def test_redhawkutils_DeviceLists(self):
"""
Tests the operation of the device list attributes (allDevices,
authorizedDevices, localDevices).
"""
# Keep adding nodes and testing the device lists to ensure that the
# state is up-to-date
devCount = 0
for node in ('test_collocation_good_node', 'test_SADUsesDevice', 'test_MultipleExecutableDevice_node'):
nb, devMgr = self.launchDeviceManager('/nodes/'+node+'/DeviceManager.dcd.xml')
# Collect the complete set of device IDs, making sure new devices
# are added every time through the loop
devices = allocMgrHelpers.parseDomainDevices(self._domMgr)
self.assert_(len(devices) > devCount)
devCount = len(devices)
# Make sure localDevices matches our known state
localDevices = allocMgrHelpers.parseDeviceLocations( self.am.localDevices )
self.assertEqual(devices, localDevices)
# No policy is applied in default implementation, so authorized devices
# should be the complete set of local devices
authDevices = allocMgrHelpers.parseDeviceLocations( self.am.authorizedDevices )
self.assertEqual(devices, authDevices)
# Make sure allDevices matches our known state; since there are no
# remote domains, it should be the same as localDevices
allDevices = allocMgrHelpers.parseDeviceLocations( self.am.allDevices)
self.assertEqual(devices, allDevices)
def test_redhawkutils_DeviceLists(self):
"""
Tests the operation of the device list attributes (allDevices,
authorizedDevices, localDevices).
"""
# Keep adding nodes and testing the device lists to ensure that the
# state is up-to-date
devCount = 0
for node in ('test_collocation_good_node', 'test_SADUsesDevice',
'test_MultipleExecutableDevice_node'):
nb, devMgr = self.launchDeviceManager('/nodes/' + node +
'/DeviceManager.dcd.xml')
# Collect the complete set of device IDs, making sure new devices
# are added every time through the loop
devices = allocMgrHelpers.parseDomainDevices(self._domMgr)
self.assert_(len(devices) > devCount)
devCount = len(devices)
# Make sure localDevices matches our known state
localDevices = allocMgrHelpers.parseDeviceLocations(
self.am.localDevices)
self.assertEqual(devices, localDevices)
# No policy is applied in default implementation, so authorized devices
# should be the complete set of local devices
authDevices = allocMgrHelpers.parseDeviceLocations(
self.am.authorizedDevices)
self.assertEqual(devices, authDevices)
# Make sure allDevices matches our known state; since there are no
# remote domains, it should be the same as localDevices
allDevices = allocMgrHelpers.parseDeviceLocations(
self.am.allDevices)
self.assertEqual(devices, allDevices)
def test_DeviceIterators(self):
"""
Tests the operation of the device list iterators.
"""
nb, devMgr = self.launchDeviceManager('/nodes/test_MultipleExecutableDevice_node/DeviceManager.dcd.xml')
devices = allocMgrHelpers.parseDomainDevices(self._domMgr)
# First, try to list more devices than there are in the system, to make
# sure no iterator is returned
devlist, deviter = self._allocMgr.listDevices(CF.AllocationManager.LOCAL_DEVICES, 10)
self.assertEqual(allocMgrHelpers.parseDeviceLocations(devlist), devices)
self.assertEqual(deviter, None)
# Next, start with fewer devices and fetch one-by-one via the iterator
devlist, deviter = self._allocMgr.listDevices(CF.AllocationManager.LOCAL_DEVICES, 1)
self.assertEqual(len(devlist), 1)
self.assertNotEqual(deviter, None)
try:
# There has to be at least one more device
status, item = deviter.next_one()
self.assertTrue(status)
self.assertNotEqual(item, None)
devlist.append(item)
# Fetch the remainder
while status:
status, item = deviter.next_one()
if status:
devlist.append(item)
finally:
deviter.destroy()
# Check the resulting list
self.assertEqual(allocMgrHelpers.parseDeviceLocations(devlist), devices)
# Then try fetching by a higher count
devlist, deviter = self._allocMgr.listDevices(CF.AllocationManager.LOCAL_DEVICES, 1)
self.assertEqual(len(devlist), 1)
self.assertNotEqual(deviter, None)
try:
# Try to fetch 2 more, which ought to succeed in full
status, items = deviter.next_n(2)
self.assertTrue(status)
self.assertEqual(len(items), 2)
devlist.extend(items)
# Try 2 more, which should return only 1
status, items = deviter.next_n(2)
self.assertTrue(status)
self.assertEqual(len(items), 1)
devlist.extend(items)
# Finally, the next fetch should fail
status, items = deviter.next_n(2)
self.assertFalse(status)
self.assertEqual(len(items), 0)
finally:
deviter.destroy()
# Check the resulting list
self.assertEqual(allocMgrHelpers.parseDeviceLocations(devlist), devices)
def test_DeviceIterators(self):
"""
Tests the operation of the device list iterators.
