cisco-wnc-exporter

Overview

This exporter allows a prometheus instance to scrape metrics from Cisco C9800 Wireless Network Controller.

🔧 Leverages RESTCONF for more flexibility than traditional SNMP monitoring
🛡️ Monitors config drift to detect parameter changes and prevent modifications
📊 Enables long-term observability with extended metrics retention beyond appliances

Important

Please enable RESTCONF and HTTPS on the C9800 before deploy this exporter and generate an access token. See umatare5/cisco-ios-xe-wireless-go - 🚀 Quick Start section.

Quick Start

docker run -p 10040:10040 -e WNC_CONTROLLER -e WNC_ACCESS_TOKEN ghcr.io/umatare5/cisco-wnc-exporter

-p: Maps container port 10040/tcp to host port 10040/tcp.
-e: Passes the environment variables into the container.

Tip

If you prefer using binaries, download them from the release page.

Supported Platforms: linux_amd64, linux_arm64, darwin_amd64, darwin_arm64 and windows_amd64

Syntax

NAME:
   cisco-wnc-exporter - Prometheus exporter for Cisco WNC

USAGE:
   cisco-wnc-exporter [global options]

VERSION:
   0.1.0

GLOBAL OPTIONS:
   --dry-run                    Validate configuration without starting the server
   --help, -h                   show help
   --log.format string          Log format (json, text) (default: "json")
   --log.level string           Log level (debug, info, warn, error) (default: "info")
   --version, -v                print the version
   --web.listen-address string  Address to bind the HTTP server to (default: "0.0.0.0")
   --web.listen-port int        Port number to bind the HTTP server to (default: 10040)
   --web.telemetry-path string  Path for the metrics endpoint (default: "/metrics")
   --wnc.access-token string    WNC API access token [$WNC_ACCESS_TOKEN]
   --wnc.cache-ttl duration     WNC API response cache TTL (in seconds) (default: 55s)
   --wnc.controller string      WNC controller hostname or IP address [$WNC_CONTROLLER]
   --wnc.timeout duration       WNC API request timeout (default: 55s)
   --wnc.tls-skip-verify        Skip TLS certificate verification (default: false)

   # AP Collector Options

   --collector.ap.cpu                 Enable AP CPU usage metrics
   --collector.ap.errors              Enable AP error metrics
   --collector.ap.info                Enable AP info metrics
   --collector.ap.info-labels string  Comma-separated list of AP info labels (default: "name,ip")
   --collector.ap.inventory           Enable AP inventory metrics
   --collector.ap.memory              Enable AP memory usage metrics
   --collector.ap.phy                 Enable AP physical layer metrics
   --collector.ap.rf                  Enable AP RF environment metrics
   --collector.ap.state               Enable AP state metrics
   --collector.ap.traffic             Enable AP traffic metrics

   # Client Collector Options

   --collector.client.errors              Enable Client errors collector
   --collector.client.info                Enable Client info collector
   --collector.client.info-labels string  Comma-separated list of Client info labels (default: "name,ipv4")
   --collector.client.inventory           Enable Client inventory collector
   --collector.client.phy                 Enable Client PHY collector
   --collector.client.power               Enable Client power collector
   --collector.client.rf                  Enable Client RF collector
   --collector.client.session             Enable Client session collector
   --collector.client.traffic             Enable Client traffic collector

   # WLAN Collector Options

   --collector.wlan.info                Enable WLAN info metrics
   --collector.wlan.info-labels string  Comma-separated list of WLAN info labels (default: "name")
   --collector.wlan.inventory           Enable WLAN inventory collector
   --collector.wlan.networking          Enable WLAN networking collector
   --collector.wlan.security            Enable WLAN security collector
   --collector.wlan.state               Enable WLAN state collector
   --collector.wlan.traffic             Enable WLAN traffic collector

   # Collector Wide Options

   --collector.cache-ttl duration  Cache TTL for collector metrics (in seconds) (default: 1800s)

   # Internal Collector Options

   --collector.internal.go-runtime  Enable Go runtime metrics collector
   --collector.internal.process     Enable process metrics collector

Configuration

This exporter supports following environment variables:

Environment Variable	Description
`WNC_CONTROLLER`	WNC controller hostname or IP address (required)
`WNC_ACCESS_TOKEN`	WNC API access token (required)

Metrics

This exporter collects wireless network metrics from Cisco C9800 WNC using following collectors:

AP Collector - For RF foundation and radio performance
Client Collector - For user experience quality and connection performance
WLAN Collector - For logical SSID performance and parameter checks

All collectors have multiple modules to allow fine-grained control over which metrics to collect.

