ADC NITRO APIs

protocolipv6

Statistics for ip v6 resource.

Properties

(click to see Operations )

Name Data Type Permissions Description
clearstats Read-write Clear the statsistics / counters.

Possible values = basic, full
ipv6totrxpkts Read-only IPv6 packets received.
ipv6rxpktsrate Read-only Rate (/s) counter for ipv6totrxpkts
ipv6totrxbytes Read-only Bytes of IPv6 data received.
ipv6rxbytesrate Read-only Rate (/s) counter for ipv6totrxbytes
ipv6tottxpkts Read-only IPv6 packets transmitted
ipv6txpktsrate Read-only Rate (/s) counter for ipv6tottxpkts
ipv6tottxbytes Read-only Bytes of IPv6 data transmitted.
ipv6txbytesrate Read-only Rate (/s) counter for ipv6tottxbytes
ipv6totroutepkts Read-only IPv6 packets routed.
ipv6routepktsrate Read-only Rate (/s) counter for ipv6totroutepkts
ipv6totroutembits Read-only IPv6 total Mbits.
ipv6routembitsrate Read-only Rate (/s) counter for ipv6totroutembits
ipv6fragtotrxpkts Read-only IPv6 fragments received.
ipv6fragrxpktsrate Read-only Rate (/s) counter for ipv6fragtotrxpkts
ipv6fragtottcpreassembled Read-only TCP fragments processed after reassembly.
ipv6fragtcpreassembledrate Read-only Rate (/s) counter for ipv6fragtottcpreassembled
ipv6fragtotudpreassembled Read-only UDP fragments processed after reassembly.
ipv6fragudpreassembledrate Read-only Rate (/s) counter for ipv6fragtotudpreassembled
ipv6fragtotpktsprocessnoreass Read-only IPv6 fragments processed without reassembly.
ipv6fragpktsprocessnoreassrate Read-only Rate (/s) counter for ipv6fragtotpktsprocessnoreass
ipv6fragtotpktsforward Read-only IPv6 fragments forwarded to the client or server without reassembly.
ipv6fragpktsforwardrate Read-only Rate (/s) counter for ipv6fragtotpktsforward
ipv6errhdr Read-only Packets received that contain an error in one or more components of the IPv6 header.
ipv6nextheadererr Read-only Packets received that contain an unsupported next header. The supported next headers are TCP, ICMP, UDP, OSPF, and FRAGMENT.
ipv6landattack Read-only Land-attack packets received. The source and destination addresses are the same. If not dropped, these packets can lock up the appliance.
ipv6fragpkttoobig Read-only Packets received for which the reassembled data exceeds the Ethernet packet data length of 1500 bytes.
ipv6fragzerolenpkt Read-only Packets received with a fragment length of 0 bytes.
ipv6toticmpnarx Read-only Number of ICMPv6 NA packets received by Citrix ADC (OBSOLETE).
ipv6icmpnarxrate Read-only Rate (/s) counter for ipv6toticmpnarx
ipv6toticmpnsrx Read-only Number of ICMPv6 NS packets received by Citrix ADC (OBSOLETE).
ipv6icmpnsrxrate Read-only Rate (/s) counter for ipv6toticmpnsrx
ipv6toticmpnatx Read-only Number of ICMPv6 NA packets transmitted by Citrix ADC (OBSOLETE).
ipv6icmpnatxrate Read-only Rate (/s) counter for ipv6toticmpnatx
ipv6toticmpnstx Read-only Number of ICMPv6 NS packets transmitted by Citrix ADC (OBSOLETE).
ipv6icmpnstxrate Read-only Rate (/s) counter for ipv6toticmpnstx
ipv6toticmprarx Read-only Number of ICMPv6 RA packets received by Citrix ADC (OBSOLETE).
ipv6icmprarxrate Read-only Rate (/s) counter for ipv6toticmprarx
ipv6toticmprstx Read-only Number of ICMPv6 RS packets transmitted by Citrix ADC (OBSOLETE).
ipv6icmprstxrate Read-only Rate (/s) counter for ipv6toticmprstx
ipv6toticmprx Read-only Number of ICMPv6 packets received by Citrix ADC (OBSOLETE).
ipv6icmprxrate Read-only Rate (/s) counter for ipv6toticmprx
ipv6toticmptx Read-only Number of ICMPv6 packets transmitted by Citrix ADC (OBSOLETE).
ipv6icmptxrate Read-only Rate (/s) counter for ipv6toticmptx
ipv6errrxhdr Read-only Number of erroneous header packets received (OBSOLETE).
ipv6errrxpkt Read-only Number of erroneous packets received (OBSOLETE).
ipv6badcksum Read-only Number of bad checksum packets received (OBSOLETE).
icmpv6error Read-only Number of erroneous ICMPv6 packets received (OBSOLETE).
icmpv6unspt Read-only Number of ICMPv6 unsupported packets received (OBSOLETE).
icmpv6rtthsld Read-only Number of ICMPv6 packets dropped for rate threshold exceeded (OBSOLETE).

