def test_initialStats(self):
"""
We can't use self.ht1, because it might be contaminated by other tests.
"""
ht1 = HostTracking(self.group1)
s1 = schedulerFactory(ht1.group.lbType, ht1)
stats = ht1.getStats()
self.assertEquals(len(stats['bad'].keys()), 0)
self.assertEquals(sum(stats['openconns'].values()), 0)
self.assertEquals(sum(stats['totals'].values()), 0)
def test_initialStats(self):
"""
We can't use self.ht1, because it might be contaminated by other tests.
"""
ht1 = HostTracking(self.group1)
s1 = schedulerFactory(ht1.group.lbType, ht1)
stats = ht1.getStats()
self.assertEquals(len(stats['bad'].keys()), 0)
self.assertEquals(sum(stats['openconns'].values()), 0)
self.assertEquals(sum(stats['totals'].values()), 0)
def test_deadHostStats(self):
"""
"""
badHost = ('ip1', 3)
time = None
fakeSenderFactory = object()
ht1 = HostTracking(self.group1)
s1 = schedulerFactory(ht1.group.lbType, ht1)
ht1.openconns[fakeSenderFactory] = (time, badHost)
ht1.deadHost(fakeSenderFactory, doLog=False)
stats = ht1.getStats()
self.assertEquals(len(stats['bad'].keys()), 1)
self.assertEquals(sum(stats['openconns'].values()), 0)
self.assertEquals(sum(stats['totals'].values()), 0)
def setUp(self):
"""
"""
group1 = model.ProxyGroup('test_group1', roundr, True)
group1.addHost(model.ProxyHost('goodhost1', 'ip1', 1))
group1.addHost(model.ProxyHost('goodhost2', 'ip1', 2))
group1.addHost(model.ProxyHost('badhost1', 'ip1', 3))
group1.addHost(model.ProxyHost('badhost2', 'ip1', 4))
self.group1 = group1
group2 = model.ProxyGroup('test_group2', leastc, True)
group2.addHost(model.ProxyHost('goodhost3', 'ip1', 5))
group2.addHost(model.ProxyHost('goodhost4', 'ip1', 6))
group2.addHost(model.ProxyHost('badhost3', 'ip1', 7))
group2.addHost(model.ProxyHost('badhost4', 'ip1', 8))
self.group2 = group2
self.ht1 = HostTracking(self.group1)
self.ht2 = HostTracking(self.group2)
self.s1 = schedulerFactory(self.ht1.group.lbType, self.ht1)
self.s2 = schedulerFactory(self.ht2.group.lbType, self.ht2)
def test_deadHostStats(self):
"""
"""
badHost = ('ip1', 3)
time = None
fakeSenderFactory = object()
ht1 = HostTracking(self.group1)
s1 = schedulerFactory(ht1.group.lbType, ht1)
ht1.openconns[fakeSenderFactory] = (time, badHost)
ht1.deadHost(fakeSenderFactory, doLog=False)
stats = ht1.getStats()
self.assertEquals(len(stats['bad'].keys()), 1)
self.assertEquals(sum(stats['openconns'].values()), 0)
self.assertEquals(sum(stats['totals'].values()), 0)
def setUp(self):
"""
"""
group1 = model.ProxyGroup('test_group1', roundr, True)
group1.addHost(model.ProxyHost('goodhost1', 'ip1', 1))
group1.addHost(model.ProxyHost('goodhost2', 'ip1', 2))
group1.addHost(model.ProxyHost('badhost1', 'ip1', 3))
group1.addHost(model.ProxyHost('badhost2', 'ip1', 4))
self.group1 = group1
group2 = model.ProxyGroup('test_group2', leastc, True)
group2.addHost(model.ProxyHost('goodhost3', 'ip1', 5))
group2.addHost(model.ProxyHost('goodhost4', 'ip1', 6))
group2.addHost(model.ProxyHost('badhost3', 'ip1', 7))
group2.addHost(model.ProxyHost('badhost4', 'ip1', 8))
self.group2 = group2
self.ht1 = HostTracking(self.group1)
self.ht2 = HostTracking(self.group2)
self.s1 = schedulerFactory(self.ht1.group.lbType, self.ht1)
self.s2 = schedulerFactory(self.ht2.group.lbType, self.ht2)
class HostTrackingTests(unittest.TestCase):
"""
"""
def setUp(self):
"""
"""
group1 = model.ProxyGroup('test_group1', roundr, True)
group1.addHost(model.ProxyHost('goodhost1', 'ip1', 1))
group1.addHost(model.ProxyHost('goodhost2', 'ip1', 2))
group1.addHost(model.ProxyHost('badhost1', 'ip1', 3))
group1.addHost(model.ProxyHost('badhost2', 'ip1', 4))