Important

All collectors are disabled by default to reduce load on both Prometheus and the Cisco C9800 WNC. Because a Cisco C9800 WNC typically manages hundreds or even thousands of APs and clients, selective monitoring is essential to maintain performance and stability.

Cisco C9800 WNC caching (55 seconds)

API responses are cached for 55 seconds
This TTL is tuned for both Prometheus scrape intervals and AP metric reporting intervals
You can adjust it with the --wnc.cache-ttl flag

Prometheus info metrics caching (1800 seconds)

Info metrics are cached for 1800 seconds (30 minutes)
Wireless clients often roam between APs, causing the ap label to change frequently
You can adjust it with the --collector.cache-ttl flag

AP Collector

AP collector focus on RF foundation and radio performance.

Module	Metric	Type	Description
inventory	`wnc_ap_count`	Gauge	Total access points
state	`wnc_ap_admin_state`	Gauge	Admin state (0=disabled, 1=enabled)
state	`wnc_ap_oper_state`	Gauge	Operational state (0=down, 1=up)
state	`wnc_ap_uptime_seconds`	Gauge	AP uptime in seconds
state	`wnc_ap_radio_state`	Gauge	Radio state (0=down, 1=up)
phy	`wnc_ap_channel_number`	Gauge	Operating channel number
phy	`wnc_ap_channel_width_mhz`	Gauge	Channel bandwidth (MHz)
phy	`wnc_ap_tx_power_dbm`	Gauge	Current transmit power (dBm)
phy	`wnc_ap_tx_power_level`	Gauge	TX power level (0-8)
phy	`wnc_ap_tx_power_max_dbm`	Gauge	Maximum TX power (dBm)
rf	`wnc_ap_noise_floor_dbm`	Gauge	Channel noise floor (dBm)
rf	`wnc_ap_channel_utilization_percent`	Gauge	Channel utilization percentage (CCA-based)
rf	`wnc_ap_rx_utilization_percent`	Gauge	RX utilization percentage
rf	`wnc_ap_tx_utilization_percent`	Gauge	TX utilization percentage
rf	`wnc_ap_noise_utilization_percent`	Gauge	Noise channel utilization percentage
traffic	`wnc_ap_clients_total`	Gauge	Associated clients count (calclulated)
traffic	`wnc_ap_rx_bytes_total`	Counter	Total received bytes (calculated)
traffic	`wnc_ap_tx_bytes_total`	Counter	Total transmitted bytes (calculated)
traffic	`wnc_ap_rx_packets_total`	Counter	Total received packets
traffic	`wnc_ap_tx_packets_total`	Counter	Total transmitted packets
traffic	`wnc_ap_total_tx_frames_total`	Counter	Total TX frames
traffic	`wnc_ap_data_rx_frames_total`	Counter	Data RX frames
traffic	`wnc_ap_data_tx_frames_total`	Counter	Data TX frames
traffic	`wnc_ap_management_rx_frames_total`	Counter	Management RX frames
traffic	`wnc_ap_management_tx_frames_total`	Counter	Management TX frames
traffic	`wnc_ap_control_rx_frames_total`	Counter	Control RX frames *(1)**
traffic	`wnc_ap_control_tx_frames_total`	Counter	Control TX frames *(1)**
traffic	`wnc_ap_multicast_rx_frames_total`	Counter	Multicast RX frames *(1)**
traffic	`wnc_ap_multicast_tx_frames_total`	Counter	Multicast TX frames *(1)**
traffic	`wnc_ap_rts_success_total`	Counter	Successful RTS transmissions *(1)**
errors	`wnc_ap_tx_errors_total`	Counter	Total TX errors *(1)**
errors	`wnc_ap_rx_errors_total`	Counter	Total RX errors *(1)**
errors	`wnc_ap_tx_drops_total`	Counter	Total TX drops (calculated)
errors	`wnc_ap_tx_retries_total`	Counter	Total TX retries (calculated)
errors	`wnc_ap_transmission_failures_total`	Counter	Failed transmission attempts *(1) (2)*
errors	`wnc_ap_duplicate_frames_total`	Counter	Duplicate frames received
errors	`wnc_ap_fcs_errors_total`	Counter	Frame Check Sequence errors
errors	`wnc_ap_fragmentation_rx_total`	Counter	RX fragmented packets *(1)**
errors	`wnc_ap_fragmentation_tx_total`	Counter	TX fragmented packets *(1)**
errors	`wnc_ap_rts_failures_total`	Counter	RTS failures *(1)**
errors	`wnc_ap_decryption_errors_total`	Counter	Decryption errors *(1)**
errors	`wnc_ap_mic_errors_total`	Counter	MIC errors *(1)**
errors	`wnc_ap_wep_undecryptable_total`	Counter	WEP undecryptable frames *(1)**
errors	`wnc_ap_coverage_hole_events_total`	Counter	Coverage hole events
errors	`wnc_ap_interference_events_total`	Counter	Interference events
errors	`wnc_ap_dfs_channel_changes_total`	Counter	DFS channel change events
errors	`wnc_ap_radar_detected_events_total`	Counter	Radar detection events
errors	`wnc_ap_radio_reset_total`	Counter	Radio reset count
cpu	`wnc_ap_cpu_usage_current_percent`	Gauge	Current CPU utilization %
cpu	`wnc_ap_cpu_usage_average_percent`	Gauge	Average CPU utilization %
memory	`wnc_ap_memory_usage_current_percent`	Gauge	Current memory utilization %
memory	`wnc_ap_memory_usage_average_percent`	Gauge	Average memory utilization %

