def test_directives_correct_no_dupes(self):
"""
Tests that a ServerName object properly returns a unique directive if the same directive
is added multiple times.
"""
directive = {"signature": "a:0.0.0.0:80:a.b.c:/"}
handle_servername = ServerName(**{
"domain": self.valid_domain,
})
for i in range(10):
handle_servername.directives = directive
self.assertEqual(len(handle_servername.directives), 1)
self.assertEqual(directive, handle_servername.directives[0])
del handle_servername
def test_locations_correct(self):
"""
Tests that if a ServerName object properly returns the stored location(s).
"""
location = "/var/www/foo/"
handle_servername = ServerName(**{
"domain": self.valid_domain,
})
handle_location = Location(**{"location": location})
handle_servername.locations = handle_location
self.assertEqual(handle_servername.locations[location].location,
location)
del handle_location
del handle_servername
def test_directives_correct_no_dupes(self):
"""
Tests that a ServerName object properly returns a unique directive if the same directive
is added multiple times.
"""
directive = { "signature" : "a:0.0.0.0:80:a.b.c:/"}
handle_servername = ServerName(**{
"domain" : self.valid_domain,
}
)
for i in range(10):
handle_servername.directives = directive
self.assertEqual(len(handle_servername.directives), 1)
self.assertEqual(directive, handle_servername.directives[0])
del handle_servername
def test_locations_correct_multiple_times_the_same_location(self):
"""
Tests that if a ServerName object is passed multiple times the same Location, only one is
added.
"""
location = "/var/www/foo/"
handle_servername = ServerName(**{
"domain": self.valid_domain,
})
for i in range(10):
handle_location = Location(**{"location": location})
handle_servername.locations = handle_location
self.assertEqual(len(handle_servername.locations), 1)
self.assertEqual(handle_servername.locations[location].location,
location)
del handle_servername
def test_build_correct(self):
"""
Tests that the _build method properly turns the directives into unique Location objects.
"""
handle_servername = ServerName(**{
"domain" : self.valid_domain,
}
)
directives = [
{ "signature" : "a:0.0.0.0:80:a.b.c.d:/"},
{ "signature" : "a:0.0.0.0:80:a.b.c.d:/that_place/"},
]
for directive in directives:
handle_servername.directives = directive
self.assertEqual(len(handle_servername.locations.keys()), 2)
del handle_servername
def test_locations_correct(self):
"""
Tests that if a ServerName object properly returns the stored location(s).
"""
location = "/var/www/foo/"
handle_servername = ServerName(**{
"domain" : self.valid_domain,
}
)
handle_location = Location(**{
"location" : location
}
)
handle_servername.locations = handle_location
self.assertEqual(handle_servername.locations[location].location, location)
del handle_location
del handle_servername
def test_is_valid_correct(self):
"""
Tests that the is_valid property correctly returns True if all the Location objects
associated to a ServerName are valid.
"""
directives = [
{ "signature" : "container1:0.0.0.0:80:a.b.c:/location1/"},
{ "signature" : "container1:0.0.0.0:80:a.b.c:/location2/"}
]
handle_servername = ServerName(**{
"domain" : self.valid_domain,
}
)
for directive in directives:
handle_servername.directives = directive
self.assertTrue(handle_servername.is_valid)
del handle_servername
def test_is_valid_correct_invalid_location(self):
"""
Tests that the is_valid property correctly returns False if any of its ServerName is
invalid.
"""
directives = [
{ "signature" : "container1:0.0.0.0:80:a.b.c:/location1/"},
{ "signature" : "container2:0.0.0.0:80:a.b.c:/location1/"}
]
handle_servername = ServerName(**{
"domain" : self.valid_domain,
}
)
for directive in directives:
handle_servername.directives = directive
self.assertFalse(handle_servername.is_valid)
del handle_servername
def test_is_valid_correct_invalid_location(self):
"""
Tests that the is_valid property correctly returns False if any of its ServerName is
invalid.
