def test_cloning(self):
"""
Make sure cloning works
"""
msg = NotificationMessage(payload={'foo': 'bar'})
clone = NotificationMessage.clone(msg)
self.assertEqual(msg, clone)
# now change the cloned payload and assert that the original one
# did not change
clone.payload['foo'] = 'changed'
self.assertEqual(msg.payload['foo'], 'bar')
self.assertEqual(clone.payload['foo'], 'changed')
def test_cloning(self):
"""
Make sure cloning works
"""
msg = NotificationMessage(
payload={'foo': 'bar'}
)
clone = NotificationMessage.clone(msg)
self.assertEqual(msg, clone)
# now change the cloned payload and assert that the original one
# did not change
clone.payload['foo'] = 'changed'
self.assertEqual(msg.payload['foo'], 'bar')
self.assertEqual(clone.payload['foo'], 'changed')
def _get_linked_resolved_msg(self, msg):
"""
This helper will attempt to resolve all
links that are present in the message
resolve any links that may need conversion into URL paths
This uses a subdict named "_resolve_links" in the msg.resolve_links
field:
resolve_links = {
"_resolve_links": {
"_click_link": {
"param1": "val1",
"param2": "param2"
},
:
},
:
}
This above will try to resolve the URL for the link named "_click_link" (for
example, when a user clicks on a notification, the should go to that URL), with the
URL parameters "param1"="val1" and "param2"="val2", and put that link name back in
the main payload dictionary as "_click_link"
"""
if msg.resolve_links:
for link_name, link_params in six.iteritems(msg.resolve_links):
resolved_link = self.resolve_msg_link(msg, link_name,
link_params)
if resolved_link:
# copy the msg because we are going to alter it and we don't want to affect
# the passed in version
msg = NotificationMessage.clone(msg)
# if we could resolve, then store the resolved link in the payload itself
msg.payload[link_name] = resolved_link
# return the msg which could be a clone of the original one
return msg
def _get_linked_resolved_msg(self, msg):
"""
This helper will attempt to resolve all
links that are present in the message
resolve any links that may need conversion into URL paths
This uses a subdict named "_resolve_links" in the msg.resolve_links
field:
resolve_links = {
"_resolve_links": {
"_click_link": {
"param1": "val1",
"param2": "param2"
},
:
},
:
}
This above will try to resolve the URL for the link named "_click_link" (for
example, when a user clicks on a notification, the should go to that URL), with the
URL parameters "param1"="val1" and "param2"="val2", and put that link name back in
the main payload dictionary as "_click_link"
"""
if msg.resolve_links:
for link_name, link_params in msg.resolve_links.iteritems():
resolved_link = self.resolve_msg_link(msg, link_name,
link_params)
if resolved_link:
# copy the msg because we are going to alter it and we don't want to affect
# the passed in version
msg = NotificationMessage.clone(msg)
# if we could resolve, then store the resolved link in the payload itself
msg.payload[link_name] = resolved_link
# return the msg which could be a clone of the original one
return msg
