time::steady_clock::TimePoint
RetxSuppression::getLastOutgoing(const pit::Entry& pitEntry) const
{
const pit::OutRecordCollection& outRecords = pitEntry.getOutRecords();
pit::OutRecordCollection::const_iterator lastOutgoing = std::max_element(
outRecords.begin(), outRecords.end(),
[] (const pit::OutRecord& a, const pit::OutRecord& b) {
return a.getLastRenewed() < b.getLastRenewed();
});
BOOST_ASSERT(lastOutgoing != outRecords.end()); // otherwise it's new PIT entry
return lastOutgoing->getLastRenewed();
}
void
Forwarder::insertDeadNonceList(pit::Entry& pitEntry, bool isSatisfied,
const time::milliseconds& dataFreshnessPeriod,
Face* upstream)
{
// need Dead Nonce List insert?
bool needDnl = false;
if (isSatisfied) {
bool hasFreshnessPeriod = dataFreshnessPeriod >= time::milliseconds::zero();
// Data never becomes stale if it doesn't have FreshnessPeriod field
needDnl = static_cast<bool>(pitEntry.getInterest().getMustBeFresh()) &&
(hasFreshnessPeriod && dataFreshnessPeriod < m_deadNonceList.getLifetime());
}
else {
needDnl = true;
}
if (!needDnl) {
return;
}
// Dead Nonce List insert
if (upstream == 0) {
// insert all outgoing Nonces
const pit::OutRecordCollection& outRecords = pitEntry.getOutRecords();
std::for_each(outRecords.begin(), outRecords.end(),
bind(&insertNonceToDnl, ref(m_deadNonceList), cref(pitEntry), _1));
}
else {
// insert outgoing Nonce of a specific face
pit::OutRecordCollection::const_iterator outRecord = pitEntry.getOutRecord(*upstream);
if (outRecord != pitEntry.getOutRecords().end()) {
m_deadNonceList.add(pitEntry.getName(), outRecord->getLastNonce());
}
}
}
