mirror of https://gerrit.osmocom.org/pysim
263 lines
11 KiB
Python
Executable File
263 lines
11 KiB
Python
Executable File
#!/usr/bin/env python3
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# (C) 2023 by Harald Welte <laforge@osmocom.org>
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#
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# This program is free software: you can redistribute it and/or modify
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# it under the terms of the GNU General Public License as published by
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# the Free Software Foundation, either version 2 of the License, or
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# (at your option) any later version.
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#
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# This program is distributed in the hope that it will be useful,
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# but WITHOUT ANY WARRANTY; without even the implied warranty of
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# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
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# GNU General Public License for more details.
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#
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# You should have received a copy of the GNU General Public License
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# along with this program. If not, see <http://www.gnu.org/licenses/>.
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import unittest
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import logging
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from pySim.utils import *
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from pySim.filesystem import *
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import pySim.iso7816_4
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import pySim.ts_102_221
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import pySim.ts_102_222
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import pySim.ts_31_102
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import pySim.ts_31_103
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import pySim.ts_51_011
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import pySim.sysmocom_sja2
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import pySim.gsm_r
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def get_qualified_name(c):
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"""return the qualified (by module) name of a class."""
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return "%s.%s" % (c.__module__, c.__name__)
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class LinFixed_Test(unittest.TestCase):
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classes = all_subclasses(LinFixedEF)
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def test_decode_record(self):
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"""Test the decoder for a linear-fixed EF. Requires the given LinFixedEF subclass
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to have an '_test_decode' attribute, containing a list of tuples. Each tuple can
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either be a
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* 2-tuple (hexstring, decoded_dict) or a
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* 3-tuple (hexstring, record_nr, decoded_dict)
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"""
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for c in self.classes:
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name = get_qualified_name(c)
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if hasattr(c, '_test_decode'):
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for t in c._test_decode:
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with self.subTest(name, test_decode=t):
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inst = c()
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if len(t) == 2:
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encoded = t[0]
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rec_num = 1
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decoded = t[1]
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else:
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encoded = t[0]
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rec_num = t[1]
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decoded = t[2]
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logging.debug("Testing decode of %s", name)
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re_dec = inst.decode_record_hex(encoded, rec_num)
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self.assertEqual(decoded, re_dec)
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def test_encode_record(self):
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"""Test the encoder for a linear-fixed EF. Requires the given LinFixedEF subclass
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to have an '_test_encode' attribute, containing a list of tuples. Each tuple can
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either be a
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* 2-tuple (hexstring, decoded_dict) or a
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* 3-tuple (hexstring, record_nr, decoded_dict)
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"""
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for c in self.classes:
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name = get_qualified_name(c)
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if hasattr(c, '_test_encode'):
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for t in c._test_encode:
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with self.subTest(name, test_encode=t):
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inst = c()
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if len(t) == 2:
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encoded = t[0]
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rec_num = 1
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decoded = t[1]
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else:
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encoded = t[0]
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rec_num = t[1]
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decoded = t[2]
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logging.debug("Testing encode of %s", name)
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re_enc = inst.encode_record_hex(decoded, rec_num)
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self.assertEqual(encoded, re_enc)
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def test_de_encode_record(self):
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"""Test the decoder and encoder for a linear-fixed EF. Performs first a decoder
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test, and then re-encodes the decoded data, comparing the re-encoded data with the
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initial input data.
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Requires the given LinFixedEF subclass to have a '_test_de_encode' attribute,
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containing a list of tuples. Each tuple can
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either be a
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* 2-tuple (hexstring, decoded_dict) or a
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* 3-tuple (hexstring, record_nr, decoded_dict)
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"""
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for c in self.classes:
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name = get_qualified_name(c)
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if hasattr(c, '_test_de_encode'):
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for t in c._test_de_encode:
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with self.subTest(name, test_de_encode=t):
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inst = c()
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if len(t) == 2:
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encoded = t[0]
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rec_num = 1
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decoded = t[1]
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else:
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encoded = t[0]
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rec_num = t[1]
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decoded = t[2]
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logging.debug("Testing decode of %s", name)
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re_dec = inst.decode_record_hex(encoded, rec_num)
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self.assertEqual(decoded, re_dec)
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# re-encode the decoded data
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logging.debug("Testing re-encode of %s", name)
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re_enc = inst.encode_record_hex(re_dec, rec_num)
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self.assertEqual(encoded, re_enc)
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class TransRecEF_Test(unittest.TestCase):
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classes = all_subclasses(TransRecEF)
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def test_decode_record(self):
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"""Test the decoder for a transparent record-oriented EF. Requires the given TransRecEF subclass
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to have an '_test_decode' attribute, containing a list of tuples. Each tuple has to be a
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2-tuple (hexstring, decoded_dict).
