Files
be.ems/features/cdr/cdrevent.go
2024-08-06 16:43:54 +08:00

295 lines
14 KiB
Go

package cdr
import (
"encoding/json"
"io"
"net/http"
"time"
"be.ems/lib/dborm"
"be.ems/lib/global"
"be.ems/lib/log"
"be.ems/lib/services"
"be.ems/restagent/config"
neService "be.ems/src/modules/network_element/service"
wsService "be.ems/src/modules/ws/service"
)
var (
UriIMSCDREvent = config.DefaultUriPrefix + "/cdrManagement/v1/elementType/ims/objectType/cdrEvent"
UriIMSCDRFile = config.DefaultUriPrefix + "/cdrManagement/v1/elementType/ims/objectType/cdrFile"
UriSMFCDREvent = config.DefaultUriPrefix + "/cdrManagement/v1/elementType/smf/objectType/cdrEvent"
UriSMFCDRFile = config.DefaultUriPrefix + "/cdrManagement/v1/elementType/smf/objectType/cdrFile"
CustomUriIMSCDREvent = config.UriPrefix + "/cdrManagement/v1/elementType/ims/objectType/cdrEvent"
CustomUriIMSCDRFile = config.UriPrefix + "/cdrManagement/v1/elementType/ims/objectType/cdrFile"
CustomUriSMFCDREvent = config.UriPrefix + "/cdrManagement/v1/elementType/ims/objectType/cdrEvent"
CustomUriSMFCDRFile = config.UriPrefix + "/cdrManagement/v1/elementType/ims/objectType/cdrFile"
)
// SMF CDR
type CdrSubscriptionID struct {
SubscriptionIDType string `json:"subscriptionIDType"`
SubscriptionIDData string `json:"subscriptionIDData"`
}
type CdrNetWorkFuctionInfomation struct {
NetworkFunctionality string `json:"networkFunctionality"`
NetworkFunctionName string `json:"networkFunctionName,omitempty"`
NetworkFunctionIPv4Address string `json:"networkFunctionIPv4Address,omitempty"`
NetworkFunctionIPv6Address string `json:"networkFunctionIPv6Address,omitempty"`
}
type SMFTrigger string
const (
TimeThresholdReached SMFTrigger = "timeThresholdReached"
VolumeThresholdReached SMFTrigger = "volumeThresholdReached"
UnitThresholdReached SMFTrigger = "unitThresholdReached"
TimeQuotaExhausted SMFTrigger = "timeQuotaExhausted"
VolumeQuotaExhausted SMFTrigger = "volumeQuotaExhausted"
UnitQuotaExhausted SMFTrigger = "unitQuotaExhausted"
ExpiryOfQuotaValidityTime SMFTrigger = "expiryOfQuotaValidityTime"
ExpiryOfQuotaHoldingTime SMFTrigger = "expiryOfQuotaHoldingTime"
EndOfPDUSession SMFTrigger = "endOfPDUSession"
)
type CdrSMFTrigger struct {
SMFTrigger SMFTrigger `json:"sMFTrigger"`
}
type CdrQuotaManagementIndicator string
// List of QuotaManagementIndicator
const (
Cdr_QMI_ONLINE_CHARGING CdrQuotaManagementIndicator = "ONLINE_CHARGING"
Cdr_QMI_OFFLINE_CHARGING CdrQuotaManagementIndicator = "OFFLINE_CHARGING"
Cdr_QMI_QUOTA_MANAGEMENT_SUSPENDED CdrQuotaManagementIndicator = "QUOTA_MANAGEMENT_SUSPENDED"
)
type CdrUsedUnitContainer struct {
ServiceIdentifier *int32 `json:"serviceIdentifier,omitempty"`
QuotaManagementIndicatorExt CdrQuotaManagementIndicator `json:"quotaManagementIndicatorExt,omitempty"`
Triggers []SMFTrigger `json:"triggers,omitempty"`
TriggerTimestamp *time.Time `json:"triggerTimestamp,omitempty"`
Time *uint32 `json:"time,omitempty"`
DataTotalVolume *uint64 `json:"dataTotalVolume,omitempty"`
DataVolumeUplink *uint64 `json:"dataVolumeUplink,omitempty"`
