# OpenThread CLI Reference

The OpenThread CLI exposes configuration and management APIs via a command line interface. Use the CLI to play with OpenThread, which can also be used with additional application code. The OpenThread test scripts use the CLI to execute test cases.

## Separator and escaping characters

The whitespace character (`' '`) is used to delimit the command name and the different arguments, together with tab (`'\t'`) and new line characters (`'\r'`, `'\n'`).

Some arguments might require to accept whitespaces on them. For those cases the backslash character (`'\'`) can be used to escape separators or the backslash itself.

Example:

```bash
> networkname Test\ Network
Done
> networkname
Test Network
Done
>
```

## OpenThread Command List

- [ba](#ba)
- [bbr](#bbr)
- [br](README_BR.md)
- [bufferinfo](#bufferinfo)
- [ccathreshold](#ccathreshold)
- [channel](#channel)
- [child](#child-list)
- [childip](#childip)
- [childmax](#childmax)
- [childsupervision](#childsupervision-interval)
- [childtimeout](#childtimeout)
- [coap](README_COAP.md)
- [coaps](README_COAPS.md)
- [coex](#coex)
- [commissioner](README_COMMISSIONER.md)
- [contextreusedelay](#contextreusedelay)
- [counters](#counters)
- [csl](#csl)
- [dataset](README_DATASET.md)
- [debug](#debug)
- [delaytimermin](#delaytimermin)
- [detach](#detach)
- [deviceprops](#deviceprops)
- [diag](#diag)
- [discover](#discover-channel)
- [dns](#dns-config)
- [domainname](#domainname)
- [dua](#dua-iid)
- [eidcache](#eidcache)
- [eui64](#eui64)
- [extaddr](#extaddr)
- [extpanid](#extpanid)
- [factoryreset](#factoryreset)
- [fake](#fake)
- [fem](#fem)
- [history](README_HISTORY.md)
- [ifconfig](#ifconfig)
- [instanceid](#instanceid)
- [ipaddr](#ipaddr)
- [ipmaddr](#ipmaddr)
- [joiner](README_JOINER.md)
- [joinerport](#joinerport-port)
- [keysequence](#keysequence-counter)
- [leaderdata](#leaderdata)
- [leaderweight](#leaderweight)
- [linkmetrics](#linkmetrics-config-async-ipaddr-enhanced-ack-clear)
- [linkmetricsmgr](#linkmetricsmgr-disable)
- [locate](#locate)
- [log](#log-filename-filename)
- [mac](#mac-retries-direct)
- [macfilter](#macfilter)
- [meshdiag](#meshdiag-topology-ip6-addrs-children)
- [mliid](#mliid-iid)
- [mlr](#mlr-reg-ipaddr--timeout)
- [mode](#mode)
- [multiradio](#multiradio)
- [nat64](#nat64-cidr)
- [neighbor](#neighbor-list)
- [netdata](README_NETDATA.md)
- [netstat](#netstat)
- [networkdiagnostic](#networkdiagnostic-get-addr-type-)
- [networkidtimeout](#networkidtimeout)
- [networkkey](#networkkey)
- [networkname](#networkname)
- [networktime](#networktime)
- [nexthop](#nexthop)
- [panid](#panid)
- [parent](#parent)
- [parentpriority](#parentpriority)
- [partitionid](#partitionid)
- [ping](#ping-async--i-source--m-ipaddr-size-count-interval-hoplimit-timeout)
- [platform](#platform)
- [pollperiod](#pollperiod-pollperiod)
- [preferrouterid](#preferrouterid-routerid)
- [prefix](#prefix)
- [promiscuous](#promiscuous)
- [pskc](#pskc)
- [pskcref](#pskcref)
- [radio](#radio-enable)
- [radiofilter](#radiofilter)
- [rcp](#rcp)
- [region](#region)
- [releaserouterid](#releaserouterid-routerid)
- [reset](#reset)
- [rloc16](#rloc16)
- [route](#route)
- [router](#router-list)
- [routerdowngradethreshold](#routerdowngradethreshold)
- [routereligible](#routereligible)
- [routerselectionjitter](#routerselectionjitter)
- [routerupgradethreshold](#routerupgradethreshold)
- [childrouterlinks](#childrouterlinks)
- [scan](#scan-channel)
- [service](#service)
- [singleton](#singleton)
- [sntp](#sntp-query-sntp-server-ip-sntp-server-port)
- [state](#state)
- [srp](README_SRP.md)
- [tcat](README_TCAT.md)
- [tcp](README_TCP.md)
- [test](#test-tmforiginfilter-enabledisable)
- [thread](#thread-start)
- [timeinqueue](#timeinqueue)
- [trel](#trel)
- [tvcheck](#tvcheck-enable)
- [txpower](#txpower)
- [udp](README_UDP.md)
- [unsecureport](#unsecureport-add-port)
- [uptime](#uptime)
- [vendor](#vendor-name)
- [verhoeff](#verhoeff-calculate)
- [version](#version)

## OpenThread Command Details

### bbr

Show current Primary Backbone Router information for Thread 1.2 device.

```bash
> bbr
BBR Primary:
server16: 0xE400
seqno:    10
delay:    120 secs
timeout:  300 secs
Done
```

```bash
> bbr
BBR Primary: None
Done
```

### bbr mgmt dua \<status\|coap-code\> [meshLocalIid]

Configure the response status for DUA.req with meshLocalIid in payload. Without meshLocalIid, simply respond any coming DUA.req next with the specified status or COAP code.

Only for testing/reference device.

known status value:

- 0: ST_DUA_SUCCESS
- 1: ST_DUA_REREGISTER
- 2: ST_DUA_INVALID
- 3: ST_DUA_DUPLICATE
- 4: ST_DUA_NO_RESOURCES
- 5: ST_DUA_BBR_NOT_PRIMARY
- 6: ST_DUA_GENERAL_FAILURE
- 160: COAP code 5.00

```bash
> bbr mgmt dua 1 2f7c235e5025a2fd
Done
> bbr mgmt dua 160
Done
```

### bbr mgmt mlr listener

Show the Multicast Listeners.

Only for testing/reference Backbone Router device.

```bash
> bbr mgmt mlr listener
ff04:0:0:0:0:0:0:abcd 3534000
ff04:0:0:0:0:0:0:eeee 3537610
Done
```

### bbr mgmt mlr listener add \<ipaddr\> \[\<timeout\>\]

Add a Multicast Listener with a given IPv6 multicast address and timeout (in seconds).

Only for testing/reference Backbone Router device.

```bash
> bbr mgmt mlr listener add ff04::1
Done
> bbr mgmt mlr listener add ff04::2 300
Done
> bbr mgmt mlr listener
ff04:0:0:0:0:0:0:2 261
ff04:0:0:0:0:0:0:1 3522
Done
```

### bbr mgmt mlr listener clear

Removes all the Multicast Listeners.

Only for testing/reference Backbone Router device.

```bash
> bbr mgmt mlr listener clear
Done
> bbr mgmt mlr listener
Done
```

### bbr mgmt mlr response \<status\>

Configure the response status for the next MLR.req.

Only for testing/reference device.

Known status values:

- 0: ST_MLR_SUCCESS
- 2: ST_MLR_INVALID
- 3: ST_MLR_NO_PERSISTENT
- 4: ST_MLR_NO_RESOURCES
- 5: ST_MLR_BBR_NOT_PRIMARY
- 6: ST_MLR_GENERAL_FAILURE

```bash
> bbr mgmt mlr response 2
Done
```

### bbr state

Show local Backbone state ([`Disabled`,`Primary`, `Secondary`]) for Thread 1.2 FTD.

`OPENTHREAD_CONFIG_BACKBONE_ROUTER_ENABLE` is required.

```bash
> bbr state
Disabled
Done

> bbr state
Primary
Done

> bbr state
Secondary
Done
```

### bbr enable

Enable Backbone Router Service for Thread 1.2 FTD. `SRV_DATA.ntf` would be triggered for attached device if there is no Backbone Router Service in Thread Network Data.

`OPENTHREAD_CONFIG_BACKBONE_ROUTER_ENABLE` is required.

```bash
> bbr enable
Done
```

### bbr disable

Disable Backbone Router Service for Thread 1.2 FTD. `SRV_DATA.ntf` would be triggered if Backbone Router is Primary state. o `OPENTHREAD_CONFIG_BACKBONE_ROUTER_ENABLE` is required.

```bash
> bbr disable
Done
```

### bbr register

Register Backbone Router Service for Thread 1.2 FTD. `SRV_DATA.ntf` would be triggered for attached device.

`OPENTHREAD_CONFIG_BACKBONE_ROUTER_ENABLE` is required.

```bash
> bbr register
Done
```

### bbr config

Show local Backbone Router configuration for Thread 1.2 FTD.

`OPENTHREAD_CONFIG_BACKBONE_ROUTER_ENABLE` is required.

```bash
> bbr config
seqno:    10
delay:    120 secs
timeout:  300 secs
Done
```

### bbr config \[seqno \<seqno\>\] \[delay \<delay\>\] \[timeout \<timeout\>\]

Configure local Backbone Router configuration for Thread 1.2 FTD. `bbr register` should be issued explicitly to register Backbone Router service to Leader for Secondary Backbone Router. `SRV_DATA.ntf` would be initiated automatically if BBR Dataset changes for Primary Backbone Router.

`OPENTHREAD_CONFIG_BACKBONE_ROUTER_ENABLE` is required.

```bash
> bbr config seqno 20 delay 30
Done
```

### bbr jitter

Show jitter (in seconds) for Backbone Router registration for Thread 1.2 FTD.

`OPENTHREAD_CONFIG_BACKBONE_ROUTER_ENABLE` is required.

```bash
> bbr jitter
20
Done
```

### bbr jitter \<jitter\>

Set jitter (in seconds) for Backbone Router registration for Thread 1.2 FTD.

`OPENTHREAD_CONFIG_BACKBONE_ROUTER_ENABLE` is required.

```bash
> bbr jitter 10
Done
```

### ba

Show current Border Agent information.

### ba port

Print border agent service port.

```bash
> ba port
49152
Done
```

### ba state

Print border agent state.

Possible states are

- `Stopped` : Border Agent is stopped.
- `Started` : Border Agent is running with no active connection with external commissioner.
- `Active` : Border Agent is running and is connected with an external commissioner.

```bash
> ba state
Started
Done
```

### ba disconnect

Disconnects border agent from any active secure sessions.

```bash
> ba disconnect
Done
```

### ba ephemeralkey

Indicates if an ephemeral key is active.

Requires `OPENTHREAD_CONFIG_BORDER_AGENT_EPHEMERAL_KEY_ENABLE`.

```bash
> ba ephemeralkey
inactive
Done

> ba ephemeralkey set Z10X20g3J15w1000P60m16 1000
Done

> ba ephemeralkey
active
Done
```

### ba ephemeralkey set \<keystring\> \[timeout\] \[port\]

Sets the ephemeral key for a given timeout duration.

Requires `OPENTHREAD_CONFIG_BORDER_AGENT_EPHEMERAL_KEY_ENABLE`.

The ephemeral key can be set when Border Agent is already running and is not currently connected to any external commissioner (i.e., `ba state` gives `Started`).

The `keystring` string is directly used as the ephemeral PSK (excluding the trailing null `\0` character). Its length MUST be between 6 and 32, inclusive.

The `timeout` is in milliseconds. If not provided or set to zero, the default value of 2 minutes will be used. If the timeout value is larger than 10 minutes, the 10 minutes timeout value will be used instead.

The `port` specifies the UDP port to use with the ephemeral key. If UDP port is zero or is not provided, an ephemeral port will be used. `ba port` will give the current UDP port in use by the Border Agent.

Setting the ephemeral key again before a previously set one is timed out, will replace the previous one.

During the timeout interval, the ephemeral key can be used only once by an external commissioner to establish a connection. After the commissioner disconnects, the ephemeral key is cleared, and the Border Agent reverts to using PSKc. If the timeout expires while a commissioner is still connected, the session will be terminated, and the Border Agent will cease using the ephemeral key and revert to PSKc.

```bash
> ba ephemeralkey set Z10X20g3J15w1000P60m16 5000 1234
Done
```

### ba ephemeralkey clear

Cancels the ephemeral key in use if any.

Requires `OPENTHREAD_CONFIG_BORDER_AGENT_EPHEMERAL_KEY_ENABLE`.

Can be used to cancel a previously set ephemeral key before it is used or times out. If the Border Agent is not running or there is no ephemeral key in use, calling this function has no effect.

If a commissioner is connected using the ephemeral key and is currently active, calling this method does not change its state. In this case the `ba ephemeralkey` will continue to return `active` until the commissioner disconnects.

```bash
> ba ephemeralkey clear
Done
```

### ba ephemeralkey callback enable

Enables callback from Border Agent for ephemeral key state changes.

```bash
> ba ephemeralkey callback enable
Done

> ba ephemeralkey set W10X12 5000 49155
Done

BorderAgent callback: Ephemeral key active, port:49155
BorderAgent callback: Ephemeral key inactive
```

### ba ephemeralkey callback disable

Disables callback from Border Agent for ephemeral key state changes.

```bash
> ba ephemeralkey callback disable
Done
```

### ba counters

Get the border agent counter values.

Note that it requires `OPENTHREAD_CONFIG_BORDER_AGENT_EPHEMERAL_KEY_ENABLE` to output the ePSKc counters.

```bash
> ba counters
epskcActivation: 2
epskcApiDeactivation: 1
epskcTimeoutDeactivation: 1
epskcMaxAttemptDeactivation: 0
epskcDisconnectDeactivation: 0
epskcInvalidBaStateError: 1
epskcInvalidArgsError: 1
epskcStartSecureSessionError: 0
epskcSecureSessionSuccess: 0
epskcSecureSessionFailure: 0
epskcCommissionerPetition: 0
pskcSecureSessionSuccess: 0
pskcSecureSessionFailure: 0
pskcCommissionerPetition: 0
mgmtActiveGet: 0
mgmtPendingGet: 0
Done
```

### bufferinfo

Show the current message buffer information.

- The `total` shows total number of message buffers in pool.
- The `free` shows the number of free message buffers.
- The `max-used` shows the maximum number of used buffers at the same time since OT stack initialization or last `bufferinfo reset`.
- This is then followed by info about different queues used by OpenThread stack, each line representing info about a queue.
  - The first number shows number messages in the queue.
  - The second number shows number of buffers used by all messages in the queue.
  - The third number shows total number of bytes of all messages in the queue.

```bash
> bufferinfo
total: 40
free: 40
max-used: 5
6lo send: 0 0 0
6lo reas: 0 0 0
ip6: 0 0 0
mpl: 0 0 0
mle: 0 0 0
coap: 0 0 0
coap secure: 0 0 0
application coap: 0 0 0
Done
```

### bufferinfo reset

Reset the message buffer counter tracking maximum number buffers in use at the same time.

```bash
> bufferinfo reset
Done
```

### ccathreshold

Get the CCA threshold in dBm measured at antenna connector per IEEE 802.15.4 - 2015 section 10.1.4.

```bash
> ccathreshold
-75 dBm
Done
```

### ccathreshold \<ccathreshold\>

Set the CCA threshold measured at antenna connector per IEEE 802.15.4 - 2015 section 10.1.4.

```bash
> ccathreshold -62
Done
```

### channel

Get the IEEE 802.15.4 Channel value.

```bash
> channel
11
Done
```

### channel \<channel\>

Set the IEEE 802.15.4 Channel value.

```bash
> channel 11
Done
```

### channel manager

Get channel manager state.

`OPENTHREAD_CONFIG_CHANNEL_MANAGER_ENABLE` is required.

```bash
channel: 11
auto: 1
delay: 120
interval: 10800
supported: { 11-26}
favored: { 11-26}
Done
```

### channel manager change \<channel\>

Initiate a channel change with the channel manager.

`OPENTHREAD_CONFIG_CHANNEL_MANAGER_ENABLE` is required.

```bash
> channel manager change 11
channel manager change 11
Done
```

### channel manager select \<skip quality check (boolean)\>

Request a channel selection with the channel manager.

`OPENTHREAD_CONFIG_CHANNEL_MANAGER_ENABLE` and `OPENTHREAD_CONFIG_CHANNEL_MONITOR_ENABLE` are required.

```bash
> channel manager select 1
channel manager select 1
Done
```

### channel manager auto \<enable (boolean)\>

Enable/disable the auto-channel-selection functionality.

`OPENTHREAD_CONFIG_CHANNEL_MANAGER_ENABLE` and `OPENTHREAD_CONFIG_CHANNEL_MONITOR_ENABLE` are required.

```bash
> channel manager auto 1
channel manager auto 1
Done
```

### channel manager delay \<delay\>

Set the channel change delay (in seconds).

`OPENTHREAD_CONFIG_CHANNEL_MANAGER_ENABLE` and `OPENTHREAD_CONFIG_CHANNEL_MONITOR_ENABLE` are required.

```bash
> channel manager delay 120
channel manager delay 120
Done
```

### channel manager interval \<interval\>

Set the auto-channel-selection interval (in seconds).

`OPENTHREAD_CONFIG_CHANNEL_MANAGER_ENABLE` and `OPENTHREAD_CONFIG_CHANNEL_MONITOR_ENABLE` are required.

```bash
> channel manager interval 10800
channel manager interval 10800
Done
```

### channel manager supported \<mask\>

Set the supported channel mask for the auto-channel-selection.

`OPENTHREAD_CONFIG_CHANNEL_MANAGER_ENABLE` and `OPENTHREAD_CONFIG_CHANNEL_MONITOR_ENABLE` are required.

```bash
> channel manager supported 0x7fffc00
channel manager supported 0x7fffc00
Done
```

### channel manager favored \<mask\>

Set the favored channel mask for the auto-channel-selection.

`OPENTHREAD_CONFIG_CHANNEL_MANAGER_ENABLE` and `OPENTHREAD_CONFIG_CHANNEL_MONITOR_ENABLE` are required.

```bash
> channel manager favored 0x7fffc00
channel manager favored 0x7fffc00
Done
```

### channel monitor

Get current channel monitor state and channel occupancy.

