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# encoding: utf-8
# Authors:
# Pavel Zuna <pzuna@redhat.com>
#
# Copyright (C) 2009 Red Hat
# see file 'COPYING' for use and warranty information
#
# This program is free software; you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation, either version 3 of the License, or
# (at your option) any later version.
#
# This program 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 General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program. If not, see <http://www.gnu.org/licenses/>.
"""
Test the `ipalib.encoder` module.
"""
import string
from tests.util import ClassChecker, assert_equal
from ipalib.encoder import Encoder, EncoderSettings, encode_args, decode_retval
_encoder_settings = EncoderSettings()
_test_str_d = u'ěščřžýáíé'
_test_str_e = u'ěščřžýáíé'.encode(_encoder_settings.encode_to)
class test_Encoder(ClassChecker):
"""
Test the `ipalib.encoder.Encoder` class.
"""
_cls = Encoder
def test_encode(self):
"""
Test the `ipalib.encoder.Encoder.encode` method.
"""
o = self.cls()
encode_to = o.encoder_settings.encode_to
o.encoder_settings.encode_postprocessor = lambda x: x
# strings
assert_equal(o.encode('ahoj'), 'ahoj'.encode(encode_to))
assert_equal(o.encode(_test_str_d), _test_str_e)
# bool, float, int, long
assert_equal(o.encode(True), 'TRUE'.encode(encode_to))
assert_equal(o.encode(1.01), str(1.01).encode(encode_to))
assert_equal(o.encode(1000), str(1000).encode(encode_to))
assert_equal(o.encode(long(1)), str(long(1)).encode(encode_to))
# lists
expected = [_test_str_e, '1']
assert_equal(o.encode([_test_str_d, 1]), expected)
expected = ['1', ['1', '2', '3']]
assert_equal(o.encode([1, [1, 2, 3]]), expected)
# tuples
expected = (_test_str_e, '1')
assert_equal(o.encode((_test_str_d, 1)), expected)
expected = ('1', ('1', '2', '3'))
assert_equal(o.encode((1, (1, 2, 3))), expected)
# dicts: only values, no postprocessing
o.encoder_settings.encode_dict_keys = False
o.encoder_settings.encode_dict_keys_postprocess = False
o.encoder_settings.encode_dict_vals = True
o.encoder_settings.encode_dict_vals_postprocess = False
expected = {_test_str_d: _test_str_e}
assert_equal(o.encode({_test_str_d: _test_str_d}), expected)
# dicts: only keys, no postprocessing
o.encoder_settings.encode_dict_keys = True
o.encoder_settings.encode_dict_vals = False
expected = {_test_str_e: _test_str_d}
assert_equal(o.encode({_test_str_d: _test_str_d}), expected)
# dicts: both keys and values, no postprocessing
o.encoder_settings.encode_dict_vals = True
expected = {_test_str_e: _test_str_e}
assert_equal(o.encode({_test_str_d: _test_str_d}), expected)
# dicts: both keys and values, postprocessing on keys only
o.encoder_settings.encode_dict_keys = True
o.encoder_settings.encode_dict_keys_postprocess = True
o.encoder_settings.encode_postprocessor = string.upper
expected = {_test_str_e.upper(): _test_str_e}
assert_equal(o.encode({u'ěščřžýáíé': u'ěščřžýáíé'}), expected)
# None
o.encoder_settings.encode_postprocessor = lambda x: x
o.encoder_settings.encode_none = False
assert_equal(o.encode(None), None)
o.encoder_settings.encode_none = True
assert_equal(o.encode(None), str(None).encode(encode_to))
def test_decode(self):
"""
Test the `ipalib.encoder.Encoder.decode` method.
"""
o = self.cls()
decode_from = o.encoder_settings.decode_from
o.encoder_settings.decode_postprocessor = lambda x: x
# strings
assert_equal(o.decode('ahoj'), 'ahoj'.decode(decode_from))
assert_equal(o.decode(_test_str_e), _test_str_d)
# bool, float, int, long
assert_equal(o.decode('True'), str(True).decode(decode_from))
assert_equal(o.decode('1.01'), str(1.01).decode(decode_from))
assert_equal(o.decode('1000'), str(1000).decode(decode_from))
assert_equal(o.decode('1'), str(long(1)).decode(decode_from))
# lists
expected = [_test_str_d, '1']
assert_equal(o.decode([_test_str_e, '1']), expected)
expected = [u'1', [u'1', u'2', u'3']]
assert_equal(o.decode(['1', ['1', '2', '3']]), expected)
# tuples
expected = (_test_str_d, 1)
assert_equal(o.decode((_test_str_e, 1)), expected)
expected = (u'1', (u'1', u'2', u'3'))
assert_equal(o.decode(('1', ('1', '2', '3'))), expected)
# dicts: only values, no postprocessing
o.encoder_settings.decode_dict_keys = False
o.encoder_settings.decode_dict_keys_postprocess = False
o.encoder_settings.decode_dict_vals = True
o.encoder_settings.decode_dict_vals_postprocess = False
expected = {_test_str_e: _test_str_d}
assert_equal(o.decode({_test_str_e: _test_str_e}), expected)
# dicts: only keys, no postprocessing
o.encoder_settings.decode_dict_keys = True
o.encoder_settings.decode_dict_vals = False
expected = {_test_str_d: _test_str_e}
assert_equal(o.decode({_test_str_e: _test_str_e}), expected)
# dicts: both keys and values, no postprocessing
o.encoder_settings.decode_dict_vals = True
expected = {_test_str_d: _test_str_d}
assert_equal(o.decode({_test_str_e: _test_str_e}), expected)
# dicts: both keys and values, postprocessing on keys only
o.encoder_settings.decode_dict_keys = True
o.encoder_settings.decode_dict_keys_postprocess = True
o.encoder_settings.decode_postprocessor = string.upper
expected = {_test_str_d.upper(): _test_str_d}
assert_equal(o.decode({_test_str_e: _test_str_e}), expected)
# TODO: dict decoding using a table
# None
o.encoder_settings.decode_postprocessor = lambda x: x
o.encoder_settings.decode_none = False
assert_equal(o.decode(None), None)
o.encoder_settings.decode_none = True
assert_equal(o.decode(None), str(None).decode(decode_from))
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