self.group1 = group1
group2 = model.ProxyGroup('test_group2', leastc, True)
group2.addHost(model.ProxyHost('goodhost3', 'ip1', 5))
group2.addHost(model.ProxyHost('goodhost4', 'ip1', 6))
group2.addHost(model.ProxyHost('badhost3', 'ip1', 7))
group2.addHost(model.ProxyHost('badhost4', 'ip1', 8))
self.group2 = group2
self.ht1 = HostTracking(self.group1)
self.ht2 = HostTracking(self.group2)
self.s1 = schedulerFactory(self.ht1.group.lbType, self.ht1)
self.s2 = schedulerFactory(self.ht2.group.lbType, self.ht2)
def test_schedulerName(self):
"""
"""
self.assertEquals(self.ht1.group.lbType, self.group1.lbType)
def test_trackerScheduler(self):
"""
"""
self.assertEquals(self.ht1.scheduler, self.s1)
def test_initialHosts(self):
"""
"""
expected = [
'badhost1', 'badhost1', 'badhost2', 'badhost2', 'goodhost1',
'goodhost1', 'goodhost2', 'goodhost2'
]
hostnames = self.ht1.getHostNames().values()
hostnames.sort()
self.assertEquals(hostnames, expected)
expected = [
'ip1:1', 'ip1:2', 'ip1:3', 'ip1:4', ('ip1', 1), ('ip1', 2),
('ip1', 3), ('ip1', 4)
]
hosts = self.ht1.getHostNames().keys()
hosts.sort()
self.assertEquals(hosts, expected)
def test_initialStats(self):
"""
We can't use self.ht1, because it might be contaminated by other tests.
"""
ht1 = HostTracking(self.group1)
s1 = schedulerFactory(ht1.group.lbType, ht1)
stats = ht1.getStats()
self.assertEquals(len(stats['bad'].keys()), 0)
self.assertEquals(sum(stats['openconns'].values()), 0)
self.assertEquals(sum(stats['totals'].values()), 0)
def test_openHostStats(self):
"""
We can't use self.ht1, because it might be contaminated by other tests.
"""
fakeSenderFactory = object()
ht1 = HostTracking(self.group1)
s1 = schedulerFactory(ht1.group.lbType, ht1)
host = ht1.getHost(fakeSenderFactory)
stats = ht1.getStats()
self.assertEquals(len(stats['bad'].keys()), 0)
self.assertEquals(sum(stats['openconns'].values()), 1)
self.assertEquals(sum(stats['totals'].values()), 0)
def test_deadHostStats(self):
"""
"""
badHost = ('ip1', 3)
time = None
fakeSenderFactory = object()
ht1 = HostTracking(self.group1)
s1 = schedulerFactory(ht1.group.lbType, ht1)
ht1.openconns[fakeSenderFactory] = (time, badHost)
ht1.deadHost(fakeSenderFactory, doLog=False)
stats = ht1.getStats()
self.assertEquals(len(stats['bad'].keys()), 1)
self.assertEquals(sum(stats['openconns'].values()), 0)
self.assertEquals(sum(stats['totals'].values()), 0)
def test_getHostRoundRobin(self):
"""
"""
sequence = [self.ht1.getHost(None) for x in xrange(10)]
# compare cycle 1 and 2
self.assertEquals(sequence[0], sequence[4])
self.assertEquals(sequence[1], sequence[5])
self.assertEquals(sequence[2], sequence[6])
self.assertEquals(sequence[3], sequence[7])
# compare cycle 1 and 3
self.assertEquals(sequence[0], sequence[8])
self.assertEquals(sequence[1], sequence[9])
def test_preserveDeadHostStats(self):
"""
"""
time = None
ht1 = HostTracking(self.group1)
s1 = schedulerFactory(ht1.group.lbType, ht1)
# let's cycle through all the hosts twice
fakeSenderFactories = [object() for x in xrange(8)]
sequence = [ht1.getHost(x) for x in fakeSenderFactories]
# check the stats
stats = ht1.getStats()
self.assertEquals(len(stats['bad'].keys()), 0)
self.assertEquals(sum(stats['openconns'].values()), 8)
self.assertEquals(sum(stats['totals'].values()), 0)
# finish them up
[ht1.doneHost(x) for x in fakeSenderFactories]
# check the clenaup stats
stats = ht1.getStats()
self.assertEquals(len(stats['bad'].keys()), 0)
self.assertEquals(sum(stats['openconns'].values()), 0)
self.assertEquals(sum(stats['totals'].values()), 8)
# now let's do a bad host
fakeSenderFactory = object()
