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Home Documentation Junos OS Junos CLI Reference CLI Reference P

Junos CLI Reference

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Junos CLI Reference
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ppp

date_range 20-Nov-23
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Syntax

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  ppp {
   aggregate {
    bandwidth packets per second;
    burst packets;
    disable-fpc;
    disable-logging;
    disable-routing-engine;














    fpc name {
     bandwidth-scale percent;
     burst-scale percent;
     disable-fpc;
    }


    recover-time seconds;




   }
   authentication {
    bandwidth packets per second;
    burst packets;
    bypass-aggregate;
    disable-fpc;
    disable-logging;
    disable-routing-engine;
    flow-detection-mode(automatic | off | on);
    flow-detect-time seconds;
    flow-level-bandwidth {
     logical-interface packets per second;
     physical-interface packets per second;
     subscriber packets per second;
    }
    flow-level-control {
     logical-interface(drop | keep | police);
     physical-interface(drop | keep | police);
     subscriber(drop | keep | police);
    }
    flow-level-detection {
     logical-interface(automatic | off | on);
     physical-interface(automatic | off | on);
     subscriber(automatic | off | on);
    }
    flow-recover-time seconds;
    flow-timeout-time seconds;
    fpc name {
     bandwidth-scale percent;
     burst-scale percent;
     disable-fpc;
     hostbound-queue hostbound-queue;
    }
    hostbound-queue hostbound-queue;
    no-flow-logging;
    priority(high | low | medium);
    recover-time seconds;
    timeout-active-flows;


   }
   echo-rep {
    bandwidth packets per second;
    burst packets;
    bypass-aggregate;
    disable-fpc;
    disable-logging;
    disable-routing-engine;
    flow-detection-mode(automatic | off | on);
    flow-detect-time seconds;
    flow-level-bandwidth {
     logical-interface packets per second;
     physical-interface packets per second;
     subscriber packets per second;
    }
    flow-level-control {
     logical-interface(drop | keep | police);
     physical-interface(drop | keep | police);
     subscriber(drop | keep | police);
    }
    flow-level-detection {
     logical-interface(automatic | off | on);
     physical-interface(automatic | off | on);
     subscriber(automatic | off | on);
    }
    flow-recover-time seconds;
    flow-timeout-time seconds;
    fpc name {
     bandwidth-scale percent;
     burst-scale percent;
     disable-fpc;
     hostbound-queue hostbound-queue;
    }
    hostbound-queue hostbound-queue;
    no-flow-logging;
    priority(high | low | medium);
    recover-time seconds;
    timeout-active-flows;


   }
   echo-req {
    bandwidth packets per second;
    burst packets;
    bypass-aggregate;
    disable-fpc;
    disable-logging;
    disable-routing-engine;
    flow-detection-mode(automatic | off | on);
    flow-detect-time seconds;
    flow-level-bandwidth {
     logical-interface packets per second;
     physical-interface packets per second;
     subscriber packets per second;
    }
    flow-level-control {
     logical-interface(drop | keep | police);
     physical-interface(drop | keep | police);
     subscriber(drop | keep | police);
    }
    flow-level-detection {
     logical-interface(automatic | off | on);
     physical-interface(automatic | off | on);
     subscriber(automatic | off | on);
    }
    flow-recover-time seconds;
    flow-timeout-time seconds;
    fpc name {
     bandwidth-scale percent;
     burst-scale percent;
     disable-fpc;
     hostbound-queue hostbound-queue;
    }
    hostbound-queue hostbound-queue;
    no-flow-logging;
    priority(high | low | medium);
    recover-time seconds;
    timeout-active-flows;


