def waitDeviceManager(self, devBooter, dcdFile, domainManager=None):
try:
dcdPath = self._getDCDPath(dcdFile)
except IOError:
print "ERROR: Invalid DCD path provided to waitDeviceManager", dcdFile
return None
# Parse the DCD file to get the identifier and number of devices, which can be
# determined from the number of componentplacement elements.
dcd = DCDParser.parse(dcdPath)
if dcd.get_partitioning():
numDevices = len(dcd.get_partitioning().get_componentplacement())
else:
numDevices = 0
# Allow the caller to override the DomainManager (assuming they have a good reason).
if not domainManager:
domainManager = self._domainManager
# As long as the nodebooter process is still alive, keep checking for the
# DeviceManager.
devMgr = None
while devBooter.poll() == None:
devMgr = self._getDeviceManager(domainManager, dcd.get_id())
if devMgr:
break
time.sleep(0.1)
if devMgr:
# Wait for all of the devices to register.
self._waitRegisteredDevices(devMgr, numDevices)
self._addDeviceManager(devMgr)
return devMgr
def waitDeviceManager(self, devBooter, dcdFile, domainManager=None):
try:
dcdPath = self._getDCDPath(dcdFile)
except IOError:
print "ERROR: Invalid DCD path provided to waitDeviceManager", dcdFile
return None
# Parse the DCD file to get the identifier and number of devices, which can be
# determined from the number of componentplacement elements.
dcd = DCDParser.parse(dcdPath)
if dcd.get_partitioning():
numDevices = len(dcd.get_partitioning().get_componentplacement())
else:
numDevices = 0
# Allow the caller to override the DomainManager (assuming they have a good reason).
if not domainManager:
domainManager = self._domainManager
# As long as the nodebooter process is still alive, keep checking for the
# DeviceManager.
devMgr = None
while devBooter.poll() == None:
devMgr = self._getDeviceManager(domainManager, dcd.get_id())
if devMgr:
break
time.sleep(0.1)
if devMgr:
# Wait for all of the devices to register.
self._waitRegisteredDevices(devMgr, numDevices)
self._addDeviceManager(devMgr)
return devMgr
def waitForDeviceManager(self, node_dir):
dcdPath = getSdrPath(
) + "/dev/nodes/" + node_dir + "/DeviceManager.dcd.xml"
dcd = DCDParser.parse(dcdPath)
if dcd.get_partitioning():
numDevices = len(dcd.get_partitioning().get_componentplacement())
else:
numDevices = 0
# wait for DomainManager to register in naming context
dm = None
begin_time = time.time()
while dm == None and time.time() - begin_time < 10:
dm = self._getDomainManager()
if dm: break
time.sleep(0.5)
devMgr = None
while devMgr == None:
devMgr = self._getDeviceManager(dm, dcd.get_id())
if devMgr:
break
time.sleep(0.1)
if devMgr:
self._waitRegisteredDevices(devMgr, numDevices)
self._addDeviceManager(devMgr)
return devMgr
def waitForDeviceManager(self, node_dir):
dcdPath = getSdrPath()+"/dev/nodes/"+node_dir+"/DeviceManager.dcd.xml"
dcd = DCDParser.parse(dcdPath)
if dcd.get_partitioning():
numDevices = len(dcd.get_partitioning().get_componentplacement())
else:
numDevices = 0
dm = self._getDomainManager()
devMgr = None
while devMgr == None:
devMgr = self._getDeviceManager(dm, dcd.get_id())
if devMgr:
break
time.sleep(0.1)
if devMgr:
self._waitRegisteredDevices(devMgr, numDevices)
self._addDeviceManager(devMgr)
return devMgr