`OPENTHREAD_CONFIG_CHANNEL_MONITOR_ENABLE` is required.

```bash
> channel monitor
channel monitor
enabled: 1
interval: 41000
threshold: -75
window: 960
count: 10552
occupancies:
ch 11 (0x0cb7)  4.96% busy
ch 12 (0x2e2b) 18.03% busy
ch 13 (0x2f54) 18.48% busy
ch 14 (0x0fef)  6.22% busy
ch 15 (0x1536)  8.28% busy
ch 16 (0x1746)  9.09% busy
ch 17 (0x0b8b)  4.50% busy
ch 18 (0x60a7) 37.75% busy
ch 19 (0x0810)  3.14% busy
ch 20 (0x0c2a)  4.75% busy
ch 21 (0x08dc)  3.46% busy
ch 22 (0x101d)  6.29% busy
ch 23 (0x0092)  0.22% busy
ch 24 (0x0028)  0.06% busy
ch 25 (0x0063)  0.15% busy
ch 26 (0x058c)  2.16% busy

Done
```

### channel monitor start

Start the channel monitor.

`OPENTHREAD_CONFIG_CHANNEL_MONITOR_ENABLE` is required.

```bash
> channel monitor start
channel monitor start
Done
```

### channel monitor stop

Stop the channel monitor.

`OPENTHREAD_CONFIG_CHANNEL_MONITOR_ENABLE` is required.

```bash
> channel monitor stop
channel monitor stop
Done
```

### channel preferred

Get preferred channel mask.

```bash
> channel preferred
0x7fff800
Done
```

### channel supported

Get supported channel mask.

```bash
> channel supported
0x7fff800
Done
```

### child list

List attached Child IDs.

```bash
> child list
1 2 3 6 7 8
Done
```

### child table

Print table of attached children.

```bash
> child table
| ID  | RLOC16 | Timeout    | Age        | LQ In | C_VN |R|D|N|Ver|CSL|QMsgCnt|Suprvsn| Extended MAC     |
+-----+--------+------------+------------+-------+------+-+-+-+---+---+-------+-------+------------------+
|   1 | 0xc801 |        240 |         24 |     3 |  131 |1|0|0|  3| 0 |     0 |   129 | 4ecede68435358ac |
|   2 | 0xc802 |        240 |          2 |     3 |  131 |0|0|0|  3| 1 |     0 |     0 | a672a601d2ce37d8 |
Done
```

### child \<id\>

Print diagnostic information for an attached Thread Child. The `id` may be a Child ID or an RLOC16.

```bash
> child 1
Child ID: 1
Rloc: 9c01
Ext Addr: e2b3540590b0fd87
Mode: rn
CSL Synchronized: 1
Net Data: 184
Timeout: 100
Age: 0
Link Quality In: 3
RSSI: -20
Supervision Interval: 129
Done
```

### childip

Get the list of IP addresses stored for MTD children.

```bash
> childip
3401: fdde:ad00:beef:0:3037:3e03:8c5f:bc0c
Done
```

### childip max

Get the maximum number of IP addresses that each MTD child may register with this device as parent.

```bash
> childip max
4
Done
```

### childip max \<count\>

Set the maximum number of IP addresses that each MTD child may register with this device as parent. 0 to clear the setting and restore the default.

`OPENTHREAD_CONFIG_REFERENCE_DEVICE_ENABLE` is required.

```bash
> childip max 2
Done
```

### childmax

Get the Thread maximum number of allowed children.

```bash
> childmax
5
Done
```

### childmax \<count\>

Set the Thread maximum number of allowed children.

```bash
> childmax 2
Done
```

### childsupervision interval

Get the Child Supervision interval value on the child.

Child Supervision feature provides a mechanism for parent to ensure that a message is sent to each sleepy child within the supervision interval. If there is no transmission to the child within the supervision interval, OpenThread enqueues and sends a Child Supervision Message to the child.

```bash
> childsupervision interval
30
Done
```

### childsupervision interval \<interval\>

Set the Child Supervision interval value on the child.

```bash
> childsupervision interval 30
Done
```

### childsupervision checktimeout

Get the Child Supervision Check Timeout value on the child.

If the device is a sleepy child and it does not hear from its parent within the specified check timeout, it initiates the re-attach process (MLE Child Update Request/Response exchange with its parent).

```bash
> childsupervision checktimeout
30
Done
```

### childsupervision checktimeout \<timeout\>

Set the Child Supervision Check Timeout value on the child.

```bash
> childsupervision checktimeout 30
Done
```

### childsupervision failcounter

Get the current value of supervision check timeout failure counter.

The counter tracks the number of supervision check failures on the child. It is incremented when the child does not hear from its parent within the specified check timeout interval.

```bash
> childsupervision failcounter
0
Done
```

### childsupervision failcounter reset

Reset the supervision check timeout failure counter to zero.

```bash
> childsupervision failcounter reset
Done
```

### childtimeout

Get the Thread Child Timeout value.

```bash
> childtimeout
300
Done
```

### childtimeout \<timeout\>

Set the Thread Child Timeout value.

```bash
> childtimeout 300
Done
```

### coex

Get the coex status.

`OPENTHREAD_CONFIG_PLATFORM_RADIO_COEX_ENABLE` is required.

```bash
> coex
Enabled
Done
```

### coex disable

Disable coex.

`OPENTHREAD_CONFIG_PLATFORM_RADIO_COEX_ENABLE` is required.

```bash
> coex disable
Done
```

### coex enable

Enable coex.

`OPENTHREAD_CONFIG_PLATFORM_RADIO_COEX_ENABLE` is required.

```bash
> coex enable
Done
```

### coex metrics

Show coex metrics.

`OPENTHREAD_CONFIG_PLATFORM_RADIO_COEX_ENABLE` is required.

```bash
> coex metrics
Stopped: false
Grant Glitch: 0
Transmit metrics
    Request: 0
    Grant Immediate: 0
    Grant Wait: 0
    Grant Wait Activated: 0
    Grant Wait Timeout: 0
    Grant Deactivated During Request: 0
    Delayed Grant: 0
    Average Request To Grant Time: 0
Receive metrics
    Request: 0
    Grant Immediate: 0
    Grant Wait: 0
    Grant Wait Activated: 0
    Grant Wait Timeout: 0
    Grant Deactivated During Request: 0
    Delayed Grant: 0
    Average Request To Grant Time: 0
    Grant None: 0
Done
```

### contextreusedelay

Get the CONTEXT_ID_REUSE_DELAY value.

```bash
> contextreusedelay
11
Done
```

### contextreusedelay \<delay\>

Set the CONTEXT_ID_REUSE_DELAY value.

```bash
> contextreusedelay 11
Done
```

### counters

Get the supported counter names.

```bash
> counters
br
ip
mac
mle
Done
```

### counters \<countername\>

Get the counter value.

Note:

- `OPENTHREAD_CONFIG_UPTIME_ENABLE` is required for MLE role time tracking in `counters mle`
- `OPENTHREAD_CONFIG_IP6_BR_COUNTERS_ENABLE` is required for `counters br`

```bash
> counters mac
TxTotal: 10
    TxUnicast: 3
    TxBroadcast: 7
    TxAckRequested: 3
    TxAcked: 3
    TxNoAckRequested: 7
    TxData: 10
    TxDataPoll: 0
    TxBeacon: 0
    TxBeaconRequest: 0
    TxOther: 0
    TxRetry: 0
    TxErrCca: 0
    TxErrBusyChannel: 0
RxTotal: 2
    RxUnicast: 1
    RxBroadcast: 1
    RxData: 2
    RxDataPoll: 0
    RxBeacon: 0
    RxBeaconRequest: 0
    RxOther: 0
    RxAddressFiltered: 0
    RxDestAddrFiltered: 0
    RxDuplicated: 0
    RxErrNoFrame: 0
    RxErrNoUnknownNeighbor: 0
    RxErrInvalidSrcAddr: 0
    RxErrSec: 0
    RxErrFcs: 0
    RxErrOther: 0
Done
> counters mle
Role Disabled: 0
Role Detached: 1
Role Child: 0
Role Router: 0
Role Leader: 1
Attach Attempts: 1
Partition Id Changes: 1
Better Partition Attach Attempts: 0
Parent Changes: 0
Time Disabled Milli: 10026
Time Detached Milli: 6852
Time Child Milli: 0
Time Router Milli: 0
Time Leader Milli: 16195
Time Tracked Milli: 33073
Done
> counters ip
TxSuccess: 10
TxFailed: 0
RxSuccess: 5
RxFailed: 0
Done
> counters br
Inbound Unicast: Packets 4 Bytes 320
Inbound Multicast: Packets 0 Bytes 0
Outbound Unicast: Packets 2 Bytes 160
Outbound Multicast: Packets 0 Bytes 0
RA Rx: 4
RA TxSuccess: 2
RA TxFailed: 0
RS Rx: 0
RS TxSuccess: 2
RS TxFailed: 0
Done
```

### counters \<countername\> reset

Reset the counter value.

```bash
> counters mac reset
Done
> counters mle reset
Done
> counters ip reset
Done
```

### csl

Get the CSL configuration.

CSL period is shown in microseconds.

```bash
> csl
Channel: 11
Period: 160000us
Timeout: 1000s
Done
```

### csl channel \<channel\>

Set CSL channel.

```bash
> csl channel 20
Done
```

### csl period \<period\>

Set CSL period in microseconds. Disable CSL by setting this parameter to `0`.

The CSL period MUST be a multiple 160 microseconds which is 802.15.4 "ten symbols time".

```bash
> csl period 30000000
Done
```

### csl timeout \<timeout\>

Set the CSL timeout in seconds.

```bash
> csl timeout 10
Done
```

### debug

Executes a series of CLI commands to gather information about the device and thread network. This is intended for debugging.

The output will display each executed CLI command preceded by "\$", followed by the corresponding command's generated output.

The generated output encompasses the following information:

- Version
- Current state
- RLOC16, extended MAC address
- Unicast and multicast IPv6 address list
- Channel
- PAN ID and extended PAN ID
- Network Data
- Partition ID
- Leader Data

If the device is operating as FTD:

- Child and neighbor table
- Router table and next hop Info
- Address cache table
- Registered MTD child IPv6 address
- Device properties

If the device supports and acts as an SRP client:

- SRP client state
- SRP client services and host info

If the device supports and acts as an SRP sever:

- SRP server state and address mode
- SRP server registered hosts and services

If the device supports TREL:

- TREL status and peer table

If the device supports and acts as a border router:

- BR state
- BR prefixes (OMR, on-link, NAT64)
- Discovered prefix table

### delaytimermin

Get the minimal delay timer (in seconds).

```bash
> delaytimermin
30
Done
```

### delaytimermin \<delaytimermin\>

Set the minimal delay timer (in seconds).

```bash
> delaytimermin 60
Done
```

### detach

Start the graceful detach process by first notifying other nodes (sending Address Release if acting as a router, or setting Child Timeout value to zero on parent if acting as a child) and then stopping Thread protocol operation.

```bash
> detach
Finished detaching
Done
```

### detach async

Start the graceful detach process similar to the `detach` command without blocking and waiting for the callback indicating that detach is finished.

```bash
> detach async
Done
```

### deviceprops

Get the current device properties.

```bash
> deviceprops
PowerSupply      : external
IsBorderRouter   : yes
SupportsCcm      : no
IsUnstable       : no
WeightAdjustment : 0
Done
```

### deviceprops \<power-supply\> \<is-br\> \<supports-ccm\> \<is-unstable\> \<weight-adjustment\>

Set the device properties which are then used to determine and set the Leader Weight.

- power-supply: `battery`, `external`, `external-stable`, or `external-unstable`.
- weight-adjustment: Valid range is from -16 to +16. Clamped if not within the range.

```bash
> deviceprops battery 0 0 0 -5
Done

> deviceprops
PowerSupply      : battery
IsBorderRouter   : no
SupportsCcm      : no
IsUnstable       : no
WeightAdjustment : -5
Done

> leaderweight
51
Done
```

### discover \[channel\]

Perform an MLE Discovery operation.

- channel: The channel to discover on. If no channel is provided, the discovery will cover all valid channels.

```bash
> discover
| J | Network Name     | Extended PAN     | PAN  | MAC Address      | Ch | dBm | LQI |
+---+------------------+------------------+------+------------------+----+-----+-----+
| 0 | OpenThread       | dead00beef00cafe | ffff | f1d92a82c8d8fe43 | 11 | -20 |   0 |
Done
```

### dns config

Get the default query config used by DNS client.

The config includes

- Server IPv6 address and port
- Response timeout in msec (wait time to rx response)
- Maximum tx attempts before reporting failure
- Boolean flag to indicate whether the server can resolve the query recursively or not.
- Service resolution mode which specifies which records to query. Possible options are:
  - `srv` : Query for SRV record only.
  - `txt` : Query for TXT record only.
  - `srv_txt` : Query for both SRV and TXT records in the same message.
  - `srv_txt_sep`: Query in parallel for SRV and TXT using separate messages.
  - `srv_txt_opt`: Query for TXT/SRV together first, if it fails then query separately.
- Whether to allow/disallow NAT64 address translation during address resolution (requires `OPENTHREAD_CONFIG_DNS_CLIENT_NAT64_ENABLE`)
- Transport protocol UDP or TCP (requires `OPENTHREAD_CONFIG_DNS_CLIENT_OVER_TCP_ENABLE`)

```bash
> dns config
Server: [fd00:0:0:0:0:0:0:1]:1234
ResponseTimeout: 5000 ms
MaxTxAttempts: 2
RecursionDesired: no
ServiceMode: srv_txt_opt
Nat64Mode: allow
TransportProtocol: udp
Done
>
```

### dns config \[DNS server IP\] \[DNS server port\] \[response timeout (ms)\] \[max tx attempts\] \[recursion desired (boolean)\] \[service mode] \[protocol]

Set the default query config.

Service mode specifies which records to query. Possible options are:

- `def` : Use default option.
- `srv` : Query for SRV record only.
- `txt` : Query for TXT record only.
- `srv_txt` : Query for both SRV and TXT records in the same message.
- `srv_txt_sep`: Query in parallel for SRV and TXT using separate messages.
- `srv_txt_opt`: Query for TXT/SRV together first, if it fails then query separately.

To set protocol effectively to tcp `OPENTHREAD_CONFIG_DNS_CLIENT_OVER_TCP_ENABLE` is required.

```bash
> dns config fd00::1 1234 5000 2 0 srv_txt_sep tcp
Done

> dns config
Server: [fd00:0:0:0:0:0:0:1]:1234
ResponseTimeout: 5000 ms
MaxTxAttempts: 2
RecursionDesired: no
ServiceMode: srv_txt_sep
Nat64Mode: allow
TransportProtocol: tcp
Done
```

We can leave some of the fields as unspecified (or use value zero). The unspecified fields are replaced by the corresponding OT config option definitions `OPENTHREAD_CONFIG_DNS_CLIENT_DEFAULT_{}` to form the default query config.

```bash
> dns config fd00::2
Done

> dns config
Server: [fd00:0:0:0:0:0:0:2]:53
ResponseTimeout: 6000 ms
MaxTxAttempts: 3
RecursionDesired: yes
Nat64Mode: allow
TransportProtocol: udp
Done
```

This final example shows how only 'recursion desired' and the service mode are set, and all other parameters are set to their defaults:

```bash
> dns config :: 0 0 0 1 srv_txt_sep
Done

> dns config
Server: [2001:4860:4860:0:0:0:0:8888]:53
ResponseTimeout: 6000 ms
MaxTxAttempts: 3
RecursionDesired: yes
ServiceMode: srv_txt_sep
Nat64Mode: allow
TransportProtocol: udp
Done
```

### dns resolve \<hostname\> \[DNS server IP\] \[DNS server port\] \[response timeout (ms)\] \[max tx attempts\] \[recursion desired (boolean)\] \[transport protocol\]

Send DNS Query to obtain IPv6 address for given hostname.

The parameters after `hostname` are optional. Any unspecified (or zero) value for these optional parameters is replaced by the value from the current default config (`dns config`).

To use tcp, `OPENTHREAD_CONFIG_DNS_CLIENT_OVER_TCP_ENABLE` is required.

```bash
> dns resolve ipv6.google.com
> DNS response for ipv6.google.com - 2a00:1450:401b:801:0:0:0:200e TTL: 300
```

The DNS server IP can be an IPv4 address, which will be synthesized to an IPv6 address using the preferred NAT64 prefix from the network data.

> Note: The command will return `InvalidState` when the DNS server IP is an IPv4 address but the preferred NAT64 prefix is unavailable.

```bash
> dns resolve example.com 8.8.8.8
Synthesized IPv6 DNS server address: fdde:ad00:beef:2:0:0:808:808
DNS response for example.com. - fd4c:9574:3720:2:0:0:5db8:d822 TTL:20456
Done
```

### dns resolve4 \<hostname\> \[DNS server IP\] \[DNS server port\] \[response timeout (ms)\] \[max tx attempts\] \[recursion desired (boolean)\]

Send DNS query to obtain IPv4 address for a given hostname and provide the NAT64 synthesized IPv6 addresses for the IPv4 addresses from the query response.

Requires `OPENTHREAD_CONFIG_DNS_CLIENT_NAT64_ENABLE`.

The parameters after `hostname` are optional. Any unspecified (or zero) value for these optional parameters is replaced by the value from the current default config (`dns config`).

This command requires a NAT64 prefix to be configured and present in Thread Network Data.

For example, if a NAT64 prefix of `2001:db8:122:344::/96` is used within the Thread mesh, the outputted IPv6 address corresponds to an IPv4 address of `142.250.191.78` for the `ipv4.google.com` host:

```bash
> dns resolve4 ipv4.google.com
> DNS response for ipv4.google.com - 2001:db8:122:344:0:0:8efa:bf4e TTL: 20456
```

### dns browse \<service-name\> \[DNS server IP\] \[DNS server port\] \[response timeout (ms)\] \[max tx attempts\] \[recursion desired (boolean)\]

Send a browse (service instance enumeration) DNS query to get the list of services for given service-name.

The parameters after `service-name` are optional. Any unspecified (or zero) value for these optional parameters is replaced by the value from the current default config (`dns config`).

```bash
> dns browse _service._udp.example.com
DNS browse response for _service._udp.example.com.
inst1
inst2
inst3
Done
```

The detailed service info (port number, weight, host name, TXT data, host addresses) is outputted only when provided by server/resolver in the browse response (in additional Data Section). This is a SHOULD and not a MUST requirement, and servers/resolvers are not required to provide this.