*1 Metrics consistently returning zero values on Cisco IOS-XE 17.12.5 with FlexConnect AP

The following metrics consistently return zero values due to implementation limitations:

wnc_ap_control_rx_frames_total / wnc_ap_control_tx_frames_total
wnc_ap_fragmentation_rx_total / wnc_ap_fragmentation_tx_total
wnc_ap_multicast_rx_frames_total / wnc_ap_multicast_tx_frames_total
wnc_ap_rts_success_total / wnc_ap_rts_failures_total
wnc_ap_tx_errors_total / wnc_ap_rx_errors_total
wnc_ap_transmission_failures_total
wnc_ap_decryption_errors_total
wnc_ap_mic_errors_total
wnc_ap_wep_undecryptable_total

This was verified through direct RESTCONF API access to the live WNC environment:

❯ curl -sS -k -H "Authorization: Basic $WNC_ACCESS_TOKEN" \
           -H "Accept: application/yang-data+json" \
           "https://$WNC_CONTROLLER/restconf/data/Cisco-IOS-XE-wireless-access-point-oper:access-point-oper-data/radio-oper-stats" \
           | jq '.["Cisco-IOS-XE-wireless-access-point-oper:radio-oper-stats"]'
[
  {
    "ap-mac": "aa:bb:cc:11:22:30",
    "slot-id": 0,
    "aid-user-list": 2,
    "tx-fragment-count": 0,
    "multicast-tx-frame-cnt": 0,
    "failed-count": 0,
    "retry-count": 79738,
    "multiple-retry-count": 0,
    "frame-duplicate-count": 0,
    "rts-success-count": 0,
    "rts-failure-count": 0,
    "ack-failure-count": 0,
    "rx-fragment-count": 0,
    "multicast-rx-frame-cnt": 0,
    "fcs-error-count": 324978,
    "tx-frame-count": 2457172,
    "wep-undecryptable-count": 0,
    "rx-error-frame-count": 0,
    "mac-mic-err-frame-count": 0,
    "rx-mgmt-frame-count": 2084196,
    "rx-ctrl-frame-count": 0,
    "rx-data-frame-count": 3121831,
    "tx-mgmt-frame-count": 2345422,
    "tx-ctrl-frame-count": 0,
    "tx-data-frame-count": 2457172,
    "rx-data-pkt-count": 0,
    "tx-data-pkt-count": 0,
    "noise-floor": 0,
    "ap-radio-stats": {
      "stuck-ts": "1970-01-01T00:00:00+00:00",
      "last-ts": "2025-09-23T10:25:19+00:00",
      "num-radio-stuck-reset": 0
    },
    "mac-decry-err-frame-count": 0
  },
  {
    "ap-mac": "aa:bb:cc:11:22:30",
    "slot-id": 1,
    "aid-user-list": 3,
    "tx-fragment-count": 0,
    "multicast-tx-frame-cnt": 0,
    "failed-count": 0,
    "retry-count": 216205,
    "multiple-retry-count": 0,
    "frame-duplicate-count": 0,
    "rts-success-count": 0,
    "rts-failure-count": 0,
    "ack-failure-count": 0,
    "rx-fragment-count": 0,
    "multicast-rx-frame-cnt": 0,
    "fcs-error-count": 15398676,
    "tx-frame-count": 17767278,
    "wep-undecryptable-count": 0,
    "rx-error-frame-count": 0,
    "mac-mic-err-frame-count": 0,
    "rx-mgmt-frame-count": 19155,
    "rx-ctrl-frame-count": 0,
    "rx-data-frame-count": 6552508,
    "tx-mgmt-frame-count": 4628753,
    "tx-ctrl-frame-count": 0,
    "tx-data-frame-count": 17767278,
    "rx-data-pkt-count": 0,
    "tx-data-pkt-count": 0,
    "noise-floor": 0,
    "ap-radio-stats": {
      "stuck-ts": "1970-01-01T00:00:00+00:00",
      "last-ts": "2025-09-23T10:25:19+00:00",
      "num-radio-stuck-reset": 0
    },
    "mac-decry-err-frame-count": 0
  },
  <snip>
]

