def do_simple_topic_test(self, pattern, name, properties={}, autodeleted=True):
mgmt = self.create_connection("amqp0-10", True)
agent = Mgmt(mgmt)
agent.create("TopicPolicy", pattern, properties)
try:
snd = self.ssn.sender(name)
rcv1 = self.ssn.receiver(name)
rcv2 = self.ssn.receiver(name)
msgs = [Message(content=s, subject=s) for s in ["a", "b", "c", "d"]]
for m in msgs:
snd.send(m)
for rcv in [rcv1, rcv2]:
for expected in msgs:
msg = rcv.fetch(0)
assert msg.content == expected.content, (msg.content, expected.content)
self.ssn.acknowledge()
rcv1.close()
rcv2.close()
snd.close()
matched = [e for e in agent.list("Exchange") if e["name"] == name]
if autodeleted:
# ensure that exchange is no longer there (as it is now unused)
assert len(matched) == 0, matched
else:
# ensure that exchange has not been autodeleted in spite of being unused
assert len(matched) == 1, matched
finally:
agent.delete("TopicPolicy", pattern)
mgmt.close()
def do_simple_queue_test(self, pattern, name, properties={}, autodeleted=True):
mgmt = self.create_connection("amqp0-10", True)
agent = Mgmt(mgmt)
agent.create("QueuePolicy", pattern, properties)
try:
snd = self.ssn.sender(name)
msgs = [Message(content=s, subject=s) for s in ["a", "b", "c", "d"]]
for m in msgs:
snd.send(m)
snd.close()
for expected in msgs:
rcv = self.ssn.receiver(name)
msg = rcv.fetch(0)
assert msg.content == expected.content, (msg.content, expected.content)
self.ssn.acknowledge()
rcv.close() # close after each message to ensure queue isn't deleted with messages in it
self.ssn.close()
self.conn.close()
matched = [q for q in agent.list("Queue") if q["name"] == name]
if autodeleted:
# ensure that queue is no longer there (as empty and unused)
assert len(matched) == 0, matched
else:
# ensure that queue is still there though empty and unused
assert len(matched) == 1, matched
finally:
agent.delete("QueuePolicy", pattern)
mgmt.close()
def do_simple_topic_test(self,
pattern,
name,
properties={},
autodeleted=True):
mgmt = self.create_connection("amqp0-10", True)
agent = Mgmt(mgmt)
agent.create('TopicPolicy', pattern, properties)
try:
snd = self.ssn.sender(name)
rcv1 = self.ssn.receiver(name)
rcv2 = self.ssn.receiver(name)
msgs = [
Message(content=s, subject=s) for s in ['a', 'b', 'c', 'd']
]
for m in msgs:
snd.send(m)
for rcv in [rcv1, rcv2]:
for expected in msgs:
msg = rcv.fetch(0)
assert msg.content == expected.content, (msg.content,
expected.content)
self.ssn.acknowledge()
rcv1.close()
rcv2.close()
snd.close()
matched = [e for e in agent.list("Exchange") if e['name'] == name]
if autodeleted:
# ensure that exchange is no longer there (as it is now unused)
assert len(matched) == 0, (matched)
else:
# ensure that exchange has not been autodeleted in spite of being unused
assert len(matched) == 1, (matched)
finally:
agent.delete('TopicPolicy', pattern)
mgmt.close()
def do_simple_queue_test(self,
pattern,
name,
properties={},
autodeleted=True):
mgmt = self.create_connection("amqp0-10", True)
agent = Mgmt(mgmt)
agent.create('QueuePolicy', pattern, properties)
try:
snd = self.ssn.sender(name)
msgs = [
Message(content=s, subject=s) for s in ['a', 'b', 'c', 'd']
]
for m in msgs:
snd.send(m)
snd.close()
for expected in msgs:
rcv = self.ssn.receiver(name)
msg = rcv.fetch(0)
assert msg.content == expected.content, (msg.content,
expected.content)
self.ssn.acknowledge()
rcv.close(
) #close after each message to ensure queue isn't deleted with messages in it
self.ssn.close()
self.conn.close()
matched = [q for q in agent.list("Queue") if q['name'] == name]
if autodeleted:
# ensure that queue is no longer there (as empty and unused)
assert len(matched) == 0, (matched)
else:
# ensure that queue is still there though empty and unused
assert len(matched) == 1, (matched)
finally:
agent.delete('QueuePolicy', pattern)
mgmt.close()
def test_mgmt(self):
mgmt = self.create_connection("amqp0-10", True)
agent = Mgmt(mgmt)
agent.create("QueuePolicy", "queue-*")