host = ht1.getHost(fakeSenderFactory)
stats = ht1.getStats()
# make sure that the bad host is listed in the open connections
self.assertEquals(sum(stats['openconns'].values()), 1)
ht1.openconns[fakeSenderFactory] = (time, host)
ht1.deadHost(fakeSenderFactory, doLog=False)
stats = ht1.getStats()
# make sure that the previous stats for the bad host are not deleted
self.assertEquals(sum(stats['totals'].values()), 8)
def test_preserveDeadHostStats(self):
"""
"""
time = None
ht1 = HostTracking(self.group1)
s1 = schedulerFactory(ht1.group.lbType, ht1)
# let's cycle through all the hosts twice
fakeSenderFactories = [object() for x in xrange(8)]
sequence = [ht1.getHost(x) for x in fakeSenderFactories]
# check the stats
stats = ht1.getStats()
self.assertEquals(len(stats['bad'].keys()), 0)
self.assertEquals(sum(stats['openconns'].values()), 8)
self.assertEquals(sum(stats['totals'].values()), 0)
# finish them up
[ht1.doneHost(x) for x in fakeSenderFactories]
# check the clenaup stats
stats = ht1.getStats()
self.assertEquals(len(stats['bad'].keys()), 0)
self.assertEquals(sum(stats['openconns'].values()), 0)
self.assertEquals(sum(stats['totals'].values()), 8)
# now let's do a bad host
fakeSenderFactory = object()
host = ht1.getHost(fakeSenderFactory)
stats = ht1.getStats()
# make sure that the bad host is listed in the open connections
self.assertEquals(sum(stats['openconns'].values()), 1)
ht1.openconns[fakeSenderFactory] = (time, host)
ht1.deadHost(fakeSenderFactory, doLog=False)
stats = ht1.getStats()
# make sure that the previous stats for the bad host are not deleted
self.assertEquals(sum(stats['totals'].values()), 8)
class HostTrackingTests(unittest.TestCase):
"""
"""
def setUp(self):
"""
"""
group1 = model.ProxyGroup('test_group1', roundr, True)
group1.addHost(model.ProxyHost('goodhost1', 'ip1', 1))
group1.addHost(model.ProxyHost('goodhost2', 'ip1', 2))
group1.addHost(model.ProxyHost('badhost1', 'ip1', 3))
group1.addHost(model.ProxyHost('badhost2', 'ip1', 4))
self.group1 = group1
group2 = model.ProxyGroup('test_group2', leastc, True)
group2.addHost(model.ProxyHost('goodhost3', 'ip1', 5))
group2.addHost(model.ProxyHost('goodhost4', 'ip1', 6))
group2.addHost(model.ProxyHost('badhost3', 'ip1', 7))
group2.addHost(model.ProxyHost('badhost4', 'ip1', 8))
self.group2 = group2
self.ht1 = HostTracking(self.group1)
self.ht2 = HostTracking(self.group2)
self.s1 = schedulerFactory(self.ht1.group.lbType, self.ht1)
self.s2 = schedulerFactory(self.ht2.group.lbType, self.ht2)
def test_schedulerName(self):
"""
"""
self.assertEquals(self.ht1.group.lbType, self.group1.lbType)
def test_trackerScheduler(self):
"""
"""
self.assertEquals(self.ht1.scheduler, self.s1)
def test_initialHosts(self):
"""
"""
expected = [
'badhost1', 'badhost1', 'badhost2', 'badhost2', 'goodhost1',
'goodhost1', 'goodhost2', 'goodhost2']
hostnames = self.ht1.getHostNames().values()
hostnames.sort()
self.assertEquals(hostnames, expected)
expected = [
'ip1:1', 'ip1:2', 'ip1:3', 'ip1:4', ('ip1', 1), ('ip1', 2),
('ip1', 3), ('ip1', 4)]
hosts = self.ht1.getHostNames().keys()
hosts.sort()
self.assertEquals(hosts, expected)
def test_initialStats(self):
"""
We can't use self.ht1, because it might be contaminated by other tests.
"""
ht1 = HostTracking(self.group1)
s1 = schedulerFactory(ht1.group.lbType, ht1)
stats = ht1.getStats()
self.assertEquals(len(stats['bad'].keys()), 0)
self.assertEquals(sum(stats['openconns'].values()), 0)
self.assertEquals(sum(stats['totals'].values()), 0)
def test_openHostStats(self):
"""
We can't use self.ht1, because it might be contaminated by other tests.