The recommended behavior, which is supported by the OpenThread DNS-SD resolver, is to only provide the additional data when there is a single instance in the response. However, users should assume that the browse response may only contain the list of matching service instances and not any detail service info. To resolve a service instance, users can use the `dns service` or `dns servicehost` commands.

```bash
> dns browse _service._udp.example.com
DNS browse response for _service._udp.example.com.
inst1
    Port:1234, Priority:1, Weight:2, TTL:7200
    Host:host.example.com.
    HostAddress:fd00:0:0:0:0:0:0:abcd TTL:7200
    TXT:[a=6531, b=6c12] TTL:7300
Done
```

```bash
> dns browse _airplay._tcp.default.service.arpa
DNS browse response for _airplay._tcp.default.service.arpa.
Gabe's Mac mini
    Port:7000, Priority:0, Weight:0, TTL:10
    Host:Gabes-Mac-mini.default.service.arpa.
    HostAddress:fd97:739d:386a:1:1c2e:d83c:fcbe:9cf4 TTL:10
Done
```

> Note: The DNS server IP can be an IPv4 address, which will be synthesized to an IPv6 address using the preferred NAT64 prefix from the network data. The command will return `InvalidState` when the DNS server IP is an IPv4 address but the preferred NAT64 prefix is unavailable. When testing DNS-SD discovery proxy, the zone is not `local` and instead should be `default.service.arpa`.

### dns service \<service-instance-label\> \<service-name\> \[DNS server IP\] \[DNS server port\] \[response timeout (ms)\] \[max tx attempts\] \[recursion desired (boolean)\]

Send a service instance resolution DNS query for a given service instance. Service instance label is provided first, followed by the service name (note that service instance label can contain dot '.' character).

The parameters after `service-name` are optional. Any unspecified (or zero) value for these optional parameters is replaced by the value from the current default config (`dns config`).

> Note: The DNS server IP can be an IPv4 address, which will be synthesized to an IPv6 address using the preferred NAT64 prefix from the network data. The command will return `InvalidState` when the DNS server IP is an IPv4 address but the preferred NAT64 prefix is unavailable.

### dns servicehost \<service-instance-label\> \<service-name\> \[DNS server IP\] \[DNS server port\] \[response timeout (ms)\] \[max tx attempts\] \[recursion desired (boolean)\]

Send a service instance resolution DNS query for a given service instance with a potential follow-up address resolution for the host name discovered for the service instance (if the server/resolver does not provide AAAA/A records for the host name in the response to SRV query).

Service instance label is provided first, followed by the service name (note that service instance label can contain dot '.' character).

The parameters after `service-name` are optional. Any unspecified (or zero) value for these optional parameters is replaced by the value from the current default config (`dns config`).

### dns server upstream \[enable|disable\]

Enable/Disable the upstream DNS feature. If no argument is provided, it prints whether the upstream DNS feature is enabled.

`OPENTHREAD_CONFIG_DNS_UPSTREAM_QUERY_ENABLE` is required.

Enable the upstream DNS feature.

```
> dns server upstream enable
Done
```

Get whether the upstream DNS feature is enabled.

```
> dns server upstream
Enabled
Done
```

### dns compression \[enable|disable\]

Enable/Disable the "DNS name compression" mode.

By default DNS name compression is enabled. When disabled, DNS names are appended as full and never compressed. This is applicable to OpenThread's DNS and SRP client/server modules.

This is intended for testing only and available under `REFERENCE_DEVICE` config.

Get the current "DNS name compression" mode.

```
> dns compression
Enabled
```

Set the "DNS name compression" mode.

```
> dns compression disable
Done
>
>
> dns compression
Disabled
Done
```

### domainname

Get the Thread Domain Name for Thread 1.2 device.

```bash
> domainname
Thread
Done
```

### domainname \<name\>

Set the Thread Domain Name for Thread 1.2 device.

```bash
> domainname Test\ Thread
Done
```

### dua iid

Get the Interface Identifier manually specified for Thread Domain Unicast Address on Thread 1.2 device.

```bash
> dua iid
0004000300020001
Done
```

### dua iid \<iid\>

Set the Interface Identifier manually specified for Thread Domain Unicast Address on Thread 1.2 device.

```bash
> dua iid 0004000300020001
Done
```

### dua iid clear

Clear the Interface Identifier manually specified for Thread Domain Unicast Address on Thread 1.2 device.

```bash
> dua iid clear
Done
```

### eidcache

Print the EID-to-RLOC cache entries.

```bash
> eidcache
fd49:caf4:a29f:dc0e:97fc:69dd:3c16:df7d 2000 cache canEvict=1 transTime=0 eid=fd49:caf4:a29f:dc0e:97fc:69dd:3c16:df7d
fd49:caf4:a29f:dc0e:97fc:69dd:3c16:df7f fffe retry canEvict=1 timeout=10 retryDelay=30
Done
```

### eui64

Get the factory-assigned IEEE EUI-64.

```bash
> eui64
0615aae900124b00
Done
```

### extaddr

Get the IEEE 802.15.4 Extended Address.

```bash
> extaddr
dead00beef00cafe
Done
```

### extaddr \<extaddr\>

Set the IEEE 802.15.4 Extended Address.

```bash
> extaddr dead00beef00cafe
dead00beef00cafe
Done
```

### extpanid

Get the Thread Extended PAN ID value.

**NOTE** The current commissioning credential becomes stale after changing this value. Use [pskc](#pskc--p-keypassphrase) to reset.

```bash
> extpanid
dead00beef00cafe
Done
```

### extpanid \<extpanid\>

Set the Thread Extended PAN ID value.

```bash
> extpanid dead00beef00cafe
Done
```

### factoryreset

Delete all stored settings, and signal a platform reset.

```bash
> factoryreset
```

### fake

Send fake Thread messages.

Note: Only for certification test.

#### fake /a/an \<dst-ipaddr\> \<target\> \<meshLocalIid\>

```bash
> fake /a/an fdde:ad00:beef:0:0:ff:fe00:a800 fd00:7d03:7d03:7d03:55f2:bb6a:7a43:a03b 1111222233334444
Done
```

### fem

Get external FEM parameters.

```bash
> fem
LNA gain 11 dBm
Done
```

### fem lnagain

Get the Rx LNA gain in dBm of the external FEM.

```bash
> fem lnagain
11
Done
```

### fem lnagain \<LNA gain\>

Set the Rx LNA gain in dBm of the external FEM.

```bash
> fem lnagain 8
Done
```

### ifconfig

Show the status of the IPv6 interface.

```bash
> ifconfig
down
Done
```

### ifconfig up

Bring up the IPv6 interface.

```bash
> ifconfig up
Done
```

### ifconfig down

Bring down the IPv6 interface.

```bash
> ifconfig down
Done
```

### instanceid

Show OpenThread instance identifier.

```bash
> instanceid
468697314
Done
```

### ipaddr

List all IPv6 addresses assigned to the Thread interface.

```bash
> ipaddr
fdde:ad00:beef:0:0:ff:fe00:0
fdde:ad00:beef:0:558:f56b:d688:799
fe80:0:0:0:f3d9:2a82:c8d8:fe43
Done
```

Use `-v` to get more verbose information about the address:

- `origin`: can be `thread`, `slaac`, `dhcp6`, or `manual`, and indicates the origin of the address
- `plen`: prefix length (in bits)
- `preferred`: preferred flag (boolean)
- `valid`: valid flag (boolean)

```bash
> ipaddr -v
fd5e:18fa:f4a5:b8:0:ff:fe00:fc00 origin:thread plen:64 preferred:0 valid:1
fd5e:18fa:f4a5:b8:0:ff:fe00:dc00 origin:thread plen:64 preferred:0 valid:1
fd5e:18fa:f4a5:b8:f8e:5d95:87a0:e82c origin:thread plen:64 preferred:0 valid:1
fe80:0:0:0:4891:b191:e277:8826 origin:thread plen:64 preferred:1 valid:1
Done
```

### ipaddr add \<ipaddr\>

Add an IPv6 address to the Thread interface.

```bash
> ipaddr add 2001::dead:beef:cafe
Done
```

### ipaddr del \<ipaddr\>

Delete an IPv6 address from the Thread interface.

```bash
> ipaddr del 2001::dead:beef:cafe
Done
```

### ipaddr linklocal

Print Thread link-local IPv6 address.

```bash
> ipaddr linklocal
fe80:0:0:0:f3d9:2a82:c8d8:fe43
Done
```

### ipaddr mleid

Print Thread Mesh Local EID address.

```bash
> ipaddr mleid
fdde:ad00:beef:0:558:f56b:d688:799
Done
```

### ipaddr rloc

Print Thread Routing Locator (RLOC) address.

```bash
> ipaddr rloc
fdde:ad00:beef:0:0:ff:fe00:0
Done
```

### ipmaddr

List all IPv6 multicast addresses subscribed to the Thread interface.

```bash
> ipmaddr
ff05:0:0:0:0:0:0:1
ff33:40:fdde:ad00:beef:0:0:1
ff32:40:fdde:ad00:beef:0:0:1
Done
```

### ipmaddr add \<ipaddr\>

Subscribe the Thread interface to the IPv6 multicast address.

```bash
> ipmaddr add ff05::1
Done
```

### ipmaddr del \<ipaddr\>

Unsubscribe the Thread interface to the IPv6 multicast address.

```bash
> ipmaddr del ff05::1
Done
```

### ipmaddr llatn

Get the Link-Local All Thread Nodes multicast address.

```
> ipmaddr llatn
ff32:40:fdde:ad00:beef:0:0:1
Done
```

### ipmaddr rlatn

Get the Realm-Local All Thread Nodes multicast address.

```
> ipmaddr rlatn
ff33:40:fdde:ad00:beef:0:0:1
Done
```

### joinerport \<port\>

Set the Joiner port.

```bash
> joinerport 1000
Done
```

### keysequence counter

Get the Thread Key Sequence Counter.

```bash
> keysequence counter
10
Done
```

### keysequence counter \<counter\>

Set the Thread Key Sequence Counter.

This command is reserved for testing and demo purposes only. Changing Key Sequence Counter will render a production application non-compliant with the Thread Specification.

```bash
> keysequence counter 10
Done
```

### keysequence guardtime

Get Thread Key Switch Guard Time (in hours)

```bash
> keysequence guardtime
0
Done
```

### keysequence guardtime \<guardtime\>

Set Thread Key Switch Guard Time (in hours).

This command is reserved for testing and demo purposes only. Changing Key Switch Guard Time will render a production application non-compliant with the Thread Specification.

```bash
> keysequence guardtime 0
Done
```

### leaderdata

Show the Thread Leader Data.

```bash
> leaderdata
Partition ID: 1077744240
Weighting: 64
Data Version: 109
Stable Data Version: 211
Leader Router ID: 60
Done
```

### leaderweight

Get the Thread Leader Weight.

```bash
> leaderweight
128
Done
```

### leaderweight \<weight\>

Set the Thread Leader Weight.

```bash
> leaderweight 128
Done
```

### linkmetrics config \[async\] \<ipaddr\> enhanced-ack clear

Send a Link Metrics Management Request to clear an Enhanced-ACK Based Probing.

- async: Use the non-blocking mode.
- ipaddr: Peer address (SHOULD be link local address of the neighboring device).

```bash
> linkmetrics config fe80:0:0:0:3092:f334:1455:1ad2 enhanced-ack clear
Received Link Metrics Management Response from: fe80:0:0:0:3092:f334:1455:1ad2
Status: Success
Done

> linkmetrics config async fe80:0:0:0:3092:f334:1455:1ad2 enhanced-ack clear
Done
> Received Link Metrics Management Response from: fe80:0:0:0:3092:f334:1455:1ad2
Status: Success
```

### linkmetrics config \[async\] \<ipaddr\> enhanced-ack register \<qmr\> \[r\]

Send a Link Metrics Management Request to register an Enhanced-ACK Based Probing.

- async: Use the non-blocking mode.
- ipaddr: Peer address.
- qmr: This specifies what metrics to query. At most two options are allowed to select (per spec 4.11.3.4.4.6).
  - q: Layer 2 LQI.
  - m: Link Margin.
  - r: RSSI.
- r: This is optional and only used for reference devices. When this option is specified, Type/Average Enum of each Type Id Flags would be set to `reserved`. This is used to verify the Probing Subject correctly handles invalid Type Id Flags. This is only available when `OPENTHREAD_CONFIG_REFERENCE_DEVICE_ENABLE` is enabled.

```bash
> linkmetrics config fe80:0:0:0:3092:f334:1455:1ad2 enhanced-ack register qm
Received Link Metrics Management Response from: fe80:0:0:0:3092:f334:1455:1ad2
Status: Success
Done

> linkmetrics config async fe80:0:0:0:3092:f334:1455:1ad2 enhanced-ack register qm
Done
> Received Link Metrics Management Response from: fe80:0:0:0:3092:f334:1455:1ad2
Status: Success

> linkmetrics config async fe80:0:0:0:3092:f334:1455:1ad2 enhanced-ack register qm r
Done
> Received Link Metrics Management Response from: fe80:0:0:0:3092:f334:1455:1ad2
Status: Cannot support new series
```

### linkmetrics config \[async\] \<ipaddr\> forward \<seriesid\> \<ldraX\> \<pqmr\>

Send a Link Metrics Management Request to configure a Forward Tracking Series.

- async: Use the non-blocking mode.
- ipaddr: Peer address.
- seriesid: The Series ID.
- ldraX: This specifies which frames are to be accounted.
  - l: MLE Link Probe.
  - d: MAC Data.
  - r: MAC Data Request.
  - a: MAC Ack.
  - X: This represents none of the above flags, i.e., to stop accounting and remove the series. This can only be used without any other flags.
- pqmr: This specifies what metrics to query.
  - p: Layer 2 Number of PDUs received.
  - q: Layer 2 LQI.
  - m: Link Margin.
  - r: RSSI.

```bash
> linkmetrics config fe80:0:0:0:3092:f334:1455:1ad2 forward 1 dra pqmr
Received Link Metrics Management Response from: fe80:0:0:0:3092:f334:1455:1ad2
Status: SUCCESS
Done

> linkmetrics config async fe80:0:0:0:3092:f334:1455:1ad2 forward 1 dra pqmr
Done
> Received Link Metrics Management Response from: fe80:0:0:0:3092:f334:1455:1ad2
Status: SUCCESS
```

### linkmetrics probe \<ipaddr\> \<seriesid\> \<length\>

Send a MLE Link Probe message to the peer.

- ipaddr: Peer address.
- seriesid: The Series ID for which this Probe message targets at.
- length: The length of the Probe message, valid range: [0, 64].

```bash
> linkmetrics probe fe80:0:0:0:3092:f334:1455:1ad2 1 10
Done
```

### linkmetrics request \[async\] \<ipaddr\> single \<pqmr\>

Perform a Link Metrics query (Single Probe).

- async: Use the non-blocking mode.
- ipaddr: Peer address.
- pqmr: This specifies what metrics to query.
  - p: Layer 2 Number of PDUs received.
  - q: Layer 2 LQI.
  - m: Link Margin.
  - r: RSSI.

```bash
> linkmetrics request fe80:0:0:0:3092:f334:1455:1ad2 single qmr
Received Link Metrics Report from: fe80:0:0:0:3092:f334:1455:1ad2

 - LQI: 76 (Exponential Moving Average)
 - Margin: 82 (dB) (Exponential Moving Average)
 - RSSI: -18 (dBm) (Exponential Moving Average)
Done

> linkmetrics request async fe80:0:0:0:3092:f334:1455:1ad2 single qmr
Done
> Received Link Metrics Report from: fe80:0:0:0:3092:f334:1455:1ad2

 - LQI: 76 (Exponential Moving Average)
 - Margin: 82 (dB) (Exponential Moving Average)
 - RSSI: -18 (dBm) (Exponential Moving Average)
```

### linkmetrics request \[async\] \<ipaddr\> forward \<seriesid\>

Perform a Link Metrics query (Forward Tracking Series).

- sync: Use the blocking mode.
- ipaddr: Peer address.
- seriesid: The Series ID.

```bash
> linkmetrics request fe80:0:0:0:3092:f334:1455:1ad2 forward 1
Received Link Metrics Report from: fe80:0:0:0:3092:f334:1455:1ad2

 - PDU Counter: 2 (Count/Summation)
 - LQI: 76 (Exponential Moving Average)
 - Margin: 82 (dB) (Exponential Moving Average)
 - RSSI: -18 (dBm) (Exponential Moving Average)
Done

> linkmetrics request async fe80:0:0:0:3092:f334:1455:1ad2 forward 1
Done
> Received Link Metrics Report from: fe80:0:0:0:3092:f334:1455:1ad2

 - PDU Counter: 2 (Count/Summation)
 - LQI: 76 (Exponential Moving Average)
 - Margin: 82 (dB) (Exponential Moving Average)
 - RSSI: -18 (dBm) (Exponential Moving Average)
```

### linkmetricsmgr disable

Disable the Link Metrics Manager.

`OPENTHREAD_CONFIG_LINK_METRICS_MANAGER_ENABLE` is required.

```bash
> linkmetricsmgr disable
Done
```

### linkmetricsmgr enable

Enable the Link Metrics Manager.

`OPENTHREAD_CONFIG_LINK_METRICS_MANAGER_ENABLE` is required.

```bash
> linkmetricsmgr enable
Done
```

### linkmetricsmgr show

Display the Link Metrics data of all subjects. The subjects are identified by its extended address.

`OPENTHREAD_CONFIG_LINK_METRICS_MANAGER_ENABLE` is required.

```bash

> linkmetricsmgr show
ExtAddr:827aa7f7f63e1234, LinkMargin:80, Rssi:-20
Done
```

### locate

Gets the current state (`In Progress` or `Idle`) of anycast locator.

`OPENTHREAD_CONFIG_TMF_ANYCAST_LOCATOR_ENABLE` is required.

```bash
> locate
Idle
Done

> locate fdde:ad00:beef:0:0:ff:fe00:fc10

> locate
In Progress
Done
```

### locate \<anycastaddr\>

Locate the closest destination of an anycast address (i.e., find the destination's mesh local EID and RLOC16).

`OPENTHREAD_CONFIG_TMF_ANYCAST_LOCATOR_ENABLE` is required.

The closest destination is determined based on the the current routing table and path costs within the Thread mesh.

