def subnet_ninf_SMP(sched,sbn,path,get_desc=True,use_sa=None,done_desc=None):
"""Coroutine to send SMPs to get :class:`~rdma.IBA.SMPNodeInfo` and
:class:`~rdma.IBA.SMPNodeDescription`. The result of the co-routine
is the same as :meth:`rdma.subnet.Subnet.get_node_ninf`. If *sched*
is a :class:`rdma.satransactor.SATransactor` then the query is optimized
into a combined node info/node description SA query."""
if use_sa is None:
use_sa = isinstance(sched,rdma.satransactor.SATransactor);
if use_sa:
req = IBA.ComponentMask(IBA.SANodeRecord());
req.LID = yield sched.prepare_path_lid(path);
ret = yield sched.SubnAdmGet(req);
sched.result = sbn.get_node_ninf(ret.nodeInfo,path);
sched.result[0].set_desc(ret.nodeDescription.nodeString);
path._cached_node_type = ret.nodeInfo.nodeType;
else:
ninf = yield sched.SubnGet(IBA.SMPNodeInfo,path);
result = sbn.get_node_ninf(ninf,path);
sched.result = result;
node,port = result
if node.desc is not None or get_desc is False:
return;
if done_desc is not None:
if node in done_desc:
return;
done_desc.add(node);
sched.queue(node.get_desc(sched,path));
sched.result = result;
def subnet_ninf_SA(sched,sbn,node_type=None):
"""Coroutine to fetch all :class:`~rmda.IBA.SMPNodeInfo` records from the
SA and store them in *sbn*."""
req = IBA.ComponentMask(IBA.SANodeRecord());
if node_type is not None:
req.nodeInfo.nodeType = node_type;
res = yield sched.SubnAdmGetTable(IBA.SANodeRecord());
if res:
sbn.set_max_lid(max(I.LID for I in res));
for I in res:
np = sbn.get_node_ninf(I.nodeInfo,LID=I.LID);
np[0].set_desc(I.nodeDescription.nodeString);
if node_type is None:
sbn.loaded.add("all_NodeInfo");
sbn.loaded.add("all_NodeDescription");
else:
sbn.loaded.add("all_NodeInfo %u"%(node_type));
sbn.loaded.add("all_NodeDescription %u"%(node_type));
def ninf(self):
try:
return self.__dict__["ninf"];
except KeyError:
pass
ninf = IBA.ComponentMask(IBA.SANodeRecord());
ninf.LID = self.path.DLID;
ninf = self.umad.SubnAdmGet(ninf);
self.__dict__["ninf"] = ninf;
if self.path.DGID is None:
self.path.DGID = IBA.GID(prefix=IBA.GID_DEFAULT_PREFIX,
guid=ninf.nodeInfo.portGUID);
return ninf;
def subnet_ninf_GUID(sched,sbn,node_guid):
"""Coroutine to fetch a :class:`~rmda.IBA.SMPNodeInfo` record from the
SA for a specific GUID and store it in *sbn*."""
req = IBA.ComponentMask(IBA.SANodeRecord());
req.nodeInfo.nodeGUID = node_guid;
res = yield sched.SubnAdmGetTable(req);
# The SM can return multiple records that match a nodeGUID, one for each port
# on a CA. When it does this it must set the portGUID and localPortNum correctly
# to match the LID in the RID.
for I in res:
np = sbn.get_node_ninf(I.nodeInfo,LID=I.LID);
np[0].set_desc(I.nodeDescription.nodeString);
def do_check_node(sched, path, portGUID, ninf, **kwargs):
"""Coroutine to do the checknode action"""
req = IBA.ComponentMask(IBA.SANodeRecord())
if isinstance(path, rdma.path.IBDRPath):
req.nodeInfo.portGUID = portGUID
else:
req.LID = path.DLID
ninfr = yield sched.SubnAdmGet(req)
if portGUID != ninfr.nodeInfo.portGUID:
raise CheckError("SA and SMP NodeInfo's differ %r != %r" %
(portGUID, ninfr.nodeInfo.portGUID))
try:
npath = yield rdma.path.get_mad_path(sched,
portGUID,
dqpn=1,
qkey=IBA.IB_DEFAULT_QP1_QKEY)
if lib.debug >= 1:
print "D: SA path to end port is", repr(npath)
except rdma.path.SAPathNotFoundError:
raise CheckError("SA could not find a path for %r" % (ninf.portGUID))
path._cached_gmp_path = npath
def SubnGet(self,payload,path,attributeModifier=0):
ID = payload.MAD_ATTRIBUTE_ID;
meth = payload.MAD_SUBNGET;
