We're going to keep filename as bytes because we will need the
+            # exact bytes to access files on a POSIX operating system.
+            # description, we'll immediately transform into unicode type.
+            b_filename, description = line.split('\0', 1)
+
+            # to_unicode defaults to decoding output from utf-8 and replacing
+            # any problematic bytes with the unicode replacement character
+            # We accept mangling of the description here knowing that our file
+            # format is supposed to use utf-8 in that field and that the
+            # description will only be displayed to the user, not used as
+            # a key value.
+            description = to_unicode(description, 'utf-8').strip()
+            data[b_filename] = description
+        datafile.close()
+
+        # We're going to add a pair of extra fields onto our data to show the
+        # length of the description and the filesize.  We put those between
+        # the filename and description because we haven't checked that the
+        # description is free of NULLs.
+        datafile = open('newdatafile.txt', 'w')
+
+        # Name filename with a b_ prefix to denote byte string of unknown encoding
+        for b_filename in data:
+            # Since we have the byte representation of filename, we can read any
+            # filename
+            if os.access(b_filename, os.F_OK):
+                size = os.path.getsize(b_filename)
+            else:
+                size = 0
+            # Because the description is unicode type,  we know the number of
+            # characters corresponds to the length of the normalized unicode
+            # string.
+            length = len(unicodedata.normalize('NFC', description))
+
+            # Print a summary to the screen
+            # Note that we do not let implici type conversion from str to
+            # unicode transform b_filename into a unicode string.  That might
+            # fail as python would use the ASCII filename.  Instead we use
+            # to_unicode() to explictly transform in a way that we know will
+            # not traceback.
+            print _(u'filename: %s') % to_unicode(b_filename)
+            print _(u'file size: %s') % size
+            print _(u'desc length: %s') % length
+            print _(u'description: %s') % data[b_filename]
+
+            # First combine the unicode portion
+            line = u'%s\0%s\0%s' % (size, length, data[b_filename])
+            # Since the filenames are bytes, turn everything else to bytes before combining
+            # Turning into unicode first would be wrong as the bytes in b_filename
+            # might not convert
+            b_line = '%s\0%s\n' % (b_filename, to_bytes(line))
+
+            # Just to demonstrate that getwriter will pass bytes through fine
+            print b_('Wrote: %s') % b_line
+            datafile.write(b_line)
+        datafile.close()
+
+        # And just to show how to properly deal with an exception.
+        # Note two things about this:
+        # 1) We use the b_() function to translate the string.  This returns a
+        #    byte string instead of a unicode string
+        # 2) We're using the b_() function returned by kitchen.  If we had
+        #    used the one from gettext we would need to convert the message to
+        #    a byte str first
+        message = u'Demonstrate the proper way to raise exceptions.  Sincerely,  \u3068\u3057\u304a'
+        raise Exception(b_(message))
+
+.. seealso:: :mod:`kitchen.text.converters`