def test_userTagNamesAlphabetized(self):
"""
L{InboxScreen.getUserTagNames} returns tags sorted alphabetically.
"""
m = testMessageFactory(store=self.store)
c = Catalog(store=self.store)
c.tag(m, u'B')
c.tag(m, u'A')
c.tag(m, u'C')
self.assertEquals(
self.inboxScreen.getUserTagNames(), [u'A', u'B', u'C'])
def test_userTagNames(self):
"""
Verify that tags created in the axiom tags system will show up to the
inbox via getUserTagNames
"""
m = testMessageFactory(store=self.store)
c = Catalog(store=self.store)
c.tag(m, u'tag1')
c.tag(m, u'taga')
c.tag(m, u'tagstart')
self.assertEquals(self.inboxScreen.getUserTagNames(),
[u'tag1', u'taga', u'tagstart'])
def testTagging(self):
s = Store()
c = Catalog(store=s)
g1 = Gizmo(store=s, name=u"one")
g2 = Gizmo(store=s, name=u"two")
c.tag(g1, u"single")
c.tag(g1, u"multi")
c.tag(g2, u"multi")
c.tag(g1, u"multi")
self.assertEquals(list(c.tagsOf(g1)), [u"single", u"multi"])
self.assertEquals(list(c.tagsOf(g2)), [u"multi"])
self.assertEquals(list(c.objectsIn(u"single")), [g1])
self.assertEquals(list(c.objectsIn(u"multi")), [g1, g2])
def createDatabase(s):
"""
Populate the given Store with a Catalog and some Tags.
"""
c = Catalog(store=s)
c.tag(c, "internal")
c.tag(s, "internal")
i = Dummy(store=s)
c.tag(i, "external")
c.tag(i, "green")
def createDatabase(s):
"""
Create a store containing a MailingListFilteringPowerup and its
dependencies.
"""
Scheduler(store=s).installOn(s)
MessageSource(store=s)
tc = Catalog(store=s)
rfp = MailingListFilteringPowerup(store=s,
tagCatalog=tc).installOn(s)
def createDatabase(s):
"""
Populate the given Store with a Catalog and some Tags.
"""
c = Catalog(store=s)
c.tag(c, "internal")
c.tag(s, "internal")
i = Dummy(store=s)
c.tag(i, "external")
c.tag(i, "green")
def test_userTagNamesAlphabetized(self):
"""
L{InboxScreen.getUserTagNames} returns tags sorted alphabetically.
"""
m = testMessageFactory(store=self.store)
c = Catalog(store=self.store)
c.tag(m, u'B')
c.tag(m, u'A')
c.tag(m, u'C')
self.assertEquals(self.inboxScreen.getUserTagNames(),
[u'A', u'B', u'C'])
def test_userTagNames(self):
"""
Verify that tags created in the axiom tags system will show up to the
inbox via getUserTagNames
"""
m = testMessageFactory(store=self.store)
c = Catalog(store=self.store)
c.tag(m, u'tag1')
c.tag(m, u'taga')
c.tag(m, u'tagstart')
self.assertEquals(self.inboxScreen.getUserTagNames(),
[u'tag1', u'taga', u'tagstart'])
def getInbox(self):
"""
Return a newly created Inbox, in a newly created Store.
"""
s = Store()
LoginMethod(store=s,
internal=False,
protocol=u'email',
localpart=u'default',
domain=u'host',
verified=True,
account=s)
installOn(Composer(store=s), s)
installOn(Catalog(store=s), s)
installOn(MessageLister(store=s), s)
inbox = Inbox(store=s)
installOn(inbox, s)
return inbox
def testTagging(self):
s = Store()
c = Catalog(store=s)
g1 = Gizmo(store=s, name='one')
g2 = Gizmo(store=s, name='two')
c.tag(g1, 'single')
c.tag(g1, 'multi')
c.tag(g2, 'multi')
c.tag(g1, 'multi')
self.assertEqual(list(c.tagsOf(g1)),
['single', 'multi'])
self.assertEqual(list(c.tagsOf(g2)),
['multi'])
self.assertEqual(list(c.objectsIn('single')), [g1])
self.assertEqual(list(c.objectsIn('multi')), [g1, g2])
def createDatabase(s):
Scheduler(store=s).installOn(s)
MessageSource(store=s)
tc = Catalog(store=s)
rfp = RuleFilteringPowerup(store=s, tagCatalog=tc).installOn(s)