*2 Cisco Bug CSCwn96363 - AckFailureCount vs FailedCount

According to Cisco Bug CSCwn96363, there are redundant counters in the wireless statistics:

Issue: AckFailureCount always returns 0 and does not increment
Root Cause: AckFailureCount and FailedCount represent the same counter
Solution: Use FailedCount instead of AckFailureCount for accurate transmission failure statistics

This exporter implements the recommended workaround by using failed-count from the RESTCONF API for the wnc_ap_transmission_failures_total metric.

Tip

info module provides wnc_ap_info contains following labels to join with other metrics:

Labels	Description	Example Value	Required	Default
`mac`	AP wireless MAC address	`aa:bb:cc:dd:ee:f0`	Yes	Yes
`name`	AP hostname	`TEST-AP01`	No	Yes
`ip`	AP IP address	`192.168.1.10`	No	Yes
`radio`	Radio identifier	`0`, `1`, `2`	Yes	Yes
`band`	Radio band	`2.4`, `5`, `6`	No	No
`model`	AP model	`AIR-AP1815I-Q-K9`	No	No
`serial`	AP serial number	`FGL1234ABCD`	No	No
`sw_version`	Software version	`17.12.5.41`	No	No
`eth_mac`	Ethernet MAC address	`aa:bb:cc:00:11:22`	No	No

Use this info metric to add contextual labels to other metrics in PromQL queries:

wnc_ap_radio_admin_state * on(mac,radio) group_left(name,ip) wnc_ap_info{name="TEST-AP01"}

Client Collector

Client collector focus on user experience quality and connection performance.

Module	Metric	Type	Description
inventory	`wnc_clients_total`	Gauge	Total connected clients
session	`wnc_client_state`	Gauge	Client state (0-2)
session	`wnc_client_uptime_seconds`	Gauge	Connection duration
session	`wnc_client_state_transition_seconds`	Gauge	State transition latency
phy	`wnc_client_protocol`	Gauge	802.11 protocol (5=ac, 6=ax)
phy	`wnc_client_mcs_index`	Gauge	MCS index (-1=legacy, 0-11)
phy	`wnc_client_spatial_streams`	Gauge	Spatial streams count
phy	`wnc_client_speed_mbps`	Gauge	Connection throughput
rf	`wnc_client_rssi_dbm`	Gauge	Signal strength (dBm)
rf	`wnc_client_snr_decibels`	Gauge	Signal-to-noise ratio (dB)
traffic	`wnc_client_rx_bytes_total`	Counter	Received bytes
traffic	`wnc_client_tx_bytes_total`	Counter	Transmitted bytes
traffic	`wnc_client_rx_packets_total`	Counter	Received packets
traffic	`wnc_client_tx_packets_total`	Counter	Transmitted packets
errors	`wnc_client_retry_ratio_percent`	Gauge	Retry rate percentage
errors	`wnc_client_tx_retries_total`	Counter	TX retries count *(3)**
errors	`wnc_client_data_retries_total`	Counter	Data retries by mobile station
errors	`wnc_client_excessive_retries_total`	Counter	Excessive retries count *(3)**
errors	`wnc_client_rts_retries_total`	Counter	RTS retries count *(3)**
errors	`wnc_client_duplicate_received_total`	Counter	Duplicate packets received *(3)**
errors	`wnc_client_tx_drops_total`	Counter	TX drops count
errors	`wnc_client_decryption_failed_total`	Counter	Decryption failures
errors	`wnc_client_mic_mismatch_total`	Counter	MIC mismatch errors *(3)**
errors	`wnc_client_mic_missing_total`	Counter	MIC missing errors *(3)**
errors	`wnc_client_policy_errors_total`	Counter	Policy errors *(3)**
errors	`wnc_client_rx_group_counter_total`	Counter	RX group counter *(3)**
power	`wnc_client_power_save_state`	Gauge	Power save state (0=active, 1=save)

