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#include "XMeasurementFieldsImp.h"
const std::string XEnumMeasurementFieldsMeasurementFieldsVersionMapping[] = {
"4.0"
};
XMeasurementFieldsImp::XMeasurementFieldsImp(std::shared_ptr<XCommonEventHeader> header, XNumber measurementInterval):
header_(header),
measurementInterval_(measurementInterval),
measurementFieldsVersion_(XEnumMeasurementFieldsMeasurementFieldsVersion4_0)
{
}
std::string XMeasurementFieldsImp::toString()
{
try
{
auto js = toJson();
return js.dump();
}
catch (json::exception& e)
{
SPDLOG_ERROR("Fail to dump XMeasurementFields to json string:{}.", e.what());
return "";
}
}
void XMeasurementFieldsImp::setCodecUsageArray(const XArrayOfXCodecsInUse& codecUsageArray)
{
codecUsageArray_ = codecUsageArray;
}
void XMeasurementFieldsImp::setFeatureUsageArray(const XHashMap& featureUsageArray)
{
featureUsageArray_ = featureUsageArray;
}
void XMeasurementFieldsImp::setConfiguredEntities(XInteger configuredEntities)
{
comVals_["configuredEntities"] = configuredEntities;
}
void XMeasurementFieldsImp::setAdditionalMeasurements(const XArrayOfNamedHashMap& additionalMeasurements)
{
additionalMeasurements_ = additionalMeasurements;
}
void XMeasurementFieldsImp::setCpuUsageArray(const XArrayOfXCpuUsage& cpuUsageArray)
{
cpuUsageArray_ = cpuUsageArray;
}
void XMeasurementFieldsImp::setRequestRate(XNumber requestRate)
{
comVals_["requestRate"] = requestRate;
}
void XMeasurementFieldsImp::setFilesystemUsageArray(const XArrayOfXFilesystemUsage& filesystemUsageArray)
{
filesystemUsageArray_ = filesystemUsageArray;
}
void XMeasurementFieldsImp::setLoadArray(const XArrayOfXLoad& loadArray)
{
loadArray_ = loadArray;
}
void XMeasurementFieldsImp::setMeasurementInterval(XNumber measurementInterval)
{
comVals_["measurementInterval"] = measurementInterval;
}
void XMeasurementFieldsImp::setMachineCheckExceptionArray(const XArrayOfXMachineCheckException& machineCheckExceptionArray)
{
machineCheckExceptionArray_ = machineCheckExceptionArray;
}
void XMeasurementFieldsImp::setMeanRequestLatency(XNumber meanRequestLatency)
{
comVals_["meanRequestLatency"] = meanRequestLatency;
}
void XMeasurementFieldsImp::setConcurrentSessions(XInteger concurrentSessions)
{
comVals_["concurrentSessions"] = concurrentSessions;
}
void XMeasurementFieldsImp::setAdditionalFields(const XHashMap& additionalFields)
{
additionalFields_ = additionalFields;
}
void XMeasurementFieldsImp::setProcessStatsArray(const XArrayOfXProcessStats& processStatsArray)
{
processStatsArray_ = processStatsArray;
}
void XMeasurementFieldsImp::setNicPerformanceArray(const XArrayOfXNicPerformance& nicPerformanceArray)
{
nicPerformanceArray_ = nicPerformanceArray;
}
void XMeasurementFieldsImp::setDiskUsageArray(const XArrayOfXDiskUsage& diskUsageArray)
{
diskUsageArray_ = diskUsageArray;
}
void XMeasurementFieldsImp::setIpmi(const XIpmi& ipmi)
{
ipmi_ = ipmi;
}
void XMeasurementFieldsImp::setLatencyDistribution(const XArrayOfXLatencyBucketMeasure& latencyDistribution)
{
latencyDistribution_ = latencyDistribution;
}
void XMeasurementFieldsImp::setHugePagesArray(const XArrayOfXHugePages& hugePagesArray)
{
hugePagesArray_ = hugePagesArray;
}
void XMeasurementFieldsImp::setAdditionalObjects(const XArrayOfJsonObject& additionalObjects)
{
additionalObjects_ = additionalObjects;
}
void XMeasurementFieldsImp::setMemoryUsageArray(const XArrayOfXMemoryUsage& memoryUsageArray)
{
memoryUsageArray_ = memoryUsageArray;
}
void XMeasurementFieldsImp::setNumberOfMediaPortsInUse(XInteger numberOfMediaPortsInUse)
{
comVals_["numberOfMediaPortsInUse"] = numberOfMediaPortsInUse;
}
void XMeasurementFieldsImp::setNfcScalingMetric(XInteger nfcScalingMetric)
{
comVals_["nfcScalingMetric"] = nfcScalingMetric;
}
std::shared_ptr<XCommonEventHeader> XMeasurementFieldsImp::getCommonHeader()
{
return header_;
}
json XMeasurementFieldsImp::toJson()
{
try
{
json field = {
{"measurementFieldsVersion", XEnumMeasurementFieldsMeasurementFieldsVersionMapping[measurementFieldsVersion_]},
{"measurementInterval", measurementInterval_}
};
//optional val
if (!codecUsageArray_.empty())
{
field["codecUsageArray"] = fromArray(codecUsageArray_);
}
if (!featureUsageArray_.empty())
{
field["featureUsageArray"] = featureUsageArray_;
}
if (!additionalMeasurements_.empty())
{
field["additionalMeasurements"] = fromArray(additionalMeasurements_);
}
if (!cpuUsageArray_.empty())
{
field["cpuUsageArray"] = fromArray(cpuUsageArray_);
}
if (!filesystemUsageArray_.empty())
{
field["filesystemUsageArray"] = fromArray(filesystemUsageArray_);
}
if (!loadArray_.empty())
{
field["loadArray"] = fromArray(loadArray_);
}
if (!machineCheckExceptionArray_.empty())
{
field["machineCheckExceptionArray"] = fromArray(machineCheckExceptionArray_);
}
if (!additionalFields_.empty())
{
field["additionalFields"] = additionalFields_;
}
if (!processStatsArray_.empty())
{
field["processStatsArray"] = fromArray(processStatsArray_);
}
if (!nicPerformanceArray_.empty())
{
field["nicPerformanceArray"] = fromArray(nicPerformanceArray_);
}
if (!diskUsageArray_.empty())
{
field["diskUsageArray"] = fromArray(diskUsageArray_);
}
auto ipmi = dynamic_pointer_cast<XJsonable>(ipmi_.imp_);
if (ipmi && !ipmi->toJson().empty())
{
field["ipmi"] = ipmi->toJson();
}
if (!latencyDistribution_.empty())
{
field["latencyDistribution"] = fromArray(latencyDistribution_);
}
if (!hugePagesArray_.empty())
{
field["hugePagesArray"] = fromArray(hugePagesArray_);
}
if (!additionalObjects_.empty())
{
field["additionalObjects"] = fromArray(additionalObjects_);
}
if (!memoryUsageArray_.empty())
{
field["memoryUsageArray"] = fromArray(memoryUsageArray_);
}
field = mergeCommonValues(field, comVals_);
json jsEvent;
header_->setDomain(XEnumCommonEventHeaderDomainMeasurement);
jsEvent["event"]["commonEventHeader"] = dynamic_pointer_cast<XJsonable>(header_)->toJson();
jsEvent["event"]["measurementFields"] = field;
return jsEvent;
}
catch (json::exception& e)
{
SPDLOG_ERROR("Fail to build XMeasurementFields to json object:{}.", e.what());
return json();
}
}
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