C++ Ptr::ProcessCheckResult方法代码示例

void ClusterCheckTask::ScriptFunc(const Checkable::Ptr& checkable, const CheckResult::Ptr& cr)
{
	ApiListener::Ptr listener = ApiListener::GetInstance();

	if (!listener) {
		cr->SetOutput("No API listener is configured for this instance.");
		cr->SetState(ServiceUnknown);
		checkable->ProcessCheckResult(cr);
		return;
	}

	std::pair<Dictionary::Ptr, Dictionary::Ptr> stats = listener->GetStatus();

	Dictionary::Ptr status = stats.first;

	/* use feature stats perfdata */
	std::pair<Dictionary::Ptr, Dictionary::Ptr> feature_stats = CIB::GetFeatureStats();
	cr->SetPerformanceData(feature_stats.second);

	String connected_endpoints = FormatArray(status->Get("conn_endpoints"));
	String not_connected_endpoints = FormatArray(status->Get("not_conn_endpoints"));

	if (status->Get("num_not_conn_endpoints") > 0) {
		cr->SetState(ServiceCritical);
		cr->SetOutput("Icinga 2 Cluster Problem: " + Convert::ToString(status->Get("num_not_conn_endpoints")) +
		    " Endpoints (" + not_connected_endpoints + ") not connected.");
	} else {
		cr->SetState(ServiceOK);
		cr->SetOutput("Icinga 2 Cluster is running: Connected Endpoints: "+ Convert::ToString(status->Get("num_conn_endpoints")) +
		    " (" + connected_endpoints + ").");
	}

	checkable->ProcessCheckResult(cr);
}

void RandomCheckTask::ScriptFunc(const Checkable::Ptr& checkable, const CheckResult::Ptr& cr,
	const Dictionary::Ptr& resolvedMacros, bool useResolvedMacros)
{
	REQUIRE_NOT_NULL(checkable);
	REQUIRE_NOT_NULL(cr);

	if (resolvedMacros && !useResolvedMacros)
		return;

	double now = Utility::GetTime();
	double uptime = now - Application::GetStartTime();

	String output = "Hello from " + IcingaApplication::GetInstance()->GetNodeName()
		+ ". Icinga 2 has been running for " + Utility::FormatDuration(uptime)
		+ ". Version: " + Application::GetAppVersion();

	cr->SetOutput(output);

	double random = Utility::Random() % 1000;

	cr->SetPerformanceData(new Array({
		new PerfdataValue("time", now),
		new PerfdataValue("value", random),
		new PerfdataValue("value_1m", random * 0.9),
		new PerfdataValue("value_5m", random * 0.8),
		new PerfdataValue("uptime", uptime),
	}));

	cr->SetState(static_cast<ServiceState>(Utility::Random() % 4));

	checkable->ProcessCheckResult(cr);
}

static void CheckableProcessCheckResult(const CheckResult::Ptr& cr)
{
	ScriptFrame *vframe = ScriptFrame::GetCurrentFrame();
	Checkable::Ptr self = vframe->Self;
	REQUIRE_NOT_NULL(self);
	self->ProcessCheckResult(cr);
}

void PluginCheckTask::ProcessFinishedHandler(const Checkable::Ptr& checkable, const CheckResult::Ptr& cr, const Value& commandLine, const ProcessResult& pr)
{
	Checkable::DecreasePendingChecks();

	if (pr.ExitStatus > 3) {
		Process::Arguments parguments = Process::PrepareCommand(commandLine);
		Log(LogWarning, "PluginCheckTask")
		    << "Check command for object '" << checkable->GetName() << "' (PID: " << pr.PID
		    << ", arguments: " << Process::PrettyPrintArguments(parguments) << ") terminated with exit code "
		    << pr.ExitStatus << ", output: " << pr.Output;
	}