Locate the leader using its anycast address:

```bash
> locate fdde:ad00:beef:0:0:ff:fe00:fc00
fdde:ad00:beef:0:d9d3:9000:16b:d03b 0xc800
Done
```

Locate the closest destination of a service anycast address:

```bash

> srp server enable
Done

> netdata show
Prefixes:
Routes:
Services:
44970 5d c002 s c800
44970 5d c002 s cc00
Done

> locate fdde:ad00:beef:0:0:ff:fe00:fc10
fdde:ad00:beef:0:a477:dc98:a4e4:71ea 0xcc00
done
```

### log filename \<filename\>

- Note: Simulation Only, ie: `OPENTHREAD_EXAMPLES_SIMULATION`
- Requires `OPENTHREAD_CONFIG_LOG_OUTPUT == OPENTHREAD_CONFIG_LOG_OUTPUT_DEBUG_UART`

Specifies filename to capture otPlatLog() messages, useful when debugging automated test scripts on Linux when logging disrupts the automated test scripts.

### log level

Get the log level.

```bash
> log level
1
Done
```

### log level \<level\>

Set the log level.

```bash
> log level 4
Done
```

### meshdiag topology \[ip6-addrs\] \[children\]

Discover network topology (list of routers and their connections).

This command requires `OPENTHREAD_CONFIG_MESH_DIAG_ENABLE` and `OPENTHREAD_FTD`.

Parameters are optional and indicate additional items to discover. Can be added in any order.

- `ip6-addrs` to discover the list of IPv6 addresses of every router.
- `children` to discover the child table of every router.

Output lists all discovered routers. Information per router:

- Router ID
- RLOC16
- Extended MAC address
- Thread Version (if known).
- Whether the router is this device is itself (`me`)
- Whether the router is the parent of this device when device is a child (`parent`)
- Whether the router is `leader`
- Whether the router acts as a border router providing external connectivity (`br`)
- List of routers to which this router has a link:
  - `3-links`: Router IDs to which this router has a incoming link with link quality 3
  - `2-links`: Router IDs to which this router has a incoming link with link quality 2
  - `1-links`: Router IDs to which this router has a incoming link with link quality 1
  - If a list if empty, it is omitted in the out.
- If `ip6-addrs`, list of IPv6 addresses of the router
- If `children`, list of all children of the router. Information per child:
  - RLOC16
  - Incoming Link Quality from perspective of parent to child (zero indicates unknown)
  - Child Device mode (`r` rx-on-when-idle, `d` Full Thread Device, `n` Full Network Data, `-` no flags set)
  - Whether the child is this device itself (`me`)
  - Whether the child acts as a border router providing external connectivity (`br`)

Discover network topology:

```bash
> meshdiag topology
id:02 rloc16:0x0800 ext-addr:8aa57d2c603fe16c ver:4 - me - leader
   3-links:{ 46 }
id:46 rloc16:0xb800 ext-addr:fe109d277e0175cc ver:4
   3-links:{ 02 51 57 }
id:33 rloc16:0x8400 ext-addr:d2e511a146b9e54d ver:4
   3-links:{ 51 57 }
id:51 rloc16:0xcc00 ext-addr:9aab43ababf05352 ver:4
   3-links:{ 33 57 }
   2-links:{ 46 }
id:57 rloc16:0xe400 ext-addr:dae9c4c0e9da55ff ver:4
   3-links:{ 46 51 }
   1-links:{ 33 }
Done
```

Discover network topology with router's IPv6 addresses and children:

```bash
> meshdiag topology children ip6-addrs
id:62 rloc16:0xf800 ext-addr:ce349873897233a5 ver:4 - me - br
   3-links:{ 46 }
   ip6-addrs:
       fdde:ad00:beef:0:0:ff:fe00:f800
       fdde:ad00:beef:0:211d:39e9:6b2e:4ad1
       fe80:0:0:0:cc34:9873:8972:33a5
   children: none
id:02 rloc16:0x0800 ext-addr:8aa57d2c603fe16c ver:4 - leader - br
   3-links:{ 46 51 }
   ip6-addrs:
       fdde:ad00:beef:0:0:ff:fe00:fc00
       fdde:ad00:beef:0:0:ff:fe00:800
       fdde:ad00:beef:0:8a36:a3eb:47ae:a9b0
       fe80:0:0:0:88a5:7d2c:603f:e16c
   children:
       rloc16:0x0803 lq:3, mode:rn
       rloc16:0x0804 lq:3, mode:rdn
id:33 rloc16:0x8400 ext-addr:d2e511a146b9e54d ver:4
   3-links:{ 57 }
   ip6-addrs:
       fdde:ad00:beef:0:0:ff:fe00:8400
       fdde:ad00:beef:0:824:a126:cf19:a9f4
       fe80:0:0:0:d0e5:11a1:46b9:e54d
   children: none
id:51 rloc16:0xcc00 ext-addr:9aab43ababf05352 ver:4
   3-links:{ 02 46 57 }
   ip6-addrs:
       fdde:ad00:beef:0:0:ff:fe00:cc00
       fdde:ad00:beef:0:2986:bba3:12d0:1dd2
       fe80:0:0:0:98ab:43ab:abf0:5352
   children: none
id:57 rloc16:0xe400 ext-addr:dae9c4c0e9da55ff ver:4
   3-links:{ 33 51 }
   ip6-addrs:
       fdde:ad00:beef:0:0:ff:fe00:e400
       fdde:ad00:beef:0:87d0:550:bc18:9920
       fe80:0:0:0:d8e9:c4c0:e9da:55ff
   children:
       rloc16:0xe402 lq:3, mode:rn - br
       rloc16:0xe403 lq:3, mode:rn
id:46 rloc16:0xb800 ext-addr:fe109d277e0175cc ver:4
   3-links:{ 02 51 62 }
   ip6-addrs:
       fdde:ad00:beef:0:0:ff:fe00:b800
       fdde:ad00:beef:0:df4d:2994:d85c:c337
       fe80:0:0:0:fc10:9d27:7e01:75cc
   children: none
Done
```

Discover network topology with children:

```bash
> meshdiag topology children
id:02 rloc16:0x0800 ext-addr:8aa57d2c603fe16c ver:4 - parent - leader - br
   3-links:{ 46 51 }
   children:
       rloc16:0x0803 lq:0, mode:rn
       rloc16:0x0804 lq:0, mode:rdn - me
id:46 rloc16:0xb800 ext-addr:fe109d277e0175cc ver:4
   3-links:{ 02 51 62 }
   children: none
id:33 rloc16:0x8400 ext-addr:d2e511a146b9e54d ver:4
   3-links:{ 57 }
   children: none
id:51 rloc16:0xcc00 ext-addr:9aab43ababf05352 ver:4
   3-links:{ 02 46 57 }
   children: none
id:57 rloc16:0xe400 ext-addr:dae9c4c0e9da55ff ver:4
   3-links:{ 33 51 }
   children:
       rloc16:0xe402 lq:3, mode:rn - br
       rloc16:0xe403 lq:3, mode:rn
id:62 rloc16:0xf800 ext-addr:ce349873897233a5 ver:4 - br
   3-links:{ 46 }
   children: none
```

### meshdiag childtable \<router-rloc16\>

Start a query for child table of a router with a given RLOC16.

Output lists all child entries. Information per child:

- RLOC16
- Extended MAC address
- Thread Version
- Timeout (in seconds)
- Age (seconds since last heard)
- Supervision interval (in seconds)
- Number of queued messages (in case the child is sleepy)
- Device Mode
- RSS (average and last) and link margin
- Error rates, frame tx (at MAC layer), IPv6 message tx (above MAC)
- Connection time (seconds since link establishment {dd}d.{hh}:{mm}:{ss} format)
- CSL info
  - If synchronized
  - Period (in unit of 10-symbols-time)
  - Timeout (in seconds)
  - Channel

```bash
> meshdiag childtable 0x6400
rloc16:0x6402 ext-addr:8e6f4d323bbed1fe ver:4
    timeout:120 age:36 supvn:129 q-msg:0
    rx-on:yes type:ftd full-net:yes
    rss - ave:-20 last:-20 margin:80
    err-rate - frame:11.51% msg:0.76%
    conn-time:00:11:07
    csl - sync:no period:0 timeout:0 channel:0
rloc16:0x6403 ext-addr:ee24e64ecf8c079a ver:4
    timeout:120 age:19 supvn:129 q-msg:0
    rx-on:no type:mtd full-net:no
    rss - ave:-20 last:-20 margin:80
    err-rate - frame:0.73% msg:0.00%
    conn-time:01:08:53
    csl - sync:no period:0 timeout:0 channel:0
Done
```

### meshdiag childip6 \<parent-rloc16\>

Send a query to a parent to retrieve the IPv6 addresses of all its MTD children.

```bash
> meshdiag childip6 0xdc00
child-rloc16: 0xdc02
    fdde:ad00:beef:0:ded8:cd58:b73:2c21
    fd00:2:0:0:c24a:456:3b6b:c597
    fd00:1:0:0:120b:95fe:3ecc:d238
child-rloc16: 0xdc03
    fdde:ad00:beef:0:3aa6:b8bf:e7d6:eefe
    fd00:2:0:0:8ff8:a188:7436:6720
    fd00:1:0:0:1fcf:5495:790a:370f
Done
```

### meshdiag routerneighbortable \<router-rloc16\>

Start a query for router neighbor table of a router with a given RLOC16.

Output lists all router neighbor entries. Information per entry:

- RLOC16
- Extended MAC address
- Thread Version
- RSS (average and last) and link margin
- Error rates, frame tx (at MAC layer), IPv6 message tx (above MAC)
- Connection time (seconds since link establishment {dd}d.{hh}:{mm}:{ss} format)

```bash
> meshdiag routerneighbortable 0x7400
rloc16:0x9c00 ext-addr:764788cf6e57a4d2 ver:4
   rss - ave:-20 last:-20 margin:80
   err-rate - frame:1.38% msg:0.00%
   conn-time:01:54:02
rloc16:0x7c00 ext-addr:4ed24fceec9bf6d3 ver:4
   rss - ave:-20 last:-20 margin:80
   err-rate - frame:0.72% msg:0.00%
   conn-time:00:11:27
Done
```

### mliid \<iid\>

Set the Mesh Local IID.

It must be used before Thread stack is enabled.

Only for testing/reference device.

```bash
> mliid 1122334455667788
Done
```

### mlr reg \<ipaddr\> ... [timeout]

Register Multicast Listeners to Primary Backbone Router, with an optional `timeout` (in seconds).

Omit `timeout` to use the default MLR timeout on the Primary Backbone Router.

Use `timeout = 0` to deregister Multicast Listeners.

NOTE: Only for Thread 1.2 Commissioner FTD device.

```bash
> mlr reg ff04::1
status 0, 0 failed
Done
> mlr reg ff04::1 ff04::2 ff02::1
status 2, 1 failed
ff02:0:0:0:0:0:0:1
Done
> mlr reg ff04::1 ff04::2 1000
status 0, 0 failed
Done
> mlr reg ff04::1 ff04::2 0
status 0, 0 failed
Done
```

### mode

Get the Thread Device Mode value.

- -: no flags set (rx-off-when-idle, minimal Thread device, stable network data)
- r: rx-on-when-idle
- d: Full Thread Device
- n: Full Network Data

```bash
> mode
rdn
Done
```

### mode [rdn]

Set the Thread Device Mode value.

- -: no flags set (rx-off-when-idle, minimal Thread device, stable network data)
- r: rx-on-when-idle
- d: Full Thread Device
- n: Full Network Data

```bash
> mode rdn
Done
```

```bash
> mode -
Done
```

### multiradio

Get the list of supported radio links by the device.

This command is always available, even when only a single radio is supported by the device.

```bash
> multiradio
[15.4, TREL]
Done
```

### multiradio neighbor list

Get the list of neighbors and their supported radios and their preference.

This command is only available when device supports more than one radio link.

```bash
> multiradio neighbor list
ExtAddr:3a65bc38dbe4a5be, RLOC16:0xcc00, Radios:[15.4(255), TREL(255)]
ExtAddr:17df23452ee4a4be, RLOC16:0x1300, Radios:[15.4(255)]
Done
```

### multiradio neighbor \<ext address\>

Get the radio info for specific neighbor with a given extended address.

This command is only available when device supports more than one radio link.

```bash
> multiradio neighbor 3a65bc38dbe4a5be
[15.4(255), TREL(255)]
Done
```

### nat64 cidr

Gets the IPv4 configured CIDR in the NAT64 translator.

`OPENTHREAD_CONFIG_NAT64_TRANSLATOR_ENABLE` is required.

```bash
> nat64 cidr
192.168.255.0/24
Done
```

### nat64 cidr \<IPv4 address\>

Sets the IPv4 CIDR in the NAT64 translator.

Note:

- `OPENTHREAD_CONFIG_NAT64_TRANSLATOR_ENABLE` is required.
- A valid CIDR must have a non-zero prefix length.
- When updating the CIDR, NAT64 translator will be reset and all existing sessions will be expired.

```bash
> nat64 cidr 192.168.100.0/24
Done
```

### nat64 disable

Disable NAT64 functions, including the translator and the prefix publishing.

This command will reset the mapping table in the translator (if NAT64 translator is enabled in the build).

`OPENTHREAD_CONFIG_NAT64_TRANSLATOR_ENABLE` or `OPENTHREAD_CONFIG_NAT64_BORDER_ROUTING_ENABLE` are required.

```bash
> nat64 disable
Done
```

### nat64 enable

Enable NAT64 functions, including the translator and the prefix publishing.

This command can be called anytime.

`OPENTHREAD_CONFIG_NAT64_TRANSLATOR_ENABLE` or `OPENTHREAD_CONFIG_NAT64_BORDER_ROUTING_ENABLE` are required.

```bash
> nat64 enable
Done
```

### nat64 state

Gets the state of NAT64 functions.

Possible results for prefix manager are (`OPENTHREAD_CONFIG_NAT64_BORDER_ROUTING_ENABLE` is required):

- `Disabled`: NAT64 prefix manager is disabled.
- `NotRunning`: NAT64 prefix manager is enabled, but is not running, probably because the routing manager is disabled.
- `Idle`: NAT64 prefix manager is enabled and is running, but is not publishing a NAT64 prefix. Usually when there is another border router publishing a NAT64 prefix with higher priority.
- `Active`: NAT64 prefix manager is enabled, running and publishing a NAT64 prefix.

Possible results for NAT64 translator are (`OPENTHREAD_CONFIG_NAT64_TRANSLATOR_ENABLE` is required):

- `Disabled`: NAT64 translator is disabled.
- `NotRunning`: NAT64 translator is enabled, but is not translating packets, probably because it is not configured with a NAT64 prefix or a CIDR for NAT64.
- `Active`: NAT64 translator is enabled and is translating packets.

`OPENTHREAD_CONFIG_NAT64_TRANSLATOR_ENABLE` or `OPENTHREAD_CONFIG_NAT64_BORDER_ROUTING_ENABLE` are required.

```bash
> nat64 state
PrefixManager: NotRunning
Translator:    NotRunning
Done

> nat64 state
PrefixManager: Idle
Translator:    NotRunning
Done

> nat64 state
PrefixManager: Active
Translator:    Active
Done
```

### nat64 mappings

Get the NAT64 translator mappings.

`OPENTHREAD_CONFIG_NAT64_TRANSLATOR_ENABLE` is required.

```bash
> nat64 mappings
|          | Address                   |        | 4 to 6       | 6 to 4       |
+----------+---------------------------+--------+--------------+--------------+
| ID       | IPv6       | IPv4         | Expiry | Pkts | Bytes | Pkts | Bytes |
+----------+------------+--------------+--------+------+-------+------+-------+
| 00021cb9 | fdc7::df79 | 192.168.64.2 |  7196s |    6 |   456 |   11 |  1928 |
|          |                                TCP |    0 |     0 |    0 |     0 |
|          |                                UDP |    1 |   136 |   16 |  1608 |
|          |                               ICMP |    5 |   320 |    5 |   320 |
```

### nat64 counters

Get the NAT64 translator packet and error counters.

`OPENTHREAD_CONFIG_NAT64_TRANSLATOR_ENABLE` is required.

```bash
> nat64 counters
|               | 4 to 6                  | 6 to 4                  |
+---------------+-------------------------+-------------------------+
| Protocol      | Pkts     | Bytes        | Pkts     | Bytes        |
+---------------+----------+--------------+----------+--------------+
|         Total |       11 |          704 |       11 |          704 |
|           TCP |        0 |            0 |        0 |            0 |
|           UDP |        0 |            0 |        0 |            0 |
|          ICMP |       11 |          704 |       11 |          704 |
| Errors        | Pkts                    | Pkts                    |
+---------------+-------------------------+-------------------------+
|         Total |                       8 |                       4 |
|   Illegal Pkt |                       0 |                       0 |
|   Unsup Proto |                       0 |                       0 |
|    No Mapping |                       2 |                       0 |
Done
```

### neighbor linkquality

Print link quality info for all neighbors.

```bash
> neighbor linkquality
| RLOC16 | Extended MAC     | Frame Error | Msg Error | Avg RSS | Last RSS | Age   |
+--------+------------------+-------------+-----------+---------+----------+-------+
| 0xe800 | 9e2fa4e1b84f92db |      0.00 % |    0.00 % |     -46 |      -48 |     1 |
| 0xc001 | 0ad7ed6beaa6016d |      4.67 % |    0.08 % |     -68 |      -72 |    10 |
Done
```

### neighbor list

List RLOC16 of neighbors.

```bash
> neighbor list
0xcc01 0xc800 0xf000
Done
```

### neighbor table

Print table of neighbors.

```bash
> neighbor table
| Role | RLOC16 | Age | Avg RSSI | Last RSSI |R|D|N| Extended MAC     |
+------+--------+-----+----------+-----------+-+-+-+------------------+
|   C  | 0xcc01 |  96 |      -46 |       -46 |1|1|1| 1eb9ba8a6522636b |
|   R  | 0xc800 |   2 |      -29 |       -29 |1|1|1| 9a91556102c39ddb |
|   R  | 0xf000 |   3 |      -28 |       -28 |1|1|1| 0ad7ed6beaa6016d |
Done
```

### neighbor conntime

Print connection time and age of neighbors.

The table provides the following info per neighbor:

- RLOC16
- Extended MAC address
- Age (seconds since last heard from neighbor)
- Connection time (seconds since link establishment with neighbor)

Duration intervals are formatted as `<hh>:<mm>:<ss>` for hours, minutes, and seconds if the duration is less than one day. If the duration is longer than one day, the format is `<dd>d.<hh>:<mm>:<ss>`.

```bash
> neighbor conntime
| RLOC16 | Extended MAC     | Last Heard (Age) | Connection Time  |
+--------+------------------+------------------+------------------+
| 0x8401 | 1a28be396a14a318 |         00:00:13 |         00:07:59 |
| 0x5c00 | 723ebf0d9eba3264 |         00:00:03 |         00:11:27 |
| 0xe800 | ce53628a1e3f5b3c |         00:00:02 |         00:00:15 |
Done
```

### neighbor conntime list

Print connection time and age of neighbors.

