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Related Documentation
- BGF VoIP Solution Overview in Session Border Control Solutions Guide Using BGF and IMSG
- BGF VoIP Solution Architecture in Session Border Control Solutions Guide Using BGF and IMSG
- Configuring a Virtual BGF in Session Border Control Solutions Guide Using BGF and IMSG
gateway (Services PGCP)
Syntax
pgcp {gateway gateway-name {cleanup-timeout seconds;gateway-address gateway-address;gateway-controller gateway-controller-name {local-controller | remote-controller;controller-address ip-address;controller-port port-number;interim-ah-scheme {algorithm algorithm;}}gateway-port gateway-port;service-state (in-service | out-of-service-forced | out-of-service-graceful);graceful-restart {maximum-synchronization-mismatches number-of-mismatches; seconds;}data-inactivity-detection {inactivity-delay seconds;latch-deadlock-delay seconds;send-notification-on-delay;inactivity-duration seconds;no-rtcp-check;stop-detection-on-drop;report-service-change {service-change-type (forced-906 | forced-910);}}h248-properties {application-data-inactivity-detection {ip-flow-stop-detection (regulated-notify | immediate-notify);}base-root {mg-provisional-response-timer-value {default milliseconds;maximum milliseconds;minimum milliseconds;}mgc-provisional-response-timer-value {default milliseconds;maximum milliseconds;minimum milliseconds;}mg-originated-pending-limit {default number-of-messages;maximum number-of-messages;minimum number-of-messages;}mgc-originated-pending-limit {default number-of-messages;maximum number-of-messages;minimum number-of-messages;}normal-mg-execution-time {default milliseconds;maximum milliseconds;minimum milliseconds;}normal-mgc-execution-time {default milliseconds;maximum milliseconds;minimum milliseconds;}}diffserv {dscp {default (dscp-value | alias | do-not-change);}}event-timestamp-notification {request-timestamp (requested | suppressed | autonomous);}hanging-termination-detection {timerx seconds;}ipsec-transport-security-association security-association-name;notification-behavior {notification-regulation default (once | 0-100);}platform {device interface-name;routing-engine;}segmentation {mg-segmentation-timer {default milliseconds;maximum milliseconds;minimum milliseconds;}mgc-segmentation-timer {default milliseconds;maximum milliseconds;minimum milliseconds;}mg-maximum-pdu-size {default bytes;maximum bytes;minimum bytes;}mgc-maximum-pdu-size {default bytes;maximum bytes;minimum bytes;}}traffic-management {max-burst-size {default bytes-per-second;maximum bytes-per-second;minimum bytes-per-second;rtcp {(fixed-value bytes-per-second | percentage percentage);}}peak-data-rate {default bytes-per-second;maximum bytes-per-second;minimum bytes-per-second;rtcp {(fixed-value bytes-per-second | percentage percentage);}rtcp-include;}sustained-data-rate (All Streams) {default bytes-per-second;maximum bytes-per-second;minimum bytes-per-second;rtcp {(fixed-value bytes-per-second | percentage percentage);}rtcp-include;}}inactivity-timer {inactivity-timeout {detect;maximum-inactivity-time {default 10-millisecond-units;maximum 10-millisecond-units;minimum 10-millisecond-units;}}}}h248-options {accept-emergency-calls-while-graceful;audit-observed-events-returns;encoding {no-dscp-bit-mirroring;use-lower-case;}h248-profile {profile-name profile-name;profile-version version-number;}implicit tcp-latch;implicit-tcp-source-filter;service-change {control-association-indications {disconnect {controller-failure (failover-909 | restart-902);reconnect (disconnected-900 | restart-902);}down {administrative (forced-905 | forced-908 | none);failure (forced-904 | forced-908 | none);graceful (graceful-905 | none );}up {cancel-graceful (none | restart-918);failover-cold (failover-920 | restart-901);failover-warm (failover-919 | restart-902);}}virtual-interface-indications {virtual-interface-down {administrative (forced-905 | forced-906 | none);graceful (graceful-905 | none);}virtual-interface-up {cancel-graceful (Virtual Interface) (none | restart-918);warm (none | restart-900);}}context-indications {state-loss (forced-910 | forced-915 | none);}use-wildcard-response;}}h248-timers {initial-average-ack-delay milliseconds;maximum-net-propagation-delay milliseconds;maximum-waiting-delay milliseconds;tmax-retransmission-delay milliseconds;}max-concurrent-calls number-of-calls;monitor {media {rtcp;rtp;}}service-state (in-service | out-of-service-forced | out-of-service-graceful);session-mirroring {delivery-function delivery-function-name {destination-address destination-address;destination-port destination-port;network-operator-id network-operator-id;source-address source-address;source-port (Mirrored BGF Packets) source-port;}disable-session-mirroring;}}}
Hierarchy Level
[edit services pgcp]
Release Information
Statement introduced in Junos OS Release 8.4.
graceful-restart option introduced in Junos OS Release 8.5.
h248-options option introduced in Junos OS Release 8.5.
h248-properties option introduced in Junos OS Release 8.5.
monitor option introduced in Junos OS Release 9.0.
session-mirroring option introduced in Junos OS Release 9.2.
data-inactivity-detection option introduced in Junos OS Release 9.3.
overload-control option introduced in Junos OS Release 9.3.
platform option introduced in Junos OS Release 9.6.
h248–profile option introduced in Junos OS Release 10.0.
ipsec-transport-security-association option introduced in Junos OS Release 10.0.
Description
Configure a virtual BGF on the router.
Options
gateway-name—Identifier of the virtual BGF. You can configure an IP address as the gateway name. However, the IP address is not used in the operation of the virtual BGF.
The remaining statements are explained separately.
Required Privilege Level
interface—To view this statement in the configuration.
interface–control—To add this statement to the configuration.
Related Documentation
- BGF VoIP Solution Overview in Session Border Control Solutions Guide Using BGF and IMSG
- BGF VoIP Solution Architecture in Session Border Control Solutions Guide Using BGF and IMSG
- Configuring a Virtual BGF in Session Border Control Solutions Guide Using BGF and IMSG
Published: 2012-11-27
Related Documentation
- BGF VoIP Solution Overview in Session Border Control Solutions Guide Using BGF and IMSG
- BGF VoIP Solution Architecture in Session Border Control Solutions Guide Using BGF and IMSG
- Configuring a Virtual BGF in Session Border Control Solutions Guide Using BGF and IMSG