"""
nb, devMgr = self.launchDeviceManager('/nodes/test_MultipleExecutableDevice_node/DeviceManager.dcd.xml')
devices = allocMgrHelpers.parseDomainDevices(self._domMgr)
# First, try to list more devices than there are in the system, to make
# sure no iterator is returned
devlist, deviter = self._allocMgr.listDevices(CF.AllocationManager.LOCAL_DEVICES, 10)
self.assertEqual(allocMgrHelpers.parseDeviceLocations(devlist), devices)
self.assertEqual(deviter, None)
# Next, start with fewer devices and fetch one-by-one via the iterator
devlist, deviter = self._allocMgr.listDevices(CF.AllocationManager.LOCAL_DEVICES, 1)
self.assertEqual(len(devlist), 1)
self.assertNotEqual(deviter, None)
try:
# There has to be at least one more device
status, item = deviter.next_one()
self.assertTrue(status)
self.assertNotEqual(item, None)
devlist.append(item)
# Fetch the remainder
while status:
status, item = deviter.next_one()
if status:
devlist.append(item)
finally:
deviter.destroy()
# Check the resulting list
self.assertEqual(allocMgrHelpers.parseDeviceLocations(devlist), devices)
# Then try fetching by a higher count
devlist, deviter = self._allocMgr.listDevices(CF.AllocationManager.LOCAL_DEVICES, 1)
self.assertEqual(len(devlist), 1)
self.assertNotEqual(deviter, None)
try:
# Try to fetch 2 more, which ought to succeed in full
status, items = deviter.next_n(2)
self.assertTrue(status)
self.assertEqual(len(items), 2)
devlist.extend(items)
# Try 2 more, which should return only 1
status, items = deviter.next_n(2)
self.assertTrue(status)
self.assertEqual(len(items), 1)
devlist.extend(items)
# Finally, the next fetch should fail
status, items = deviter.next_n(2)
self.assertFalse(status)
self.assertEqual(len(items), 0)
finally:
deviter.destroy()
# Check the resulting list
self.assertEqual(allocMgrHelpers.parseDeviceLocations(devlist), devices)
def test_AllocationManagerDevices(self):
"""
Test to verify that AllocationManagers report the correct devices for
both localDevices() and allDevices().
"""
nb1, execDevNode1 = self.launchDeviceManager(
"/nodes/test_multiDomain_exec/DeviceManager.dcd.xml",
domainManager=self._domainManager_1)
self.assertNotEqual(execDevNode1, None)
nb2, basicDevNode1 = self.launchDeviceManager(
"/nodes/test_multiDomain_uses/DeviceManager.dcd.xml",
domainManager=self._domainManager_2)
self.assertNotEqual(basicDevNode1, None)
# Retrieve the full list of devices in each domain
devices_1 = allocMgrHelpers.parseDomainDevices(self._domainManager_1)
devices_2 = allocMgrHelpers.parseDomainDevices(self._domainManager_2)
# Combine both domains' devices
devices = {}
devices.update(devices_1)
devices.update(devices_2)
# Ensure that there are no duplicate IDs
self.assertEqual(len(devices), len(devices_1) + len(devices_2))
# Connect the domains to each other
self._domainManager_1.registerRemoteDomainManager(
self._domainManager_2)
allocMgr_1 = self._domainManager_1._get_allocationMgr()
allocMgr_2 = self._domainManager_2._get_allocationMgr()
# Check that the first AllocationManager's local devices exactly match
# the devices found by walking through the domain
local_1 = allocMgrHelpers.parseDeviceLocations(
allocMgr_1._get_localDevices())
self.assertEqual(devices_1, local_1)
# Check that all of the devices known to the first AllocationManager
# matches the full set found by walking through the domains
all_1 = allocMgrHelpers.parseDeviceLocations(
allocMgr_1._get_allDevices())
self.assertEqual(devices, all_1)
# The second domain is not linked back to the first, so its idea of
# all devices should be the same as its local devices
local_2 = allocMgrHelpers.parseDeviceLocations(
allocMgr_2._get_localDevices())
self.assertEqual(devices_2, local_2)
all_2 = allocMgrHelpers.parseDeviceLocations(
allocMgr_2._get_allDevices())
self.assertEqual(local_2, all_2)
def test_AllocationManagerDevices(self):
"""
Test to verify that AllocationManagers report the correct devices for
both localDevices() and allDevices().