"""
directives = [{
"signature": "container1:0.0.0.0:80:a.b.c:/location1/"
}, {
"signature": "container2:0.0.0.0:80:a.b.c:/location1/"
}]
handle_servername = ServerName(**{
"domain": self.valid_domain,
})
for directive in directives:
handle_servername.directives = directive
self.assertFalse(handle_servername.is_valid)
del handle_servername
def test_is_valid_correct(self):
"""
Tests that the is_valid property correctly returns True if all the Location objects
associated to a ServerName are valid.
"""
directives = [{
"signature": "container1:0.0.0.0:80:a.b.c:/location1/"
}, {
"signature": "container1:0.0.0.0:80:a.b.c:/location2/"
}]
handle_servername = ServerName(**{
"domain": self.valid_domain,
})
for directive in directives:
handle_servername.directives = directive
self.assertTrue(handle_servername.is_valid)
del handle_servername
def aux_generate_handle_servername(self, *args, **kwargs):
"""
Auxiliary method that creates a ServerName object and returns it.
"""
domain = kwargs.get("domain", self.valid_domain)
handle_servername = ServerName(**{
"domain": domain,
})
return handle_servername
def test_directives_correct(self):
"""
Tests that a ServerName object properly returns the directives that were assigned to it.
"""
directives = [
{ "signature" : "a:0.0.0.0:80:a.b.c:/"},
{ "signature" : "a:0.0.0.0:8080:a.b.c:/"}
]
handle_servername = ServerName(**{
"domain" : self.valid_domain,
}
)
for directive in directives:
handle_servername.directives = directive
self.assertEqual(len(handle_servername.directives), 2)
for directive, expected_directive in zip(handle_servername.directives, directives):
self.assertEqual(directive, expected_directive)
del handle_servername
def test_directives_correct_empty(self):
"""
Tests that a ServerName object properly returns an empty list, if no directive was
assigned to it.
"""
handle_servername = ServerName(**{
"domain": self.valid_domain,
})
self.assertEqual(handle_servername.directives, [])
del handle_servername
def test_directives_correct(self):
"""
Tests that a ServerName object properly returns the directives that were assigned to it.
"""
directives = [{
"signature": "a:0.0.0.0:80:a.b.c:/"
}, {
"signature": "a:0.0.0.0:8080:a.b.c:/"
}]
handle_servername = ServerName(**{
"domain": self.valid_domain,
})
for directive in directives:
handle_servername.directives = directive
self.assertEqual(len(handle_servername.directives), 2)
for directive, expected_directive in zip(handle_servername.directives,
directives):
self.assertEqual(directive, expected_directive)
del handle_servername
def test_locations_correct_multiple_times_the_same_location(self):
"""
Tests that if a ServerName object is passed multiple times the same Location, only one is
added.
"""
location = "/var/www/foo/"
handle_servername = ServerName(**{
"domain" : self.valid_domain,
}
)
for i in range(10):
handle_location = Location(**{
"location" : location
}
)
handle_servername.locations = handle_location
self.assertEqual(len(handle_servername.locations), 1)
self.assertEqual(handle_servername.locations[location].location, location)
del handle_servername
def test_build_correct_no_dupes(self):
"""
Tests that the _build method properly generate a unique Location object if we try to
resolve the same location twice.
"""
handle_servername = ServerName(**{
"domain" : self.valid_domain,
}
)
location = "/"
directives = [
{ "signature" : "a:0.0.0.0:80:a.b.c.d:%s" % (location)},
{ "signature" : "a:0.0.0.0:80:a.b.c.d:%s" % (location)},
]
for directive in directives:
handle_servername.directives = directive
self.assertEqual(len(handle_servername.locations.keys()), 1)
self.assertEqual(list(handle_servername.locations.keys())[0], location)
del handle_servername
def test_build_correct(self):
"""
Tests that the _build method properly turns the directives into unique Location objects.
"""
handle_servername = ServerName(**{
"domain": self.valid_domain,
})
directives = [
{
"signature": "a:0.0.0.0:80:a.b.c.d:/"
},
{
"signature": "a:0.0.0.0:80:a.b.c.d:/that_place/"
},
]
for directive in directives:
handle_servername.directives = directive
self.assertEqual(len(handle_servername.locations.keys()), 2)
del handle_servername
def test_directives_wrong_mistyped_signature(self):
"""
Tests that a TypeError exception is raised if we try to add a directive to a Listen
object but the directive passed in has a signature that is not a string.
