def installed(self):
"""
Share this item once installed.
"""
shareid = u'test'
sharing.getEveryoneRole(self.store).shareItem(self, shareID=shareid)
websharing.addDefaultShareID(self.store, shareid, 0)
def test_defaultUserSharedResource(self):
"""
The resource for the default share can be accessed by an
unauthenticated user.
"""
# Make a user to own the shared item.
username = u'alice'
aliceAccount = self.login.addAccount(username,
self.domain,
u'password',
internal=True)
aliceStore = aliceAccount.avatars.open()
# Make an item to share.
sharedContent = u'content owned by alice and shared to everyone'
shareID = getEveryoneRole(aliceStore).shareItem(
DummyItem(store=aliceStore, markup=sharedContent)).shareID
# Make it the default share.
addDefaultShareID(aliceStore, shareID, 0)
# Get it.
page = getWithSession(self.factory, 3,
'/users/%s' % (username.encode('ascii'), ),
{'host': self.domain.encode('ascii')})
def rendered(request):
self.assertIn(sharedContent.encode('ascii'), request.accumulator)
page.addCallback(rendered)
return page
def test_defaultUserSharedResource(self):
"""
The resource for the default share can be accessed by an authenticated
user.
"""
# Make an item and share it.
sharedContent = u"content owned by alice and shared to everyone"
shareID = (
getEveryoneRole(self.userStore).shareItem(DummyItem(store=self.userStore, markup=sharedContent)).shareID
)
# Make it the default.
addDefaultShareID(self.userStore, shareID, 0)
# Get it.
page = getWithSession(
self.factory,
1,
"/users/%s" % (self.username.encode("ascii"),),
{"host": self.domain.encode("ascii")},
self.cookies,
)
def rendered(request):
self.assertIn(sharedContent, request.accumulator)
page.addCallback(rendered)
return page
def test_defaultUserSharedResource(self):
"""
The resource for the default share can be accessed by an
unauthenticated user.
"""
# Make a user to own the shared item.
username = u"alice"
aliceAccount = self.login.addAccount(username, self.domain, u"password", internal=True)
aliceStore = aliceAccount.avatars.open()
# Make an item to share.
sharedContent = u"content owned by alice and shared to everyone"
shareID = getEveryoneRole(aliceStore).shareItem(DummyItem(store=aliceStore, markup=sharedContent)).shareID
# Make it the default share.
addDefaultShareID(aliceStore, shareID, 0)
# Get it.
page = getWithSession(
self.factory, 3, "/users/%s" % (username.encode("ascii"),), {"host": self.domain.encode("ascii")}
)
def rendered(request):
self.assertIn(sharedContent.encode("ascii"), request.accumulator)
page.addCallback(rendered)
return page
def test_findShareID(self):
"""
Verify that L{websharing.getDefaultShareID} reads the share ID set by a
L{websharing.addDefaultShareID} call.
"""
store = Store()
websharing.addDefaultShareID(store, u'share id', 0)
self.assertEqual(websharing.getDefaultShareID(store), u'share id')
def test_findShareID(self):
"""
Verify that L{websharing.getDefaultShareID} reads the share ID set by a
L{websharing.addDefaultShareID} call.
"""
store = Store()
websharing.addDefaultShareID(store, u'share id', 0)
self.assertEqual(websharing.getDefaultShareID(store), u'share id')
def installed(self):
"""
Share this item once installed.
"""
shareid = u'test'
sharing.getEveryoneRole(self.store
).shareItem(self,
shareID=shareid)
websharing.addDefaultShareID(self.store, shareid, 0)
def test_createsItem(self):
"""
Verify that L{websharing.addDefaultShareID} creates a
L{websharing._DefaultShareID} item.
"""
store = Store()
websharing.addDefaultShareID(store, u'share id', -22)
item = store.findUnique(websharing._DefaultShareID)
self.assertEqual(item.shareID, u'share id')
self.assertEqual(item.priority, -22)
def test_createsItem(self):
"""
Verify that L{websharing.addDefaultShareID} creates a
L{websharing._DefaultShareID} item.
"""
store = Store()
websharing.addDefaultShareID(store, u'share id', -22)
item = store.findUnique(websharing._DefaultShareID)
self.assertEqual(item.shareID, u'share id')
self.assertEqual(item.priority, -22)
def test_defaultShareIDInteractionNoMatch(self):
"""
Verify that L{websharing.linkTo} explicitly includes a share ID in the
URL if the ID of the share it is passed doesn't match the default.
