void
DatasetInterestHandler::publishAdjStatus(const ndn::Name& topPrefix, const ndn::Interest& interest,
ndn::mgmt::StatusDatasetContext& context)
{
NLSR_LOG_DEBUG("Received interest: " << interest);
auto lsaRange = std::make_pair<std::list<AdjLsa>::const_iterator,
std::list<AdjLsa>::const_iterator>(
m_lsdb.getAdjLsdb().cbegin(), m_lsdb.getAdjLsdb().cend());
for (auto lsa = lsaRange.first; lsa != lsaRange.second; lsa++) {
tlv::AdjacencyLsa tlvLsa;
std::shared_ptr<tlv::LsaInfo> tlvLsaInfo = tlv::makeLsaInfo(*lsa);
tlvLsa.setLsaInfo(*tlvLsaInfo);
for (const Adjacent& adj : lsa->getAdl().getAdjList()) {
tlv::Adjacency tlvAdj;
tlvAdj.setName(adj.getName());
tlvAdj.setUri(adj.getFaceUri().toString());
tlvAdj.setCost(adj.getLinkCost());
tlvLsa.addAdjacency(tlvAdj);
}
const ndn::Block& wire = tlvLsa.wireEncode();
context.append(wire);
}
context.end();
}
void
FaceManager::listFaces(ndn::mgmt::StatusDatasetContext& context)
{
auto now = time::steady_clock::now();
for (const auto& face : m_faceTable) {
ndn::nfd::FaceStatus status = makeFaceStatus(face, now);
context.append(status.wireEncode());
}
context.end();
}
void
DatasetInterestHandler::publishRtStatus(const ndn::Name& topPrefix, const ndn::Interest& interest,
ndn::mgmt::StatusDatasetContext& context)
{
NLSR_LOG_DEBUG("Received interest: " << interest);
tlv::RoutingTableStatus rtStatus;
for (const tlv::RoutingTable& rt : getTlvRTEntries()) {
rtStatus.addRoutingTable(rt);
}
const ndn::Block& wire = rtStatus.wireEncode();
context.append(wire);
context.end();
}
void
FaceManager::listChannels(ndn::mgmt::StatusDatasetContext& context)
{
auto factories = m_faceSystem.listProtocolFactories();
for (const auto* factory : factories) {
for (const auto& channel : factory->getChannels()) {
ndn::nfd::ChannelStatus entry;
entry.setLocalUri(channel->getUri().toString());
context.append(entry.wireEncode());
}
}
context.end();
}
void
DatasetInterestHandler::publishCoordinateStatus(const ndn::Name& topPrefix, const ndn::Interest& interest,
ndn::mgmt::StatusDatasetContext& context)
{
auto lsaRange = std::make_pair<std::list<CoordinateLsa>::const_iterator,
std::list<CoordinateLsa>::const_iterator>(
m_lsdb.getCoordinateLsdb().cbegin(), m_lsdb.getCoordinateLsdb().cend());
NLSR_LOG_DEBUG("Received interest: " << interest);
for (auto lsa = lsaRange.first; lsa != lsaRange.second; lsa++) {
tlv::CoordinateLsa tlvLsa;
std::shared_ptr<tlv::LsaInfo> tlvLsaInfo = tlv::makeLsaInfo(*lsa);
tlvLsa.setLsaInfo(*tlvLsaInfo);
tlvLsa.setHyperbolicRadius(lsa->getCorRadius());
tlvLsa.setHyperbolicAngle(lsa->getCorTheta());
const ndn::Block& wire = tlvLsa.wireEncode();
context.append(wire);
}
context.end();
}
void
FaceManager::queryFaces(const Interest& interest,
ndn::mgmt::StatusDatasetContext& context)
{
ndn::nfd::FaceQueryFilter faceFilter;
try {
faceFilter.wireDecode(interest.getName()[-1].blockFromValue());
}
catch (const tlv::Error& e) {
NFD_LOG_DEBUG("Malformed query filter: " << e.what());
return context.reject(ControlResponse(400, "Malformed filter"));
}
auto now = time::steady_clock::now();
for (const auto& face : m_faceTable) {
if (matchFilter(faceFilter, face)) {
ndn::nfd::FaceStatus status = makeFaceStatus(face, now);
context.append(status.wireEncode());
}
}
context.end();
}
void
FibManager::listEntries(const Name& topPrefix, const Interest& interest,
ndn::mgmt::StatusDatasetContext& context)
{
for (auto&& entry : m_fib) {
auto prefix = entry.getPrefix();
ndn::nfd::FibEntry record;
const auto& nextHops = entry.getNextHops();
for (auto&& next : nextHops) {
ndn::nfd::NextHopRecord nextHopRecord;
nextHopRecord.setFaceId(next.getFace()->getId());
nextHopRecord.setCost(next.getCost());
record.addNextHopRecord(nextHopRecord);
}
record.setPrefix(prefix);
context.append(record.wireEncode());
}
context.end();
}