def test_matchClientFixes(self):
"""
Test that L{matchClientFixes} correctly identifies clients with matching fix tokens.
"""
c = ConfigDict()
c.ClientFixes = {
"fix1": [
"Client/1\\.0.*",
"Client/1\\.1(\\..*)?",
"Client/2",
],
"fix2": [
"Other/1\\.0.*",
],
}
_updateClientFixes(c)
_updateClientFixes(c)
# Valid matches
for ua in (
"Client/1.0 FooBar/2",
"Client/1.0.1 FooBar/2",
"Client/1.0.1.1 FooBar/2",
"Client/1.1 FooBar/2",
"Client/1.1.1 FooBar/2",
"Client/2 FooBar/2",
):
self.assertEqual(
matchClientFixes(c, ua),
set(("fix1", )),
msg="Did not match {}".format(ua),
)
# Valid non-matches
for ua in (
"Client/1 FooBar/2",
"Client/1.10 FooBar/2",
"Client/2.0 FooBar/2",
"Client/2.0.1 FooBar/2",
"Client FooBar/2",
"Client/3 FooBar/2",
"Client/3.0 FooBar/2",
"Client/10 FooBar/2",
"Client/10.0 FooBar/2",
"Client/10.0.1 FooBar/2",
"Client/10.0.1 (Client/1.0) FooBar/2",
"Client/10.0.1 (foo Client/1.0 bar) FooBar/2",
):
self.assertEqual(
matchClientFixes(c, ua),
set(),
msg="Incorrectly matched {}".format(ua),
)
def test_matchClientFixes(self):
"""
Test that L{matchClientFixes} correctly identifies clients with matching fix tokens.
"""
c = ConfigDict()
c.ClientFixes = {
"fix1": [
"Client/1\\.0.*",
"Client/1\\.1(\\..*)?",
"Client/2",
],
"fix2": [
"Other/1\\.0.*",
],
}
_updateClientFixes(c)
_updateClientFixes(c)
# Valid matches
for ua in (
"Client/1.0 FooBar/2",
"Client/1.0.1 FooBar/2",
"Client/1.0.1.1 FooBar/2",
"Client/1.1 FooBar/2",
"Client/1.1.1 FooBar/2",
"Client/2 FooBar/2",
):
self.assertEqual(
matchClientFixes(c, ua),
set(("fix1",)),
msg="Did not match {}".format(ua),
)
# Valid non-matches
for ua in (
"Client/1 FooBar/2",
"Client/1.10 FooBar/2",
"Client/2.0 FooBar/2",
"Client/2.0.1 FooBar/2",
"Client FooBar/2",
"Client/3 FooBar/2",
"Client/3.0 FooBar/2",
"Client/10 FooBar/2",
"Client/10.0 FooBar/2",
"Client/10.0.1 FooBar/2",
"Client/10.0.1 (Client/1.0) FooBar/2",
"Client/10.0.1 (foo Client/1.0 bar) FooBar/2",
):
self.assertEqual(
matchClientFixes(c, ua),
set(),
msg="Incorrectly matched {}".format(ua),
)