if ID == IBA.SMPGUIDInfo.MAD_ATTRIBUTE_ID:
req = IBA.ComponentMask(IBA.SAGUIDInfoRecord());
req.LID = self.get_path_lid(path);
req.blockNum = attributeModifier;
return self._subn_adm_do(req,self.sa_path,0,
req.MAD_SUBNADMGET,
lambda x:x.GUIDInfo);
if ID == IBA.SMPLinearForwardingTable.MAD_ATTRIBUTE_ID:
req = IBA.ComponentMask(IBA.SALinearForwardingTableRecord());
req.LID = self.get_path_lid(path);
req.blockNum = attributeModifier;
return self._subn_adm_do(req,self.sa_path,0,
req.MAD_SUBNADMGET,
(lambda x:x.linearForwardingTable,
self._sa_error));
if ID == IBA.SMPMulticastForwardingTable.MAD_ATTRIBUTE_ID:
req = IBA.ComponentMask(IBA.SAMulticastForwardingTableRecord());
req.LID = self.get_path_lid(path);
req.blockNum = attributeModifier & ((1<<9)-1);
req.position = (attributeModifier >> 12) & 0xF;
return self._subn_adm_do(req,self.sa_path,0,
req.MAD_SUBNADMGET,
(lambda x:x.multicastForwardingTable,
self._sa_error));
if ID == IBA.SMPNodeDescription.MAD_ATTRIBUTE_ID:
req = IBA.ComponentMask(IBA.SANodeRecord());
req.LID = self.get_path_lid(path);
return self._subn_adm_do(req,self.sa_path,0,
req.MAD_SUBNADMGET,
self._finish_nodedesc);
if ID == IBA.SMPNodeInfo.MAD_ATTRIBUTE_ID:
req = IBA.ComponentMask(IBA.SANodeRecord());
req.LID = self.get_path_lid(path);
return self._subn_adm_do(req,self.sa_path,0,
req.MAD_SUBNADMGET,
self._finish_nodeinfo);
if ID == IBA.SMPPKeyTable.MAD_ATTRIBUTE_ID:
req = IBA.ComponentMask(IBA.SAPKeyTableRecord());
req.LID = self.get_path_lid(path);
nt = getattr(path,"_cached_node_type",None);
if nt is None or nt == IBA.NODE_SWITCH:
req.portNum = attributeModifier >> 16;
req.blockNum = attributeModifier & 0xFFFF;
return self._subn_adm_do(req,self.sa_path,0,
req.MAD_SUBNADMGET,
(lambda x:x.PKeyTable,
self._sa_error));
if ID == IBA.SMPPortInfo.MAD_ATTRIBUTE_ID:
req = IBA.ComponentMask(IBA.SAPortInfoRecord());
req.endportLID = self.get_path_lid(path);
if (attributeModifier == 0 and
getattr(path,"_cached_node_type",None) != IBA.NODE_SWITCH):
# This can mean 'whatever port' or it can mean 'switch port 0'
# If we don't know the node type then do a get table and
# figure it out.
return self._subn_adm_do(req,self.sa_path,0,
req.MAD_SUBNADMGETTABLE,
self._finish_port_info_attr0);
req.portNum = attributeModifier;
return self._subn_adm_do(req,self.sa_path,0,
req.MAD_SUBNADMGET,
lambda x:x.portInfo);
if ID == IBA.SMPSLToVLMappingTable.MAD_ATTRIBUTE_ID:
req = IBA.ComponentMask(IBA.SASLToVLMappingTableRecord());
req.LID = self.get_path_lid(path);
req.inputPortNum = (attributeModifier >> 8) & 0xFF;
req.outputPortNum = attributeModifier & 0xFF;
return self._subn_adm_do(req,self.sa_path,0,
req.MAD_SUBNADMGET,
(lambda x:x.SLToVLMappingTable,
self._sa_error));
if ID == IBA.SMPSMInfo.MAD_ATTRIBUTE_ID:
req = IBA.ComponentMask(IBA.SASMInfoRecord());
req.LID = self.get_path_lid(path);
return self._subn_adm_do(req,self.sa_path,0,
req.MAD_SUBNADMGET,
lambda x:x.SMInfo);
if ID == IBA.SMPSwitchInfo.MAD_ATTRIBUTE_ID:
req = IBA.ComponentMask(IBA.SASwitchInfoRecord());
req.LID = self.get_path_lid(path);
return self._subn_adm_do(req,self.sa_path,0,
req.MAD_SUBNADMGET,
lambda x:x.switchInfo);
if ID == IBA.SMPVLArbitrationTable.MAD_ATTRIBUTE_ID:
req = IBA.ComponentMask(IBA.SAVLArbitrationTableRecord());
req.LID = self.get_path_lid(path);
req.outputPortNum = attributeModifier & 0xFFFF;
req.blockNum = (attributeModifier >> 16) & 0xFFFF;
return self._subn_adm_do(req,self.sa_path,0,
req.MAD_SUBNADMGET,
(lambda x:x.VLArbitrationTable,
self._sa_error));
return self._parent.SubnGet(payload,path,attributeModifier);