DataVolumeDownlink *uint64 `json:"dataVolumeDownlink,omitempty"`
ServiceSpecificUnits *uint64 `json:"serviceSpecificUnits,omitempty"`
EventTimeStamp *time.Time `json:"eventTimeStamp,omitempty"`
LocalSequenceNumber int32 `json:"localSequenceNumber"`
//PDUContainerInformation *PduContainerInformation `json:"pDUContainerInformation,omitempty"`
//NSPAContainerInformation *NspaContainerInformation `json:"nSPAContainerInformation,omitempty"`
}
type CdrMultipleUnitUsage struct {
RatingGroup uint32 `json:"ratingGroup" yaml:"ratingGroup" bson:"ratingGroup" mapstructure:"RatingGroup"`
UsedUnitContainer []CdrUsedUnitContainer `json:"usedUnitContainer,omitempty" yaml:"usedUnitContainer" bson:"usedUnitContainer" mapstructure:"UsedUnitContainer"`
//UPFID string `json:"uPFID,omitempty" yaml:"uPFID" bson:"uPFID" mapstructure:"UPFID"`
}
type CdrSubscriberEquipmentNumber struct {
SubscriberEquipmentNumberType string `json:"subscriberEquipmentNumberType"`
SubscriberEquipmentNumberData string `json:"subscriberEquipmentNumberData"`
}
type CdrNetworkSliceInstanceID struct {
SST int32 `json:"sST"`
SD string `json:"sD,omitempty"`
}
type CdrPduAddress struct {
PDUIPv4Address string `json:"pDUIPv4Address,omitempty"`
PDUIPv6AddresswithPrefix string `json:"pDUIPv6AddresswithPrefix,omitempty"`
IPV4dynamicAddressFlag bool `json:"iPV4dynamicAddressFlag,omitempty"`
IPV6dynamicPrefixFlag bool `json:"iPv6dynamicPrefixFlag,omitempty"`
}
type CdrArp struct {
PriorityLevel int32 `json:"priorityLevel"`
PreemptionCapability string `json:"preemptionCapability"`
PreemptionVulnerability string `json:"preemptionVulnerability"`
}
type CdrAuthorizedQosInformation struct {
FiveQi int `json:"fiveQi"`
ARP *CdrArp `json:"aRP,omitempty"`
PriorityLevel *int32 `json:"priorityLevel,omitempty"`
AverWindow *int32 `json:"averWindow,omitempty"`
MaxDataBurstVol *int32 `json:"maxDataBurstVol,omitempty"`
}
type CdrSubscribedDefaultQos struct {
FiveQi int32 `json:"fiveQi,omitempty"`
ARP CdrArp `json:"aRP,omitempty"`
PriorityLevel *int32 `json:"priorityLevel,omitempty"`
}
type CdrSessionAmbr struct {
Uplink string `json:"uplink"`
Downlink string `json:"downlink"`
}
type CdrPDUSessionChargingInformation struct {
PDUSessionChargingID int32 `json:"pDUSessionChargingID"`
UserIdentifier string `json:"userIdentifier,omitempty"` // isdn
UserEquipmentInfo *CdrSubscriberEquipmentNumber `json:"userEquipmentInfo,omitempty"` // imei/imeisv
//UserLocationInfomation *UserLocation `json:"userLocationinfo,omitempty"`
UserRoamerInOut string `json:"userRoamerInOut,omitempty"`
PDUSessionId int32 `json:"pDUSessionId"`
NetworkSliceInstanceID *CdrNetworkSliceInstanceID `json:"networkSliceInstanceID,omitempty"`
//PDUType PduSessionType `json:"pDUType,omitempty"`
SSCMode string `json:"sSCMode,omitempty"`
DNNID string `json:"dNNID"`
SUPIPLMNIdentifier string `json:"sUPIPLMNIdentifier,omitempty"`
//ServingNetworkFunctionID *ServingNetworkFunctionId `json:"servingNetworkFunctionID,omitempty"`
//RATType RatType `json:"rATType,omitempty"`
DataNetworkNameIdentifier string `json:"dataNetworkNameIdentifier,omitempty"`
