def test_getManagedDevice(self):
self._loadZenossData()
host_device1 = self.dmd.Devices.createInstance('host_device1')
host_device1.setManageIp('10.208.37.11')
host_device1.setPerformanceMonitor('localhost')
host_device2 = self.dmd.Devices.createInstance('host_device2')
host_device2.setManageIp('12.34.56.78')
host_device2.setPerformanceMonitor('localhost')
from Products.ZenModel.IpInterface import manage_addIpInterface
manage_addIpInterface(host_device2.os.interfaces, 'eth0', False)
eth0 = host_device2.os.interfaces._getOb('eth0')
eth0.setIpAddresses(['10.208.37.12/24'])
zone = self.d.zones._getOb('zone1')
pod = zone.pods._getOb('pod1')
cluster = pod.clusters._getOb('cluster1')
# Test finding host device by manageIp.
info1 = IInfo(cluster.hosts._getOb('host1'))
self.assertEquals(info1.managed_device.id, 'host_device1')
# Test finding host by interface IP.
info2 = IInfo(cluster.hosts._getOb('host5'))
self.assertEquals(info2.managed_device.id, 'host_device2')
def getZenPackInfos(self, zenpacks=None):
zpInfo = {}
for zenpack in self._dmd.ZenPackManager.packs():
if zenpacks is None:
zpInfo[zenpack.id] = IInfo(zenpack)
elif zenpack.id in zenpacks:
zpInfo[zenpack.id] = IInfo(zenpack)
return zpInfo
def talesEval(express, context, extra=None):
"""Perform a TALES eval on the express using context.
"""
try:
compiled = talesCompile(express)
except Exception as e:
compiled = talesCompile("string:%s" % express)
contextDict = {
'context': context,
'here': context,
'nothing': None,
'now': DateTime(),
}
if isinstance(extra, dict):
contextDict.update(extra)
try:
contextDict['info'] = IInfo(context)
except TypeError:
pass
try:
res = compiled(getEngine().getContext(contextDict))
except Exception, e:
msg = "Error when processing tales expression %s on context %s : Exception Class %s Message: %s" % (
express, context, type(e), e)
raise InvalidTalesException(msg)
def testHost(self):
self._loadZenossData()
zone = self.d.zones._getOb('zone1')
pod = zone.pods._getOb('pod1')
cluster = pod.clusters._getOb('cluster1')
host = cluster.hosts._getOb('host1')
self.assertEquals(host.device().id, 'zenoss.CloudStack.testDevice')
info = IInfo(host)
self.assertEquals(info.entity['name'], 'demo5-xen')
self.assertEquals(info.icon, CLOUDSTACK_ICON)
self.assertEquals(info.cloudstack_id, 1)
self.assertEquals(info.allocation_state, 'Enabled')
self.assertEquals(info.host_type, 'Routing')
self.assertEquals(info.hypervisor, 'XenServer')
self.assertEquals(info.host_version, '2.2.13.20111117191758')
self.assertEquals(info.capabilities, 'xen-3.0-x86_64 , xen-3.0-x86_32p , hvm-3.0-x86_32 , hvm-3.0-x86_32p , hvm-3.0-x86_64')
self.assertEquals(info.host_state, 'Up')
self.assertEquals(info.created, '2011-10-17T21:19:45-0700')
self.assertEquals(info.host_tags, '')
self.assertEquals(info.ip_address, '10.208.37.11')
self.assertEquals(info.host_events, 'ShutdownRequested; AgentDisconnected; AgentConnected; HypervisorVersionChanged; PrepareUnmanaged; HostDown; PingTimeout; ManagementServerDown; StartAgentRebalance; Ping; MaintenanceRequested')
self.assertEquals(info.local_storage_active, False)
self.assertEquals(info.management_server_id, 257544418526661)
self.assertEquals(info.zone.id, 'zone1')
self.assertEquals(info.pod.id, 'pod1')
self.assertEquals(info.cluster.id, 'cluster1')
def testCloud(self):
self._loadZenossData()
info = IInfo(self.d)
self.assertEquals(info.zone_count, 1)
self.assertEquals(info.pod_count, 2)
self.assertEquals(info.cluster_count, 2)
self.assertEquals(info.host_count, 6)
def _getPasswordFields(self, obj):
"""
Return fields for obj if it has xtype and it is password.