"""
websharing.addDefaultShareID(self.s, u'share-id', 0)
shareable = Shareable(store=self.s)
sharing.shareItem(Shareable(store=self.s), shareID=u'not-the-share-id')
share = sharing.getShare(
self.s, sharing.getEveryoneRole(self.s), u'not-the-share-id')
url = websharing.linkTo(share)
self.assertEqual(str(url), '/users/right/not-the-share-id')
def test_defaultShareIDInteractionNoMatch(self):
"""
Verify that L{websharing.linkTo} explicitly includes a share ID in the
URL if the ID of the share it is passed doesn't match the default.
"""
websharing.addDefaultShareID(self.s, u'share-id', 0)
shareable = Shareable(store=self.s)
sharing.shareItem(Shareable(store=self.s), shareID=u'not-the-share-id')
share = sharing.getShare(self.s, sharing.getEveryoneRole(self.s),
u'not-the-share-id')
url = websharing.linkTo(share)
self.assertEqual(str(url), '/users/right/not-the-share-id')
def test_emptySegmentWithDefault(self):
"""
Verify that we get the right resource and segments from
L{websharing.SharingIndex.locateChild} if there is a default share ID
and we access the empty child.
"""
websharing.addDefaultShareID(self.userStore, u'ashare', 0)
sharingIndex = self.makeSharingIndex(None)
SEGMENTS = ('', 'foo', 'bar')
(res, segments) = sharingIndex.locateChild(None, SEGMENTS)
self.assertEqual(res.wrappedFragment.showMagicValue(), self.magicValue)
self.assertEqual(segments, SEGMENTS[1:])
def test_emptySegmentWithDefault(self):
"""
Verify that we get the right resource and segments from
L{websharing.SharingIndex.locateChild} if there is a default share ID
and we access the empty child.
"""
websharing.addDefaultShareID(self.userStore, u'ashare', 0)
sharingIndex = self.makeSharingIndex(None)
SEGMENTS = ('', 'foo', 'bar')
(res, segments) = sharingIndex.locateChild(None, SEGMENTS)
self.assertEqual(
res.wrappedFragment.showMagicValue(), self.magicValue)
self.assertEqual(segments, SEGMENTS[1:])
def test_defaultShareIDInteractionMatching(self):
"""
Verify that L{websharing.linkTo} does not explicitly include a share
ID in the URL if the ID of the share it is passed matches the default.
"""
websharing.addDefaultShareID(self.s, u'share-id', 0)
sharing.shareItem(Shareable(store=self.s), shareID=u'share-id')
share = sharing.getShare(
self.s, sharing.getEveryoneRole(self.s), u'share-id')
url = websharing.linkTo(share)
self.assertEqual(str(url), '/users/right/')
# and if we call child()
self.assertEqual(str(url.child('child')), '/users/right/share-id/child')
def test_authenticatedUserVirtualHostDefaultShare(self):
"""
A request by an authenticated user for I{/} on a subdomain of of the
website's is responded to in the same way as the same request made by
an anonymous user.
"""
# Make an account as which to authenticate.
username = u'bob'
bobAccount = self.login.addAccount(username,
self.domain,
u'password',
internal=True)
bobStore = bobAccount.avatars.open()
# Make a product that includes PrivateApplication. This supposes that
# viewing user-subdomain virtual hosting is the responsibility of
# PrivateApplication.
web = Product(store=self.store, types=[qual(PrivateApplication)])
# Give it to Bob.
web.installProductOn(bobStore)
# Make something the default share.
addDefaultShareID(self.userStore, self.share.shareID, 0)
# Log in through the web as Bob.
cookies = {}
login = getWithSession(
self.factory, 3, '/__login__?username=%s@%s&password=%s' %
(username.encode('ascii'), self.domain.encode('ascii'),
'password'), {'host': self.domain.encode('ascii')})
def loggedIn(request):
# Get the share page as the authenticated user.
return getResource(
self.factory,
'/',
headers={'host': self.virtualHost.encode('ascii')},
cookies=request.cookies)
login.addCallback(loggedIn)
def rendered(request):
# Make sure we're really authenticated.
self.assertIn(username.encode('ascii'), request.accumulator)
# Make sure the shared thing is there.
self.assertIn(self.sharedContent.encode('ascii'),
request.accumulator)
login.addCallback(rendered)
return login
def test_defaultShareIDInteractionMatching(self):
"""
Verify that L{websharing.linkTo} does not explicitly include a share
ID in the URL if the ID of the share it is passed matches the default.
"""
websharing.addDefaultShareID(self.s, u'share-id', 0)
sharing.shareItem(Shareable(store=self.s), shareID=u'share-id')
share = sharing.getShare(self.s, sharing.getEveryoneRole(self.s),
u'share-id')
url = websharing.linkTo(share)
self.assertEqual(str(url), '/users/right/')
# and if we call child()
self.assertEqual(str(url.child('child')),
'/users/right/share-id/child')
def test_authenticatedUserVirtualHostDefaultShare(self):
"""
A request by an authenticated user for I{/} on a subdomain of of the
website's is responded to in the same way as the same request made by
an anonymous user.