PDUAddress CdrPduAddress `json:"pDUAddress,omitempty"`
AuthorizedQoSInformation *CdrAuthorizedQosInformation `json:"authorizedQoSInformation,omitempty"`
UETimeZone string `json:"uETimeZone,omitempty"`
PDUSessionstartTime *time.Time `json:"pDUSessionstartTime,omitempty"`
PDUSessionstopTime *time.Time `json:"pDUSessionstopTime,omitempty"`
Diagnostics *int `json:"diagnostics,omitempty"`
ChargingCharacteristics string `json:"chargingCharacteristics,omitempty"`
ChChSelectionMode string `json:"chChSelectionMode,omitempty"`
ThreeGPPPSDataOffStatus string `json:"threeGPPPSDataOffStatus,omitempty"`
//RANSecondaryRATUsageReport *RanSecondaryRatUsageReport `json:"rANSecondaryRATUsageReport,omitempty"`
SubscribedQoSInformation *CdrSubscribedDefaultQos `json:"subscribedQoSInformation,omitempty"`
AuthorizedSessionAMBR *CdrSessionAmbr `json:"authorizedSessionAMBR,omitempty"`
SubscribedSessionAMBR *CdrSessionAmbr `json:"subscribedSessionAMBR,omitempty"`
ServingCNPLMNID string `json:"servingCNPLMNID,omitempty"`
DnnSelectionMode string `json:"dnnSelectionMode,omitempty"`
HomeProvidedChargingID int32 `json:"homeProvidedChargingID,omitempty"`
//MAPDUNon3GPPUserLocationInfo *UserLocation `json:"mAPDUNon3GPPUserLocationInfo,omitempty" yaml:"mAPDUNon3GPPUserLocationInfo" bson:"mAPDUNon3GPPUserLocationInfo" mapstructure:"MAPDUNon3GPPUserLocationInfo"`
//PresenceReportingAreaInformation map[string]PresenceInfo `json:"presenceReportingAreaInformation,omitempty" yaml:"presenceReportingAreaInformation" bson:"presenceReportingAreaInformation" mapstructure:"PresenceReportingAreaInformation"`
}
type CauseForRecordClosing string
const (
NormalRelease CauseForRecordClosing = "normalRelease"
PartialRecord CauseForRecordClosing = "partialRecord"
AbnormalRelease CauseForRecordClosing = "abnormalRelease"
CAMELInitCallRelease CauseForRecordClosing = "cAMELInitCallRelease"
VolumeLimit CauseForRecordClosing = "volumeLimit"
TimeLimit CauseForRecordClosing = "timeLimit"
ServingNodeChange CauseForRecordClosing = "servingNodeChange"
MaxChangeCond CauseForRecordClosing = "maxChangeCond"
ManagementIntervention CauseForRecordClosing = "managementIntervention"
IntraSGSNIntersystemChange CauseForRecordClosing = "intraSGSNIntersystemChange"
RATChange CauseForRecordClosing = "rATChange"
MSTimeZoneChange CauseForRecordClosing = "mSTimeZoneChange"
SGSNPLMNIDChange CauseForRecordClosing = "sGSNPLMNIDChange "
SGWChange CauseForRecordClosing = "sGWChange"
APNAMBRChange CauseForRecordClosing = "aPNAMBRChange"
)
type ChargingRecord struct {
RecordType string `json:"recordType"`
ChargingID int `json:"chargingID"`
RecordingNetworkFunctionID string `json:"recordingNetworkFunctionID"` // UUID
SubscriberIdentifier CdrSubscriptionID `json:"subscriberIdentifier,omitempty"`
NFunctionConsumerInformation CdrNetWorkFuctionInfomation `json:"nFunctionConsumerInformation"`
Triggers []CdrSMFTrigger `json:"triggers,omitempty"`
ListOfMultipleUnitUsage []CdrMultipleUnitUsage `json:"listOfMultipleUnitUsage,omitempty"`