"""
fields = IFormBuilder(IInfo(obj)).fields()
return [
field for field in fields if fields[field].get('xtype', None)
and fields[field].get('xtype') == 'password'
]
def testRabbitMQNode(self):
self._loadZenossData()
self.assertEquals(self.d.rabbitmq_nodes.countObjects(), 1)
info = IInfo(self.d.rabbitmq_nodes()[0])
self.assertEquals(info.vhostCount, 2)
self.assertEquals(info.exchangeCount, 23)
self.assertEquals(info.queueCount, 11)
def testRabbitMQVHost(self):
self._loadZenossData()
node = self.d.rabbitmq_nodes()[0]
self.assertEquals(node.rabbitmq_vhosts.countObjects(), 2)
info = IInfo(node.rabbitmq_vhosts._getOb('-'))
self.assertEquals(info.rabbitmq_node.name, 'rabbit@dev1')
self.assertEquals(info.exchangeCount, 7)
self.assertEquals(info.queueCount, 0)
def testRabbitMQExchange(self):
self._loadZenossData()
node = self.d.rabbitmq_nodes()[0]
vhost = node.rabbitmq_vhosts._getOb('-')
exchange = vhost.rabbitmq_exchanges._getOb('amq.default')
info = IInfo(exchange)
self.assertEquals(info.rabbitmq_node.name, 'rabbit@dev1')
self.assertEquals(info.rabbitmq_vhost.name, '/')
self.assertEquals(info.exchange_type, 'direct')
self.assertTrue(info.durable is True)
self.assertTrue(info.auto_delete is False)
self.assertEquals(info.arguments, '[]')
def testRabbitMQQueue(self):
self._loadZenossData()
node = self.d.rabbitmq_nodes()[0]
vhost = node.rabbitmq_vhosts._getOb('zenoss')
queue = vhost.rabbitmq_queues._getOb('zenoss.queues.zep.zenevents')
self.assertEquals(queue.rabbitmq_node_name, 'rabbit@dev1')
self.assertEquals(queue.rabbitmq_vhost_name, '/zenoss')
info = IInfo(queue)
self.assertEquals(info.rabbitmq_node.name, 'rabbit@dev1')
self.assertEquals(info.rabbitmq_vhost.name, '/zenoss')
self.assertTrue(info.durable is True)
self.assertTrue(info.auto_delete is False)
self.assertEquals(info.arguments, '[]')
def testPod(self):
self._loadZenossData()
zone = self.d.zones._getOb('zone1')
pod = zone.pods._getOb('pod1')
self.assertEquals(pod.device().id, 'zenoss.CloudStack.testDevice')
info = IInfo(pod)
self.assertEquals(info.entity['name'], 'Pod-A')
self.assertEquals(info.icon, CLOUDSTACK_ICON)
self.assertEquals(info.cloudstack_id, 1)
self.assertEquals(info.allocation_state, 'Enabled')
self.assertEquals(info.ip_range, '10.208.37.100 - 10.208.37.120')
self.assertEquals(info.netmask, '255.255.255.128')
self.assertEquals(info.gateway, '10.208.37.1')
self.assertEquals(info.zone.id, 'zone1')
self.assertEquals(info.cluster_count, 1)
self.assertEquals(info.host_count, 3)
def testCluster(self):
self._loadZenossData()
zone = self.d.zones._getOb('zone1')
pod = zone.pods._getOb('pod1')
cluster = pod.clusters._getOb('cluster1')
self.assertEquals(cluster.device().id, 'zenoss.CloudStack.testDevice')
info = IInfo(cluster)
self.assertEquals(info.entity['name'], 'XenCluster1-D5')
self.assertEquals(info.icon, CLOUDSTACK_ICON)
self.assertEquals(info.cloudstack_id, 1)
self.assertEquals(info.allocation_state, 'Enabled')
self.assertEquals(info.cluster_type, 'CloudManaged')
self.assertEquals(info.hypervisor_type, 'XenServer')
self.assertEquals(info.managed_state, 'Managed')
self.assertEquals(info.zone.id, 'zone1')
self.assertEquals(info.pod.id, 'pod1')
self.assertEquals(info.host_count, 3)
def testZone(self):
self._loadZenossData()
zone = self.d.zones._getOb('zone1')
self.assertEquals(zone.device().id, 'zenoss.CloudStack.testDevice')
info = IInfo(zone)
self.assertEquals(info.entity['name'], 'Demo5')
self.assertEquals(info.icon, CLOUDSTACK_ICON)
self.assertEquals(info.cloudstack_id, 1)
self.assertEquals(info.allocation_state, 'Enabled')
self.assertEquals(info.guest_cidr_address, '10.1.1.0/24')
self.assertEquals(info.dhcp_provider, 'VirtualRouter')
self.assertEquals(info.public_dns, '72.52.126.11, ')
self.assertEquals(info.internal_dns, '72.52.126.12, 72.52.126.12')
self.assertEquals(info.network_type, 'Advanced')
self.assertEquals(info.security_groups_enabled, False)
self.assertEquals(info.vlan, '1000-1200')
self.assertEquals(info.zone_token, 'f0c6542e-7a1a-39b3-8c92-1a1c67cede0b')
self.assertEquals(info.pod_count, 2)
self.assertEquals(info.cluster_count, 2)
self.assertEquals(info.host_count, 6)