	String output = pr.Output.Trim();

	std::pair<String, String> co = PluginUtility::ParseCheckOutput(output);
	cr->SetCommand(commandLine);
	cr->SetOutput(co.first);
	cr->SetPerformanceData(PluginUtility::SplitPerfdata(co.second));
	cr->SetState(PluginUtility::ExitStatusToState(pr.ExitStatus));
	cr->SetExitStatus(pr.ExitStatus);
	cr->SetExecutionStart(pr.ExecutionStart);
	cr->SetExecutionEnd(pr.ExecutionEnd);

	checkable->ProcessCheckResult(cr);
}

Dictionary::Ptr ApiActions::ProcessCheckResult(const ConfigObject::Ptr& object,
    const Dictionary::Ptr& params)
{
	Checkable::Ptr checkable = static_pointer_cast<Checkable>(object);

	if (!checkable)
		return ApiActions::CreateResult(404,
		    "Cannot process passive check result for non-existent object.");

	if (!checkable->GetEnablePassiveChecks())
		return ApiActions::CreateResult(403, "Passive checks are disabled for object '" + checkable->GetName() + "'.");

	Host::Ptr host;
	Service::Ptr service;
	tie(host, service) = GetHostService(checkable);

	if (!params->Contains("exit_status"))
		return ApiActions::CreateResult(403, "Parameter 'exit_status' is required.");

	int exitStatus = HttpUtility::GetLastParameter(params, "exit_status");

	ServiceState state;

	if (!service) {
		if (exitStatus == 0)
			state = ServiceOK;
		else if (exitStatus == 1)
			state = ServiceCritical;
		else
			return ApiActions::CreateResult(403, "Invalid 'exit_status' for Host "
			    + checkable->GetName() + ".");
	} else {
		state = PluginUtility::ExitStatusToState(exitStatus);
	}

	if (!params->Contains("plugin_output"))
		return ApiActions::CreateResult(403, "Parameter 'plugin_output' is required");

	CheckResult::Ptr cr = new CheckResult();
	cr->SetOutput(HttpUtility::GetLastParameter(params, "plugin_output"));
	cr->SetState(state);

	cr->SetCheckSource(HttpUtility::GetLastParameter(params, "check_source"));
	cr->SetPerformanceData(params->Get("performance_data"));
	cr->SetCommand(params->Get("check_command"));
	checkable->ProcessCheckResult(cr);

	/* Reschedule the next check. The side effect of this is that for as long
	 * as we receive passive results for a service we won't execute any
	 * active checks. */
	checkable->SetNextCheck(Utility::GetTime() + checkable->GetCheckInterval());

	return ApiActions::CreateResult(200, "Successfully processed check result for object '" + checkable->GetName() + "'.");
}

void PluginCheckTask::ProcessFinishedHandler(const Checkable::Ptr& checkable, const CheckResult::Ptr& cr, const Value& commandLine, const ProcessResult& pr)
{
	String output = pr.Output;
	output.Trim();
	std::pair<String, Value> co = PluginUtility::ParseCheckOutput(output);
	cr->SetCommand(commandLine);
	cr->SetOutput(co.first);
	cr->SetPerformanceData(co.second);
	cr->SetState(PluginUtility::ExitStatusToState(pr.ExitStatus));
	cr->SetExitStatus(pr.ExitStatus);
	cr->SetExecutionStart(pr.ExecutionStart);
	cr->SetExecutionEnd(pr.ExecutionEnd);

	checkable->ProcessCheckResult(cr);
}

void CheckerComponent::ExecuteCheckHelper(const Checkable::Ptr& checkable)
{
	try {
		checkable->ExecuteCheck();
	} catch (const std::exception& ex) {
		CheckResult::Ptr cr = new CheckResult();
		cr->SetState(ServiceUnknown);

		String output = "Exception occurred while checking '" + checkable->GetName() + "': " + DiagnosticInformation(ex);
		cr->SetOutput(output);

		double now = Utility::GetTime();
		cr->SetScheduleStart(now);
		cr->SetScheduleEnd(now);
		cr->SetExecutionStart(now);
		cr->SetExecutionEnd(now);

		checkable->ProcessCheckResult(cr);