This command is similar to `neighbor conntime`, but it displays the information in a list format. The age and connection time are both displayed in seconds.

```bash
> neighbor conntime list
0x8401 1a28be396a14a318 age:63 conn-time:644
0x5c00 723ebf0d9eba3264 age:23 conn-time:852
0xe800 ce53628a1e3f5b3c age:23 conn-time:180
Done
```

### netstat

List all UDP sockets.

```bash
> netstat
| Local Address                                   | Peer Address                                    |
+-------------------------------------------------+-------------------------------------------------+
| [0:0:0:0:0:0:0:0]:49153                         | [0:0:0:0:0:0:0:0]:0                             |
| [0:0:0:0:0:0:0:0]:49152                         | [0:0:0:0:0:0:0:0]:0                             |
| [0:0:0:0:0:0:0:0]:61631                         | [0:0:0:0:0:0:0:0]:0                             |
| [0:0:0:0:0:0:0:0]:19788                         | [0:0:0:0:0:0:0:0]:0                             |
Done
```

### networkdiagnostic get \<addr\> \<type\> ..

Send network diagnostic request to retrieve tlv of \<type\>s.

If \<addr\> is unicast address, `Diagnostic Get` will be sent. if \<addr\> is multicast address, `Diagnostic Query` will be sent.

```bash
> networkdiagnostic get fdde:ad00:beef:0:0:ff:fe00:fc00 0 1 6
> DIAG_GET.rsp/ans: 00080e336e1c41494e1c01020c000608640b0f674074c503
Ext Address: '0e336e1c41494e1c'
Rloc16: 0x0c00
Leader Data:
    PartitionId: 0x640b0f67
    Weighting: 64
    DataVersion: 116
    StableDataVersion: 197
    LeaderRouterId: 0x03
Done

> networkdiagnostic get ff02::1 0 1
> DIAG_GET.rsp/ans: 00080e336e1c41494e1c01020c00
Ext Address: '0e336e1c41494e1c'
Rloc16: 0x0c00
Done
DIAG_GET.rsp/ans: 00083efcdb7e3f9eb0f201021800
Ext Address: '3efcdb7e3f9eb0f2'
Rloc16: 0x1800
Done
```

### networkdiagnostic reset \<addr\> \<type\> ..

Send network diagnostic request to reset \<addr\>'s tlv of \<type\>s. Currently only `MAC Counters`(9) is supported.

```bash
> diagnostic reset fd00:db8::ff:fe00:0 9
Done
```

### networkidtimeout

Get the NETWORK_ID_TIMEOUT parameter used in the Router role.

```bash
> networkidtimeout
120
Done
```

### networkidtimeout \<timeout\>

Set the NETWORK_ID_TIMEOUT parameter used in the Router role.

```bash
> networkidtimeout 120
Done
```

### networkkey

Get the Thread Network Key value.

```bash
> networkkey
00112233445566778899aabbccddeeff
Done
```

### networkkey \<key\>

Set the Thread Network Key value.

```bash
> networkkey 00112233445566778899aabbccddeeff
Done
```

### networkname

Get the Thread Network Name.

```bash
> networkname
OpenThread
Done
```

### networkname \<name\>

Set the Thread Network Name.

**NOTE** The current commissioning credential becomes stale after changing this value. Use [pskc](#pskc--p-keypassphrase) to reset.

```bash
> networkname OpenThread
Done
```

### networktime

Get the Thread network time and the time sync parameters.

```bash
> networktime
Network Time:     21084154us (synchronized)
Time Sync Period: 100s
XTAL Threshold:   300ppm
Done
```

### networktime \<timesyncperiod\> \<xtalthreshold\>

Set time sync parameters

- timesyncperiod: The time synchronization period, in seconds.
- xtalthreshold: The XTAL accuracy threshold for a device to become Router-Capable device, in PPM.

```bash
> networktime 100 300
Done
```

### nexthop

Output the table of allocated Router IDs and the current next hop (as Router ID) and path cost for each ID.

```bash
> nexthop
| ID   |NxtHop| Cost |
+------+------+------+
|    9 |    9 |    1 |
|   25 |   25 |    0 |
|   30 |   30 |    1 |
|   46 |    - |    - |
|   50 |   30 |    3 |
|   60 |   30 |    2 |
Done
```

### nexthop \<rloc16\>

Get the next hop (as RLOC16) and path cost towards a given RLOC16 destination.

```bash
> nexthop 0xc000
0xc000 cost:0
Done

nexthop 0x8001
0x2000 cost:3
Done
```

### panid

Get the IEEE 802.15.4 PAN ID value.

```bash
> panid
0xdead
Done
```

### panid \<panid\>

Set the IEEE 802.15.4 PAN ID value.

```bash
> panid 0xdead
Done
```

### parent

Get the diagnostic information for a Thread Router as parent.

Note: When operating as a Thread Router when `OPENTHREAD_CONFIG_REFERENCE_DEVICE_ENABLE` is enabled, this command will return the cached information from when the device was previously attached as a Thread Child. Returning cached information is necessary to support the Thread Test Harness - Test Scenario 8.2.x requests the former parent (i.e. Joiner Router's) MAC address even if the device has already promoted to a router.

```bash
> parent
Ext Addr: be1857c6c21dce55
Rloc: 5c00
Link Quality In: 3
Link Quality Out: 3
Age: 20
Version: 4
Done
```

Note: When `OPENTHREAD_CONFIG_MAC_CSL_RECEIVER_ENABLE` is enabled, this command will return two extra lines with information relevant for CSL Receiver operation.

```bash
CSL clock accuracy: 20
CSL uncertainty: 5
```

### parentpriority

Get the assigned parent priority value, -2 means not assigned.

```bash
> parentpriority
1
Done
```

### parentpriority \<parentpriority\>

Set the assigned parent priority value: 1, 0, -1 or -2.

```bash
> parentpriority 1
Done
```

### partitionid

Get the Thread Network Partition ID.

```bash
> partitionid
4294967295
Done
```

### partitionid preferred

Get the preferred Thread Leader Partition ID.

`OPENTHREAD_CONFIG_REFERENCE_DEVICE_ENABLE` is required.

```bash
> partitionid preferred
4294967295
Done
```

### partitionid preferred \<partitionid\>

Set the preferred Thread Leader Partition ID.

`OPENTHREAD_CONFIG_REFERENCE_DEVICE_ENABLE` is required.

```bash
> partitionid preferred 0xffffffff
Done
```

### ping \[async\] \[-I source\] \[-m] \<ipaddr\> \[size\] \[count\] \[interval\] \[hoplimit\] \[timeout\]

Send an ICMPv6 Echo Request.

- async: Use the non-blocking mode. New commands are allowed before the ping process terminates.
- source: The source IPv6 address of the echo request.
- -m: multicast loop, which allows looping back pings to multicast addresses that the device itself is subscribed to.
- size: The number of data bytes to be sent.
- count: The number of ICMPv6 Echo Requests to be sent.
- interval: The interval between two consecutive ICMPv6 Echo Requests in seconds. The value may have fractional form, for example `0.5`.
- hoplimit: The hoplimit of ICMPv6 Echo Request to be sent.
- timeout: Time in seconds to wait for the final ICMPv6 Echo Reply after sending out the request. The value may have fractional form, for example `3.5`.

```bash
> ping fd00:db8:0:0:76b:6a05:3ae9:a61a
> 16 bytes from fd00:db8:0:0:76b:6a05:3ae9:a61a: icmp_seq=5 hlim=64 time=0ms
1 packets transmitted, 1 packets received. Packet loss = 0.0%. Round-trip min/avg/max = 0/0.0/0 ms.
Done

> ping -I fd00:db8:0:0:76b:6a05:3ae9:a61a ff02::1 100 1 1 1
> 108 bytes from fd00:db8:0:0:f605:fb4b:d429:d59a: icmp_seq=4 hlim=64 time=7ms
1 packets transmitted, 1 packets received. Round-trip min/avg/max = 7/7.0/7 ms.
Done
```

The address can be an IPv4 address, which will be synthesized to an IPv6 address using the preferred NAT64 prefix from the network data.

> Note: The command will return `InvalidState` when the preferred NAT64 prefix is unavailable.

```bash
> ping 172.17.0.1
Pinging synthesized IPv6 address: fdde:ad00:beef:2:0:0:ac11:1
> 16 bytes from fdde:ad00:beef:2:0:0:ac11:1: icmp_seq=5 hlim=64 time=0ms
1 packets transmitted, 1 packets received. Packet loss = 0.0%. Round-trip min/avg/max = 0/0.0/0 ms.
Done
```

### ping stop

Stop sending ICMPv6 Echo Requests.

```bash
> ping stop
Done
```

### platform

Print the current platform

```bash
> platform
NRF52840
Done
```

### pollperiod

Get the customized data poll period of sleepy end device (milliseconds). Only for certification test.

```bash
> pollperiod
0
Done
```

### pollperiod \<pollperiod\>

Set the customized data poll period for sleepy end device (milliseconds >= 10ms). Only for certification test.

```bash
> pollperiod 10
Done
```

### pskc

Get pskc in hex format.

```bash
> pskc
00000000000000000000000000000000
Done
```

### pskc [-p] \<key\>|\<passphrase\>

With `-p` generate pskc from \<passphrase\> (UTF-8 encoded) together with **current** network name and extended PAN ID, otherwise set pskc as \<key\> (hex format).

```bash
> pskc 67c0c203aa0b042bfb5381c47aef4d9e
Done
> pskc -p 123456
Done
```

### pskcref

Get pskc key reference.

`OPENTHREAD_CONFIG_PLATFORM_KEY_REFERENCES_ENABLE` is required.

```bash
> pskcref
0x80000000
Done
```

### pskcref \<keyref\>

Set pskc key reference as \<keyref\>.

`OPENTHREAD_CONFIG_PLATFORM_KEY_REFERENCES_ENABLE` is required.

```bash
> pskcref 0x20017
Done
```

### preferrouterid \<routerid\>

Prefer a Router ID when solicit router id from Leader.

```bash
> preferrouterid 16
Done
```

### prefix

Get the prefix list in the local Network Data. Note: For the Thread 1.2 border router with backbone capability, the local Domain Prefix would be listed as well (with flag `D`), with preceding `-` if backbone functionality is disabled.

```bash
> prefix
2001:dead:beef:cafe::/64 paros med
- fd00:7d03:7d03:7d03::/64 prosD med
Done
```

### prefix add \<prefix\> [padcrosnD][prf]

Add a valid prefix to the Network Data.

Note: The Domain Prefix flag (`D`) is only available for Thread 1.2.

- p: Preferred flag
- a: Stateless IPv6 Address Autoconfiguration flag
- d: DHCPv6 IPv6 Address Configuration flag
- c: DHCPv6 Other Configuration flag
- r: Default Route flag
- o: On Mesh flag
- s: Stable flag
- n: Nd Dns flag
- D: Domain Prefix flag
- prf: Default router preference, which may be 'high', 'med', or 'low'.

```bash
> prefix add 2001:dead:beef:cafe::/64 paros med
Done

> prefix add fd00:7d03:7d03:7d03::/64 prosD med
Done
```

### prefix meshlocal

Get the mesh local prefix.

```bash
> prefix meshlocal
fdde:ad00:beef:0::/64
Done
```

### prefix meshlocal <prefix>

Set the mesh local prefix.

```bash
> prefix meshlocal fdde:ad00:beef:0::/64
Done
```

### prefix remove \<prefix\>

Invalidate a prefix in the Network Data.

```bash
> prefix remove 2001:dead:beef:cafe::/64
Done
```

### promiscuous

Get radio promiscuous property.

```bash
> promiscuous
Disabled
Done
```

### promiscuous enable

Enable radio promiscuous operation and print raw packet content.

```bash
> promiscuous enable
Done
```

### promiscuous disable

Disable radio promiscuous operation.

```bash
> promiscuous disable
Done
```

### radio enable

Enable radio.

```bash
> radio enable
Done
```

### radio disable

Disable radio.

```bash
> radio disable
Done
```

### radio stats

`OPENTHREAD_CONFIG_RADIO_STATS_ENABLE` is required. This feature is only available on FTD and MTD.

The radio statistics shows the time when the radio is in sleep/tx/rx state. The command will show the time of these states since last reset in unit of microseconds. It will also show the percentage of the time.

```bash
> radio stats
Radio Statistics:
Total Time: 67.756s
Tx Time: 0.022944s (0.03%)
Rx Time: 1.482353s (2.18%)
Sleep Time: 66.251128s (97.77%)
Disabled Time: 0.000080s (0.00%)
Done
```

### radio stats clear

`OPENTHREAD_CONFIG_RADIO_STATS_ENABLE` is required. This feature is only available on FTD and MTD.

This command resets the radio statistics. It sets all the time to 0.

```bash
> radio stats clear
Done
```

### radiofilter

`OPENTHREAD_CONFIG_MAC_FILTER_ENABLE` is required.

The radio filter is mainly intended for testing. It can be used to temporarily block all tx/rx on the IEEE 802.15.4 radio.

When radio filter is enabled, radio is put to sleep instead of receive (to ensure device does not receive any frame and/or potentially send ack). Also the frame transmission requests return immediately without sending the frame over the air (return "no ack" error if ack is requested, otherwise return success).

Get radio filter status (enabled or disabled).

```bash
> radiofilter
Disabled
Done
```

### radiofilter enable

`OPENTHREAD_CONFIG_MAC_FILTER_ENABLE` is required.

Enable radio radio filter.

```bash
> radiofilter enable
Done
```

### radiofilter disable

`OPENTHREAD_CONFIG_MAC_FILTER_ENABLE` is required.

Disable radio radio filter.

```bash
> radiofilter disable
Done
```

### rcp

RCP-related commands.

### region

Set the radio region, this can affect the transmit power limit.

```bash
> region US
Done
> region
US
Done
```

### rcp version

Print RCP version string.

```bash
> rcp version
OPENTHREAD/20191113-00825-g82053cc9d-dirty; SIMULATION; Jun  4 2020 17:53:16
Done
```

### releaserouterid \<routerid\>

Release a Router ID that has been allocated by the device in the Leader role.

```bash
> releaserouterid 16
Done
```

### reset

Signal a platform reset.

```bash
> reset
```

### reset bootloader

Signal a platform reset to bootloader mode, if supported.

Requires `OPENTHREAD_CONFIG_PLATFORM_BOOTLOADER_MODE_ENABLE`.

```bash
> reset bootloader
Done
```

### rloc16

Get the Thread RLOC16 value.

```bash
> rloc16
0xdead
Done
```

### route

Get the external route list in the local Network Data.

```bash
> route
2001:dead:beef:cafe::/64 s med
Done
```

### route add \<prefix\> [sna][prf]

Add a valid external route to the Network Data.

- s: Stable flag
- n: NAT64 flag
- a: Advertising PIO (AP) flag
- prf: Default Router Preference, which may be: 'high', 'med', or 'low'.

```bash
> route add 2001:dead:beef:cafe::/64 s med
Done
```

### route remove \<prefix\>

Invalidate a external route in the Network Data.

```bash
> route remove 2001:dead:beef:cafe::/64
Done
```

### router list

List allocated Router IDs.

```bash
> router list
8 24 50
Done
```

### router table

Print table of routers.

```bash
> router table
| ID | RLOC16 | Next Hop | Path Cost | LQ In | LQ Out | Age | Extended MAC     | Link |
+----+--------+----------+-----------+-------+--------+-----+------------------+------+
| 22 | 0x5800 |       63 |         0 |     0 |      0 |   0 | 0aeb8196c9f61658 |    0 |
| 49 | 0xc400 |       63 |         0 |     3 |      3 |   0 | faa1c03908e2dbf2 |    1 |
Done
```

### router \<id\>

Print diagnostic information for a Thread Router. The `id` may be a Router ID or an RLOC16.

```bash
> router 50
Alloc: 1
Router ID: 50
Rloc: c800
Next Hop: c800
Link: 1
Ext Addr: e2b3540590b0fd87
Cost: 0
Link Quality In: 3
Link Quality Out: 3
Age: 3
Done
```

```bash
> router 0xc800
Alloc: 1
Router ID: 50
Rloc: c800
Next Hop: c800
Link: 1
Ext Addr: e2b3540590b0fd87
Cost: 0
Link Quality In: 3
Link Quality Out: 3
Age: 7
Done
```

### routerdowngradethreshold

Get the ROUTER_DOWNGRADE_THRESHOLD value.

```bash
> routerdowngradethreshold
23
Done
```

### routerdowngradethreshold \<threshold\>

Set the ROUTER_DOWNGRADE_THRESHOLD value.

```bash
> routerdowngradethreshold 23
Done
```

### routereligible

Indicates whether the router role is enabled or disabled.

```bash
> routereligible
Enabled
Done
```

### routereligible enable

Enable the router role.

```bash
> routereligible enable
Done
```

### routereligible disable

Disable the router role.

```bash
> routereligible disable
Done
```

### routerselectionjitter

Get the ROUTER_SELECTION_JITTER value.

```bash
> routerselectionjitter
120
Done
```

### routerselectionjitter \<jitter\>

Set the ROUTER_SELECTION_JITTER value.

```bash
> routerselectionjitter 120
Done
```

### routerupgradethreshold

Get the ROUTER_UPGRADE_THRESHOLD value.

```bash
> routerupgradethreshold
16
Done
```

### routerupgradethreshold \<threshold\>

Set the ROUTER_UPGRADE_THRESHOLD value.

```bash
> routerupgradethreshold 16
Done
```

### childrouterlinks

Get the MLE_CHILD_ROUTER_LINKS value.

```bash
> childrouterlinks
16
Done
```

### childrouterlinks \<number_of_links\>

Set the MLE_CHILD_ROUTER_LINKS value.

```bash
> childrouterlinks 16
Done
```

### scan \[channel\]

Perform an IEEE 802.15.4 Active Scan.

- channel: The channel to scan on. If no channel is provided, the active scan will cover all valid channels.

```bash
> scan
| PAN  | MAC Address      | Ch | dBm | LQI |
+------+------------------+----+-----+-----+
| ffff | f1d92a82c8d8fe43 | 11 | -20 |   0 |
Done
```

### scan energy \[duration\] \[channel\]

Perform an IEEE 802.15.4 Energy Scan.