Operations

(click to see Properties )

  • GET (ALL)

Some options that you can use for each operations:

  • Getting warnings in response: NITRO allows you to get warnings in an operation by specifying the 'warning' query parameter as 'yes'. For example, to get warnings while connecting to the NetScaler appliance, the URL is as follows:

    http:// <netscaler-ip-address> /nitro/v1/config/login?warning=yes

    If any, the warnings are displayed in the response payload with the HTTP code '209 X-NITRO-WARNING'.

  • Authenticated access for individual NITRO operations: NITRO allows you to logon to the NetScaler appliance to perform individual operations. You can use this option instead of creating a NITRO session (using the login object) and then using that session to perform all operations,

    To do this, you must specify the username and password in the request header of the NITRO request as follows:

    X-NITRO-USER: <username>

    X-NITRO-PASS: <password>

    Note: In such cases, make sure that the request header DOES not include the following:

    Cookie:NITRO_AUTH_TOKEN= <tokenvalue>

*Note: *

Mandatory parameters are marked in red and placeholder content is marked in green

get (all)

URL: http:// <netscaler-ip-address> /nitro/v1/stat/protocolipv6

Query-parameters:

args

http:// <netscaler-ip-address> /nitro/v1/stat/protocolipv6? args=detail: <Boolean_value> ,fullvalues: <Boolean_value> ,ntimes: <Double_value> ,logfile: <String_value> ,clearstats: <String_value>

Use this query-parameter to get protocolipv6 resources based on additional properties.

HTTP Method: GET

Request Headers:

Cookie:NITRO_AUTH_TOKEN= <tokenvalue>

Accept:application/json

Response:

HTTP Status Code on Success: 200 OK

HTTP Status Code on Failure: 4xx <string> (for general HTTP errors) or 5xx <string> (for NetScaler-specific errors). The response payload provides details of the error

Response Header:

Content-Type:application/json

Response Payload:


{  "protocolipv6": [ {
      "ipv6fragpktsforwardrate":<Double_value>,
      "ipv6fragpkttoobig":<Double_value>,
      "ipv6toticmpnsrx":<Double_value>,
      "icmpv6unspt":<Double_value>,
      "ipv6icmpnstxrate":<Double_value>,
      "ipv6rxbytesrate":<Double_value>,
      "ipv6fragpktsprocessnoreassrate":<Double_value>,
      "ipv6icmpnarxrate":<Double_value>,
      "ipv6fragtotpktsforward":<Double_value>,
      "ipv6totroutepkts":<Double_value>,
      "ipv6toticmpnatx":<Double_value>,
      "ipv6toticmprstx":<Double_value>,
      "icmpv6error":<Double_value>,
      "ipv6routembitsrate":<Double_value>,
      "icmpv6rtthsld":<Double_value>,
      "ipv6toticmprx":<Double_value>,
      "ipv6routepktsrate":<Double_value>,
      "ipv6icmptxrate":<Double_value>,
      "ipv6tottxpkts":<Double_value>,
      "ipv6fragrxpktsrate":<Double_value>,
      "ipv6badcksum":<Double_value>,
      "ipv6totrxpkts":<Double_value>,
      "ipv6fragtotpktsprocessnoreass":<Double_value>,
      "ipv6toticmpnstx":<Double_value>,
      "ipv6landattack":<Double_value>,
      "ipv6icmprstxrate":<Double_value>,
      "ipv6fragtotrxpkts":<Double_value>,
      "ipv6icmpnatxrate":<Double_value>,
      "ipv6errrxhdr":<Double_value>,
      "ipv6rxpktsrate":<Double_value>,
      "ipv6errhdr":<Double_value>,
      "ipv6icmprxrate":<Double_value>,
      "ipv6errrxpkt":<Double_value>,
      "ipv6nextheadererr":<Double_value>,
      "ipv6tottxbytes":<Double_value>,
      "ipv6toticmpnarx":<Double_value>,
      "ipv6txpktsrate":<Double_value>,
      "ipv6totrxbytes":<Double_value>,
      "ipv6txbytesrate":<Double_value>,
      "ipv6fragzerolenpkt":<Double_value>,
      "ipv6icmprarxrate":<Double_value>,
      "ipv6icmpnsrxrate":<Double_value>,
      "ipv6fragtcpreassembledrate":<Double_value>,
      "ipv6fragtotudpreassembled":<Double_value>,
      "ipv6fragtottcpreassembled":<Double_value>,
      "ipv6fragudpreassembledrate":<Double_value>,
      "ipv6totroutembits":<Double_value>,
      "ipv6toticmptx":<Double_value>,
      "ipv6toticmprarx":<Double_value>
}]}

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protocolipv6