void TestSite::setUpDxs()
{
// Put some dxs on the list.
// Their names should be the same as the
// ones in the expected components configuration info.
for (unsigned int i=0; i<DxCount; i++)
{
DxProxy *proxy;
// create proxies
proxy = new DxProxy(site_->dxManager());
// give the dx a name
stringstream name;
name << "dxtest" << i;
proxy->setName(name.str());
cu_assert(proxy->getName() == name.str());
// register with the site
proxy->notifyInputConnected();
dxList_.push_back(proxy);
}
}
void NssComponentTreeInternal::getDxsConnectedToIfc(IfcProxy *ifcProxy,
DxList &outputDxList)
{
// First, use the name of the ifcProxy to look up the
// names of the dxs that are associated with it.
Assert(ifcProxy);
string ifcName = ifcProxy->getName();
Assert(expectedNssComponentsTree_);
vector<string> expectedDxNames =
expectedNssComponentsTree_->getDxsForIfc(ifcName);
#if 0
// debug: print the names
cout << "dxs expected to be attached to ifc: " << ifcName << endl;
for (vector<string>::iterator it = expectedDxNames.begin();
it != expectedDxNames.end(); ++it)
{
cout << *it << " ";
}
cout << endl;
#endif
// Now go through the dx proxy list.
// For each proxy whose name is on the expectedDxNames list, add
// it to the output proxy list.
DxList & dxProxyList = dxList_;
for (DxList::iterator it = dxProxyList.begin();
it != dxProxyList.end(); ++it)
{
DxProxy *dxProxy = *it;
if (find(expectedDxNames.begin(), expectedDxNames.end(),
dxProxy->getName()) != expectedDxNames.end())
{
outputDxList.push_back(dxProxy);
}
}
}
string DxOperation::runThroughDxList(const string &dxName,
Site *site)
{
Assert(site);
DxList dxList;
site->dxManager()->getProxyList(&dxList);
dxList.sort(compareDxsByName);
string resultString;
bool found = false;
for (DxList::iterator index = dxList.begin();
index != dxList.end(); ++index)
{
DxProxy *dxProxy = *index;
Assert(dxProxy);
if ( (dxName == "all") || dxProxy->getName() == dxName)
{
found = true;
resultString += callOperation(dxProxy);
}
}
if (found)
{
// if the command had no output text of its own,
// return a generic acknowledgement.
if (resultString.empty())
{
resultString = "dx command sent.";
}
}
else
{
resultString = "The requested DX(s) are not connected: " + dxName;
}
return resultString;
}
DxList NssComponentTree::getDxsForBeams(std::vector<std::string> beamNames)
{
DxList localDxList;
// Go through list of dx proxies. For each one whose beam is
// on the incoming beamNames argument, add it to the local list.
for (DxList::iterator it = internal_->dxList_.begin();
it != internal_->dxList_.end(); ++it)
{
DxProxy *dxProxy = *it;
string beamForDx = internal_->expectedNssComponentsTree_->getBeamForDx(dxProxy->getName());
if (find(beamNames.begin(), beamNames.end(), beamForDx)
!= beamNames.end())
{
localDxList.push_back(dxProxy);
}
}
return localDxList;
}
void TestSite::tearDown()
{
// clean up the dxs
for (DxList::iterator it = dxList_.begin();
it != dxList_.end(); ++it)
{
DxProxy *proxy = *it;
// unregister from the site
proxy->notifyInputDisconnected();
delete proxy;
}
// clean up the ifcs
for (IfcList::iterator it = ifcList_.begin();
it != ifcList_.end(); ++it)
{
IfcProxy *proxy = *it;
// unregister from the site
proxy->notifyInputDisconnected();
delete proxy;
}
// clean up the tscopes
for (TscopeList::iterator it = tscopeList_.begin();
it != tscopeList_.end(); ++it)
{
TscopeProxy *proxy = *it;
// unregister from the site
proxy->notifyInputDisconnected();
delete proxy;
}
delete site_;
}
void TestSite::testDxStatus()
{
cout << "testDxStatus" << endl;
DxProxy *proxy = dxList_.front();
cout << "DxName: " << proxy->getName() << endl;
cout << proxy->getCachedDxStatus() << endl;
cout << proxy->getConfiguration();
cout << proxy->getIntrinsics();
cout << "Dx bandwidth: " << proxy->getBandwidthInMHz() << endl;
}
void TestSite::testGetDxsForIfc()
{
cout << "testGetDxsForIfc" << endl;
// Test that the NssComponentTree correctly
// uses the expectedNssComponentsTree information
// to return the dx proxies that
// are attached to each of the IFs.
