def test_eq(self):
iri1 = IRI(u'http://\N{CLOUD}/')
iri2 = IRI(u'http://\N{CLOUD}/')
self.assertEquals(iri1, iri2)
uri1 = URI(iri1)
uri2 = URI('http://xn--l3h/')
self.assertEquals(uri1, uri2)
self.assertNotEquals(iri1, uri1)
def test_iri_update_query(self):
iri = IRI(u'http://\N{SNOWMAN}/')
q = iri.query
q.update({'foo': u'42'})
iri2 = iri.update_query(q)
self.assertNotEquals(iri, iri2)
self.assertTrue(isinstance(iri2, IRI))
self.assertEquals(repr(iri.query), "MultiDict([])")
self.assertEquals(repr(iri2), "IRI(u'http://\u2603/?foo=42')")
self.assertEquals(repr(iri2.query), "MultiDict([('foo', u'42')])")
def test_hashability(self):
iri1 = IRI(u'http://\N{CLOUD}/')
iri2 = IRI(u'http://\N{CLOUD}/')
self.assertEquals(hash(iri1), hash(iri2))
uri1 = URI(iri1)
uri2 = URI('http://xn--l3h/')
self.assertEquals(hash(uri1), hash(uri2))
self.assertNotEquals(hash(iri1), hash(uri1))
def test_iri_update_query(self):
iri = IRI(u'http://\N{SNOWMAN}/')
q = iri.query
q.update({'foo': u'42'})
iri2 = iri.update_query(q)
self.assertNotEquals(iri, iri2)
self.assertTrue(isinstance(iri2, IRI))
self.assertEquals(repr(iri.query), "MultiDict([])")
self.assertEquals(repr(iri2), "IRI(u'http://\u2603/?foo=42')")
self.assertEquals(repr(iri2.query), "MultiDict([('foo', u'42')])")
def test_ne(self):
iri1 = IRI(u'http://\N{CLOUD}/')
iri2 = IRI(u'http://\N{CLOUD}/')
self.assertFalse(iri1 != iri2)
uri1 = URI(iri1)
uri2 = URI('http://xn--l3h/')
self.assertFalse(uri1 != uri2)
self.assertTrue(iri1 != uri1)
def test_convert_pile_of_poo(self):
raise SkipTest("Not Implemented")
iri = IRI(u"http://*****:*****@www.💩.la:80/path?q=arg#frag")
try:
URI(iri)
except Exception as e:
assert False, "{0} {1}".format(type(e), e)
def test_convert_pile_of_poo(self):
raise SkipTest("Not Implemented")
uri = URI("http://*****:*****@www.xn--ls8h.la:80/path?q=arg#frag".encode('utf-8'))
try:
IRI(uri)
except Exception as e:
assert False, "{0} {1}".format(type(e), e)
class TestIRISnowman(cases.IdentifierCase):
ri = IRI("http://*****:*****@www.\N{SNOWMAN}:80/path?q=arg#frag")
expect = dict(
scheme="http",
auth="u:p",
hostname="www.\u2603",
port="80",
path="/path",
query=MultiDict([('q', 'arg')]),
querystr='q=arg',
fragment="frag",
netloc="u:p@www.\u2603:80",
)
class TestIRIIPv6(cases.IdentifierCase):
ri = IRI("http://*****:*****@[2a00:1450:4001:c01::67]:80/path?q=arg#frag")
expect = dict(
scheme="http",
auth="u:p",
hostname="2a00:1450:4001:c01::67",
port="80",
path="/path",
query=MultiDict([('q', 'arg')]),
querystr='q=arg',
fragment="frag",
netloc="u:p@[2a00:1450:4001:c01::67]:80",
)
class TestIRIPileOfPoo(cases.IdentifierCase):
ri = IRI("http://*****:*****@www.💩.la:80/path?q=arg#frag")
expect = dict(
scheme="http",
auth="u:p",
hostname="www.💩.la",
port="80",
path="/path",
query=MultiDict([('q', 'arg')]),
querystr='q=arg',
fragment="frag",
netloc="u:p@www.💩.la:80",
)
class TestURIConvertedSnowman(cases.IdentifierCase):
iri = IRI(u"http://*****:*****@www.\N{SNOWMAN}:80/path?q=arg#frag")
ri = URI(iri)
expect = dict(
