def test_neuron_usepki_basics(self):
net = self.initNeuNet(usepki=True)
net.neu3.share('foo',FooBar())
dend = s_neuron.openlink(net.link0)
path = '%s/foo' % (net.neu3.iden,)
prox = dend.open(path)
task = ('foo',(30,),{})
job = dend.call( net.neu3.iden, 'foo', task )
self.assertIsNotNone(job)
self.assertEqual( dend.sync(job), 50)
self.assertEqual( prox.foo(11), 31 )
data = {}
def ondone(j):
data['ret'] = s_async.jobret(j)
job = prox.foo(12, ondone=ondone)
self.assertEqual( dend.sync(job), 32 )
self.assertEqual( data.get('ret'), 32 )
self.finiNeuNet(net)
def newp_dendrite_share(self):
net = self.initNeuNet()
dend0 = s_neuron.openlink(net.link0)
dend3 = s_neuron.openlink(net.link3)
w0 = self.getTestWait(net.neu0, 2, 'neu:dend:init')
dend3.share('foobar0', FooBar(), tags=('foo.bar.0',))
dend3.share('foobar1', FooBar(), tags=('foo.bar.1',))
w0.wait()
self.assertIsNotNone( dend0.getDendByIden('foobar0') )
self.assertIsNotNone( dend0.getDendByIden('foobar1') )
bytag = dend0.getDendsByTag('foo.bar')
self.assertEqual( len(bytag), 2 )
bytag = dend0.getDendsByTag('foo.bar.0')
self.assertEqual( len(bytag), 1 )
def newp_neuron_ping(self):
net = self.initNeuNet()
dend = s_neuron.openlink(net.link0)
path = '%s/neuron' % (net.neu2.iden,)
prox1 = dend.open(path)
pong = prox1.ping()
self.assertIsNotNone(pong)
self.assertEqual( pong.get('iden'), net.neu2.iden )
self.finiNeuNet(net)
