//============================================================================
// NAClusterInfo constructor.
//
// Input: heap pointer(should always be context heap
//
//
// Output: Retrieves information for the local cluster. This includes information
// regarding its CPUs as well as for the dp2s. All these information will be cached
// in the appropriate structure.
//
// Return:
// none
//
//==============================================================================
NAClusterInfo::NAClusterInfo(CollHeap * heap)
: heap_(heap),
maxOSV_(COM_VERS_UNKNOWN),
maxOSVName_(heap),
inTestMode_(FALSE),
useAggregationNodesOnly_(FALSE)
{
OptimizerSimulator::osimMode mode = OptimizerSimulator::OFF;
if(CURRCONTEXT_OPTSIMULATOR &&
!CURRCONTEXT_OPTSIMULATOR->isCallDisabled(9))
mode = CURRCONTEXT_OPTSIMULATOR->getOsimMode();
// Check for OSIM mode
switch (mode)
{
case OptimizerSimulator::OFF:
case OptimizerSimulator::LOAD:
case OptimizerSimulator::CAPTURE:
{
// Hash Map to store NodeName and NoideIds
nodeNameToNodeIdMap_ = new (heap) NAHashDictionary<NAString, Int32>
(NAString::hash, 101, TRUE, heap_);
clusterToCPUMap_ = new(heap) NAHashDictionary<CollIndex,maps>
(&clusterNumHashFunc,17,TRUE, heap);
nodeIdToNodeNameMap_ = new(heap) NAHashDictionary<Int32, NAString>
(&intHashFunc, 101,TRUE,heap);
activeClusters_= NULL;
smpCount_ = -1;
NADefaults::getNodeAndClusterNumbers(localSMP_ , localCluster_);
Int32 nodeCount = 0;
Int32 nodeMax = 0;
MS_Mon_Node_Info_Entry_Type *nodeInfo = NULL;
// Get the number of nodes to know how much info space to allocate
Int32 error = msg_mon_get_node_info(&nodeCount, 0, NULL);
CMPASSERT(error == 0);
CMPASSERT(nodeCount > 0);
// Allocate the space for node info entries
nodeInfo = (MS_Mon_Node_Info_Entry_Type *) new(heap)
char[nodeCount * sizeof(MS_Mon_Node_Info_Entry_Type)];
CMPASSERT(nodeInfo);
// Get the node info
memset(nodeInfo, 0, sizeof(nodeInfo));
nodeMax = nodeCount;
error = msg_mon_get_node_info(&nodeCount, nodeMax, nodeInfo);
CMPASSERT(error == 0);
maps *cpuList=new(heap) maps(heap);
smpCount_ = 0;
NAList<CollIndex> storageList(nodeCount);
for (Int32 i = 0; i < nodeCount; i++)
{
if (nodeInfo[i].spare_node)
continue;
// The zone type must either be an aggregation node or storage node
// to be included in the list of CPUs.
if ((nodeInfo[i].type & MS_Mon_ZoneType_Aggregation) != 0 ||
((nodeInfo[i].type & MS_Mon_ZoneType_Storage) != 0 ))
{
if ( (nodeInfo[i].type & MS_Mon_ZoneType_Storage) != 0 )
storageList.insert(nodeInfo[i].nid);
if ( (nodeInfo[i].type & MS_Mon_ZoneType_Storage) == 0 )
cpuList->insertToAggregationNodeList(nodeInfo[i].nid);
if (!nodeInfo[i].spare_node)
smpCount_++;
// store nodeName-nodeId pairs
NAString *key_nodeName = new (heap_) NAString(nodeInfo[i].node_name, heap_);
size_t pos = key_nodeName->index('.');
if (pos && pos != NA_NPOS)
key_nodeName->remove(pos);
#ifdef _DEBUG
else {
// The node names for virtual nodes seen with workstations are of
// format <nodeName>:0, <nodeName>:1 etc. In debug mode, we work with
// such node names by removing all substrings starting at ':' and
// insert the node name into the nodeIdToNodeNameMap_.
pos = key_nodeName->index(':');
if (pos && pos != NA_NPOS)
key_nodeName->remove(pos);
}
#endif
Int32 *val_nodeId = new Int32(nodeInfo[i].nid);
nodeNameToNodeIdMap_->insert(key_nodeName, val_nodeId);
// store nodeId->nadeName
//share the same memory with nodeNameToNodeIdMap_
nodeIdToNodeNameMap_->insert(val_nodeId, key_nodeName);
}
}
// Fix Bugzilla #1210. Put the aggregation nodes at the beginning of
// the list. ESP logical node map synthesization code can take the
// advantage of this and place more ESPs on aggregation nodes when
// the node map size is less than the total number of SQL nodes.