		Log(LogCritical, "checker", output);
	}

	Checkable::DecreasePendingChecks();

	{
		boost::mutex::scoped_lock lock(m_Mutex);

		/* remove the object from the list of pending objects; if it's not in the
		 * list this was a manual (i.e. forced) check and we must not re-add the
		 * object to the list because it's already there. */
		auto it = m_PendingCheckables.find(checkable);

		if (it != m_PendingCheckables.end()) {
			m_PendingCheckables.erase(it);

			if (checkable->IsActive())
				m_IdleCheckables.insert(GetCheckableScheduleInfo(checkable));

			m_CV.notify_all();
		}
	}

	Log(LogDebug, "CheckerComponent")
		<< "Check finished for object '" << checkable->GetName() << "'";
}

void RandomCheckTask::ScriptFunc(const Checkable::Ptr& service, const CheckResult::Ptr& cr,
    const Dictionary::Ptr& resolvedMacros, bool useResolvedMacros)
{
	if (resolvedMacros && !useResolvedMacros)
		return;

	String output = "Hello from ";
	output += IcingaApplication::GetInstance()->GetNodeName();

	Array::Ptr perfdata = new Array();
	perfdata->Add(new PerfdataValue("time", Convert::ToDouble(Utility::GetTime())));

	cr->SetOutput(output);
	cr->SetPerformanceData(perfdata);
	cr->SetState(static_cast<ServiceState>(Utility::Random() % 4));

	service->ProcessCheckResult(cr);
}

void NullCheckTask::ScriptFunc(const Checkable::Ptr& service, const CheckResult::Ptr& cr,
    const Dictionary::Ptr& resolvedMacros, bool useResolvedMacros)
{
	if (resolvedMacros && !useResolvedMacros)
		return;

	String output = "Hello from ";
	output += Utility::GetFQDN();

	Array::Ptr perfdata = new Array();
	perfdata->Add(new PerfdataValue("time", Convert::ToDouble(Utility::GetTime())));

	cr->SetOutput(output);
	cr->SetPerformanceData(perfdata);
	cr->SetState(ServiceOK);

	service->ProcessCheckResult(cr);
}

void DummyCheckTask::ScriptFunc(const Checkable::Ptr& checkable, const CheckResult::Ptr& cr,
	const Dictionary::Ptr& resolvedMacros, bool useResolvedMacros)
{
	REQUIRE_NOT_NULL(checkable);
	REQUIRE_NOT_NULL(cr);

	CheckCommand::Ptr commandObj = checkable->GetCheckCommand();

	Host::Ptr host;
	Service::Ptr service;
	tie(host, service) = GetHostService(checkable);

	MacroProcessor::ResolverList resolvers;
	if (service)
		resolvers.emplace_back("service", service);
	resolvers.emplace_back("host", host);
	resolvers.emplace_back("command", commandObj);
	resolvers.emplace_back("icinga", IcingaApplication::GetInstance());

	int dummyState = MacroProcessor::ResolveMacros("$dummy_state$", resolvers, checkable->GetLastCheckResult(),
		nullptr, MacroProcessor::EscapeCallback(), resolvedMacros, useResolvedMacros);

	String dummyText = MacroProcessor::ResolveMacros("$dummy_text$", resolvers, checkable->GetLastCheckResult(),
		nullptr, MacroProcessor::EscapeCallback(), resolvedMacros, useResolvedMacros);

	if (resolvedMacros && !useResolvedMacros)
		return;

