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#include "XMobileFlowFieldsImp.h"
const std::string XEnumMobileFlowFieldsMobileFlowFieldsVersionMapping[] = {
"4.0"
};
XMobileFlowFieldsImp::XMobileFlowFieldsImp(std::shared_ptr<XCommonEventHeader> header,
const XString& flowDirection,
const XGtpPerFlowMetrics& gtpPerFlowMetrics,
const XString& ipProtocolType,
const XString& ipVersion,
const XString& otherEndpointIpAddress,
XInteger otherEndpointPort,
const XString& reportingEndpointIpAddr,
XInteger reportingEndpointPort
):
header_(header),
flowDirection_(flowDirection),
gtpPerFlowMetrics_(gtpPerFlowMetrics),
ipProtocolType_(ipProtocolType),
ipVersion_(ipVersion),
mobileFlowFieldsVersion_(XEnumMobileFlowFieldsMobileFlowFieldsVersion4_0),
otherEndpointIpAddress_(otherEndpointIpAddress),
otherEndpointPort_(otherEndpointPort),
reportingEndpointIpAddr_(reportingEndpointIpAddr),
reportingEndpointPort_(reportingEndpointPort)
{
}
std::string XMobileFlowFieldsImp::toString()
{
try
{
auto js = toJson();
return js.dump();
}
catch (json::exception& e)
{
SPDLOG_ERROR("Fail to dump XMobileFlowFields to json string:{}.", e.what());
return "";
}
}
void XMobileFlowFieldsImp::setRac(const XString& rac)
{
comVals_["rac"] = rac;
}
void XMobileFlowFieldsImp::setSac(const XString& sac)
{
comVals_["sac"] = sac;
}
void XMobileFlowFieldsImp::setSamplingAlgorithm(XInteger samplingAlgorithm)
{
comVals_["samplingAlgorithm"] = samplingAlgorithm;
}
void XMobileFlowFieldsImp::setIpVersion(const XString& ipVersion)
{
comVals_["ipVersion"] = ipVersion;
}
void XMobileFlowFieldsImp::setGtpPerFlowMetrics(const XGtpPerFlowMetrics& gtpPerFlowMetrics)
{
gtpPerFlowMetrics_ = gtpPerFlowMetrics;
}
void XMobileFlowFieldsImp::setTac(const XString& tac)
{
comVals_["tac"] = tac;
}
void XMobileFlowFieldsImp::setMnc(const XString& mnc)
{
comVals_["mnc"] = mnc;
}
void XMobileFlowFieldsImp::setTunnelId(const XString& tunnelId)
{
comVals_["tunnelId"] = tunnelId;
}
void XMobileFlowFieldsImp::setAppProtocolVersion(const XString& appProtocolVersion)
{
comVals_["appProtocolVersion"] = appProtocolVersion;
}
void XMobileFlowFieldsImp::setGtpVersion(const XString& gtpVersion)
{
comVals_["gtpVersion"] = gtpVersion;
}
void XMobileFlowFieldsImp::setConnectionType(const XString& connectionType)
{
comVals_["connectionType"] = connectionType;
}
void XMobileFlowFieldsImp::setAdditionalFields(const XHashMap& additionalFields)
{
additionalFields_ = additionalFields;
}
void XMobileFlowFieldsImp::setHttpHeader(const XString& httpHeader)
{
comVals_["httpHeader"] = httpHeader;
}
void XMobileFlowFieldsImp::setImsi(const XString& imsi)
{
comVals_["imsi"] = imsi;
}
void XMobileFlowFieldsImp::setApplicationType(const XString& applicationType)
{
comVals_["applicationType"] = applicationType;
}
void XMobileFlowFieldsImp::setMsisdn(const XString& msisdn)
{
comVals_["msisdn"] = msisdn;
}
void XMobileFlowFieldsImp::setMcc(const XString& mcc)
{
comVals_["mcc"] = mcc;
}
void XMobileFlowFieldsImp::setFlowDirection(const XString& flowDirection)