- duration: The time in milliseconds to spend scanning each channel.

```bash
> scan energy 10
| Ch | RSSI |
+----+------+
| 11 |  -59 |
| 12 |  -62 |
| 13 |  -67 |
| 14 |  -61 |
| 15 |  -87 |
| 16 |  -86 |
| 17 |  -86 |
| 18 |  -52 |
| 19 |  -58 |
| 20 |  -82 |
| 21 |  -76 |
| 22 |  -82 |
| 23 |  -74 |
| 24 |  -81 |
| 25 |  -88 |
| 26 |  -71 |
Done
```

```bash
> scan energy 10 20
| Ch | RSSI |
+----+------+
| 20 |  -82 |
Done
```

### service

Module for controlling service registration in Network Data. Each change in service registration must be sent to leader by `netdata register` command before taking effect.

### service add \<enterpriseNumber\> \<serviceData\> [\<serverData\>]

Add service to the Network Data.

- enterpriseNumber: IANA enterprise number
- serviceData: hex-encoded binary service data
- serverData: hex-encoded binary server data (empty if not provided)

```bash
> service add 44970 112233 aabbcc
Done
> netdata register
Done
```

### service remove \<enterpriseNumber\> \<serviceData\>

Remove service from Network Data.

- enterpriseNumber: IANA enterprise number
- serviceData: hext-encoded binary service data

```bash
> service remove 44970 112233
Done
> netdata register
Done
```

### singleton

Return true when there are no other nodes in the network, otherwise return false.

```bash
> singleton
true or false
Done
```

### sntp query \[SNTP server IP\] \[SNTP server port\]

Send SNTP Query to obtain current unix epoch time (from 1st January 1970). The latter two parameters have following default values:

- NTP server IP: 2001:4860:4806:8:: (Google IPv6 NTP Server)
- NTP server port: 123

```bash
> sntp query
> SNTP response - Unix time: 1540894725 (era: 0)
```

You can use NAT64 of OpenThread Border Router to reach e.g. Google IPv4 NTP Server:

```bash
> sntp query 64:ff9b::d8ef:2308
> SNTP response - Unix time: 1540898611 (era: 0)
```

### state

Return state of current state.

```bash
> state
offline, disabled, detached, child, router or leader
Done
```

### state leader

Become a leader and start a new partition

If the device is not attached, this command will force the device to start as the leader of the network. This use case is only intended for testing and demo purposes, and using the API while the device is detached can make a production application non-compliant with the Thread Specification.

If the device is already attached, this API can be used to try to take over as the leader, creating a new partition. For this to work, the local leader weight (`leaderweight`) must be larger than the weight of the current leader (from `leaderdata`). If it is not, error `NotCapable` is outputted to indicate to the caller that they need to adjust the weight.

Taking over the leader role in this way is only allowed when triggered by an explicit user action. Using this API without such user action can make a production application non-compliant with the Thread Specification.

```bash
> leaderdata
Partition ID: 1886755069
Weighting: 65
Data Version: 178
Stable Data Version: 48
Leader Router ID: 59
Done

> leaderweight
64
Done

> state leader
Error 27: NotCapable

> leaderweight 66
Done

> state leader
Done
```

### state <state>

Try to switch to state `detached`, `child`, `router`.

```bash
> state detached
Done
```

### test tmforiginfilter \[enable|disable\]

Enable/disable filter that drops UDP messages sent to the TMF port from untrusted origin. Also get the current state of the filter if no argument is specified.

Note: This filter is enabled by default.

This command is intended for testing only. `OPENTHREAD_CONFIG_REFERENCE_DEVICE_ENABLE` is required for all `test` sub-commands.

Get the current state of the filter.

```
> test tmforiginfilter
Enabled
```

Enable or disable the filter.

```
> test tmforiginfilter enable
Done
>
> test tmforiginfilter
Enabled
>
> test tmforiginfilter disable
Done
>
> test tmforiginfilter
Disabled
>
```

### thread start

Enable Thread protocol operation and attach to a Thread network.

```bash
> thread start
Done
```

### thread stop

Disable Thread protocol operation and detach from a Thread network.

```bash
> thread stop
Done
```

### thread version

Get the Thread Version number.

```bash
> thread version
2
Done
```

### timeinqueue

Print the tx queue time-in-queue histogram.

Requires `OPENTHREAD_CONFIG_TX_QUEUE_STATISTICS_ENABLE`.

The time-in-queue is tracked for direct transmissions only and is measured as the duration from when a message is added to the transmit queue until it is passed to the MAC layer for transmission or dropped.

Each table row shows min and max time-in-queue (in milliseconds) followed by number of messages with time-in-queue within the specified min-max range. The histogram information is collected since the OpenThread instance was initialized or since the last time statistics collection was reset by the `timeinqueue reset` command.

The collected statistics can be reset by `timeinqueue reset`.

```bash
> timeinqueue
| Min  | Max  |Msg Count|
+------+------+---------+
|    0 |    9 |    1537 |
|   10 |   19 |     156 |
|   20 |   29 |      57 |
|   30 |   39 |     108 |
|   40 |   49 |      60 |
|   50 |   59 |      76 |
|   60 |   69 |      88 |
|   70 |   79 |      51 |
|   80 |   89 |      86 |
|   90 |   99 |      45 |
|  100 |  109 |      43 |
|  110 |  119 |      44 |
|  120 |  129 |      38 |
|  130 |  139 |      44 |
|  140 |  149 |      35 |
|  150 |  159 |      41 |
|  160 |  169 |      34 |
|  170 |  179 |      13 |
|  180 |  189 |      24 |
|  190 |  199 |       3 |
|  200 |  209 |       0 |
|  210 |  219 |       0 |
|  220 |  229 |       2 |
|  230 |  239 |       0 |
|  240 |  249 |       0 |
|  250 |  259 |       0 |
|  260 |  269 |       0 |
|  270 |  279 |       0 |
|  280 |  289 |       0 |
|  290 |  299 |       1 |
|  300 |  309 |       0 |
|  310 |  319 |       0 |
|  320 |  329 |       0 |
|  330 |  339 |       0 |
|  340 |  349 |       0 |
|  350 |  359 |       0 |
|  360 |  369 |       0 |
|  370 |  379 |       0 |
|  380 |  389 |       0 |
|  390 |  399 |       0 |
|  400 |  409 |       0 |
|  410 |  419 |       0 |
|  420 |  429 |       0 |
|  430 |  439 |       0 |
|  440 |  449 |       0 |
|  450 |  459 |       0 |
|  460 |  469 |       0 |
|  470 |  479 |       0 |
|  480 |  489 |       0 |
|  490 |  inf |       0 |
Done
```

### timeinqueue max

Print the maximum observed time-in-queue in milliseconds.

Requires `OPENTHREAD_CONFIG_TX_QUEUE_STATISTICS_ENABLE`.

The time-in-queue is tracked for direct transmissions only and is measured as the duration from when a message is added to the transmit queue until it is passed to the MAC layer for transmission or dropped.

```bash
> timeinqueue max
291
```

### timeinqueue reset

Reset the TX queue time-in-queue statistics.

```bash
> timeinqueue reset
Done
```

### trel

Indicate whether TREL radio operation is enabled or not.

`OPENTHREAD_CONFIG_RADIO_LINK_TREL_ENABLE` is required for all `trel` sub-commands.

```bash
> trel
Enabled
Done
```

### trel enable

Enable TREL operation.

```bash
> trel enable
Done
```

### trel disable

Disable TREL operation.

```bash
> trel disable
Done
```

### trel filter

Indicate whether TREL filter mode is enabled or not

When filter mode is enabled, any rx and tx traffic through TREL interface is silently dropped. This is mainly intended for use during testing.

```bash
> trel filter
Disabled
Done
```

### trel filter enable

Enable TREL filter mode.

```bash
> trel filter enable
Done
```

### trel filter disable

Disable TREL filter mode.

```bash
> trel filter disable
Done
```

### trel peers [list]

Get the TREL peer table in table format or as a list.

```bash
> trel peers
| No  | Ext MAC Address  | Ext PAN Id       | IPv6 Socket Address                              |
+-----+------------------+------------------+--------------------------------------------------+
|   1 | 5e5785ba3a63adb9 | f0d9c001f00d2e43 | [fe80:0:0:0:cc79:2a29:d311:1aea]:9202            |
|   2 | ce792a29d3111aea | dead00beef00cafe | [fe80:0:0:0:5c57:85ba:3a63:adb9]:9203            |
Done

> trel peers list
001 ExtAddr:5e5785ba3a63adb9 ExtPanId:f0d9c001f00d2e43 SockAddr:[fe80:0:0:0:cc79:2a29:d311:1aea]:9202
002 ExtAddr:ce792a29d3111aea ExtPanId:dead00beef00cafe SockAddr:[fe80:0:0:0:5c57:85ba:3a63:adb9]:9203
Done
```

### trel port

Get the TREL UDP port number.

```bash
> trel port
49154
Done
```

### tvcheck enable

Enable thread version check when upgrading to router or leader.

Note: Thread version check is enabled by default.

`OPENTHREAD_CONFIG_REFERENCE_DEVICE_ENABLE` is required.

```bash
> tvcheck enable
Done
```

### tvcheck disable

Disable thread version check when upgrading to router or leader.

Note: Thread version check is enabled by default.

`OPENTHREAD_CONFIG_REFERENCE_DEVICE_ENABLE` is required.

```bash
> tvcheck disable
Done
```

### txpower

Get the transmit power in dBm.

```bash
> txpower
-10 dBm
Done
```

### txpower \<txpower\>

Set the transmit power in dBm.

```bash
> txpower -10
Done
```

### unsecureport add \<port\>

Add a port to the allowed unsecured port list.

```bash
> unsecureport add 1234
Done
```

### unsecureport remove \<port\>

Remove a port from the allowed unsecured port list.

```bash
> unsecureport remove 1234
Done
```

### unsecureport remove all

Remove all ports from the allowed unsecured port list.

```bash
> unsecureport remove all
Done
```

### unsecureport get

Print all ports from the allowed unsecured port list.

```bash
> unsecureport get
1234
Done
```

### uptime

This command requires `OPENTHREAD_CONFIG_UPTIME_ENABLE` to be enabled.

Print the OpenThread stack uptime (duration since OpenThread stack initialization).

```bash
> uptime
12:46:35.469
Done
>
```

### uptime ms

This command requires `OPENTHREAD_CONFIG_UPTIME_ENABLE` to be enabled.

Print the OpenThread stack uptime in msec.

```bash
> uptime ms
426238
Done
>
```

### vendor name

Get the vendor name.

```bash
> vendor name
nest
Done
```

Set the vendor name (requires `OPENTHREAD_CONFIG_NET_DIAG_VENDOR_INFO_SET_API_ENABLE`).

```bash
> vendor name nest
Done
```

### vendor model

Get the vendor model.

```bash
> vendor model
Hub Max
Done
```

Set the vendor model (requires `OPENTHREAD_CONFIG_NET_DIAG_VENDOR_INFO_SET_API_ENABLE`).

```bash
> vendor model Hub\ Max
Done
```

### vendor swversion

Get the vendor SW version.

```bash
> vendor swversion
Marble3.5.1
Done
```

Set the vendor SW version (requires `OPENTHREAD_CONFIG_NET_DIAG_VENDOR_INFO_SET_API_ENABLE`).

```bash
> vendor swversion Marble3.5.1
Done
```

### verhoeff calculate

Calculates the Verhoeff checksum for a given decimal string.

Requires `OPENTHREAD_CONFIG_VERHOEFF_CHECKSUM_ENABLE`.

The input string MUST consist of characters in `['0'-'9']`.

```bash
> verhoeff calculate 30731842
1
Done
```

### verhoeff validate

Validates the Verhoeff checksum for a given decimal string.

Requires `OPENTHREAD_CONFIG_VERHOEFF_CHECKSUM_ENABLE`.

The input string MUST consist of characters in `['0'-'9']`. The last digit is treated as checksum.

```bash
> verhoeff validate 307318421
Done
> verhoeff validate 307318425
Error 1: Failed
```

### version

Print the build version information.

```bash
> version
OPENTHREAD/gf4f2f04; Jul  1 2016 17:00:09
Done
```

### version api

Print API version number.

```bash
> version api
28
Done
```

### mac retries direct

Get the number of direct TX retries on the MAC layer.

```bash
> mac retries direct
3
Done
```

### mac retries direct \<number\>

Set the number of direct TX retries on the MAC layer.

```bash
> mac retries direct 5
Done
```

### mac retries indirect

Get the number of indirect TX retries on the MAC layer.

```bash
> mac retries indirect
3
Done
```

### mac retries indirect \<number\>

Set the number of indirect TX retries on the MAC layer.

```bash
> mac retries indirect 5
Done
```

### mac send \<op\>

Instruct an Rx-Off-When-Idle device to send a mac frame to its parent. The mac frame could be either a mac data request or an empty mac data frame. Use `datarequest` to send a mac data request and `data` to send an empty mac data. This feature is for certification, it can only be used when `OPENTHREAD_CONFIG_REFERENCE_DEVICE_ENABLE` is enabled.

```bash
> mac send datarequest
Done
```

```bash
> mac send emptydata
Done
```

### macfilter

List the macfilter status, including address and received signal strength filter settings.

```bash
> macfilter
Address Mode: Allowlist
0f6127e33af6b403 : rss -95 (lqi 1)
0f6127e33af6b402
RssIn List:
0f6127e33af6b403 : rss -95 (lqi 1)
Default rss: -50 (lqi 3)
Done
```

### macfilter addr

List the address filter status.

```bash
> macfilter addr
Allowlist
0f6127e33af6b403 : rss -95 (lqi 1)
0f6127e33af6b402
Done
```

### macfilter addr disable

Disable address filter mode.

```bash
> macfilter addr disable
Done
```

### macfilter addr allowlist

Enable allowlist address filter mode.

```bash
> macfilter addr allowlist
Done
```

### macfilter addr denylist

Enable denylist address filter mode.

```bash
> macfilter addr denylist
Done
```

### macfilter addr add \<extaddr\> \[rss\]

Add an IEEE 802.15.4 Extended Address to the address filter, and fixed the received signal strength for the messages from the address if rss is specified.

```bash
> macfilter addr add 0f6127e33af6b403 -95
Done
```

```bash
> macfilter addr add 0f6127e33af6b402
Done
```

### macfilter addr remove \<extaddr\>

Remove the IEEE802.15.4 Extended Address from the address filter.

```bash
> macfilter addr remove 0f6127e33af6b402
Done
```

### macfilter addr clear

Clear all the IEEE802.15.4 Extended Addresses from the address filter.

```bash
> macfilter addr clear
Done
```

### macfilter rss

List the rss filter status

```bash
> macfilter rss
0f6127e33af6b403 : rss -95 (lqi 1)
Default rss: -50 (lqi 3)
Done
```

### macfilter rss add \<extaddr\> \<rss\>

Set the received signal strength for the messages from the IEEE802.15.4 Extended Address. If extaddr is \*, default received signal strength for all received messages would be set.

```bash
> macfilter rss add * -50
Done
```

```bash
> macfilter rss add 0f6127e33af6b404 -85
Done
```

### macfilter rss add-lqi \<extaddr\> \<lqi\>

Set the received link quality for the messages from the IEEE802.15.4 Extended Address. Valid lqi range [0,3] If extaddr is \*, default received link quality for all received messages would be set. Equivalent with 'filter rss add' with similar usage

```bash
> macfilter rss add-lqi * 3
Done
```

```bash
> macfilter rss add-lqi 0f6127e33af6b404 2
Done
```

### macfilter rss remove \<extaddr\>

Removes the received signal strength or received link quality setting on the Extended Address. If extaddr is \*, default received signal strength or link quality for all received messages would be unset.

```bash
> macfilter rss remove *
Done
```

```bash
> macfilter rss remove 0f6127e33af6b404
Done
```

### macfilter rss clear

Clear all the received signal strength or received link quality settings.

```bash
> macfilter rss clear
Done
```

### diag

Factory Diagnostics module is enabled only when building OpenThread with `OPENTHREAD_CONFIG_DIAG_ENABLE=1` option. Go [diagnostics module][diag] for more information.

[diag]: ../../src/core/diags/README.md

# OpenThread CLI - Border Router (BR)

## Command List

Usage : `br [command] ...`

- [counters](#counters)
- [disable](#disable)
- [enable](#enable)
- [help](#help)
- [init](#init)
- [nat64prefix](#nat64prefix)
- [omrprefix](#omrprefix)
- [onlinkprefix](#onlinkprefix)
- [pd](#pd)
- [peers](#peers)
- [prefixtable](#prefixtable)
- [rioprf](#rioprf)
- [routeprf](#routeprf)
- [routers](#routers)
- [state](#state)

## Command Details

### help

Usage: `br help`

Print BR command help menu.

```bash
> br help
counters
disable
enable
omrprefix
onlinkprefix
pd
peers
prefixtable
raoptions
rioprf
routeprf
routers
state
Done
```

### init

Usage: `br init <interface> <enabled>`

Initializes the Border Routing Manager on given infrastructure interface.

```bash
> br init 2 1
Done
```

### enable

Usage: `br enable`

Enable the Border Routing functionality.

```bash
> br enable
Done
```

### disable

Usage: `br disable`

Disable the Border Routing functionality.

```bash
> br disable
Done
```

### state

Usage: `br state`

Get the Border Routing state:

- `uninitialized`: Routing Manager is uninitialized.
- `disabled`: Routing Manager is initialized but disabled.
- `stopped`: Routing Manager in initialized and enabled but currently stopped.
- `running`: Routing Manager is initialized, enabled, and running.

```bash
> br state
running
```

### counters

Usage : `br counters`

Get the Border Router counter.

```bash
> br counters
Inbound Unicast: Packets 4 Bytes 320
Inbound Multicast: Packets 0 Bytes 0
Outbound Unicast: Packets 2 Bytes 160
Outbound Multicast: Packets 0 Bytes 0
RA Rx: 4
RA TxSuccess: 2
RA TxFailed: 0
RS Rx: 0
RS TxSuccess: 2
RS TxFailed: 0
Done
```

### omrprefix

Usage: `br omrprefix [local|favored]`

Get local or favored or both off-mesh-routable prefixes of the Border Router.

```bash
> br omrprefix
Local: fdfc:1ff5:1512:5622::/64
Favored: fdfc:1ff5:1512:5622::/64 prf:low
Done

> br omrprefix favored
fdfc:1ff5:1512:5622::/64 prf:low
Done

> br omrprefix local
fdfc:1ff5:1512:5622::/64
Done
```

### onlinkprefix

Usage: `br onlinkprefix [local|favored]`

Get local or favored or both on-link prefixes of the Border Router.

```bash
> br onlinkprefix
Local: fd41:2650:a6f5:0::/64
Favored: 2600::0:1234:da12::/64
Done

> br onlinkprefix favored
2600::0:1234:da12::/64
Done

> br onlinkprefix local
fd41:2650:a6f5:0::/64
Done
```

### nat64prefix

Usage: `br nat64prefix [local|favored]`

Get local or favored or both NAT64 prefixes of the Border Router.