	/* Parse output and performance data. */
	std::pair<String, String> co = PluginUtility::ParseCheckOutput(dummyText);

	double now = Utility::GetTime();

	cr->SetOutput(co.first);
	cr->SetPerformanceData(PluginUtility::SplitPerfdata(co.second));
	cr->SetState(PluginUtility::ExitStatusToState(dummyState));
	cr->SetExitStatus(dummyState);
	cr->SetExecutionStart(now);
	cr->SetExecutionEnd(now);

	checkable->ProcessCheckResult(cr);
}

void NullCheckTask::ScriptFunc(const Checkable::Ptr& checkable, const CheckResult::Ptr& cr,
	const Dictionary::Ptr& resolvedMacros, bool useResolvedMacros)
{
	REQUIRE_NOT_NULL(checkable);
	REQUIRE_NOT_NULL(cr);

	if (resolvedMacros && !useResolvedMacros)
		return;

	String output = "Hello from ";
	output += IcingaApplication::GetInstance()->GetNodeName();

	cr->SetOutput(output);
	cr->SetPerformanceData(new Array({
		new PerfdataValue("time", Convert::ToDouble(Utility::GetTime()))
	}));
	cr->SetState(ServiceOK);

	checkable->ProcessCheckResult(cr);
}

void ClusterZoneCheckTask::ScriptFunc(const Checkable::Ptr& checkable, const CheckResult::Ptr& cr,
    const Dictionary::Ptr& resolvedMacros, bool useResolvedMacros)
{
	ApiListener::Ptr listener = ApiListener::GetInstance();

	if (!listener) {
		cr->SetOutput("No API listener is configured for this instance.");
		cr->SetState(ServiceUnknown);
		checkable->ProcessCheckResult(cr);
		return;
	}

	CheckCommand::Ptr commandObj = checkable->GetCheckCommand();
	Value raw_command = commandObj->GetCommandLine();

	Host::Ptr host;
	Service::Ptr service;
	tie(host, service) = GetHostService(checkable);

	MacroProcessor::ResolverList resolvers;
	if (service)
		resolvers.push_back(std::make_pair("service", service));
	resolvers.push_back(std::make_pair("host", host));
	resolvers.push_back(std::make_pair("command", commandObj));
	resolvers.push_back(std::make_pair("icinga", IcingaApplication::GetInstance()));

	String zoneName = MacroProcessor::ResolveMacros("$cluster_zone$", resolvers, checkable->GetLastCheckResult());

	if (zoneName.IsEmpty()) {
		cr->SetOutput("Macro 'cluster_zone' must be set.");
		cr->SetState(ServiceUnknown);
		checkable->ProcessCheckResult(cr);
		return;
	}

	Zone::Ptr zone = Zone::GetByName(zoneName);

	if (!zone) {
		cr->SetOutput("Zone '" + zoneName + "' does not exist.");
		cr->SetState(ServiceUnknown);
		checkable->ProcessCheckResult(cr);
		return;
	}

	bool connected = false;

	BOOST_FOREACH(const Endpoint::Ptr& endpoint, zone->GetEndpoints()) {
		if (endpoint->IsConnected()) {
			connected = true;
			break;
		}
	}

	if (!connected) {
		cr->SetState(ServiceCritical);
		cr->SetOutput("Zone '" + zoneName + "' is not connected.");
	} else {
		cr->SetState(ServiceOK);
		cr->SetOutput("Zone '" + zoneName + "' is connected.");
	}

	checkable->ProcessCheckResult(cr);
}

void IdoCheckTask::ScriptFunc(const Checkable::Ptr& checkable, const CheckResult::Ptr& cr,
    const Dictionary::Ptr& resolvedMacros, bool useResolvedMacros)
{
	CheckCommand::Ptr commandObj = checkable->GetCheckCommand();
	Value raw_command = commandObj->GetCommandLine();

	Host::Ptr host;
	Service::Ptr service;
	tie(host, service) = GetHostService(checkable);

	MacroProcessor::ResolverList resolvers;
	if (service)
		resolvers.push_back(std::make_pair("service", service));
	resolvers.push_back(std::make_pair("host", host));
	resolvers.push_back(std::make_pair("command", commandObj));
	resolvers.push_back(std::make_pair("icinga", IcingaApplication::GetInstance()));