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"""
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for c in self.classes:
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name = get_qualified_name(c)
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if hasattr(c, '_test_decode'):
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for t in c._test_decode:
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with self.subTest(name, test_decode=t):
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inst = c()
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encoded = t[0]
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decoded = t[1]
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logging.debug("Testing decode of %s", name)
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re_dec = inst.decode_record_hex(encoded)
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self.assertEqual(decoded, re_dec)
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def test_encode_record(self):
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"""Test the encoder for a transparent record-oriented EF. Requires the given TransRecEF subclass
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to have an '_test_encode' attribute, containing a list of tuples. Each tuple has to be a
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2-tuple (hexstring, decoded_dict).
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"""
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for c in self.classes:
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name = get_qualified_name(c)
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if hasattr(c, '_test_decode'):
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for t in c._test_decode:
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with self.subTest(name, test_decode=t):
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inst = c()
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encoded = t[0]
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decoded = t[1]
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logging.debug("Testing decode of %s", name)
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re_dec = inst.decode_record_hex(encoded)
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self.assertEqual(decoded, re_dec)
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def test_de_encode_record(self):
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"""Test the decoder and encoder for a transparent record-oriented EF. Performs first a decoder
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test, and then re-encodes the decoded data, comparing the re-encoded data with the
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initial input data.
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Requires the given TransRecEF subclass to have a '_test_de_encode' attribute,
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containing a list of tuples. Each tuple has to be a 2-tuple (hexstring, decoded_dict).
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"""
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for c in self.classes:
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name = get_qualified_name(c)
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if hasattr(c, '_test_de_encode'):
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for t in c._test_de_encode:
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with self.subTest(name, test_de_encode=t):
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inst = c()
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encoded = t[0]
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decoded = t[1]
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logging.debug("Testing decode of %s", name)
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re_dec = inst.decode_record_hex(encoded)
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self.assertEqual(decoded, re_dec)
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# re-encode the decoded data
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logging.debug("Testing re-encode of %s", name)
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re_enc = inst.encode_record_hex(re_dec)
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self.assertEqual(encoded, re_enc)
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class TransparentEF_Test(unittest.TestCase):
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@classmethod
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def get_classes(cls):
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"""get list of TransparentEF sub-classes which are not a TransRecEF subclass."""
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classes = all_subclasses(TransparentEF)
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trans_rec_classes = all_subclasses(TransRecEF)
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return filter(lambda c: c not in trans_rec_classes, classes)
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@classmethod
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def setUpClass(cls):
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"""set-up method called once for this class by unittest framework"""
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cls.classes = cls.get_classes()
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def test_decode_file(self):
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"""Test the decoder for a transparent EF. Requires the given TransparentEF subclass
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to have a '_test_decode' attribute, containing a list of tuples. Each tuple
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is a 2-tuple (hexstring, decoded_dict).
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"""
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for c in self.classes:
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name = get_qualified_name(c)
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if hasattr(c, '_test_decode'):
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for t in c._test_decode:
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with self.subTest(name, test_decode=t):
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inst = c()
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encoded = t[0]
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decoded = t[1]
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logging.debug("Testing decode of %s", name)
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re_dec = inst.decode_hex(encoded)
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self.assertEqual(decoded, re_dec)
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def test_encode_file(self):
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"""Test the encoder for a transparent EF. Requires the given TransparentEF subclass
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to have a '_test_encode' attribute, containing a list of tuples. Each tuple
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is a 2-tuple (hexstring, decoded_dict).
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"""
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for c in self.classes:
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name = get_qualified_name(c)
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if hasattr(c, '_test_encode'):
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for t in c._test_encode:
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with self.subTest(name, test_encode=t):
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inst = c()
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encoded = t[0]
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decoded = t[1]
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logging.debug("Testing encode of %s", name)
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re_dec = inst.decode_hex(encoded)
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self.assertEqual(decoded, re_dec)
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def test_de_encode_file(self):
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"""Test the decoder and encoder for a transparent EF. Performs first a decoder
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test, and then re-encodes the decoded data, comparing the re-encoded data with the
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initial input data.
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Requires the given TransparentEF subclass to have a '_test_de_encode' attribute,
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containing a list of tuples. Each tuple is a 2-tuple (hexstring, decoded_dict).
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"""
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for c in self.classes:
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name = get_qualified_name(c)
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if hasattr(c, '_test_de_encode'):
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for t in c._test_de_encode:
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with self.subTest(name, test_de_encode=t):
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inst = c()
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encoded = t[0]
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decoded = t[1]
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logging.debug("Testing decode of %s", name)
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re_dec = inst.decode_hex(encoded)
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self.assertEqual(decoded, re_dec)
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logging.debug("Testing re-encode of %s", name)
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re_dec = inst.decode_hex(encoded)
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re_enc = inst.encode_hex(re_dec)
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self.assertEqual(encoded, re_enc)
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if __name__ == '__main__':
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logger = logging.getLogger()
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logger.setLevel(logging.DEBUG)
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unittest.main()
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