RecordOpeningTime string `json:"recordOpeningTime"`
Duration int `json:"duration"`
RecordSequenceNumber int `json:"recordSequenceNumber,omitempty"`
CauseForRecClosing CauseForRecordClosing `json:"causeForRecClosing"`
Diagnostics *int `json:"diagnostics,omitempty"`
LocalRecordSequenceNumber int `json:"localRecordSequenceNumber,omitempty"`
PDUSessionChargingInformation CdrPDUSessionChargingInformation `json:"pDUSessionChargingInformation,omitempty"`
InvocationTimestamp string `json:"invocationTimestamp,omitempty"`
}
type CDREvent struct {
NeType string `json:"neType" xorm:"ne_type"`
NeName string `json:"neName" xorm:"ne_name"`
RmUID string `json:"rmUID" xorm:"rm_uid"`
Timestamp int `json:"timestamp" xorm:"timestamp"`
CDR map[string]any `json:"CDR" xorm:"cdr_json"`
}
func PostCDREventFromIMS(w http.ResponseWriter, r *http.Request) {
log.Info("PostCDREventFromIMS processing... ")
// body, err := io.ReadAll(io.LimitReader(r.Body, global.RequestBodyMaxLen))
body, err := io.ReadAll(io.LimitReader(r.Body, global.RequestBodyMaxLen))
if err != nil {
log.Error("Faile to io.ReadAll: ", err)
services.ResponseNotFound404UriNotExist(w, r)
return
}
cdrEvent := new(CDREvent)
err = json.Unmarshal(body, &cdrEvent)
if cdrEvent.NeType == "" || err != nil {
log.Error("Failed to Unmarshal cdrEvent:", err)
services.ResponseInternalServerError500ProcessError(w, err)
return
}
log.Trace("cdrEvent:", cdrEvent)
affected, err := dborm.XormInsertTableOne("cdr_event_ims", cdrEvent)
if err != nil && affected <= 0 {
log.Error("Failed to insert cdr_event_ims:", err)
services.ResponseInternalServerError500ProcessError(w, err)
return
}
// 发送到匹配的网元
neInfo := neService.NewNeInfoImpl.SelectNeInfoByRmuid(cdrEvent.RmUID)
if neInfo.RmUID == cdrEvent.RmUID {
// 推送到ws订阅组
if v, ok := cdrEvent.CDR["recordType"]; ok {
if v == "MOC" || v == "MTSM" {
wsService.NewWSSendImpl.ByGroupID(wsService.GROUP_IMS_CDR+neInfo.NeId, cdrEvent)
}
}
}
services.ResponseStatusOK204NoContent(w)
}
func PostCDREventFromSMF(w http.ResponseWriter, r *http.Request) {
log.Info("PostCDREventFromSMF processing... ")
// body, err := io.ReadAll(io.LimitReader(r.Body, global.RequestBodyMaxLen))
body, err := io.ReadAll(io.LimitReader(r.Body, global.RequestBodyMaxLen))
if err != nil {
log.Error("Faile to io.ReadAll: ", err)
services.ResponseNotFound404UriNotExist(w, r)
return
}
cdrEvent := new(CDREvent)
err = json.Unmarshal(body, &cdrEvent)
if cdrEvent.NeType == "" || err != nil {
log.Error("Failed to Unmarshal cdrEvent:", err)
services.ResponseInternalServerError500ProcessError(w, err)
return
}
log.Trace("cdrEvent:", cdrEvent)
affected, err := dborm.XormInsertTableOne("cdr_event_smf", cdrEvent)
if err != nil && affected <= 0 {
log.Error("Failed to insert cdr_event_smf:", err)
services.ResponseInternalServerError500ProcessError(w, err)
return
}
// 发送到匹配的网元
neInfo := neService.NewNeInfoImpl.SelectNeInfoByRmuid(cdrEvent.RmUID)
if neInfo.RmUID == cdrEvent.RmUID {
// 推送到ws订阅组
wsService.NewWSSendImpl.ByGroupID(wsService.GROUP_SMF_CDR+neInfo.NeId, cdrEvent)
}
services.ResponseStatusOK204NoContent(w)
}