def create(self):
recvNodes = std.vector('std::string')()
strmNodes = std.vector('std::string')()
for i in self.recvNodes:
recvNodes.push_back(i)
for i in self.strmNodes:
strmNodes.push_back(i)
dm = self.manager.deviceMgr()
typ = self.manager.typeMgr().type('StreamControl')
device = dm.createDevice(self.name, typ, 1)
if device.get() is None:
Utils.warning('Failed to create device "' + self.name + '"',
timestamp=1)
partitions = PVSS.DpIDVector()
errs = 0
self.dps.clear()
infos = []
for i in xrange(self.numPartition):
slice = '_Slice%02X' % (i, )
p = PartitionInfo.create(self.manager, self.system + slice,
self.system + 'Config' + slice)
if p:
partitions.push_back(p[0].id())
infos.append(p)
else:
Utils.error("Errors occurred during device creation.",
timestamp=1)
return
self.set('Command', '')
self.set('State', 'UNKNOWN')
self.set('PartitionDesc', partitions)
self.set('InUse', std.vector('int')(16, 0))
self.set('ActivePartitions', std.vector('std::string')())
slices = std.vector('std::string')(self.numRecvSlices, '')
nodes = {}
for i in xrange(self.numRecvSlices):
node = self.recvNodes[i % len(self.recvNodes)]
if not nodes.has_key(node): nodes[node] = 0
nodes[node] = nodes[node] + 1
slices[i] = node + ":%02d" % nodes[node]
self.set('RecvNodes', recvNodes)
self.set('RecvSlices', slices)
slices.resize(self.numStreamSlices, '')
nodes = {}
for i in xrange(self.numStreamSlices):
node = self.strmNodes[i % len(self.strmNodes)]
if not nodes.has_key(node): nodes[node] = 0
nodes[node] = nodes[node] + 1
slices[i] = node + ":%02d" % nodes[node]
self.set('StreamNodes', strmNodes)
self.set('StreamSlices', slices)
self.set('Setup.NumRecvNodes', len(self.recvNodes))
self.set('Setup.NumRecvSlices',
self.numRecvSlices / len(self.recvNodes))
self.set('Setup.NumStrmNodes', len(self.strmNodes))
self.set('Setup.NumStrmSlices',
self.numStreamSlices / len(self.strmNodes))
return self.write(prefix='StreamControl(' + self.name + '): ')
def create(self):
relayNodes = std.vector('std::string')()
monNodes = std.vector('std::string')()
for i in self.relayNodes:
relayNodes.push_back(i)
for i in self.monNodes:
monNodes.push_back(i)
dm = self.manager.deviceMgr()
typ = self.manager.typeMgr().type('StreamControl')
device = dm.createDevice(self.name, typ, 1)
if device.get() is None:
Utils.warning('Failed to create device "' + self.name + '"')
partitions = PVSS.DpIDVector()
errs = 0
self.dps.clear()
infos = []
for i in xrange(self.numPartition):
slice = '_Slice%02X' % (i, )
p = PartitionInfo.create(self.manager, self.system + slice,
self.system + slice + '_Config')
if p:
partitions.push_back(p[0].id())
infos.append(p)
else:
Utils.error("Errors occurred during device creation.")
return
self.set('Command', 'unload')
self.set('State', 'NOT_READY')
self.set('PartitionDesc', partitions)
self.set('InUse', std.vector('int')(16, 0))
self.set('ActivePartitions', std.vector('std::string')())
length = len(self.monNodes) * self.numStreams
relay_slices = std.vector('std::string')(length, '')
nodes = {}
for i in xrange(length):
node = self.relayNodes[i % len(self.relayNodes)]
if not nodes.has_key(node): nodes[node] = 0
nodes[node] = nodes[node] + 1
relay_slices[i] = node + ":%02d" % nodes[node]
self.set('RecvNodes', relayNodes)
self.set('RecvSlices', relay_slices)
length = len(self.monNodes) * self.numWorkersPerNode
worker_slices = std.vector('std::string')(length, '')
nodes = {}
for i in xrange(length):
node = self.monNodes[i % len(self.monNodes)]
if not nodes.has_key(node): nodes[node] = 0
nodes[node] = nodes[node] + 1
worker_slices[i] = node + ":%02d" % nodes[node]
self.set('StreamNodes', monNodes)
self.set('StreamSlices', worker_slices)
self.set('Setup.NumRecvNodes', len(self.relayNodes))
self.set('Setup.NumRecvSlices', self.numStreams)
self.set('Setup.NumStrmNodes', len(self.monNodes))
self.set('Setup.NumStrmSlices', self.numWorkersPerNode)
return self.write(prefix='StreamControl(' + self.name + '): ')
def error(message, timestamp=None, type=default_error_type):
"Sever error printout to logger window"
Utils.error(message, timestamp=timestamp)
logger.error(type, message)