	String idoType = MacroProcessor::ResolveMacros("$ido_type$", resolvers, checkable->GetLastCheckResult(),
	    NULL, MacroProcessor::EscapeCallback(), resolvedMacros, useResolvedMacros);

	if (resolvedMacros && !useResolvedMacros)
		return;

	if (idoType.IsEmpty()) {
		cr->SetOutput("Macro 'ido_type' must be set.");
		cr->SetState(ServiceUnknown);
		checkable->ProcessCheckResult(cr);
		return;
	}

	String idoName = MacroProcessor::ResolveMacros("$ido_name$", resolvers, checkable->GetLastCheckResult(),
	    NULL, MacroProcessor::EscapeCallback(), resolvedMacros, useResolvedMacros);

	if (resolvedMacros && !useResolvedMacros)
		return;

	if (idoName.IsEmpty()) {
		cr->SetOutput("Macro 'ido_name' must be set.");
		cr->SetState(ServiceUnknown);
		checkable->ProcessCheckResult(cr);
		return;
	}

	Type::Ptr type = Type::GetByName(idoType);

	if (!type || !DbConnection::TypeInstance->IsAssignableFrom(type)) {
		cr->SetOutput("IDO type '" + idoType + "' is invalid.");
		cr->SetState(ServiceUnknown);
		checkable->ProcessCheckResult(cr);
		return;
	}

	ConfigType::Ptr dtype = ConfigType::GetByName(idoType);
	VERIFY(dtype);

	DbConnection::Ptr conn = static_pointer_cast<DbConnection>(dtype->GetObject(idoName));

	double qps = conn->GetQueryCount(60) / 60.0;

	if (!conn->GetConnected()) {
		if (conn->GetShouldConnect()) {
			cr->SetOutput("Could not connect to the database server.");
			cr->SetState(ServiceCritical);
		} else {
			cr->SetOutput("Not currently enabled: Another cluster instance is responsible for the IDO database.");
			cr->SetState(ServiceOK);
		}
	} else {
		String schema_version = conn->GetSchemaVersion();

		if (Utility::CompareVersion(IDO_CURRENT_SCHEMA_VERSION, schema_version) < 0) {
			cr->SetOutput("Outdated schema version: " + schema_version + "; Latest version: "  IDO_CURRENT_SCHEMA_VERSION);
			cr->SetState(ServiceWarning);
		} else {
			std::ostringstream msgbuf;
			msgbuf << "Connected to the database server; queries per second: "  << std::fixed << std::setprecision(3) << qps;
			cr->SetOutput(msgbuf.str());
			cr->SetState(ServiceOK);
		}
	}

	Array::Ptr perfdata = new Array();
	perfdata->Add(new PerfdataValue("queries", qps));
	perfdata->Add(new PerfdataValue("queries_1min", conn->GetQueryCount(60)));
	perfdata->Add(new PerfdataValue("queries_5mins", conn->GetQueryCount(5 * 60)));
	perfdata->Add(new PerfdataValue("queries_15mins", conn->GetQueryCount(15 * 60)));
	perfdata->Add(new PerfdataValue("pending_queries", conn->GetPendingQueryCount()));
	cr->SetPerformanceData(perfdata);

	checkable->ProcessCheckResult(cr);
}

void ClusterZoneCheckTask::ScriptFunc(const Checkable::Ptr& checkable, const CheckResult::Ptr& cr,
    const Dictionary::Ptr& resolvedMacros, bool useResolvedMacros)
{
	ApiListener::Ptr listener = ApiListener::GetInstance();

	if (!listener) {
		cr->SetOutput("No API listener is configured for this instance.");
		cr->SetState(ServiceUnknown);
		checkable->ProcessCheckResult(cr);
		return;
	}

	CheckCommand::Ptr commandObj = checkable->GetCheckCommand();
	Value raw_command = commandObj->GetCommandLine();

	Host::Ptr host;
	Service::Ptr service;
	tie(host, service) = GetHostService(checkable);

