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#include "XFaultFieldsImp.h"
const std::string XEnumFaultFieldsEventSeverityMapping[] = {
"CRITICAL",
"MAJOR",
"MINOR",
"WARNING",
"NORMAL"
};
const std::string XEnumFaultFieldsVfStatusMapping[] = {
"Active",
"Idle",
"Preparing to terminate",
"Ready to terminate",
"Requesting termination"
};
const std::string XEnumFaultFieldsFaultFieldsVersionMapping[] = {
"4.0"
};
const std::string XEnumFaultFieldsEventSourceTypeMapping[] = {
"other",
"router",
"switch",
"host",
"card",
"port",
"slotThreshold",
"portThreshold",
"virtualMachine",
"virtualNetworkFunction"
};
XFaultFieldsImp::XFaultFieldsImp(shared_ptr<XCommonEventHeader> header,
const XString& alarmCondition,
const XString& specificProblem,
XEnumFaultFieldsEventSourceType eventSourceType,
XEnumFaultFieldsEventSeverity eventSeverity,
XEnumFaultFieldsVfStatus vfStatus):
header_(header),
alarmCondition_(alarmCondition),
eventSeverity_(eventSeverity),
eventSourceType_(eventSourceType),
faultFieldsVersion_(XEnumFaultFieldsFaultFieldsVersion4_0),
specificProblem_(specificProblem),
vfStatus_(vfStatus)
{
}
std::string XFaultFieldsImp::toString()
{
try
{
auto js = toJson();
return js.dump();
}
catch (json::exception& e)
{
SPDLOG_ERROR("Fail to dump XFaultFields to json string:{}.", e.what());
return "";
}
}
shared_ptr<XCommonEventHeader> XFaultFieldsImp::getCommonHeader()
{
return header_;
}
void XFaultFieldsImp::setAlarmInterfaceA(const XString& alarmInterfaceA)
{
comVals_["alarmInterfaceA"] = alarmInterfaceA;
}
void XFaultFieldsImp::setEventSeverity(XEnumFaultFieldsEventSeverity eventSeverity)
{
auto val = XEnumFaultFieldsEventSeverityMapping[eventSeverity];
comVals_["eventSeverity"] = val;
}
void XFaultFieldsImp::setAlarmCondition(const XString& alarmCondition)
{
comVals_["alarmCondition"] = alarmCondition;
}
void XFaultFieldsImp::setVfStatus(XEnumFaultFieldsVfStatus vfStatus)
{
auto val = XEnumFaultFieldsVfStatusMapping[vfStatus];
comVals_["vfStatus"] = val;
}
void XFaultFieldsImp::setEventCategory(const XString& eventCategory)
{
comVals_["eventCategory"] = eventCategory;
}
void XFaultFieldsImp::setEventSourceType(XEnumFaultFieldsEventSourceType eventSourceType)
{
auto val = XEnumFaultFieldsEventSourceTypeMapping[eventSourceType];
comVals_["eventSourceType"] = val;
}
void XFaultFieldsImp::setSpecificProblem(const XString& specificProblem)
{
comVals_["specificProblem"] = specificProblem;
}
void XFaultFieldsImp::setAlarmAdditionalInformation(const XHashMap& alarmAdditionalInformation)
{
alarmAdditionalInformation_ = alarmAdditionalInformation;
}
json XFaultFieldsImp::toJson()
{
try
{
json field = {
{"eventSeverity", XEnumFaultFieldsEventSeverityMapping[eventSeverity_]},
{"alarmCondition", alarmCondition_},
{"vfStatus", XEnumFaultFieldsVfStatusMapping[vfStatus_]},
{"eventSourceType", XEnumFaultFieldsEventSourceTypeMapping[eventSourceType_]},
{"specificProblem", specificProblem_},
{"faultFieldsVersion", XEnumFaultFieldsFaultFieldsVersionMapping[faultFieldsVersion_]}
};
//optional val
if (!alarmAdditionalInformation_.empty())
{
field["alarmAdditionalInformation"] = alarmAdditionalInformation_;
}
field = mergeCommonValues(field, comVals_);
json jsEvent;
header_->setDomain(XEnumCommonEventHeaderDomainFault);
jsEvent["event"]["commonEventHeader"] = dynamic_pointer_cast<XJsonable>(header_)->toJson();
jsEvent["event"]["faultFields"] = field;
return jsEvent;
}
catch (json::exception& e)
{
SPDLOG_ERROR("Fail to build XFaultFields to json object:{}.", e.what());
return json();
}
}
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