Package com.ibm.tivoli.nm.collectors.framework.store

Provides implementations for the CollectorDataStore interface for storing network data collected by a given collector.

See: Description

Interface Summary

Interface	Description
Associatable	An interface that defines the ability to associate an object with another object.

Class Summary

Class	Description
DataSource	A class to represent a collector data source.
DataStore	An in memory data store implementation for the ITNM java collector framework.
Element	An interface representing a top level entity to be stored in the DataStore.
LogicalElement	A class representing a non-device, logical element, such as a cell.
LTEAntennaFunction	Class representing an LTE Antenna function collector framework.
LTEDataStore	In memory data store implementation for holding LTE specific data for the ITNM java collector framework.
LTEEIR	Class representing an EIR chassis To be used in conjunction with LTEDataStore.
LTEEIRFunction	Class representing an EIRFunction To be used in conjunction with LTEDataStore and LTEEIR
LTEENBFunction	Class representing an ENodeB Function of an ENodeB chassis To be used in conjunction with LTEDataStore and LTEENodeB
LTEENodeB	Class representing an ENodeB chassis To be used in conjunction with LTEDataStore.
LTEeUtranCell	Class representing an eUtranCell To be used in conjunction with LTEDataStore and LTEENodeB
LTEeUtranSector	Class representing an eUtranSector To be used in conjunction with LTEDataStore and LTEENodeB
LTEFunction	Abstract Base Class representing an LTE network device's functionality.
LTEGBTSFunction
LTEHSS	Class representing an LTEHSS chassis To be used in conjunction with LTEDataStore.
LTEHSSFunction	Class representing an HSSFunction To be used in conjunction with LTEDataStore anbd LTEHSS
LTELogicalElement	Class representing a logical LTE entity To be used in conjunction with LTEDataStore.
LTEMME	Class representing an MME chassis To be used in conjunction with LTEDataStore.
LTEMMEFunction	Class representing an MMEFunction To be used in conjunction with LTEDataStore anbd LTEMME
LTENetworkDevice	Abstract class representing an LTE network device to be used as an in memory data store for LTE device data within the collector framework.
LTENodeBFunction
LTEPCRF	Class representing a PCRF chassis To be used in conjunction with LTEDataStore.
LTEPCRFFunction	Class representing an PCRFFunction To be used in conjunction with LTEDataStore anbd LTEPCRF
LTEPGW	Class representing a PGW chassis To be used in conjunction with LTEDataStore.
LTEPGWFunction	Class representing a PGWFunction of an PGW chassis To be used in conjunction with LTEDataStore.
LTESAEGateway	Class representing an SAEGateway chassis To be used in conjunction with LTEDataStore and LTESAEGateway
LTESAEGatewayFunction	Class representing an SAEGatewayFunction of an SAEGateway chassis To be used in conjunction with LTEDataStore.
LTESGW	Class representing an SGW chassis To be used in conjunction with LTEDataStore and LTESGW
LTESGWFunction	Class representing an SGWFunction of an SGW chassis To be used in conjunction with LTEDataStore.
N5gAF	Class representing an AF chassis To be used in conjunction with 5GDataStore.
N5gAFFunction	Class representing an AF Function of an AF chassis To be used in conjunction with 5GDataStore and AF
N5gAMF	Class representing an AMF chassis To be used in conjunction with 5GDataStore.
N5gAMFFunction	Class representing an AMF Function of an AMF chassis To be used in conjunction with 5GDataStore and AMF
N5gAUSF	Class representing an AUSF chassis To be used in conjunction with 5GDataStore.
N5gAUSFFunction	Class representing an AUSF Function of an AUSF chassis To be used in conjunction with 5GDataStore and AUSF
N5gDataStore	In memory data store implementation for holding 5G specific data for the ITNM java collector framework.
N5gFunction	Abstract Base Class representing an 5G network device's functionality.
N5gGNBCUCPFunction	Represents GNBCUCP Function of the GNodeB device
N5gGNBCUUPFunction	Represents GNBCUUP Function of the GNodeB device
N5gGNBDUFunction
N5gGNBFunction	Class representing an GNodeB Function of an GNodeB chassis To be used in conjunction with 5GDataStore and GNodeB
N5gGNodeB	Class representing an GNodeB chassis To be used in conjunction with 5GDataStore.
N5gLogicalElement	Class representing a logical 5G entity To be used in conjunction with 5GDataStore.
N5gNEF	Class representing an NEF chassis To be used in conjunction with 5GDataStore.
N5gNEFFunction	Class representing an NEF Function of an NEF chassis To be used in conjunction with 5GDataStore and NEF
N5gNetworkDevice	Abstract class representing an 5G network device to be used as an in memory data store for 5G device data within the collector framework.
N5gNRCellCU	Class representing an eUtranCell To be used in conjunction with DataStore and GNB
N5gNRCellDU	Class representing an eUtranCell To be used in conjunction with DataStore and GNB
N5gNRF	Class representing an NRF chassis To be used in conjunction with 5GDataStore.
N5gNRFFunction	Class representing an NRF Function of an NRF chassis To be used in conjunction with 5GDataStore and NRF
N5gNRSector	Class representing an 5G GNB NRSectorCarrier To be used in conjunction with N5gDataStore and GNodeB
N5gNSSF	Class representing an NSSF chassis To be used in conjunction with 5GDataStore.
N5gNSSFFunction	Class representing an NSSF Function of an NSSF chassis To be used in conjunction with 5GDataStore and NSSF
N5gPCF	Class representing an PCF chassis To be used in conjunction with 5GDataStore.
N5gPCFFunction	Class representing an PCF Function of an PCF chassis To be used in conjunction with 5GDataStore and PCF
N5gSMF	Class representing an SMF chassis To be used in conjunction with 5GDataStore.
N5gSMFFunction	Class representing an SMF Function of an SMF chassis To be used in conjunction with 5GDataStore and SMF
N5gUDM	Class representing an UDM chassis To be used in conjunction with 5GDataStore.
N5gUDMFunction	Class representing an UDM Function of an UDM chassis To be used in conjunction with 5GDataStore and UDM
N5gUPF	Class representing an UPF chassis To be used in conjunction with 5GDataStore.
N5gUPFFunction	Class representing an UPF Function of an UPF chassis To be used in conjunction with 5GDataStore and UPF
NetworkDevice	Class representing a network device to be used as an in memory data store for the collector framework.
RANDataStore	In memory data store implementation for holding RAN specific data for the ITNM java collector framework.
RANLogicalElement	A class representing a RAN based, non-device, logical element, such as a GSM or UTRAN cell.
RANNetworkDevice	Class representing a RAN network device to be used as an in memory data store for RAN device data within the collector framework.