	MacroProcessor::ResolverList resolvers;
	if (service)
		resolvers.push_back(std::make_pair("service", service));
	resolvers.push_back(std::make_pair("host", host));
	resolvers.push_back(std::make_pair("command", commandObj));
	resolvers.push_back(std::make_pair("icinga", IcingaApplication::GetInstance()));

	String zoneName = MacroProcessor::ResolveMacros("$cluster_zone$", resolvers, checkable->GetLastCheckResult(),
	    NULL, MacroProcessor::EscapeCallback(), resolvedMacros, useResolvedMacros);

	if (resolvedMacros && !useResolvedMacros)
		return;

	if (zoneName.IsEmpty()) {
		cr->SetOutput("Macro 'cluster_zone' must be set.");
		cr->SetState(ServiceUnknown);
		checkable->ProcessCheckResult(cr);
		return;
	}

	Zone::Ptr zone = Zone::GetByName(zoneName);

	if (!zone) {
		cr->SetOutput("Zone '" + zoneName + "' does not exist.");
		cr->SetState(ServiceUnknown);
		checkable->ProcessCheckResult(cr);
		return;
	}

	bool connected = false;
	double zoneLag = 0;

	BOOST_FOREACH(const Endpoint::Ptr& endpoint, zone->GetEndpoints()) {
		if (endpoint->GetConnected())
			connected = true;

		double eplag = ApiListener::CalculateZoneLag(endpoint);

		if (eplag > 0 && eplag > zoneLag)
			zoneLag = eplag;
	}

	if (!connected) {
		cr->SetState(ServiceCritical);
		cr->SetOutput("Zone '" + zoneName + "' is not connected. Log lag: " + Utility::FormatDuration(zoneLag));
	} else {
		cr->SetState(ServiceOK);
		cr->SetOutput("Zone '" + zoneName + "' is connected. Log lag: " + Utility::FormatDuration(zoneLag));
	}

	Array::Ptr perfdata = new Array();
	perfdata->Add(new PerfdataValue("slave_lag", zoneLag));
	cr->SetPerformanceData(perfdata);

	checkable->ProcessCheckResult(cr);
}

void IcingaCheckTask::ScriptFunc(const Checkable::Ptr& service, const CheckResult::Ptr& cr,
    const Dictionary::Ptr& resolvedMacros, bool useResolvedMacros)
{
	if (resolvedMacros && !useResolvedMacros)
		return;

	double interval = Utility::GetTime() - Application::GetStartTime();

	if (interval > 60)
		interval = 60;

	Array::Ptr perfdata = new Array();

	perfdata->Add(new PerfdataValue("active_host_checks", CIB::GetActiveHostChecksStatistics(interval) / interval));
	perfdata->Add(new PerfdataValue("passive_host_checks", CIB::GetPassiveHostChecksStatistics(interval) / interval));
	perfdata->Add(new PerfdataValue("active_host_checks_1min", CIB::GetActiveHostChecksStatistics(60)));
	perfdata->Add(new PerfdataValue("passive_host_checks_1min", CIB::GetPassiveHostChecksStatistics(60)));
	perfdata->Add(new PerfdataValue("active_host_checks_5min", CIB::GetActiveHostChecksStatistics(60 * 5)));
	perfdata->Add(new PerfdataValue("passive_host_checks_5min", CIB::GetPassiveHostChecksStatistics(60 * 5)));
	perfdata->Add(new PerfdataValue("active_host_checks_15min", CIB::GetActiveHostChecksStatistics(60 * 15)));
	perfdata->Add(new PerfdataValue("passive_host_checks_15min", CIB::GetPassiveHostChecksStatistics(60 * 15)));

