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ica_device_skip_flow_details

Configuration for Af report for ICA Device Skip flow details resource.

(click to see Operations)

Properties

(click to see Operations)

NameData TypePermissionsDescription
serverside_packet_retransmits<Double>Read-writeServer side packet retransmits..
__count<Double>Read-writecount..
state<String>Read-writeICA Session state..
skipflow_reason_id<Double>Read-writeSkip flow reason id..
launch_duration<Double>Read-writeica session launch duration..
server_jitter<Double>Read-writeICA User server jitter..
client_jitter<Double>Read-writeICA User client jitter..
id<String>Read-writeId is ICA Session ID.
Minimum length = 1
Maximum length = 64
serverside_0_win<Double>Read-writeserver side 0 window count..
server_latency<Double>Read-writeica session server latency..
host_delay<Double>Read-writeServer induced delay..
total_bytes<Double>Read-writeTotal bytes accounted by this URL in sampled timeframe..
pn_agent_version<String>Read-writeName of ICA session pn agent version.
Minimum length = 1
Maximum length = 128
client_latency<Double>Read-writeica session client latency..
client_srtt<Double>Read-writeclient Smothen RTT..
client_side_ns_delay<Double>Read-writeClinet to Server NS delay..
server_side_ns_delay<Double>Read-writeServer to Clinet NS delay..
group_reason_id<Double>Read-writeSkip flow group reason id..
receiver_version<String>Read-writeName of ICA session receiver version.
Minimum length = 1
Maximum length = 128
application_enumeration_duration<Double>Read-writeTime taken for app enumeration to launch..
session_reconnect<Double>Read-writeSession reconnect..
serverside_rto<Double>Read-writeserverside rto..
skipflow_description<String>Read-writeReason for skip flow..
Minimum length = 1
Maximum length = 128
up_time<Double>Read-writeica session up time..
client_tx_bytes<Double>Read-writeClient Side Tx bytes..
clientside_packet_retransmits<Double>Read-writeClient side packet retransmits..
rpt_sample_time<Double>Read-writeReport Sample time..
clientside_0_win<Double>Read-writeClient side 0 window count..
client_rx_bytes<Double>Read-writeClient Side Rx bytes..
session_setup_time<Double>Read-writeICA Session setup time..
bandwidth<Double>Read-writeAvg Bandwidth..
clientside_rto<Double>Read-writeclientside rto..
server_srtt<Double>Read-writeserver Smothen RTT..
skipflow_count<Double>Read-writeSkip flow count...
session_rtt<Double>Read-writeICA Session rtt..
session_end_time<Double>Read-writeICA Session end time..

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: https://<MGMT-IP>/nitro/v1/config/ica_device_skip_flow_details

HTTP Method: null

Response Payload:

{ "errorcode": 0, "message": "Done", "severity": ;ltString_value>, "ica_device_skip_flow_details":[{
"serverside_packet_retransmits":<Double_value>,
"ica_user_name":<String_value>,
"__count":<Double_value>,
"state":<String_value>,
"skipflow_reason_id":<Double_value>,
"launch_duration":<Double_value>,
"server_jitter":<Double_value>,
"client_jitter":<Double_value>,
"id":<String_value>,
"serverside_0_win":<Double_value>,
"server_latency":<Double_value>,
"host_delay":<Double_value>,
"total_bytes":<Double_value>,
"client_ip_address":<String_value>,
"pn_agent_version":<String_value>,
"client_latency":<Double_value>,
"client_srtt":<Double_value>,
"client_side_ns_delay":<Double_value>,
"server_side_ns_delay":<Double_value>,
"ica_device_ip_address":<String_value>,
"group_reason_id":<Double_value>,
"receiver_version":<String_value>,
"application_enumeration_duration":<Double_value>,
"session_reconnect":<Double_value>,
"serverside_rto":<Double_value>,
"skipflow_description":<String_value>,
"up_time":<Double_value>,
"client_tx_bytes":<Double_value>,
"clientside_packet_retransmits":<Double_value>,
"server_ip_address":<String_value>,
"rpt_sample_time":<Double_value>,
"clientside_0_win":<Double_value>,
"client_rx_bytes":<Double_value>,
"session_setup_time":<Double_value>,
"bandwidth":<Double_value>,
"clientside_rto":<Double_value>,
"ica_app_name":<String_value>,
"server_srtt":<Double_value>,
"skipflow_count":<Double_value>,
"session_rtt":<Double_value>,
"session_end_time":<Double_value>}]}