   }
   ipcp {
    bandwidth packets per second;
    burst packets;
    bypass-aggregate;
    disable-fpc;
    disable-logging;
    disable-routing-engine;
    flow-detection-mode(automatic | off | on);
    flow-detect-time seconds;
    flow-level-bandwidth {
     logical-interface packets per second;
     physical-interface packets per second;
     subscriber packets per second;
    }
    flow-level-control {
     logical-interface(drop | keep | police);
     physical-interface(drop | keep | police);
     subscriber(drop | keep | police);
    }
    flow-level-detection {
     logical-interface(automatic | off | on);
     physical-interface(automatic | off | on);
     subscriber(automatic | off | on);
    }
    flow-recover-time seconds;
    flow-timeout-time seconds;
    fpc name {
     bandwidth-scale percent;
     burst-scale percent;
     disable-fpc;
     hostbound-queue hostbound-queue;
    }
    hostbound-queue hostbound-queue;
    no-flow-logging;
    priority(high | low | medium);
    recover-time seconds;
    timeout-active-flows;


   }
   ipv6cp {
    bandwidth packets per second;
    burst packets;
    bypass-aggregate;
    disable-fpc;
    disable-logging;
    disable-routing-engine;
    flow-detection-mode(automatic | off | on);
    flow-detect-time seconds;
    flow-level-bandwidth {
     logical-interface packets per second;
     physical-interface packets per second;
     subscriber packets per second;
    }
    flow-level-control {
     logical-interface(drop | keep | police);
     physical-interface(drop | keep | police);
     subscriber(drop | keep | police);
    }
    flow-level-detection {
     logical-interface(automatic | off | on);
     physical-interface(automatic | off | on);
     subscriber(automatic | off | on);
    }
    flow-recover-time seconds;
    flow-timeout-time seconds;
    fpc name {
     bandwidth-scale percent;
     burst-scale percent;
     disable-fpc;
     hostbound-queue hostbound-queue;
    }
    hostbound-queue hostbound-queue;
    no-flow-logging;
    priority(high | low | medium);
    recover-time seconds;
    timeout-active-flows;


   }
   isis {
    bandwidth packets per second;
    burst packets;
    bypass-aggregate;
    disable-fpc;
    disable-logging;
    disable-routing-engine;
    flow-detection-mode(automatic | off | on);
    flow-detect-time seconds;
    flow-level-bandwidth {
     logical-interface packets per second;
     physical-interface packets per second;
     subscriber packets per second;
    }
    flow-level-control {
     logical-interface(drop | keep | police);
     physical-interface(drop | keep | police);
     subscriber(drop | keep | police);
    }
    flow-level-detection {
     logical-interface(automatic | off | on);
     physical-interface(automatic | off | on);
     subscriber(automatic | off | on);
    }
    flow-recover-time seconds;
    flow-timeout-time seconds;
    fpc name {
     bandwidth-scale percent;
     burst-scale percent;
     disable-fpc;
     hostbound-queue hostbound-queue;
    }
    hostbound-queue hostbound-queue;
    no-flow-logging;
    priority(high | low | medium);
    recover-time seconds;
    timeout-active-flows;


   }
   lcp {
    bandwidth packets per second;
    burst packets;
    bypass-aggregate;
    disable-fpc;
    disable-logging;
    disable-routing-engine;
    flow-detection-mode(automatic | off | on);
    flow-detect-time seconds;
    flow-level-bandwidth {
     logical-interface packets per second;
     physical-interface packets per second;
     subscriber packets per second;
    }
    flow-level-control {
     logical-interface(drop | keep | police);
     physical-interface(drop | keep | police);
     subscriber(drop | keep | police);
    }
    flow-level-detection {
     logical-interface(automatic | off | on);
     physical-interface(automatic | off | on);
     subscriber(automatic | off | on);
    }
    flow-recover-time seconds;
    flow-timeout-time seconds;
    fpc name {
     bandwidth-scale percent;
     burst-scale percent;
     disable-fpc;
     hostbound-queue hostbound-queue;
    }
    hostbound-queue hostbound-queue;
    no-flow-logging;
    priority(high | low | medium);
    recover-time seconds;
    timeout-active-flows;