// expected ifc/dx configuration:
// ifctest0: dxtest0 dxtest1
// ifctest1: dxtest2
// Note:
// a proxy for ifctest2 exists, but it is not listed
// in the configuration info, and so should have no
// dxs attached.
NssComponentTree * tree = site_->getAllComponents();
IfcList &ifcList = tree->getIfcs();
cu_assert(ifcList.size() == IfcCount);
// Get the dx proxies for each of the ifcs
// and make sure they are the right ones.
unsigned int nIfcsPassed = 0;
for(IfcList::iterator it = ifcList.begin();
it != ifcList.end(); ++it)
{
IfcProxy *ifcProxy = *it;
if (ifcProxy->getName() == "ifctest0")
{
DxList & dxList = tree->getDxsForIfc(ifcProxy);
cu_assert(dxList.size() == 2);
// make sure the names match
DxList::iterator it;
for (it = dxList.begin(); it != dxList.end(); ++it)
{
DxProxy *proxy = *it;
cu_assert(proxy->getName() == "dxtest0" ||
proxy->getName() == "dxtest1");
}
nIfcsPassed++;
}
else if (ifcProxy->getName() == "ifctest1")
{
DxList & dxList = tree->getDxsForIfc(ifcProxy);
cu_assert(dxList.size() == 1);
nIfcsPassed++;
}
else if (ifcProxy->getName() == "ifctest2")
{
// this one should not have any dxs attached to it
DxList & dxList = tree->getDxsForIfc(ifcProxy);
cu_assert(dxList.size() == 0);
nIfcsPassed++;
}
else {
// unexpected ifc is on the list
cout << "error: unexpected ifc on the list: "
<< ifcProxy->getName() << endl;
cu_assert(0);
}
}
cu_assert(nIfcsPassed == IfcCount);
delete tree;
}
void TestSite::testGetNssComponentTree()
{
cout << "testGetNssComponentTree" << endl;
NssComponentTree * tree = site_->getAllComponents();
DxList &dxList = tree->getDxs();
cu_assert(dxList.size() == DxCount);
// make sure all the dxs in the component tree are
// on the original list used to create it
for(DxList::iterator it = dxList.begin();
it != dxList.end(); ++it)
{
DxProxy *proxy = *it;
cout << proxy->getName() << endl;
cu_assert(find(dxList_.begin(), dxList_.end(), proxy)
!= dxList_.end());
}
IfcList &ifcList = tree->getIfcs();
cu_assert(ifcList.size() == IfcCount);
// make sure all the ifcs in the component tree are
// on the original list used to create it
for(IfcList::iterator it = ifcList.begin();
it != ifcList.end(); ++it)
{
IfcProxy *proxy = *it;
cout << proxy->getName() << endl;
cu_assert(find(ifcList_.begin(), ifcList_.end(), proxy)
!= ifcList_.end());
}
vector<string> beamNames;
beamNames.push_back("beam0");
beamNames.push_back("beam1");
IfcList ifcsForBeams(tree->getIfcsForBeams(beamNames));
cu_assert(ifcsForBeams.size() == 2);
for (IfcList::iterator it = ifcsForBeams.begin();
it != ifcsForBeams.end(); ++it)
{
IfcProxy *proxy = *it;
cu_assert(proxy->getName() == "ifctest0" ||
proxy->getName() == "ifctest1");
}
DxList dxsForBeams(tree->getDxsForBeams(beamNames));
cu_assert(dxsForBeams.size() == 3);
for (DxList::iterator it = dxsForBeams.begin();
it != dxsForBeams.end(); ++it)
{
DxProxy *proxy = *it;
cu_assert(proxy->getName() == "dxtest0"
|| proxy->getName() == "dxtest1"
|| proxy->getName() == "dxtest2");
}
TscopeList &tscopeList = tree->getTscopes();
cu_assert(tscopeList.size() == TscopeCount);
TestSigList &testSigList = tree->getTestSigs();
cu_assert(testSigList.size() == 0);
delete tree;
}