def test_user(self):
meta = {
keys.ITEMID: make_uuid(),
keys.REVID: make_uuid(),
keys.NAME: [u"user name", ],
keys.NAMESPACE: u"userprofiles",
keys.EMAIL: u"*****@*****.**",
keys.SUBSCRIPTIONS: [u"{0}:{1}".format(keys.ITEMID, make_uuid()),
u"{0}::foo".format(keys.NAME),
u"{0}::bar".format(keys.TAGS),
u"{0}::".format(keys.NAMERE),
u"{0}:userprofiles:a".format(keys.NAMEPREFIX),
]
}
invalid_meta = {
keys.SUBSCRIPTIONS: [u"", u"unknown_tag:123",
u"{0}:123".format(keys.ITEMID),
u"{0}:foo".format(keys.NAME),
]
}
state = {'trusted': False, # True for loading a serialized representation or other trusted sources
keys.NAME: u'somename', # name we decoded from URL path
keys.ACTION: keys.ACTION_SAVE,
keys.HOSTNAME: u'localhost',
keys.ADDRESS: u'127.0.0.1',
keys.WIKINAME: u'ThisWiki',
keys.NAMESPACE: u'',
keys.FQNAME: CompositeName(u'', u'', u'somename')
}
m = UserMetaSchema(meta)
valid = m.validate(state)
assert m[keys.CONTENTTYPE].value == CONTENTTYPE_USER
if not valid:
for e in m.children:
print e.valid, e
print m.valid, m
assert valid
m = UserMetaSchema(invalid_meta)
valid = m.validate(state)
assert not valid
for e in m.children:
if e.name in (keys.SUBSCRIPTIONS,):
for value in e:
assert not value.valid
def test_user(self):
meta = {
keys.ITEMID:
make_uuid(),
keys.REVID:
make_uuid(),
keys.NAME: [
u"user name",
],
keys.NAMESPACE:
u"userprofiles",
keys.EMAIL:
u"*****@*****.**",
keys.SUBSCRIPTIONS: [
u"{0}:{1}".format(keys.ITEMID, make_uuid()),
u"{0}::foo".format(keys.NAME),
u"{0}::bar".format(keys.TAGS),
u"{0}::".format(keys.NAMERE),
u"{0}:userprofiles:a".format(keys.NAMEPREFIX),
]
}
invalid_meta = {
keys.SUBSCRIPTIONS: [
u"",
u"unknown_tag:123",
u"{0}:123".format(keys.ITEMID),
u"{0}:foo".format(keys.NAME),
]
}
state = {
'trusted':
False, # True for loading a serialized representation or other trusted sources
keys.NAME: u'somename', # name we decoded from URL path
keys.ACTION: keys.ACTION_SAVE,
keys.HOSTNAME: u'localhost',
keys.ADDRESS: u'127.0.0.1',
keys.WIKINAME: u'ThisWiki',
keys.NAMESPACE: u'',
keys.FQNAME: CompositeName(u'', u'', u'somename')
}
m = UserMetaSchema(meta)
valid = m.validate(state)
assert m[keys.CONTENTTYPE].value == CONTENTTYPE_USER
if not valid:
for e in m.children:
print e.valid, e
print m.valid, m
assert valid
m = UserMetaSchema(invalid_meta)
valid = m.validate(state)
assert not valid
for e in m.children:
if e.name in (keys.SUBSCRIPTIONS, ):
for value in e:
assert not value.valid
def test_user(self):
meta = {
keys.ITEMID: make_uuid(),
keys.REVID: make_uuid(),
keys.NAME: u"user name",
keys.EMAIL: u"*****@*****.**",
}
state = {'trusted': False, # True for loading a serialized representation or other trusted sources
keys.NAME: u'somename', # name we decoded from URL path
keys.ACTION: u'SAVE',
keys.HOSTNAME: u'localhost',
keys.ADDRESS: u'127.0.0.1',
keys.WIKINAME: u'ThisWiki',
}
m = UserMetaSchema(meta)
valid = m.validate(state)
assert m[keys.CONTENTTYPE].value == CONTENTTYPE_USER
if not valid:
for e in m.children:
print e.valid, e
print m.valid, m
assert valid
