def test_register(self):
def t(e):
pass
k = 'test:1'
ZVent.register(k, t)
assert ZVent.MAP.has_key(k)
assert len(ZVent.MAP[k]) == 1
assert ZVent.MAP[k][0] == t
def test_register(self):
def t(e):
pass
k = 'test:1'
ZVent.register(k, t)
assert ZVent.MAP.has_key(k)
assert len(ZVent.MAP[k]) == 1
assert ZVent.MAP[k][0] == t
def test_publish(self):
def t(e):
data['foo'] = 'bar'
data = {'foo': 'foo'}
k = 'test:2'
ZVent.register(k, t)
ze = ZVent(ztype=k, data=data)
ZVent.publish(ze)
assert data['foo'] == 'bar'
def test_publish(self):
def t(e):
data['foo'] = 'bar'
data = {'foo':'foo'}
k = 'test:2'
ZVent.register(k, t)
ze = ZVent(ztype=k, data=data)
ZVent.publish(ze)
assert data['foo'] == 'bar'
The user event handlers are implemented on the class so
we don't really need much to see here. Basically we need to
do 3 steps:
* First load the User object so that it is the current state
* Save the event to the datastore
* Apply it to update the current state
"""
u = User()
u.load(e.data['id'])
u.save(e)
u.apply(e)
# Maps the all events that the User class is handling
for k in User.apply_map.keys():
ZVent.register(k, handle_user_event)
class Message(Storage):
namespace = 'message' # Base directory could be bucket or table name
def __init__(self):
Storage.__init__(self)
self.id = None
self.user_id = None
self.text = None
self.deleted = None
def new(self, e):
self.id = e.data['id']
"""
The user event handlers are implemented on the class so
we don't really need much to see here. Basically we need to
do 3 steps:
* First load the User object so that it is the current state
* Save the event to the datastore
* Apply it to update the current state
"""
u = User()
u.load(e.data['id'])
u.save(e)
u.apply(e)
# Maps the all events that the User class is handling
for k in User.apply_map.keys():
ZVent.register(k, handle_user_event)
class Message(Storage):
namespace = 'message' # Base directory could be bucket or table name
def __init__(self):
Storage.__init__(self)
self.id = None
self.user_id = None
self.text = None
self.deleted = None