"""
# Make an account as which to authenticate.
username = u"bob"
bobAccount = self.login.addAccount(username, self.domain, u"password", internal=True)
bobStore = bobAccount.avatars.open()
# Make a product that includes PrivateApplication. This supposes that
# viewing user-subdomain virtual hosting is the responsibility of
# PrivateApplication.
web = Product(store=self.store, types=[qual(PrivateApplication)])
# Give it to Bob.
web.installProductOn(bobStore)
# Make something the default share.
addDefaultShareID(self.userStore, self.share.shareID, 0)
# Log in through the web as Bob.
cookies = {}
login = getWithSession(
self.factory,
3,
"/__login__?username=%s@%s&password=%s"
% (username.encode("ascii"), self.domain.encode("ascii"), "password"),
{"host": self.domain.encode("ascii")},
)
def loggedIn(request):
# Get the share page as the authenticated user.
return getResource(
self.factory, "/", headers={"host": self.virtualHost.encode("ascii")}, cookies=request.cookies
)
login.addCallback(loggedIn)
def rendered(request):
# Make sure we're really authenticated.
self.assertIn(username.encode("ascii"), request.accumulator)
# Make sure the shared thing is there.
self.assertIn(self.sharedContent.encode("ascii"), request.accumulator)
login.addCallback(rendered)
return login
def test_validShareID(self):
"""
Verify that we get the right resource and segments from
L{websharing.SharingIndex.locateChild} if we access a valid share ID.
"""
websharing.addDefaultShareID(self.userStore, u'', 0)
otherShareable = Shareable(store=self.userStore,
magicValue=self.magicValue + 3)
for _shareID in [u'foo', u'f\xf6\xf6']:
otherShare = sharing.shareItem(otherShareable, shareID=_shareID)
sharingIndex = self.makeSharingIndex(None)
SEGMENTS = (_shareID.encode('utf-8'), 'bar')
(res, segments) = sharingIndex.locateChild(None, SEGMENTS)
self.assertEqual(res.wrappedFragment.showMagicValue(),
self.magicValue + 3)
self.assertEqual(segments, SEGMENTS[1:])
def test_validShareID(self):
"""
Verify that we get the right resource and segments from
L{websharing.SharingIndex.locateChild} if we access a valid share ID.
"""
websharing.addDefaultShareID(self.userStore, u'', 0)
otherShareable = Shareable(store=self.userStore,
magicValue=self.magicValue + 3)
for _shareID in [u'foo', u'f\xf6\xf6']:
otherShare = sharing.shareItem(otherShareable, shareID=_shareID)
sharingIndex = self.makeSharingIndex(None)
SEGMENTS = (_shareID.encode('utf-8'), 'bar')
(res, segments) = sharingIndex.locateChild(None, SEGMENTS)
self.assertEqual(
res.wrappedFragment.showMagicValue(), self.magicValue + 3)
self.assertEqual(segments, SEGMENTS[1:])
def test_defaultUserSharedResource(self):
"""
The resource for the default share can be accessed by an authenticated
user.
"""
# Make an item and share it.
sharedContent = u'content owned by alice and shared to everyone'
shareID = getEveryoneRole(self.userStore).shareItem(
DummyItem(store=self.userStore, markup=sharedContent)).shareID
# Make it the default.
addDefaultShareID(self.userStore, shareID, 0)
# Get it.
page = getWithSession(self.factory, 1,
'/users/%s' % (self.username.encode('ascii'), ),
{'host': self.domain.encode('ascii')},
self.cookies)
def rendered(request):
self.assertIn(sharedContent, request.accumulator)
page.addCallback(rendered)
return page
def test_findHighestPriorityShareID(self):
"""
Verify that L{websharing.getDefaultShareID} reads the highest-priority
share ID set by L{websharing.addDefaultShareID}.
"""
store = Store()
websharing.addDefaultShareID(store, u'share id!', 24)
websharing.addDefaultShareID(store, u'share id', 25)
websharing.addDefaultShareID(store, u'share id.', -1)
self.assertEqual(websharing.getDefaultShareID(store), u'share id')
def test_findHighestPriorityShareID(self):
"""
Verify that L{websharing.getDefaultShareID} reads the highest-priority
share ID set by L{websharing.addDefaultShareID}.
"""
store = Store()
websharing.addDefaultShareID(store, u'share id!', 24)
websharing.addDefaultShareID(store, u'share id', 25)
websharing.addDefaultShareID(store, u'share id.', -1)
self.assertEqual(websharing.getDefaultShareID(store), u'share id')
