Cisco GPRS Tunnelling Protocol No Resp To Echo Notification Enable

1.3.6.1.4.1.9.10.48.1.1.1.9

The object indicates whether the system produces the cgprsGtpGSNEchoFailedNotif. A false value will prevent the cgprsGtpGSNEchoFailedNotif from being generated by this system. DEFVAL { true } ::= { cgprsGtpGeneralConfig 9 } SYNTAX TruthValue MAX-ACCESS read-write STATUS obsolete DESCRIPTION The object indicates whether the system produces the cgprsGtpPDPCxtActivationRejNotif.A false value will prevent the cgprsGtpPDPCxtActivationRejNotif from being generated by this system. DEFVAL { true } ::= { cgprsGtpGeneralConfig 10 } -- ****************************************************************** -- Configuration Parameters for GGSN -- ****************************************************************** SYNTAX INTEGER { radius(1), dhcp(2), disable(3), notconfig(4) } MAX-ACCESS read-write STATUS obsolete DESCRIPTION The global default value of APN address allocation method. Individual APN address allocation method configuration overrides global default value. DEFVAL { disable } ::= { cgprsGtpGgsnConfig 1 } -- -- Charging Gateway Table for GGSN -- SYNTAX SEQUENCE OF CgprsGtpChargingGWEntry MAX-ACCESS not-accessible STATUS obsolete DESCRIPTION Charging Gateway table. Charging information in GPRS is collected for each MS by SGSNs and GGSNs that are serving the MS. The information that the operator uses to generate the bill to a subscriber is operator-specific, such as usage of the radio interface, PDP addresses, duration of PDP context, usage of general GPRS resources, location of MS, traffic distination, usage of external data network and so on. Charging Gateways act as a storage buffer for real time Charging Data Record (CDR) collection. It provides the CDRs to the billing system. Charging Gateway Table lists all the charging gateways and their operational states. Backup charging gateway type is not allowed if there is no primary charging gateway type entry in the table. In addition, there is only one primary charging gateway entry. REFERENCE ETSI GSM 10.17 - Charging in GPRS. ::= { cgprsGtpGgsnConfig 2 } SYNTAX CgprsGtpChargingGWEntry MAX-ACCESS not-accessible STATUS obsolete DESCRIPTION Charging Gateway entry. INDEX { cgprsGtpChargingGWid } ::= { cgprsGtpChargingGWTable 1} CgprsGtpChargingGWEntry ::= SEQUENCE { cgprsGtpChargingGWid IpAddress, cgprsGtpChargingGWName DisplayString, cgprsGtpChargingGWType INTEGER, cgprsGtpChargingGWOperState INTEGER, cgprsGtpChargingGWNotifEnable TruthValue, cgprsGtpChargingGWRowStatus RowStatus } SYNTAX IpAddress MAX-ACCESS not-accessible STATUS obsolete DESCRIPTION The IP address that is used to identify the unique charging gateway. ::= { cgprsGtpChargingGWEntry 1 } SYNTAX DisplayString MAX-ACCESS read-create STATUS obsolete DESCRIPTION The name of the charging gateway. DEFVAL { "" } ::= { cgprsGtpChargingGWEntry 2 } SYNTAX INTEGER { primary(1), backup(2) } MAX-ACCESS read-create STATUS obsolete DESCRIPTION The type of the charging gateway. The object can ge set to 'primary' if the gateway is a primary charging gateway. One primary charging gateway and one backup charging gateway are allowed for the system to work properly. DEFVAL { primary } ::= { cgprsGtpChargingGWEntry 3 } SYNTAX INTEGER { up(1), down(2), unknown(3) } MAX-ACCESS read-only STATUS obsolete DESCRIPTION The operation state of the charging gateway. 'up' is when the charging gateway is up. 'down' is when the charging gateway is down. 'unknown' is when the charging gateway state can not be determined, such as during the time between it is configured and actual state is detected as functional.