`OPENTHREAD_CONFIG_NAT64_BORDER_ROUTING_ENABLE` is required.

```bash
> br nat64prefix
Local: fd14:1078:b3d5:b0b0:0:0::/96
Favored: fd14:1078:b3d5:b0b0:0:0::/96 prf:low
Done

> br nat64prefix favored
fd14:1078:b3d5:b0b0:0:0::/96 prf:low
Done

> br nat64prefix
fd14:1078:b3d5:b0b0:0:0::/96
Done
```

### pd

Usage: `br pd [enable|disable]`

Enable/Disable the DHCPv6 PD.

```bash
> br pd enable
Done

> br pd disable
Done
```

Usage: `br pd state`

Get the state of DHCPv6 PD.

`OPENTHREAD_CONFIG_BORDER_ROUTING_DHCP6_PD_ENABLE` is required.

- `disabled`: DHCPv6 PD is disabled on the border router.
- `stopped`: DHCPv6 PD in enabled but won't try to request and publish a prefix.
- `running`: DHCPv6 PD is enabled and will try to request and publish a prefix.

```bash
> br pd state
running
Done
```

Usage `br pd omrprefix`

Get the DHCPv6 Prefix Delegation (PD) provided off-mesh-routable (OMR) prefix.

`OPENTHREAD_CONFIG_BORDER_ROUTING_DHCP6_PD_ENABLE` is required.

```bash
> br pd omrprefix
2001:db8:cafe:0:0/64 lifetime:1800 preferred:1800
Done
```

### peers

Usage: `br peers`

Get the list of peer BRs found in the Network Data.

`OPENTHREAD_CONFIG_BORDER_ROUTING_TRACK_PEER_BR_INFO_ENABLE` is required.

Peer BRs are other devices within the Thread mesh that provide external IP connectivity. A device is considered to provide external IP connectivity if at least one of the following conditions is met regarding its Network Data entries:

- It has added at least one external route entry.
- It has added at least one prefix entry with both the default-route and on-mesh flags set.
- It has added at least one domain prefix (with both the domain and on-mesh flags set).

The list of peer BRs specifically excludes the current device, even if it is itself acting as a BR.

Info per BR entry:

- RLOC16 of the BR
- Age as the duration interval since this BR appeared in Network Data. It is formatted as `{hh}:{mm}:{ss}` for hours, minutes, seconds, if the duration is less than 24 hours. If the duration is 24 hours or more, the format is `{dd}d.{hh}:{mm}:{ss}` for days, hours, minutes, seconds.

```bash
> br peers
rloc16:0x5c00 age:00:00:49
rloc16:0xf800 age:00:01:51
Done
```

Usage: `br peers count`

Gets the number of peer BRs found in the Network Data.

The count does not include the current device, even if it is itself acting as a BR.

The output indicates the minimum age among all peer BRs. Age is formatted as `{hh}:{mm}:{ss}` for hours, minutes, seconds, if the duration is less than 24 hours. If the duration is 24 hours or more, the format is `{dd}d.{hh}:{mm}:{ss}` for days, hours, minutes, seconds.

```bash
> br peer count
2 min-age:00:00:49
Done
```

### prefixtable

Usage: `br prefixtable`

Get the discovered prefixes by Border Routing Manager on the infrastructure link.

Info per prefix entry:

- The prefix
- Whether the prefix is on-link or route
- Milliseconds since last received Router Advertisement containing this prefix
- Prefix lifetime in seconds
- Preferred lifetime in seconds only if prefix is on-link
- Route preference (low, med, high) only if prefix is route (not on-link)
- The router IPv6 address which advertising this prefix
- Flags in received Router Advertisement header:
  - M: Managed Address Config flag
  - O: Other Config flag
  - Stub: Stub Router flag (indicates whether the router is a stub router)

```bash
> br prefixtable
prefix:fd00:1234:5678:0::/64, on-link:no, ms-since-rx:29526, lifetime:1800, route-prf:med, router:ff02:0:0:0:0:0:0:1 (M:0 O:0 Stub:1)
prefix:1200:abba:baba:0::/64, on-link:yes, ms-since-rx:29527, lifetime:1800, preferred:1800, router:ff02:0:0:0:0:0:0:1 (M:0 O:0 Stub:1)
Done
```

### raoptions

Usage: `br raoptions <options>`

Sets additional options to append at the end of emitted Router Advertisement (RA) messages. `<options>` provided as hex bytes.

```bash
> br raoptions 0400ff00020001
Done
```

### raoptions clear

Usage: `br raoptions clear`

Clear any previously set additional options to append at the end of emitted Router Advertisement (RA) messages.

```bash
> br raoptions clear
Done
```

### rioprf

Usage: `br rioprf`

Get the preference used when advertising Route Info Options (e.g., for discovered OMR prefixes) in emitted Router Advertisement message.

```bash
> br rioprf
med
Done
```

### rioprf \<prf\>

Usage: `br rioprf high|med|low`

Set the preference (which may be 'high', 'med', or 'low') to use when advertising Route Info Options (e.g., for discovered OMR prefixes) in emitted Router Advertisement message.

```bash
> br rioprf low
Done
```

### rioprf clear

Usage: `br rioprf clear`

Clear a previously set preference value for advertising Route Info Options (e.g., for discovered OMR prefixes) in emitted Router Advertisement message. When cleared BR will use device's role to determine the RIO preference: Medium preference when in router/leader role and low preference when in child role.

```bash
> br rioprf clear
Done
```

### routeprf

Usage: `br routeprf`

Get the preference used for publishing routes in Thread Network Data. This may be the automatically determined route preference, or an administratively set fixed route preference - if applicable.

```bash
> br routeprf
med
Done
```

### routeprf \<prf\>

Usage: `br routeprf high|med|low`

Set the preference (which may be 'high', 'med', or 'low') to use publishing routes in Thread Network Data. Setting a preference value overrides the automatic route preference determination. It is used only for an explicit administrative configuration of a Border Router.

```bash
> br routeprf low
Done
```

### routeprf clear

Usage: `br routeprf clear`

Clear a previously set preference value for publishing routes in Thread Network Data. When cleared BR will automatically determine the route preference based on device's role and link quality to parent (when acting as end-device).

```bash
> br routeprf clear
Done
```

### routers

Usage: `br routers`

Get the list of discovered routers by Border Routing Manager on the infrastructure link.

Info per router:

- The router IPv6 address
- Flags in received Router Advertisement header:
  - M: Managed Address Config flag
  - O: Other Config flag
  - Stub: Stub Router flag (indicates whether the router is a stub router)
- Milliseconds since last received message from this router
- Reachability flag: A router is marked as unreachable if it fails to respond to multiple Neighbor Solicitation probes.
- Age: Duration interval since this router was first discovered. It is formatted as `{hh}:{mm}:{ss}` for hours, minutes, seconds, if the duration is less than 24 hours. If the duration is 24 hours or more, the format is `{dd}d.{hh}:{mm}:{ss}` for days, hours, minutes, seconds.
- `(this BR)` is appended when the router is the local device itself.
- `(peer BR)` is appended when the router is likely a peer BR connected to the same Thread mesh. This requires `OPENTHREAD_CONFIG_BORDER_ROUTING_TRACK_PEER_BR_INFO_ENABLE`.

```bash
> br routers
ff02:0:0:0:0:0:0:1 (M:0 O:0 Stub:1) ms-since-rx:1505 reachable:yes age:00:18:13
Done
```

# OpenThread CLI - CoAP Example

The OpenThread CoAP APIs may be invoked via the OpenThread CLI.

## Quick Start

### Form Network

Form a network with at least two devices.

### Node 1

On node 1, setup CoAP server with resource `test-resource`.

```bash
> coap start
Done
> coap resource test-resource
Done
```

### Node 2

```bash
> coap start
Done
> coap get fdde:ad00:beef:0:d395:daee:a75:3964 test-resource
Done
coap response from [fdde:ad00:beef:0:2780:9423:166c:1aac] with payload: 30
> coap put fdde:ad00:beef:0:2780:9423:166c:1aac test-resource con payload
Done
coap response from [fdde:ad00:beef:0:2780:9423:166c:1aac]
```

### Result

On node 1, you should see output similar to below:

```bash
coap request from [fdde:ad00:beef:0:b3:e3f6:2dcc:4b79] GET
coap response sent
coap request from [fdde:ad00:beef:0:b3:e3f6:2dcc:4b79] PUT with payload: 7061796c6f6164
coap response sent
```

## Command List

- [help](#help)
- [cancel](#cancel)
- [delete](#delete-address-uri-path-type-payload)
- [get](#get-address-uri-path-type)
- [observe](#observe-address-uri-path-type)
- [parameters](#parameters)
- [post](#post-address-uri-path-type-payload)
- [put](#put-address-uri-path-type-payload)
- [resource](#resource-uri-path)
- [set](#set-new-content)
- [start](#start)
- [stop](#stop)

## Command Details

### help

```bash
> coap help
help
cancel
delete
get
observe
parameters
post
put
resource
set
start
stop
Done
```

List the CoAP CLI commands.

### cancel

Request the cancellation of an existing observation subscription to a remote resource.

```bash
> coap cancel
Done
```

### delete \<address\> \<uri-path\> \[type\] \[payload\]

- address: IPv6 address of the CoAP server.
- uri-path: URI path of the resource.
- type: "con" for Confirmable or "non-con" for Non-confirmable (default).
- payload: CoAP request payload.

```bash
> coap delete fdde:ad00:beef:0:2780:9423:166c:1aac test-resource con payload
Done
```

### get \<address\> \<uri-path\> \[type\]

- address: IPv6 address of the CoAP server.
- uri-path: URI path of the resource.
- type: "con" for Confirmable or "non-con" for Non-confirmable (default). Use "block-<block-size>" if the response should be transferred block-wise. ("block-16","block-32","block-64","block-128","block-256","block-512","block-1024")

```bash
> coap get fdde:ad00:beef:0:2780:9423:166c:1aac test-resource
Done
```

```bash
> coap get fdde:ad00:beef:0:2780:9423:166c:1aac test-resource block-1024
Done
```

### observe \<address\> \<uri-path\> \[type\]

This is the same a `get`, but the `Observe` parameter will be sent, set to 0 triggering a subscription request.

- address: IPv6 address of the CoAP server.
- uri-path: URI path of the resource.
- type: "con" for Confirmable or "non-con" for Non-confirmable (default).

```bash
> coap observe fdde:ad00:beef:0:2780:9423:166c:1aac test-resource
Done
```

### parameters \<type\> \["default"|<ack_timeout\> <ack_random_factor_numerator\> <ack_random_factor_denominator\> <max_retransmit\>\]

Sets transmission parameters for the following interactions.

- type: "request" for CoAP requests and "response" for CoAP responses.

If no more parameters are given, the command prints the current configuration:

```bash
> coap parameters request
Transmission parameters for request:
ACK_TIMEOUT=1000 ms, ACK_RANDOM_FACTOR=255/254, MAX_RETRANSMIT=2
Done
```

If `"default"` is given, the command sets the default configuration for the transmission parameters.

```bash
> coap parameters request default
Transmission parameters for request:
default
Done
```

Also, you can specify the transmission parameters in the command line:

- ack_timeout (0~UINT32_MAX): RFC7252 ACK_TIMEOUT, in milliseconds.
- ack_random_factor_numerator, ack_random_factor_denominator (0~255): RFC7252 ACK_RANDOM_FACTOR=ack_random_factor_numerator/ack_random_factor_denominator.
- max_retransmit (0~255): RFC7252 MAX_RETRANSMIT.

```bash
> coap parameters request 1000 255 254 2
Transmission parameters for request:
ACK_TIMEOUT=1000 ms, ACK_RANDOM_FACTOR=255/254, MAX_RETRANSMIT=2
Done
```

### post \<address\> \<uri-path\> \[type\] \[payload\]

- address: IPv6 address of the CoAP server.
- uri-path: URI path of the resource.
- type: "con" for Confirmable or "non-con" for Non-confirmable (default). Use "block-<block-size>" to send blocks with random payload. ("block-16","block-32","block-64","block-128","block-256","block-512","block-1024")
- payload: CoAP request payload. If \[type\] is "block-<block-size>", the amount of blocks to be sent can be set here.

```bash
> coap post fdde:ad00:beef:0:2780:9423:166c:1aac test-resource con payload
Done
```

```bash
> coap post fdde:ad00:beef:0:2780:9423:166c:1aac test-resource block-1024 10
Done
```

### put \<address\> \<uri-path\> \[type\] \[payload\]

- address: IPv6 address of the CoAP server.
- uri-path: URI path of the resource.
- type: "con" for Confirmable or "non-con" for Non-confirmable (default). Use "block-<block-size>" to send blocks with random payload. ("block-16","block-32","block-64","block-128","block-256","block-512","block-1024")
- payload: CoAP request payload. If \[type\] is "block-<block-size>", the amount of blocks to be sent can be set here.

```bash
> coap put fdde:ad00:beef:0:2780:9423:166c:1aac test-resource con payload
Done
```

```bash
> coap put fdde:ad00:beef:0:2780:9423:166c:1aac test-resource block-1024 10
Done
```

### resource \[uri-path\]

Sets the URI path for the test resource.

```bash
> coap resource test-resource
Done
> coap resource
test-resource
Done
```

### set \[new-content\]

Sets the content sent by the test resource. If a CoAP client is observing the resource, a notification is sent to that client.

```bash
> coap set Testing123
Done
```

### start

Starts the application coap service.

```bash
> coap start
Done
```

### stop

Stops the application coap service.

```bash
> coap stop
Done
```

# OpenThread CLI - CoAPS Example

The OpenThread CoAPS APIs may be invoked via the OpenThread CLI.

## Quick Start

### Form Network

Form a network with at least two devices.

### Configure DTLS ciphersuite.

CoAPS uses DTLS to establish a secure, end-to-end connection.

This example supports two ciphersuites:

- TLS_PSK_WITH_AES_128_CCM_8

  ```bash
  > coaps psk <your-psk> <your-psk-id>
  Done
  ```

- TLS_ECDHE_ECDSA_WITH_AES_128_CCM_8
  ```bash
  > coaps x509
  Done
  ```
  The X.509 certificate stored in `core/cli/x509_cert_key.hpp`.

### Node 1

On node 1, setup CoAPS server with resource `test-resource`.

```bash
> coaps start
Done
> coaps resource test-resource
Done
```

### Node 2

```bash
> coaps start
Done
> coaps connect <peer-ip6-address>
Done
coaps connected
> coaps get test-resource
Done
coaps response from fdde:ad00:beef:0:9903:14b:27e0:5744 with payload: 68656c6c6f576f726c6400
> coaps put test-resource con payload
Done
coaps response from fdde:ad00:beef:0:9903:14b:27e0:5744
```

### Result

On node 1, you should see output similar to below:

```bash
coaps request from fdde:ad00:beef:0:9e68:576f:714c:f395 GET
coaps response sent
coaps request from fdde:ad00:beef:0:9e68:576f:714c:f395 PUT with payload: 7061796c6f6164
coaps response sent
```

## Generate Elliptic Curve Private Key and X.509 Certificate

### EC Private Key

```bash
> openssl ecparam -genkey -name prime256v1 -noout -out ec_private.pem
```

### X.509 Certificate

```bash
> openssl req -x509 -new -key ec_private.pem -out x509_cert.pem -days 30
```

## Command List

- [help](#help)
- [connect](#connect-address)
- [delete](#delete-uri-path-type-payload)
- [disconnect](#disconnect)
- [get](#get-uri-path-type)
- [isclosed](#isclosed)
- [isconnactive](#isconnactive)
- [isconnected](#isconnected)
- [post](#post-uri-path-type-payload)
- [psk](#psk-psk-pskid)
- [put](#put-uri-path-type-payload)
- [resource](#resource-uri-path)
- [set](#set-new-content)
- [start](#start)
- [stop](#stop)
- [x509](#x509)

## Command Details

### help

```bash
> coaps help
connect
delete
disconnect
get
isclosed
isconnactive
isconnected
post
psk
put
resource
set
start
stop
x509
Done
```

List the CoAPS CLI commands.

### connect \<address\>

Establish DTLS session.

- address: IPv6 address of the peer.

```bash
> coaps connect fdde:ad00:beef:0:9903:14b:27e0:5744
Done
coaps connected
```

### delete \<uri-path\> \[type\] \[payload\]

- uri-path: URI path of the resource.
- type: "con" for Confirmable or "non-con" for Non-confirmable (default).
- payload: CoAPS request payload.

```bash
> coaps delete test-resource con payload
Done
```

### disconnect

```bash
> coaps disconnect
coaps disconnected
Done
```

### get \<uri-path\> \[type\]

- uri-path: URI path of the resource.
- type: "con" for Confirmable or "non-con" for Non-confirmable (default). Use "block-<block-size>" if the response should be transferred block-wise. ("block-16","block-32","block-64","block-128","block-256","block-512","block-1024")

```bash
> coaps get test-resource
Done
```

```bash
> coaps get test-resource block-1024
Done
```

### post \<uri-path\> \[type\] \[payload\]

- uri-path: URI path of the resource.
- type: "con" for Confirmable or "non-con" for Non-confirmable (default). Use "block-<block-size>" to send blocks with random payload. ("block-16","block-32","block-64","block-128","block-256","block-512","block-1024")
- payload: CoAP request payload. If \[type\] is "block-<block-size>", the amount of blocks to be sent can be set here.

```bash
> coaps post test-resource con payload
Done
```

```bash
> coaps post test-resource block-1024 10
Done
```

### psk \<psk\> \<pskid\>

Set DTLS ciphersuite to `TLS_PSK_WITH_AES_128_CCM_8`.