	perfdata->Add(new PerfdataValue("active_service_checks", CIB::GetActiveServiceChecksStatistics(interval) / interval));
	perfdata->Add(new PerfdataValue("passive_service_checks", CIB::GetPassiveServiceChecksStatistics(interval) / interval));
	perfdata->Add(new PerfdataValue("active_service_checks_1min", CIB::GetActiveServiceChecksStatistics(60)));
	perfdata->Add(new PerfdataValue("passive_service_checks_1min", CIB::GetPassiveServiceChecksStatistics(60)));
	perfdata->Add(new PerfdataValue("active_service_checks_5min", CIB::GetActiveServiceChecksStatistics(60 * 5)));
	perfdata->Add(new PerfdataValue("passive_service_checks_5min", CIB::GetPassiveServiceChecksStatistics(60 * 5)));
	perfdata->Add(new PerfdataValue("active_service_checks_15min", CIB::GetActiveServiceChecksStatistics(60 * 15)));
	perfdata->Add(new PerfdataValue("passive_service_checks_15min", CIB::GetPassiveServiceChecksStatistics(60 * 15)));

	CheckableCheckStatistics scs = CIB::CalculateServiceCheckStats();

	perfdata->Add(new PerfdataValue("min_latency", scs.min_latency));
	perfdata->Add(new PerfdataValue("max_latency", scs.max_latency));
	perfdata->Add(new PerfdataValue("avg_latency", scs.avg_latency));
	perfdata->Add(new PerfdataValue("min_execution_time", scs.min_execution_time));
	perfdata->Add(new PerfdataValue("max_execution_time", scs.max_execution_time));
	perfdata->Add(new PerfdataValue("avg_execution_time", scs.avg_execution_time));

	ServiceStatistics ss = CIB::CalculateServiceStats();

	perfdata->Add(new PerfdataValue("num_services_ok", ss.services_ok));
	perfdata->Add(new PerfdataValue("num_services_warning", ss.services_warning));
	perfdata->Add(new PerfdataValue("num_services_critical", ss.services_critical));
	perfdata->Add(new PerfdataValue("num_services_unknown", ss.services_unknown));
	perfdata->Add(new PerfdataValue("num_services_pending", ss.services_pending));
	perfdata->Add(new PerfdataValue("num_services_unreachable", ss.services_unreachable));
	perfdata->Add(new PerfdataValue("num_services_flapping", ss.services_flapping));
	perfdata->Add(new PerfdataValue("num_services_in_downtime", ss.services_in_downtime));
	perfdata->Add(new PerfdataValue("num_services_acknowledged", ss.services_acknowledged));

	double uptime = Utility::GetTime() - Application::GetStartTime();
	perfdata->Add(new PerfdataValue("uptime", uptime));

	HostStatistics hs = CIB::CalculateHostStats();

	perfdata->Add(new PerfdataValue("num_hosts_up", hs.hosts_up));
	perfdata->Add(new PerfdataValue("num_hosts_down", hs.hosts_down));
	perfdata->Add(new PerfdataValue("num_hosts_pending", hs.hosts_pending));
	perfdata->Add(new PerfdataValue("num_hosts_unreachable", hs.hosts_unreachable));
	perfdata->Add(new PerfdataValue("num_hosts_flapping", hs.hosts_flapping));
	perfdata->Add(new PerfdataValue("num_hosts_in_downtime", hs.hosts_in_downtime));
	perfdata->Add(new PerfdataValue("num_hosts_acknowledged", hs.hosts_acknowledged));

	cr->SetOutput("Icinga 2 has been running for " + Utility::FormatDuration(uptime) +
	    ". Version: " + Application::GetAppVersion());
	cr->SetPerformanceData(perfdata);

	double lastReloadFailed = Application::GetLastReloadFailed();

	if (lastReloadFailed > 0) {
		cr->SetOutput(cr->GetOutput() + "; Last reload attempt failed at " + Utility::FormatDateTime("%Y-%m-%d %H:%M:%S %z", lastReloadFailed));
		cr->SetState(ServiceWarning);
	} else
		cr->SetState(ServiceOK);

	service->ProcessCheckResult(cr);
}