{
comVals_["flowDirection"] = flowDirection;
}
void XMobileFlowFieldsImp::setLac(const XString& lac)
{
comVals_["lac"] = lac;
}
void XMobileFlowFieldsImp::setOtherEndpointPort(XInteger otherEndpointPort)
{
comVals_["otherEndpointPort"] = otherEndpointPort;
}
void XMobileFlowFieldsImp::setVlanId(const XString& vlanId)
{
comVals_["vlanId"] = vlanId;
}
void XMobileFlowFieldsImp::setImei(const XString& imei)
{
comVals_["imei"] = imei;
}
void XMobileFlowFieldsImp::setGtpProtocolType(const XString& gtpProtocolType)
{
comVals_["gtpProtocolType"] = gtpProtocolType;
}
void XMobileFlowFieldsImp::setEcgi(const XString& ecgi)
{
comVals_["ecgi"] = ecgi;
}
void XMobileFlowFieldsImp::setCid(const XString& cid)
{
comVals_["cid"] = cid;
}
void XMobileFlowFieldsImp::setReportingEndpointPort(XInteger reportingEndpointPort)
{
comVals_["reportingEndpointPort"] = reportingEndpointPort;
}
void XMobileFlowFieldsImp::setRadioAccessTechnology(const XString& radioAccessTechnology)
{
comVals_["radioAccessTechnology"] = radioAccessTechnology;
}
void XMobileFlowFieldsImp::setAppProtocolType(const XString& appProtocolType)
{
comVals_["appProtocolType"] = appProtocolType;
}
void XMobileFlowFieldsImp::setOtherEndpointIpAddress(const XString& otherEndpointIpAddress)
{
comVals_["otherEndpointIpAddress"] = otherEndpointIpAddress;
}
void XMobileFlowFieldsImp::setIpProtocolType(const XString& ipProtocolType)
{
comVals_["ipProtocolType"] = ipProtocolType;
}
void XMobileFlowFieldsImp::setOtherFunctionalRole(const XString& otherFunctionalRole)
{
comVals_["otherFunctionalRole"] = otherFunctionalRole;
}
void XMobileFlowFieldsImp::setReportingEndpointIpAddr(const XString& reportingEndpointIpAddr)
{
comVals_["reportingEndpointIpAddr"] = reportingEndpointIpAddr;
}
json XMobileFlowFieldsImp::toJson()
{
try
{
json field = {
{"ipVersion", ipVersion_},
{"mobileFlowFieldsVersion", XEnumMobileFlowFieldsMobileFlowFieldsVersionMapping[mobileFlowFieldsVersion_]},
{"gtpPerFlowMetrics", dynamic_pointer_cast<XJsonable>(gtpPerFlowMetrics_.imp_)->toJson()},
{"flowDirection", flowDirection_},
{"otherEndpointPort", otherEndpointPort_},
{"reportingEndpointPort", reportingEndpointPort_},
{"otherEndpointIpAddress", otherEndpointIpAddress_},
{"ipProtocolType", ipProtocolType_},
{"reportingEndpointIpAddr", reportingEndpointIpAddr_}
};
//optional val
if (!additionalFields_.empty())
{
field["additionalFields"] = additionalFields_;
}
field = mergeCommonValues(field, comVals_);
json jsEvent;
header_->setDomain(XEnumCommonEventHeaderDomainMobileFlow);
jsEvent["event"]["commonEventHeader"] = dynamic_pointer_cast<XJsonable>(header_)->toJson();
jsEvent["event"]["mobileFlowFields"] = field;
return jsEvent;
}
catch (json::exception& e)
{
SPDLOG_ERROR("Fail to build XMobileFlowFields to json object:{}.", e.what());
return json();
}
}
std::shared_ptr<XCommonEventHeader> XMobileFlowFieldsImp::getCommonHeader()
{
return header_;
}
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