string ChannelizerOperation::runThroughChannelizerList(
const string &channelizerName, Site *site)
{
Assert(site);
ChannelizerList channelizerList;
site->channelizerManager()->getProxyList(&channelizerList);
string resultsString;
bool found = false;
for (ChannelizerList::iterator index = channelizerList.begin();
index != channelizerList.end(); ++index)
{
ChannelizerProxy *channelizerProxy = *index;
Assert(channelizerProxy);
if ( (channelizerName == "all") ||
channelizerProxy->getName() == channelizerName)
{
found = true;
resultsString += callOperation(channelizerProxy);
}
}
if (found)
{
// if the command had no output text of its own,
// return a generic acknowledgement.
if (resultsString.empty())
{
resultsString = "channelizer command sent.";
}
}
else
{
resultsString = "The requested channelizer(s) are not connected: "
+ channelizerName;
}
return resultsString;
}
ChannelizerList NssComponentTree::getChansForBeams(std::vector<std::string> beamNames)
{
ChannelizerList localChannelizerList;
// Go through list of chan proxies. For each one whose beam is
// on the incoming beamNames argument, add it to the local list
for (ChannelizerList::iterator it = internal_->chanList_.begin();
it != internal_->chanList_.end(); ++it)
{
ChannelizerProxy *chanProxy = *it;
//cout << "Chan Name " << chanProxy->getName() << endl;
string beamForChan = internal_->expectedNssComponentsTree_->getBeamForChan(chanProxy->getName());
//cout << "Beam " << beamForChan << endl;
if (find(beamNames.begin(), beamNames.end(), beamForChan)
!= beamNames.end())
{
localChannelizerList.push_back(chanProxy);
}
}
return localChannelizerList;
}
