Report & operator()(const std::string &name, T value, bool sum = true) {
_max_name = std::max(name.length(), _max_name);
_elements.push_back(ReportEntry(name, value, sum));
if(sum) {
_total += value;
}
return *this;
}
ComponentReport ReasonerStandardImplementation::prepareReport() {
ComponentReport result;
{ // Disallow other access to aggregated data fields
unique_lock<mutex> dataLock( dataMutex );
result.addEntry( "ANOMAL_RUNTIME_MS", ReportEntry( ReportEntry::Type::SIOX_INTERNAL_INFO, VariableDatatype( anomaliesTriggered * update_intervall_ms )));
result.addEntry( "OBSERVED_RUNTIME_MS", ReportEntry( ReportEntry::Type::SIOX_INTERNAL_INFO, VariableDatatype( cyclesTriggered * update_intervall_ms )));
result.addEntry( "STATES_SENT_UPSTREAM", ReportEntry( ReportEntry::Type::SIOX_INTERNAL_INFO, nPushesSent));
result.addEntry( "STATES_RECEIVED", ReportEntry( ReportEntry::Type::SIOX_INTERNAL_INFO, nPushesReceived));
if ( nPushesReceived > 0 ){
const char * text [] = {
"UTILIZATION_CPU",
"UTILIZATION_MEMORY",
"UTILIZATION_IO",
"UTILIZATION_NETWORK_SEND",
"UTILIZATION_NETWORK_RECEIVE",
"CONSUMED_CPU_SECONDS",
"CONSUMED_ENERGY_JOULE",
"CONSUMED_MEMORY_BYTES",
"CONSUMED_NETWORK_BYTES",
"CONSUMED_IO_BYTES",
};
for (int i=0; i < NODE_STATISTIC_COUNT; i++){
result.addEntry( text[i], ReportEntry( ReportEntry::Type::APPLICATION_PERFORMANCE, node_statistics[i] ));
}
}
// for debugging
ostringstream reportText;
reportText << this;
result.addEntry( "TEXT_STATE", ReportEntry( ReportEntry::Type::SIOX_INTERNAL_DEBUG, VariableDatatype( reportText.str() )));
}
return result;
}
Report & add_space() {
_elements.push_back(ReportEntry());
return *this;
}
Report & operator()(const std::string &name) {
_elements.push_back(ReportEntry(name, 0, false));
_elements.back().has_val = false;
return *this;
}