"""
fakeSenderFactory = object()
ht1 = HostTracking(self.group1)
s1 = schedulerFactory(ht1.group.lbType, ht1)
host = ht1.getHost(fakeSenderFactory)
stats = ht1.getStats()
self.assertEquals(len(stats['bad'].keys()), 0)
self.assertEquals(sum(stats['openconns'].values()), 1)
self.assertEquals(sum(stats['totals'].values()), 0)
def test_deadHostStats(self):
"""
"""
badHost = ('ip1', 3)
time = None
fakeSenderFactory = object()
ht1 = HostTracking(self.group1)
s1 = schedulerFactory(ht1.group.lbType, ht1)
ht1.openconns[fakeSenderFactory] = (time, badHost)
ht1.deadHost(fakeSenderFactory, doLog=False)
stats = ht1.getStats()
self.assertEquals(len(stats['bad'].keys()), 1)
self.assertEquals(sum(stats['openconns'].values()), 0)
self.assertEquals(sum(stats['totals'].values()), 0)
def test_getHostRoundRobin(self):
"""
"""
sequence = [self.ht1.getHost(None) for x in xrange(10)]
# compare cycle 1 and 2
self.assertEquals(sequence[0], sequence[4])
self.assertEquals(sequence[1], sequence[5])
self.assertEquals(sequence[2], sequence[6])
self.assertEquals(sequence[3], sequence[7])
# compare cycle 1 and 3
self.assertEquals(sequence[0], sequence[8])
self.assertEquals(sequence[1], sequence[9])
def test_preserveDeadHostStats(self):
"""
"""
time = None
ht1 = HostTracking(self.group1)
s1 = schedulerFactory(ht1.group.lbType, ht1)
# let's cycle through all the hosts twice
fakeSenderFactories = [object() for x in xrange(8)]
sequence = [ht1.getHost(x) for x in fakeSenderFactories]
# check the stats
stats = ht1.getStats()
self.assertEquals(len(stats['bad'].keys()), 0)
self.assertEquals(sum(stats['openconns'].values()), 8)
self.assertEquals(sum(stats['totals'].values()), 0)
# finish them up
[ht1.doneHost(x) for x in fakeSenderFactories]
# check the clenaup stats
stats = ht1.getStats()
self.assertEquals(len(stats['bad'].keys()), 0)
self.assertEquals(sum(stats['openconns'].values()), 0)
self.assertEquals(sum(stats['totals'].values()), 8)
# now let's do a bad host
fakeSenderFactory = object()
host = ht1.getHost(fakeSenderFactory)
stats = ht1.getStats()
# make sure that the bad host is listed in the open connections
self.assertEquals(sum(stats['openconns'].values()), 1)
ht1.openconns[fakeSenderFactory] = (time, host)
ht1.deadHost(fakeSenderFactory, doLog=False)
stats = ht1.getStats()
# make sure that the previous stats for the bad host are not deleted
self.assertEquals(sum(stats['totals'].values()), 8)
def test_preserveDeadHostStats(self):
"""
"""
time = None
ht1 = HostTracking(self.group1)
s1 = schedulerFactory(ht1.group.lbType, ht1)
# let's cycle through all the hosts twice
fakeSenderFactories = [object() for x in xrange(8)]
sequence = [ht1.getHost(x) for x in fakeSenderFactories]
# check the stats
stats = ht1.getStats()
self.assertEquals(len(stats['bad'].keys()), 0)
self.assertEquals(sum(stats['openconns'].values()), 8)
self.assertEquals(sum(stats['totals'].values()), 0)
# finish them up
[ht1.doneHost(x) for x in fakeSenderFactories]
# check the clenaup stats
stats = ht1.getStats()
self.assertEquals(len(stats['bad'].keys()), 0)
self.assertEquals(sum(stats['openconns'].values()), 0)
self.assertEquals(sum(stats['totals'].values()), 8)
# now let's do a bad host
fakeSenderFactory = object()
host = ht1.getHost(fakeSenderFactory)
stats = ht1.getStats()
# make sure that the bad host is listed in the open connections
self.assertEquals(sum(stats['openconns'].values()), 1)
ht1.openconns[fakeSenderFactory] = (time, host)
ht1.deadHost(fakeSenderFactory, doLog=False)
stats = ht1.getStats()
# make sure that the previous stats for the bad host are not deleted
self.assertEquals(sum(stats['totals'].values()), 8)