scheme="http",
auth="u:p",
hostname="www.xn--n3h",
port="80",
path="/path",
query=MultiDict([('q', 'arg')]),
querystr='q=arg',
fragment="frag",
netloc="u:[email protected]:80",
)
class TestIRIConvertedSnowman(cases.IdentifierCase):
uri = URI(("http://*****:*****@www.%s:80/path?q=arg#frag"
% u"\N{SNOWMAN}".encode('idna')).encode('utf-8'))
ri = IRI(uri)
expect = dict(
scheme="http",
auth="u:p",
hostname="www.\u2603",
port="80",
path="/path",
query=MultiDict([('q', 'arg')]),
querystr='q=arg',
fragment="frag",
netloc="u:p@www.\u2603:80",
)
def test_iri_add_port(self):
iri = IRI(u'http://\N{SNOWMAN}/')
new_iri = iri.update(port=8000)
self.assertEquals(iri.netloc + ':8000', new_iri.netloc)
self.assertEquals(new_iri.port, '8000')
self.assertEquals(iri.port, None)
def test_iri_template():
eq_(IRI(u'http://\u2603/value'),
IRI.from_template(u'http://\N{SNOWMAN}/{var}', var='value'))
eq_(IRI(u'http://\u2603/'),
IRI.from_template(u'http://{domain}/', domain=u"\N{SNOWMAN}"))
def test_iri_from_lenient(self):
lenient_iri = IRI.from_lenient(u'http://de.wikipedia.org/wiki/Elf (Begriffskl\xe4rung)')
self.assertEquals(repr(lenient_iri), "IRI(u'http://de.wikipedia.org/wiki/Elf%20%28Begriffskl%C3%A4rung%29')")
def test_cannot_join_uri(self):
self.assertRaises(TypeError,
IRI('http://localhost:8000').join,
URI(str('/path/to/file'))
)
def test_uri_input(self):
iri = TestIRISnowman.ri
uri = URI(iri)
self.assertEquals(str(iri), str(IRI(uri)))
self.assertEquals(unicode(iri), unicode(IRI(uri)))
def test_idn_ascii_encoding(self):
iri = IRI("http://Bücher.ch/")
self.assertEquals(str(iri), "http://xn--bcher-kva.ch/")
def test_configurable_multi_dict_class(self):
class CustomMultiDict(MultiDict):
pass
iri = IRI(u'http://\N{SNOWMAN}/', query_cls=CustomMultiDict)
self.assertTrue(isinstance(iri.query, CustomMultiDict))
def test_iri_add_port(self):
iri = IRI(u'http://\N{SNOWMAN}/')
new_iri = iri.update(port=8000)
self.assertEquals(iri.netloc + ':8000', new_iri.netloc)
self.assertEquals(new_iri.port, '8000')
self.assertEquals(iri.port, None)
def test_query_param_breaks_equality_(self):
iri = IRI(u'http://\N{CLOUD}/')
iri2 = IRI(u'http://\N{CLOUD}/?q=a')
self.assertNotEquals(iri, iri2)
def test_non_existent_scheme(self):
try:
IRI("watwatwat://wat.wat/wat")
except Exception as e:
assert False, "{0} {1}".format(type(e), e)
def test_nonascii_query_keys(self):
IRI(u'http://example.com/?gro\xdf=great')
def test_iri_from_lenient(self):
lenient_iri = IRI.from_lenient(u'http://de.wikipedia.org/wiki/Elf (Begriffskl\xe4rung)')
self.assertEquals(repr(lenient_iri), "IRI(u'http://de.wikipedia.org/wiki/Elf%20%28Begriffskl%C3%A4rung%29')")
def test_iri_template():
eq_(IRI(u'http://\u2603/value'),
IRI.from_template(u'http://\N{SNOWMAN}/{var}', var='value'))
eq_(IRI(u'http://\u2603/'),
IRI.from_template(u'http://{domain}/', domain=u"\N{SNOWMAN}"))
def test_iri_input(self):
uri = TestURISnowman.ri
iri = IRI(uri)
self.assertEquals(str(uri), str(URI(iri)))
self.assertEquals(unicode(uri), unicode(URI(iri)))