agent.create("QueuePolicy", "alt.queue.*")
agent.create("TopicPolicy", "topic-*")
try:
queues = [q["name"] for q in agent.list("QueuePolicy")]
topics = [t["name"] for t in agent.list("TopicPolicy")]
assert "queue-*" in queues, queues
assert "alt.queue.*" in queues, queues
try:
agent.delete("TopicPolicy", "queue-*")
assert False, "Deletion of policy using wrong type should fail"
except:
None
finally:
agent.delete("QueuePolicy", "queue-*")
agent.delete("QueuePolicy", "alt.queue.*")
agent.delete("TopicPolicy", "topic-*")
mgmt.close()
def test_mgmt(self):
mgmt = self.create_connection("amqp0-10", True)
agent = Mgmt(mgmt)
agent.create('QueuePolicy', 'queue-*')
agent.create('QueuePolicy', 'alt.queue.*')
agent.create('TopicPolicy', 'topic-*')
try:
queues = [q['name'] for q in agent.list("QueuePolicy")]
topics = [t['name'] for t in agent.list("TopicPolicy")]
assert 'queue-*' in queues, (queues)
assert 'alt.queue.*' in queues, (queues)
try:
agent.delete('TopicPolicy', 'queue-*')
assert False, (
'Deletion of policy using wrong type should fail')
except:
None
finally:
agent.delete('QueuePolicy', 'queue-*')
agent.delete('QueuePolicy', 'alt.queue.*')
agent.delete('TopicPolicy', 'topic-*')
mgmt.close()
class AclCtrl(object):
def __init__(self, broker, path):
self.policy = path
self.original = self.read()
conn = Connection.establish(broker, protocol='amqp0-10', username='******', password='******', sasl_mechanism='PLAIN')
self.agent = Mgmt(conn)
self.agent.create('queue', 'acl_test_queue')
self.lines = []
def deny(self, user=None, *args):
self._add_rule('deny', user, *args)
return self
def allow(self, user=None, *args):
self._add_rule('allow', user, *args)
return self
def apply(self, allow_admin=True):
if allow_admin:
# admin users needs permission to send a qmf message to
# reload policy
self.lines.insert(0, 'acl allow admin@QPID all all')
self.specify("\n".join(self.lines))
return self
def dump(self):
print "\n".join(self.lines)
return self
def clear(self):
self.lines = []
return self
def _add_rule(self, deny_or_allow, user=None, *args):
elements = ['acl', deny_or_allow]
if user:
elements.append("%s@QPID" % user)
else:
elements.append('all')
if len(args) > 0:
for a in args:
elements.append(a)
else:
elements.append('all')
self.lines.append(' '.join(elements))
def read(self):
f = open(self.policy,'r')
content = f.read()
f.close()
return content
def specify(self, acl):
f = open(self.policy,'w')
f.write(acl)
f.close()
self.agent.reload_acl_file()
def restore(self):
self.agent.delete('queue', 'acl_test_queue')
self.specify(self.original)
self.agent.close()
class AclCtrl(object):
def __init__(self, broker, path):
self.policy = path
self.original = self.read()
conn = Connection.establish(broker,
protocol='amqp0-10',
username='******',
password='******',
sasl_mechanism='PLAIN')
self.agent = Mgmt(conn)
self.agent.create('queue', 'acl_test_queue')
self.lines = []
def deny(self, user=None, *args):
self._add_rule('deny', user, *args)
return self
def allow(self, user=None, *args):
self._add_rule('allow', user, *args)
return self
def apply(self, allow_admin=True):
if allow_admin:
# admin users needs permission to send a qmf message to
# reload policy
self.lines.insert(0, 'acl allow admin@QPID all all')
self.specify("\n".join(self.lines))
return self
def dump(self):
print "\n".join(self.lines)
return self
def clear(self):
self.lines = []
return self
def _add_rule(self, deny_or_allow, user=None, *args):
elements = ['acl', deny_or_allow]
if user:
elements.append("%s@QPID" % user)
else:
elements.append('all')
if len(args) > 0:
for a in args:
elements.append(a)
else:
elements.append('all')
self.lines.append(' '.join(elements))
def read(self):
f = open(self.policy, 'r')
content = f.read()
f.close()
return content
def specify(self, acl):
f = open(self.policy, 'w')
f.write(acl)
f.close()
self.agent.reload_acl_file()
def restore(self):
self.agent.delete('queue', 'acl_test_queue')
self.specify(self.original)
self.agent.close()