   }
   mlppp-lcp {
    bandwidth packets per second;
    burst packets;
    bypass-aggregate;
    disable-fpc;
    disable-logging;
    disable-routing-engine;
    flow-detection-mode(automatic | off | on);
    flow-detect-time seconds;
    flow-level-bandwidth {
     logical-interface packets per second;
     physical-interface packets per second;
     subscriber packets per second;
    }
    flow-level-control {
     logical-interface(drop | keep | police);
     physical-interface(drop | keep | police);
     subscriber(drop | keep | police);
    }
    flow-level-detection {
     logical-interface(automatic | off | on);
     physical-interface(automatic | off | on);
     subscriber(automatic | off | on);
    }
    flow-recover-time seconds;
    flow-timeout-time seconds;
    fpc name {
     bandwidth-scale percent;
     burst-scale percent;
     disable-fpc;
     hostbound-queue hostbound-queue;
    }
    hostbound-queue hostbound-queue;
    no-flow-logging;
    priority(high | low | medium);
    recover-time seconds;
    timeout-active-flows;


   }
   mplscp {
    bandwidth packets per second;
    burst packets;
    bypass-aggregate;
    disable-fpc;
    disable-logging;
    disable-routing-engine;
    flow-detection-mode(automatic | off | on);
    flow-detect-time seconds;
    flow-level-bandwidth {
     logical-interface packets per second;
     physical-interface packets per second;
     subscriber packets per second;
    }
    flow-level-control {
     logical-interface(drop | keep | police);
     physical-interface(drop | keep | police);
     subscriber(drop | keep | police);
    }
    flow-level-detection {
     logical-interface(automatic | off | on);
     physical-interface(automatic | off | on);
     subscriber(automatic | off | on);
    }
    flow-recover-time seconds;
    flow-timeout-time seconds;
    fpc name {
     bandwidth-scale percent;
     burst-scale percent;
     disable-fpc;
     hostbound-queue hostbound-queue;
    }
    hostbound-queue hostbound-queue;
    no-flow-logging;
    priority(high | low | medium);
    recover-time seconds;
    timeout-active-flows;


   }
   unclassified {
    bandwidth packets per second;
    burst packets;
    bypass-aggregate;
    disable-fpc;
    disable-logging;
    disable-routing-engine;
    flow-detection-mode(automatic | off | on);
    flow-detect-time seconds;
    flow-level-bandwidth {
     logical-interface packets per second;
     physical-interface packets per second;
     subscriber packets per second;
    }
    flow-level-control {
     logical-interface(drop | keep | police);
     physical-interface(drop | keep | police);
     subscriber(drop | keep | police);
    }
    flow-level-detection {
     logical-interface(automatic | off | on);
     physical-interface(automatic | off | on);
     subscriber(automatic | off | on);
    }
    flow-recover-time seconds;
    flow-timeout-time seconds;
    fpc name {
     bandwidth-scale percent;
     burst-scale percent;
     disable-fpc;
     hostbound-queue hostbound-queue;
    }
    hostbound-queue hostbound-queue;
    no-flow-logging;
    priority(high | low | medium);
    recover-time seconds;
    timeout-active-flows;


   }
  }

Hierarchy Level

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[edit system ddos-protection protocols]

Description

Configure PPP control traffic.

Options

Table 1: PPP Options
> aggregate Configure aggregate for all PPP control traffic
+ apply-groups Groups from which to inherit configuration data
+ apply-groups-except
Don't inherit configuration data from these groups
> padi Configure PPPoE PADI
> padm Configure PPPoE PADM
> padn Configure PPPoE PADN
> pado Configure PPPoE PADO
> padr Configure PPPoE PADR
> pads Configure PPPoE PADS
> padt Configure PPPoE PADT
authentication
 Configure Authentication Protocol
> echo-rep Configure LCP Echo Reply
> echo-req Configure LCP Echo Request
> ipcp Configure IP Control Protocol
> ipv6cp Configure IPv6 Control Protocol
> isis Configure ISIS Protocol
> lcp Configure Link Control Protocol
> mlppp-lcp Configure MLPPP LCP
> mplscp Configure MPLS Control Protocol
> unclassified Configure unclassified PPP control traffic

Required Privilege Level

admin—To view this statement in the configuration.

admin-control—To add this statement to the configuration.

Release Information

Statement introduced in Junos Evolved OS Release 23.4R1.
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