*3 Client error metrics consistently returning zero values on Cisco IOS-XE 17.12.5 with FlexConnect AP

The following client error metrics consistently return zero values due to implementation limitations:

wnc_client_duplicate_received_total
wnc_client_excessive_retries_total
wnc_client_mic_mismatch_total
wnc_client_mic_missing_total
wnc_client_policy_errors_total
wnc_client_rts_retries_total
wnc_client_rx_group_counter_total
wnc_client_tx_retries_total

This was verified through direct RESTCONF API access to the live WNC environment:

❯ curl -sS -k -H "Authorization: Basic $WNC_ACCESS_TOKEN" \
           -H "Accept: application/yang-data+json" \
           "https://$WNC_CONTROLLER/restconf/data/Cisco-IOS-XE-wireless-client-oper:client-oper-data/traffic-stats" \
           | jq '.["Cisco-IOS-XE-wireless-client-oper:traffic-stats"][0]' | \
           jq '{duplicate_rcv, tx_excessive_retries, mic_mismatch, mic_missing, policy_errs, rts_retries, rx_group_counter, tx_retries}'
{
  "duplicate_rcv": "0",
  "tx_excessive_retries": "0",
  "mic_mismatch": "0",
  "mic_missing": "0",
  "policy_errs": "0",
  "rts_retries": "0",
  "rx_group_counter": "0",
  "tx_retries": "0"
}

Tip

info module provides wnc_client_info contains following labels to join with other metrics:

Labels	Description	Example Value	Required	Default
`mac`	MAC address	`aa:bb:cc:12:34:56`	Yes	Yes
`ap`	Access point identifier	`TEST-AP01`	No	No
`band`	Radio band	`2.4`, `5`, `6`	No	No
`wlan`	WLAN ESSID name	`labo-wifi`	No	No
`name`	Device Classification Name	`MacBook Pro (14-inch, 2021)`	No	Yes
`username`	EAP authentication identity	`[email protected]`	No	No
`ipv4`	Client IPv4 address	`192.168.1.100`	No	Yes
`ipv6`	Client IPv6 address	`2001:db8::1`	No	No

Use this info metric to add contextual labels to other metrics in PromQL queries:

wnc_client_state * on(mac) group_left(ap,wlan,name) wnc_client_info{ap="TEST-AP01"}

WLAN Collector

WLAN collector focus on logical SSID performance and parameter checks.

Module	Metric	Type	Description
inventory	`wnc_wlans_total`	Gauge	Total configured WLANs
state	`wnc_wlan_enabled`	Gauge	WLAN status (0=disabled, 1=enabled)
traffic	`wnc_wlan_clients_total`	Gauge	Connected clients count (calclulated by client)
traffic	`wnc_wlan_rx_bytes_total`	Counter	WLAN received bytes (calclulated by client)
traffic	`wnc_wlan_tx_bytes_total`	Counter	WLAN transmitted bytes (calclulated by client)
security	`wnc_wlan_auth_psk_enabled`	Gauge	PSK authentication enabled (0=disabled, 1=enabled)
security	`wnc_wlan_auth_dot1x_enabled`	Gauge	802.1x authentication enabled (0=disabled, 1=enabled)
security	`wnc_wlan_auth_dot1x_sha256_enabled`	Gauge	802.1x SHA256 auth enabled (0=disabled, 1=enabled)
security	`wnc_wlan_wpa2_enabled`	Gauge	WPA2 support enabled (0=disabled, 1=enabled)
security	`wnc_wlan_wpa3_enabled`	Gauge	WPA3 support enabled (0=disabled, 1=enabled)
security	`wnc_wlan_session_timeout_seconds`	Gauge	Session timeout duration in seconds
networking	`wnc_wlan_load_balance_enabled`	Gauge	Load balancing enabled (0=disabled, 1=enabled)
networking	`wnc_wlan_11k_neighbor_list_enabled`	Gauge	802.11k neighbor list enabled (0=disabled, 1=enabled)
networking	`wnc_wlan_client_steering_enabled`	Gauge	6GHz client steering enabled (0=disabled, 1=enabled)
networking	`wnc_wlan_central_switching_enabled`	Gauge	Central switching enabled (0=disabled, 1=enabled)
networking	`wnc_wlan_central_authentication_enabled`	Gauge	Central authentication enabled (0=disabled, 1=enabled)
networking	`wnc_wlan_central_dhcp_enabled`	Gauge	Central DHCP enabled (0=disabled, 1=enabled)
networking	`wnc_wlan_central_association_enabled`	Gauge	Central association enabled (0=disabled, 1=enabled)

