void Debugger::LogShutdown(ShutdownKind shutdownKind) {
int proxyCount = s_debugger.countConnectedProxy();
if (proxyCount > 0) {
Logger::Warning(DEBUGGER_LOG_TAG "%s with connected debuggers!",
shutdownKind == ShutdownKind::Normal ?
"Normal shutdown" : "Unexpected crash");
for (const auto& proxyEntry: s_debugger.m_proxyMap) {
auto sid = proxyEntry.first;
auto proxy = proxyEntry.second;
auto dummySid = StringData::GetStaticString(proxy->getDummyInfo().id());
if (sid != dummySid) {
auto sandbox = proxy->getSandbox();
if (sandbox.valid()) {
Logger::Warning(DEBUGGER_LOG_TAG "Debugging %s\n",
sandbox.desc().c_str());
}
}
}
}
}
DebuggerProxyPtr Debugger::createProxy(req::ptr<Socket> socket, bool local) {
TRACE(2, "Debugger::createProxy\n");
// Creates a proxy and threads needed to handle it. At this point, there is
// not enough information to attach a sandbox.
auto proxy = std::make_shared<DebuggerProxy>(socket, local);
{
// Place this new proxy into the proxy map keyed on the dummy sandbox id.
// This keeps the proxy alive in the server case, which drops the result of
// this function on the floor. It also makes the proxy findable when a
// dummy sandbox thread needs to interrupt.
const StringData* sid =
makeStaticString(proxy->getDummyInfo().id());
assertx(sid);
ProxyMap::accessor acc;
m_proxyMap.insert(acc, sid);
acc->second = proxy;
}
if (!local) {
proxy->startDummySandbox();
}
proxy->startSignalThread();
return proxy;
}