*(cpuList->list) = *(cpuList->listOfAggregationOnlyNodes);
cpuList->list->insert(storageList);
// if there exists no aggregation only nodes, allow all nodes to
// host esps.
if (cpuList->listOfAggregationOnlyNodes->entries() == 0) {
for (Int32 i = 0; i<cpuList->list->entries(); i++)
cpuList->insertToAggregationNodeList((*(cpuList->list))[i]);
}
NADELETEBASIC(nodeInfo, heap);
CollIndex *ptrClusterNum = new(heap) CollIndex(localCluster_);
CollIndex *cluster=clusterToCPUMap_->insert(ptrClusterNum,cpuList);
CMPASSERT(cluster);
break;
}
case OptimizerSimulator::SIMULATE:
clusterToCPUMap_ = NULL;
nodeIdToNodeNameMap_ = NULL;
activeClusters_= NULL;
smpCount_ = -1;
//load NAClusterInfo from OSIM file
simulateNAClusterInfo();
break;
default:
// The OSIM must run under OFF (normal), CAPTURE or SIMULATE mode.
OSIM_errorMessage("Invalid OSIM mode - It must be OFF or CAPTURE or SIMULATE.");
break;
}
} // NAClusterInfo::NAClusterInfo()
//============================================================================
// NAClusterInfo constructor.
//
// Input: heap pointer(should always be context heap
//
//
// Output: Retrieves information for the local cluster. This includes information
// regarding its CPUs as well as for the dp2s. All these information will be cached
// in the appropriate structure.
//
// Return:
// none
//
//==============================================================================
NAClusterInfo::NAClusterInfo(CollHeap * heap)
: heap_(heap),
cpuArray_(heap),
inTestMode_(FALSE)
{
OptimizerSimulator::osimMode mode = OptimizerSimulator::OFF;
if(CURRCONTEXT_OPTSIMULATOR &&
!CURRCONTEXT_OPTSIMULATOR->isCallDisabled(9))
mode = CURRCONTEXT_OPTSIMULATOR->getOsimMode();
// Check for OSIM mode
switch (mode)
{
case OptimizerSimulator::OFF:
case OptimizerSimulator::LOAD:
case OptimizerSimulator::CAPTURE:
{
Int32 dummyClusterNum;
// Hash Map to store NodeName and NoideIds
nodeNameToNodeIdMap_ = new (heap) NAHashDictionary<NAString, Int32>
(NAString::hash, 101, TRUE, heap_);
nodeIdToNodeNameMap_ = new(heap) NAHashDictionary<Int32, NAString>
(&intHashFunc, 101,TRUE,heap);
NADefaults::getNodeAndClusterNumbers(localSMP_ , dummyClusterNum);
Int32 nodeCount = 0;
Int32 nodeMax = 0;
MS_Mon_Node_Info_Entry_Type *nodeInfo = NULL;
// Get the number of nodes to know how much info space to allocate
Int32 error = msg_mon_get_node_info(&nodeCount, 0, NULL);
CMPASSERT(error == 0);
CMPASSERT(nodeCount > 0);
// Allocate the space for node info entries
nodeInfo = (MS_Mon_Node_Info_Entry_Type *) new(heap)
char[nodeCount * sizeof(MS_Mon_Node_Info_Entry_Type)];
CMPASSERT(nodeInfo);
// Get the node info
memset(nodeInfo, 0, sizeof(nodeInfo));
nodeMax = nodeCount;
error = msg_mon_get_node_info(&nodeCount, nodeMax, nodeInfo);
CMPASSERT(error == 0);
for (Int32 i = 0; i < nodeCount; i++)
{
if (nodeInfo[i].spare_node)
continue;
// The zone type must either be an aggregation node or storage node
// to be included in the list of CPUs.
if ((nodeInfo[i].type & MS_Mon_ZoneType_Aggregation) != 0 ||
((nodeInfo[i].type & MS_Mon_ZoneType_Storage) != 0 ))
{
cpuArray_.insertAt(cpuArray_.entries(),
nodeInfo[i].nid);
// store nodeName-nodeId pairs
NAString *key_nodeName = new (heap_) NAString(nodeInfo[i].node_name, heap_);
size_t pos = key_nodeName->index('.');
if (pos && pos != NA_NPOS)
key_nodeName->remove(pos);
#ifdef _DEBUG
else {
// The node names for virtual nodes seen with workstations are of
// format <nodeName>:0, <nodeName>:1 etc. In debug mode, we work with
// such node names by removing all substrings starting at ':' and
// insert the node name into the nodeIdToNodeNameMap_.
pos = key_nodeName->index(':');
if (pos && pos != NA_NPOS)
key_nodeName->remove(pos);
}
#endif
Int32 *val_nodeId = new Int32(nodeInfo[i].nid);
nodeNameToNodeIdMap_->insert(key_nodeName, val_nodeId);
// store nodeId->nadeName
//share the same memory with nodeNameToNodeIdMap_
nodeIdToNodeNameMap_->insert(val_nodeId, key_nodeName);
}
}
NADELETEBASIC(nodeInfo, heap);
break;
}
case OptimizerSimulator::SIMULATE:
nodeIdToNodeNameMap_ = NULL;
cpuArray_.clear();
//load NAClusterInfo from OSIM file
simulateNAClusterInfo();
break;
default:
// The OSIM must run under OFF (normal), CAPTURE or SIMULATE mode.
OSIM_errorMessage("Invalid OSIM mode - It must be OFF or CAPTURE or SIMULATE.");
break;
}
} // NAClusterInfo::NAClusterInfo()