Tip

info module provides wnc_wlan_info contains following labels to join with other metrics:

Labels	Description	Example Value	Required	Default
`id`	WLAN identifier	`1`, `5`, `10`	Yes	Yes
`name`	WLAN ESSID name	`labo-wifi`	No	Yes

Use this info metric to add contextual labels to other metrics in PromQL queries:

wnc_wlan_enabled * on(id) group_left(name) wnc_wlan_info{name="labo-wifi"}

Usage

There are multiple ways to run the exporter, including direct binary execution and Docker containerization.

Exporter

Visit http://localhost:10040/ to verify the exporter is running.

Basic Usage - No Collectors

The exporter starts without any collectors enabled by default:

$ WNC_CONTROLLER="wnc1.example.internal"
$ WNC_ACCESS_TOKEN="foobarbaz"
$ ./cisco-wnc-exporter
time="2025-04-13T18:50:54Z" level=info msg="Starting the cisco-wnc-exporter on port 10040."

Essential Usage

Enable essential collectors for basic monitoring:

$ WNC_CONTROLLER="wnc1.example.internal"
$ WNC_ACCESS_TOKEN="foobarbaz"
$ ./cisco-wnc-exporter \
    --collector.ap.inventory --collector.ap.info --collector.ap.state \
    --collector.client.inventory --collector.client.info --collector.client.session \
    --collector.wlan.inventory --collector.wlan.info --collector.wlan.state

Complete Usage

For complete monitoring, see .air.toml which enables all collectors with maximum info-labels.

Using Docker

All the above examples can be run with Docker by adding the appropriate flags:

$ WNC_CONTROLLER="wnc1.example.internal"
$ WNC_ACCESS_TOKEN="foobarbaz"
$ docker run -p 10040:10040 -e WNC_CONTROLLER -e WNC_ACCESS_TOKEN ghcr.io/umatare5/cisco-wnc-exporter \
    --collector.ap.inventory --collector.ap.info --collector.ap.state

Development

Build

The repository includes a ready to use Dockerfile. To build a new Docker image:

make image

This creates an image named ghcr.io/$USER/cisco-wnc-exporter and exposes 10040/tcp.

Release

To release a new version, follow these steps:

Update the version in the VERSION file.
Submit a pull request with the updated VERSION file.

Once the pull request is merged, the GitHub Workflow will automatically:

Create and push a new tag based on the VERSION file.

After that, I will manually release using GitHub Actions: release workflow.

Acknowledgement

I maintain this project with the help of GitHub Copilot Coding Agent, and I'm grateful to the global developer community for their contributions to open source projects and public repositories.

Licence

MIT

Name		Name	Last commit message	Last commit date
Latest commit History 32 Commits
.github		.github
.vscode		.vscode
cmd		cmd
docs/assets		docs/assets
internal		internal
.air.toml		.air.toml
.dockerignore		.dockerignore
.gitignore		.gitignore
.goimportsignore		.goimportsignore
.golangci.yml		.golangci.yml
.goreleaser.yml		.goreleaser.yml
.markdownlint-cli2.jsonc		.markdownlint-cli2.jsonc
.octocov.yml		.octocov.yml
.taplo.toml		.taplo.toml
Dockerfile		Dockerfile
LICENSE		LICENSE
Makefile		Makefile
README.md		README.md
VERSION		VERSION
go.mod		go.mod
go.sum		go.sum
renovate.json		renovate.json

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cisco-wnc-exporter

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cisco-wnc-exporter

Overview

Quick Start

Syntax

Configuration

Metrics

AP Collector

Client Collector

WLAN Collector

Usage

Exporter

Basic Usage - No Collectors

Essential Usage

Complete Usage

Using Docker

Development

Build

Release

Acknowledgement

Licence

About

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