Enum Summary

Enum	Description
LTEFunction.eConnectionType	Used to define a connection type
LTEFunction.eFunctionType	Used to define a chassis type
LTELogicalElement.eLogicalType	Represents the type of logical element
LTENetworkDevice.eChassisType	Represents the chassis type
N5gFunction.eConnectionType	Used to define a connection type
N5gFunction.eFunctionType	Used to define a chassis type
N5gLogicalElement.eLogicalType	Represents the type of logical element
N5gNetworkDevice.eChassisType	Represents the 5G chassis type

Package com.ibm.tivoli.nm.collectors.framework.store Description

Provides implementations for the CollectorDataStore interface for storing network data collected by a given collector. Note: All implementations of the data store store the collected data in memory

The in memory data store is structured as follows:

• A collector stores collected network data in a data store which implements CollectorDataStore. There are two implementations provided:
  1. DataStore - The default data store
  2. RANDataStore - A data store for holding RAN data
  3. LTEDataStore - A data store for holding LTE data
• Each data store contains one or more DataSource which is a container for network data. Typically each collector has a single associated data source.
• Each data store contains a number of devices, represented by NetworkDevice. If the data store is a RANDataStore then these devices may be a RANNetworkDevice which specifically represents a device in a RAN network and contains additional RAN meta-data. If the data store is a LTEDataStore then these devices may be both RANNetworkDevice and/or LTENetworkDevice which represents RAN and/or LTE network data

The basic structure of the different in memory data stores available is shown in the class diagram below: