def test_decode_build_is_idempotent(self):
u1 = urn.encode('component',
owner__name='org%',
name='name%',
version='version%')
m, f = urn.decode(u1)
u3 = urn.encode(m, **f)
self.assertEqual(u1, u3)
def test_encode_component_no_version(self):
u1 = urn.encode('component', name='name', version='')
self.assertEquals('urn:dje:component:name:', u1)
def test_encode_license(self):
u1 = urn.encode('license', key='somekey')
self.assertEquals('urn:dje:license:somekey', u1)
def test_encode_component_with_semicolon_are_properly_quoted(self):
u1 = urn.encode('component', name='name:', version=':version')
self.assertEquals('urn:dje:component:name%3A:%3Aversion', u1)
def test_encode_object_type_case_is_not_significant(self):
u1 = urn.encode('license', key='key')
u2 = urn.encode('lICENSe', key='key')
self.assertEquals(u1, u2)
def test_encode_leading_and_trailing_spaces_are_trimmed_and_ignored(self):
u1 = urn.encode(' component ',
name=' name space ',
version=''' version space ''')
self.assertEquals('urn:dje:component:name+space:version+space', u1)
def test_encode_license(self):
u1 = urn.encode('license', key='somekey')
assert 'urn:dje:license:somekey' == u1
def test_encode_owner(self):
u1 = urn.encode('owner', name='somekey')
assert 'urn:dje:owner:somekey' == u1
def test_encode_component_no_version(self):
u1 = urn.encode('component', name='name', version='')
assert 'urn:dje:component:name:' == u1
def test_encode_object_type_case_is_not_significant(self):
u1 = urn.encode('license', key='key')
u2 = urn.encode('lICENSe', key='key')
assert u1 == u2
def test_encode_license(self):
u1 = urn.encode('license', key='somekey')
assert 'urn:dje:license:somekey' == u1
def test_encode_component_with_plus_are_properly_quoted(self):
u1 = urn.encode('component', name='name+', version='version+')
assert 'urn:dje:component:name%2B:version%2B' == u1
def test_encode_component_no_version(self):
u1 = urn.encode('component', name='name', version='')
assert 'urn:dje:component:name:' == u1
def test_encode_owner(self):
u1 = urn.encode('owner', name='somekey')
assert 'urn:dje:owner:somekey' == u1
def test_encode_missing_field_raise_keyerror(self):
with self.assertRaises(KeyError):
urn.encode('license')
def test_encode_component_with_plus_are_properly_quoted(self):
u1 = urn.encode('component', name='name+', version='version+')
assert 'urn:dje:component:name%2B:version%2B' == u1
def test_encode_unknown_object_type_raise_keyerror(self):
with self.assertRaises(KeyError):
urn.encode('some', key='somekey')
def test_encode_object_type_case_is_not_significant(self):
u1 = urn.encode('license', key='key')
u2 = urn.encode('lICENSe', key='key')
assert u1 == u2
def test_encode_component_with_percent_are_properly_quoted(self):
u1 = urn.encode('component', name='name%', version='version%')
self.assertEquals('urn:dje:component:name%25:version%25', u1)
def test_decode_build_is_idempotent(self):
u1 = urn.encode('component', owner__name='org%', name='name%',
version='version%')
m, f = urn.decode(u1)
u3 = urn.encode(m, **f)
self.assertEqual(u1, u3)
def test_encode_leading_and_trailing_spaces_are_trimmed_and_ignored(self):
u1 = urn.encode(' component ', name=' name space ',
version=''' version space ''')
self.assertEquals('urn:dje:component:name+space:version+space', u1)
def test_encode_decode_is_idempotent(self):
object_type = 'component'
fields = {'name': 'SIP Servlets (MSS)', 'version': 'v 1.4.0.FINAL'}
encoded = 'urn:dje:component:SIP+Servlets+%28MSS%29:v+1.4.0.FINAL'
assert encoded == urn.encode(object_type, **fields)
assert object_type, fields == urn.decode(encoded)
def test_encode_component_with_percent_are_properly_quoted(self):
u1 = urn.encode('component', name='name%', version='version%')
self.assertEquals('urn:dje:component:name%25:version%25', u1)
def test_encode_license(self):
u1 = urn.encode('license', key='somekey')
self.assertEquals('urn:dje:license:somekey', u1)
def urn(self):
data = {'name': self.name or '', 'version': self.version or ''}
return urn.encode('component', **data)
def test_encode_owner(self):
u1 = urn.encode('owner', name='somekey')
self.assertEquals('urn:dje:owner:somekey', u1)
def test_encode_decode_is_idempotent(self):
object_type = 'component'
fields = {'name': 'SIP Servlets (MSS)', 'version': 'v 1.4.0.FINAL'}
encoded = 'urn:dje:component:SIP+Servlets+%28MSS%29:v+1.4.0.FINAL'
assert encoded == urn.encode(object_type, **fields)
assert object_type, fields == urn.decode(encoded)
def test_encode_component_no_version(self):
u1 = urn.encode('component', name='name', version='')
self.assertEquals('urn:dje:component:name:', u1)
def test_encode_owner(self):
u1 = urn.encode('owner', name='somekey')
self.assertEquals('urn:dje:owner:somekey', u1)
def test_encode_license_with_extra_fields_are_ignored(self):
u1 = urn.encode('license', key='somekey', junk='somejunk')
self.assertEquals('urn:dje:license:somekey', u1)
def test_encode_license_with_extra_fields_are_ignored(self):
u1 = urn.encode('license', key='somekey', junk='somejunk')
self.assertEquals('urn:dje:license:somekey', u1)
def test_encode_missing_field_raise_keyerror(self):
with self.assertRaises(KeyError):
urn.encode('license')
def test_encode_missing_field_component_raise_keyerror(self):
with self.assertRaises(KeyError):
urn.encode('component', name='this')
def test_encode_missing_field_component_raise_keyerror(self):
with self.assertRaises(KeyError):
urn.encode('component', name='this')
def test_encode_component_with_spaces_are_properly_quoted(self):
u1 = urn.encode('component',
name='name space',
version='version space')
self.assertEquals('urn:dje:component:name+space:version+space', u1)
def test_encode_unknown_object_type_raise_keyerror(self):
with self.assertRaises(KeyError):
urn.encode('some', key='somekey')
def test_encode_component_with_semicolon_are_properly_quoted(self):
u1 = urn.encode('component', name='name:', version=':version')
self.assertEquals('urn:dje:component:name%3A:%3Aversion', u1)
def test_encode_component_with_spaces_are_properly_quoted(self):
u1 = urn.encode('component', name='name space',
version='version space')
self.assertEquals('urn:dje:component:name+space:version+space', u1)
def test_encode_object_type_case_is_not_significant(self):
u1 = urn.encode('license', key='key')
u2 = urn.encode('lICENSe', key='key')
self.assertEquals(u1, u2)
def test_encode_component(self):
u1 = urn.encode('component', name='name', version='version')
assert u1 == 'urn:dje:component:name:version'