"""
nb1, execDevNode1 = self.launchDeviceManager("/nodes/test_multiDomain_exec/DeviceManager.dcd.xml", domainManager=self._domainManager_1)
self.assertNotEqual(execDevNode1, None)
nb2, basicDevNode1 = self.launchDeviceManager("/nodes/test_multiDomain_uses/DeviceManager.dcd.xml", domainManager=self._domainManager_2)
self.assertNotEqual(basicDevNode1, None)
# Retrieve the full list of devices in each domain
devices_1 = allocMgrHelpers.parseDomainDevices(self._domainManager_1)
devices_2 = allocMgrHelpers.parseDomainDevices(self._domainManager_2)
# Combine both domains' devices
devices = {}
devices.update(devices_1)
devices.update(devices_2)
# Ensure that there are no duplicate IDs
self.assertEqual(len(devices), len(devices_1)+len(devices_2))
# Connect the domains to each other
self._domainManager_1.registerRemoteDomainManager(self._domainManager_2)
allocMgr_1 = self._domainManager_1._get_allocationMgr()
allocMgr_2 = self._domainManager_2._get_allocationMgr()
# Check that the first AllocationManager's local devices exactly match
# the devices found by walking through the domain
local_1 = allocMgrHelpers.parseDeviceLocations(allocMgr_1._get_localDevices())
self.assertEqual(devices_1, local_1)
# Check that all of the devices known to the first AllocationManager
# matches the full set found by walking through the domains
all_1 = allocMgrHelpers.parseDeviceLocations(allocMgr_1._get_allDevices())
self.assertEqual(devices, all_1)
# The second domain is not linked back to the first, so its idea of
# all devices should be the same as its local devices
local_2 = allocMgrHelpers.parseDeviceLocations(allocMgr_2._get_localDevices())
self.assertEqual(devices_2, local_2)
all_2 = allocMgrHelpers.parseDeviceLocations(allocMgr_2._get_allDevices())
self.assertEqual(local_2, all_2)
def test_AllocationManagerDeviceIterators(self):
"""
Verifiers that the AllocationManager's device list iterators return the
same sets of devices as the corresponding attributes.
"""
nb1, execDevNode1 = self.launchDeviceManager("/nodes/test_multiDomain_exec/DeviceManager.dcd.xml", domainManager=self._domainManager_1)
self.assertNotEqual(execDevNode1, None)
nb2, basicDevNode1 = self.launchDeviceManager("/nodes/test_multiDomain_uses/DeviceManager.dcd.xml", domainManager=self._domainManager_2)
self.assertNotEqual(basicDevNode1, None)
# Connect the domains to each other
self._domainManager_1.registerRemoteDomainManager(self._domainManager_2)
allocMgr = self._domainManager_1._get_allocationMgr()
# Check local devices
local_iter = _iteratorFetch(allocMgr.listDevices(CF.AllocationManager.LOCAL_DEVICES, 1))
local_attr = allocMgr._get_localDevices()
self.assertEqual(allocMgrHelpers.parseDeviceLocations(local_iter), allocMgrHelpers.parseDeviceLocations(local_attr))
# Check all devices
all_iter = _iteratorFetch(allocMgr.listDevices(CF.AllocationManager.ALL_DEVICES, 1))
all_attr = allocMgr._get_allDevices()
self.assertEqual(allocMgrHelpers.parseDeviceLocations(all_iter), allocMgrHelpers.parseDeviceLocations(all_attr))
# Check authorized devices
auth_iter = _iteratorFetch(allocMgr.listDevices(CF.AllocationManager.AUTHORIZED_DEVICES, 1))
auth_attr = allocMgr._get_authorizedDevices()
self.assertEqual(allocMgrHelpers.parseDeviceLocations(auth_iter), allocMgrHelpers.parseDeviceLocations(auth_attr))
def test_AllocationManagerDeviceIterators(self):
"""
Verifiers that the AllocationManager's device list iterators return the
same sets of devices as the corresponding attributes.
"""
nb1, execDevNode1 = self.launchDeviceManager(
"/nodes/test_multiDomain_exec/DeviceManager.dcd.xml",
domainManager=self._domainManager_1)
self.assertNotEqual(execDevNode1, None)
nb2, basicDevNode1 = self.launchDeviceManager(
"/nodes/test_multiDomain_uses/DeviceManager.dcd.xml",
domainManager=self._domainManager_2)
self.assertNotEqual(basicDevNode1, None)
# Connect the domains to each other
self._domainManager_1.registerRemoteDomainManager(
self._domainManager_2)
allocMgr = self._domainManager_1._get_allocationMgr()
# Check local devices
local_iter = _iteratorFetch(
allocMgr.listDevices(CF.AllocationManager.LOCAL_DEVICES, 1))
local_attr = allocMgr._get_localDevices()
self.assertEqual(allocMgrHelpers.parseDeviceLocations(local_iter),
allocMgrHelpers.parseDeviceLocations(local_attr))
# Check all devices
all_iter = _iteratorFetch(
allocMgr.listDevices(CF.AllocationManager.ALL_DEVICES, 1))
all_attr = allocMgr._get_allDevices()
self.assertEqual(allocMgrHelpers.parseDeviceLocations(all_iter),
allocMgrHelpers.parseDeviceLocations(all_attr))
# Check authorized devices
auth_iter = _iteratorFetch(
allocMgr.listDevices(CF.AllocationManager.AUTHORIZED_DEVICES, 1))
auth_attr = allocMgr._get_authorizedDevices()
self.assertEqual(allocMgrHelpers.parseDeviceLocations(auth_iter),
allocMgrHelpers.parseDeviceLocations(auth_attr))