"""
handle_servername = ServerName(**{
"domain": self.valid_domain,
})
self.assertRaises(TypeError, setattr, handle_servername, "directives",
{"signature": 124})
del handle_servername
def test_directives_wrong_misformatted_signature(self):
"""
Tests that a ValueError exception is raised if we try to add a directive to a Listen
object but the directive passed in has a signature that has a wrong format.
"""
handle_servername = ServerName(**{
"domain": self.valid_domain,
})
self.assertRaises(ValueError, setattr, handle_servername, "directives",
{"signature": "wrong_format"})
del handle_servername
def test_domain_correct(self):
"""
Tests that the domain can be properly retrieved once a ServerName object has been correctly
instantiated.
"""
handle_servername = ServerName(**{
"domain": self.valid_domain,
})
self.assertEqual(handle_servername.directives, [])
self.assertEqual(handle_servername.domain, self.valid_domain)
self.assertEqual(handle_servername.locations, {})
del handle_servername
def test_directives_wrong_missing_signature(self):
"""
Tests that a ValueError exception is raised if we try to add a directive to a Listen
object but the directive passed in, despite being a dictionary, lacks the 'signature'
key.
"""
handle_servername = ServerName(**{
"domain": self.valid_domain,
})
self.assertRaises(ValueError, setattr, handle_servername, "directives",
{"not_signature": 124})
del handle_servername
def test_init_correct(self):
"""
Tests that an ServerName object is properly instantiated if a proper location is passed in
during initialization.
"""
handle_servername = ServerName(**{
"domain": self.valid_domain,
})
self.assertEqual(handle_servername.directives, [])
self.assertEqual(handle_servername.domain, self.valid_domain)
self.assertEqual(handle_servername.locations, {})
del handle_servername
def test_build_correct_no_dupes(self):
"""
Tests that the _build method properly generate a unique Location object if we try to
resolve the same location twice.
"""
handle_servername = ServerName(**{
"domain": self.valid_domain,
})
location = "/"
directives = [
{
"signature": "a:0.0.0.0:80:a.b.c.d:%s" % (location)
},
{
"signature": "a:0.0.0.0:80:a.b.c.d:%s" % (location)
},
]
for directive in directives:
handle_servername.directives = directive
self.assertEqual(len(handle_servername.locations.keys()), 1)
self.assertEqual(list(handle_servername.locations.keys())[0], location)
del handle_servername
def test_locations_wrong_missing_location(self):
"""
Tests that a ValueError exception is raised if a location is added but no value is given.
"""
handle_servername = ServerName(**{
"domain": self.valid_domain,
})
self.assertRaises(
ValueError,
setattr,
handle_servername,
"locations",
None,
)
del handle_servername
def test_directives_wrong_missing_directive(self):
"""
Tests that a ValueError exception is raised if we try to add a directive to a ServerName
object but we don't pass any.
"""
handle_servername = ServerName(**{
"domain": self.valid_domain,
})
self.assertRaises(
ValueError,
setattr,
handle_servername,
"directives",
None,
)
del handle_servername
def test_init_wrong_reassign_domain(self):
"""
Tests that once instantiated, a ValueError exception is raised if the ServerName object is
assigned a domain again.
"""
handle_servername = ServerName(**{
"domain": self.valid_domain,
})
self.assertRaises(
ValueError,
setattr,
handle_servername,
"domain",
"a_new_domain",
)
del handle_servername
def test_locations_wrong_mistyped_location(self):
"""
Tests that a TypeError exception is raised if a location is added but it is not a Location
instance.
"""
handle_servername = ServerName(**{
"domain": self.valid_domain,
})
self.assertRaises(
TypeError,
setattr,
handle_servername,
"locations",
"not_a_Location_instance",
)
del handle_servername
def test_directives_wrong_mistyped_directive(self):
"""
Tests that a TypeError exception is raised if we try to add a directive to a Listen
object but the directive passed in is not a dictionary.
"""
handle_servername = ServerName(**{
"domain": self.valid_domain,
})
self.assertRaises(
TypeError,
setattr,
handle_servername,
"directives",
"not_a_dictionary",
)
del handle_servername