- psk: pre-shared key
- pskid: pre-shared key identifier

```bash
> coaps psk 123 pskid
Done
```

### put \<uri-path\> \[type\] \[payload\]

- uri-path: URI path of the resource.
- type: "con" for Confirmable or "non-con" for Non-confirmable (default). Use "block-<block-size>" to send blocks with random payload. ("block-16","block-32","block-64","block-128","block-256","block-512","block-1024")
- payload: CoAP request payload. If \[type\] is "block-<block-size>", the amount of blocks to be sent can be set here.

```bash
> coaps put test-resource con payload
Done
```

```bash
> coaps put test-resource block-1024 10
Done
```

### resource \[uri-path\]

Sets the URI path for the test resource.

```bash
> coaps resource test-resource
Done
> coaps resource
test-resource
Done
```

### set \[new-content\]

Sets the content sent by the test resource.

```bash
> coaps set Testing123
Done
```

### start \[check-peer-cert\|max-conn-attempts\]

Starts the application coaps service.

The `check-peer-cert` parameter determines if the peer-certificate check is enabled (default) or disabled. The `max-conn-attempts` parameter sets the maximum number of allowed attempts, successful or failed, to connect to the CoAP Secure server. The default value of this parameter is 0, which means that there is no limit to the number of attempts. The `check-peer-cert` and `max-conn-attempts` parameters work together in the following combinations, even though you can only specify one argument:

- No argument specified: Defaults are used.
- Setting `check-peer-cert` to `true`: Has the same effect as as omitting the argument, which is that the `check-peer-cert` value is `true`, and the `max-conn-attempts` value is 0.
- Setting `check-peer-cert` to `false`: `check-peer-cert` value is `false`, and the `max-conn-attempts` value is `0`.
- Specifying a number: `check-peer-cert` is `true`, and the `max-conn-attempts` value is the number specified in the argument.

```bash
> coaps start
Done
```

### stop

Stops the application coaps service.

```bash
> coaps stop
Done
```

### isconnected

Indicates whether or not the CoAP secure service is connected.

```bash
> coaps isconnected
yes
Done
```

### isconnactive

Indicates whether or not the CoAP secure service connection is active (already connected or establishing a connection).

```bash
> coaps isconnactive
yes
Done
```

### isclosed

Indicates whether or not the CoAP secure service is closed.

```bash
> coaps isclosed
no
Done
```

### x509

Set DTLS ciphersuite to `TLS_ECDHE_ECDSA_WITH_AES_128_CCM_8`.

The X.509 certificate stored in [`src/cli/x509_cert_key.hpp`](x509_cert_key.hpp).

```bash
> coaps x509
Done
```

# OpenThread CLI - Commissioner

## Overview

The Commissioner is an entity that can add new Thread devices securely to a Thread network. It also can manage a Thread network by changing network configuration parameters ([Operational Datasets](README_DATASET.md)) or sending specific management/diagnostic commands to selected Thread devices. Before a Commissioner can do its tasks, it has to petition to the Leader to get permission to become the Commissioner.

## Quick Start

See [README_COMMISSIONING.md](README_COMMISSIONING.md).

## Command List

- [help](#help)
- [announce](#announce)
- [energy](#energy)
- [joiner add](#joiner-add)
- [joiner remove](#joiner-remove)
- [joiner table](#joiner-table)
- [mgmtget](#mgmtget)
- [mgmtset](#mgmtset)
- [panid](#panid)
- [provisioningurl](#provisioningurl)
- [sessionid](#sessionid)
- [start](#start)
- [state](#state)
- [stop](#stop)

## Command Details

### help

Usage: `commissioner help`

Print commissioner help menu.

```bash
> commissioner help
help
announce
energy
joiner
mgmtget
mgmtset
panid
provisioningurl
sessionid
start
stop
Done
```

### announce

Usage: `commissioner announce <mask> <count> <period> <destination>`

Send a `MGMT_ANNOUNCE_BEGIN` message.

- mask: Bitmask identifying channels to send MLE Announce messages.
- count: Number of MLE Announce transmissions per channel.
- period: Period between successive MLE Announce transmissions (milliseconds).
- destination: IPv6 destination for the message (may be multicast).

```bash
> commissioner announce 0x00050000 2 32 fdde:ad00:beef:0:0:ff:fe00:c00
Done
```

### energy

Usage: `commissioner energy <mask> <count> <period> <scanDuration> <destination>`

Send a `MGMT_ED_SCAN` message.

- mask: Bitmask identifying channels to perform IEEE 802.15.4 ED Scans.
- count: Number of IEEE 802.15.4 ED Scans per channel.
- period: Period between successive IEEE 802.15.4 ED Scans (milliseconds).
- scanDuration: IEEE 802.15.4 ScanDuration to use when performing an IEEE 802.15.4 ED Scan (milliseconds).
- destination: IPv6 destination for the message (may be multicast).

The contents of `MGMT_ED_REPORT` messages (i.e. Channel Mask and Energy List) are printed as they are received.

```bash
> commissioner energy 0x00050000 2 32 1000 fdde:ad00:beef:0:0:ff:fe00:c00
Done
Energy: 00050000 0 0 0 0
```

### joiner add

Usage: `commissioner joiner add <eui64>|<discerner> <pskd> [timeout]`

Add a Joiner entry.

- eui64: The IEEE EUI-64 of the Joiner or '\*' to match any Joiner.
- discerner: The Joiner discerner in format `number/length`.
- pskd: Pre-Shared Key for the Joiner.
- timeout: joiner timeout in seconds.

```bash
> commissioner joiner add d45e64fa83f81cf7 J01NME
Done
```

```bash
> commissioner joiner add 0xabc/12 J01NME
Done
```

### joiner remove

Usage: `commissioner joiner remove <eui64>|<discerner>`

Remove a Joiner entry.

- eui64: The IEEE EUI-64 of the Joiner or '\*' to match any Joiner.
- discerner: The Joiner discerner in format `number/length`.

```bash
> commissioner joiner remove d45e64fa83f81cf7
Done
```

```bash
> commissioner joiner remove 0xabc/12
Done
```

### joiner table

Usage: `commissioner joiner table`

List all Joiner entries.

```bash
> commissioner joiner table
| ID                    | PSKd                             | Expiration |
+-----------------------+----------------------------------+------------+
|                     * |                           J01NME |      81015 |
|      d45e64fa83f81cf7 |                           J01NME |     101204 |
| 0x0000000000000abc/12 |                           J01NME |     114360 |
Done
```

### mgmtget

Usage: `commissioner mgmtget [locator] [sessionid] [steeringdata] [joinerudpport] [-x <TLV Types>]`

Send a `MGMT_GET` message to the Leader.

```bash
> commissioner mgmtget locator sessionid
Done
```

### mgmtset

Usage: `commissioner mgmtset [locator <locator>] [sessionid <sessionid>] [steeringdata <steeringdata>] [joinerudpport <joinerudpport>] [-x <TLVs>]`

Send a `MGMT_SET` message to the Leader.

```bash
> commissioner mgmtset joinerudpport 9988
Done
```

### panid

Usage: `commissioner panid <panid> <mask> <destination>`

Send a `MGMT_PANID_QUERY` message.

- panid: PAN ID to check for conflicts.
- mask: Bitmask identifying channels to perform IEEE 802.15.4 Active Scans.
- destination: IPv6 destination for the message (may be multicast).

The contents of `MGMT_PANID_CONFLICT` messages (i.e. PAN ID and Channel Mask) are printed as they are received.

```bash
> commissioner panid 0xdead 0x7fff800 fdde:ad00:beef:0:0:ff:fe00:c00
Done
Conflict: dead, 00000800
```

### provisioningurl

Usage: `commissioner provisioningurl <provisioningurl>`

Set the Provisioning URL.

```bash
> commissioner provisioningurl http://github.com/openthread/openthread
Done
```

### sessionid

Usage: `commissioner sessionid`

Get current commissioner session id.

```bash
> commissioner sessionid
0
Done
```

### id

Usage: `commissioner id`

Get the commissioner id.

```bash
> commissioner id
OpenThread Commissioner
Done
```

### id \<name\>

Set the commissioner id.

```bash
> commissioner id "Custom Commissioner Id"
Done
```

### start

Usage: `commissioner start`

Start the Commissioner role.

This command will cause the device to send `LEAD_PET` and `LEAD_KA` messages.

```bash
> commissioner start
Commissioner: petitioning
Done
Commissioner: active
```

### state

Usage: `commissioner state`

Get Commissioner state.

This command will return the current Commissioner state.

```bash
> commissioner state
active
Done
```

### stop

Usage: `commissioner stop`

Stop the Commissioner role.

This command will cause the device to send `LEAD_KA[Reject]` messages.

```bash
> commissioner stop
Done
```

# OpenThread CLI - Commissioning

## Overview

Commissioning is the process of adding a new Thread device, called the Joiner, to a Thread network. This process is done under guidance of a [Commissioner](README_COMMISSIONER.md).

## Quick Start

### Form Network

Form a network with the Thread device that has Commissioner support.

1. Generate and view new network configuration.

   ```bash
   > dataset init new
   Done
   > dataset
   Active Timestamp: 1
   Channel: 13
   Channel Mask: 0x07fff800
   Ext PAN ID: d63e8e3e495ebbc3
   Mesh Local Prefix: fd3d:b50b:f96d:722d::/64
   Network Key: dfd34f0f05cad978ec4e32b0413038ff
   Network Name: OpenThread-8f28
   PAN ID: 0x8f28
   PSKc: c23a76e98f1a6483639b1ac1271e2e27
   Security Policy: 0, onrc
   Done
   ```

2. Commit new dataset to the Active Operational Dataset in non-volatile storage.

   ```bash
   dataset commit active
   Done
   ```

3. Enable Thread interface

   ```bash
   > ifconfig up
   Done
   > thread start
   Done
   ```

### Obtain Joiner IEEE EUI-64

1. Start the Joiner node and obtain the Joiner's IEEE EUI-64.

   ```bash
   > eui64
   18b4300000000002
   Done
   ```

### Start Commissioner

1. Start the Commissioner Role

   ```bash
   > commissioner start
   Commissioner: petitioning
   Done
   Commissioner: active
   ```

2. Add the Joiner with the device-specific pre-shared key (PSKd)

   ```bash
   > commissioner joiner add 18b4300000000002 J01NME
   Done
   ```

### Start Joiner

1. Factory reset the device.

   ```bash
   > factoryreset
   ```

2. Start the Joiner process.

   ```bash
   > ifconfig up
   Done
   > joiner start J01NME
   Done
   Join success
   ```

3. Attach to Thread network

   ```bash
   > thread start
   Done
   ```

4. After successful attach, validate the device has the same Active Operational Dataset as above.

   ```bash
   > dataset active
   Active Timestamp: 1
   Channel: 13
   Channel Mask: 0x07fff800
   Ext PAN ID: d63e8e3e495ebbc3
   Mesh Local Prefix: fd3d:b50b:f96d:722d::/64
   Network Key: dfd34f0f05cad978ec4e32b0413038ff
   Network Name: OpenThread-8f28
   PAN ID: 0x8f28
   PSKc: c23a76e98f1a6483639b1ac1271e2e27
   Security Policy: 0, onrc
   Done
   ```

## CLI Reference

- [Commissioner CLI Reference](README_COMMISSIONER.md)
- [Joiner CLI Reference](README_JOINER.md)

# OpenThread CLI - Operational Datasets

## Overview

Thread network configuration parameters are managed using Active and Pending Operational Dataset objects.

### WARNING - Restrictions for production use!

The CLI commands to write/change the Active and Pending Operational Datasets may allow setting invalid parameters, or invalid combinations of parameters, for testing purposes. These CLI commands can only be used:

- To configure network parameters for the first device in a newly created Thread network.
- For testing (not applicable to production devices).

In production Thread networks, the correct method to write/change Operational Datasets is via a [Commissioner](README_COMMISSIONER.md) that performs [commissioning](README_COMMISSIONING.md). Production devices that are not an active Commissioner and are part of a Thread network MUST NOT modify the Operational Datasets in any way.

### Active Operational Dataset

The Active Operational Dataset includes parameters that are currently in use across an entire Thread network. The Active Operational Dataset contains:

- Active Timestamp
- Channel
- Channel Mask
- Extended PAN ID
- Mesh-Local Prefix
- Network Name
- PAN ID
- PSKc
- Security Policy

### Pending Operational Dataset

The Pending Operational Dataset is used to communicate changes to the Active Operational Dataset before they take effect. The Pending Operational Dataset contains all the parameters from the Active Operational Dataset, with the addition of:

- Delay Timer
- Pending Timestamp

## Quick Start

### Form Network

1. Generate and view new network configuration.

   ```bash
   > dataset init new
   Done
   > dataset
   Active Timestamp: 1
   Channel: 15
   Channel Mask: 0x07fff800
   Ext PAN ID: 39758ec8144b07fb
   Mesh Local Prefix: fdf1:f1ad:d079:7dc0::/64
   Network Key: f366cec7a446bab978d90d27abe38f23
   Network Name: OpenThread-5938
   PAN ID: 0x5938
   PSKc: 3ca67c969efb0d0c74a4d8ee923b576c
   Security Policy: 672 onrc 0
   Done
   ```

2. Commit new dataset to the Active Operational Dataset in non-volatile storage.

   ```bash
   dataset commit active
   Done
   ```

3. Enable Thread interface

   ```bash
   > ifconfig up
   Done
   > thread start
   Done
   ```

### Attach to Existing Network

Only the Network Key is required for a device to attach to a Thread network.

While not required, specifying the channel avoids the need to search across multiple channels, improving both latency and efficiency of the attach process.

After the device successfully attaches to a Thread network, the device will retrieve the complete Active Operational Dataset.

1. Create a partial Active Operational Dataset.

   ```bash
   > dataset networkkey dfd34f0f05cad978ec4e32b0413038ff
   Done
   > dataset commit active
   Done
   ```

2. Enable Thread interface.

   ```bash
   > ifconfig up
   Done
   > thread start
   Done
   ```

3. After attaching, validate that the device received the complete Active Operational Dataset.

   ```bash
   > dataset active
   Active Timestamp: 1
   Channel: 15
   Channel Mask: 0x07fff800
   Ext PAN ID: 39758ec8144b07fb
   Mesh Local Prefix: fdf1:f1ad:d079:7dc0::/64
   Network Key: f366cec7a446bab978d90d27abe38f23
   Network Name: OpenThread-5938
   PAN ID: 0x5938
   PSKc: 3ca67c969efb0d0c74a4d8ee923b576c
   Security Policy: 672 onrc 0
   Done
   ```

### Using the Dataset Updater to update Operational Dataset

Dataset Updater can be used for a delayed update of network parameters on all devices of a Thread Network.

1. Clear the dataset buffer and add the Dataset fields to update.

   ```bash
   > dataset clear
   Done

   > dataset channel 12
   Done
   ```

2. Set the delay timer parameter (example uses 5 minutes or 300000 ms). Check the resulting dataset. There is no need to specify active or pending timestamps because the Dataset Updater will handle this. If specified the `dataset updater start` will issue an error.

   ```bash
   > dataset delay 300000

   > dataset
   Channel: 12
   Delay: 30000
   Done
   ```

3. Start the Dataset Updater, which will prepare a Pending Operation Dataset and inform the Leader to distribute it to other devices.

   ```bash
   > dataset updater start
   Done

   > dataset updater
   Enabled
   ```

4. After about 5 minutes, the changes are applied to the Active Operational Dataset on the Leader. This can also be checked at other devices on the network: these should have applied the new Dataset too, at approximately the same time as the Leader has done this.

   ```bash
   > dataset active
   Active Timestamp: 10
   Channel: 12
   Channel Mask: 0x07fff800
   Ext PAN ID: 324a71d90cdc8345
   Mesh Local Prefix: fd7d:da74:df5e:80c::/64
   Network Key: be768535bac1b8d228960038311d6ca2
   Network Name: OpenThread-bcaf
   PAN ID: 0xbcaf
   PSKc: e79b274ab22414a814ed5cce6a30be67
   Security Policy: 672 onrc 0
   Done
   ```

### Using the Pending Operational Dataset for Delayed Dataset Updates

The Pending Operational Dataset can be used for a delayed update of network parameters on all devices of a Thread Network. If certain Active Operational Dataset parameters need to be changed, but the change would impact the connectivity of the network, delaying the update helps to let all devices receive the new parameters before the update is applied. Examples of such parameters are the channel, PAN ID, certain Security Policy bits, or Network Key.

The delay timer determines the time period after which the Pending Operational Dataset takes effect and becomes the Active Operational Dataset. The following example shows how a Pending Operational Dataset with delay timer can be set at a Leader device. The Leader will initiate the distribution of the Pending Operational Dataset to the rest of the devices in the network.

Normally, an active Commissioner will set a new Pending Operational Dataset. For testing purposes, we will do this in the example directly on the Leader using the CLI - so without using a Commissioner.

1. The main parameter to change is the channel. We can display the current Active Operational Dataset to see that the current channel is 16.

   ```bash
   > dataset active
   Active Timestamp: 1691070443
   Channel: 16
   Channel Mask: 0x07fff800
   Ext PAN ID: 324a71d90cdc8345
   Mesh Local Prefix: fd7d:da74:df5e:80c::/64
   Network Key: be768535bac1b8d228960038311d6ca2
   Network Name: OpenThread-bcaf
   PAN ID: 0xbcaf
   PSKc: e79b274ab22414a814ed5cce6a30be67
   Security Policy: 672 onrc 0
   Done
   ```

2. Create a new Dataset in the dataset buffer, by copying the Active Operational Dataset. Then change the channel number to 12 and increase the timestamp.

   ```bash
   > dataset init active
   Done
   > dataset activetimestamp 1696177379
   Done
   > dataset pendingtimestamp 1696177379
   Done
   > dataset channel 12
   Done
   ```

3. Set the delay timer parameter to 5 minutes (300000 ms). Show the resulting Dataset that's ready to be used.

   ```bash
   > dataset delay 300000
   Done
   > dataset
   Pending Timestamp: 1696177379
   Active Timestamp: 1696177379
   Channel: 12
   Channel Mask: 0x07fff800
   Delay: 300000
   Ext PAN ID: 324a71d90cdc8345
   Mesh Local Prefix: fd7d:da74:df5e:80c::/64
   Network Key: be768535bac1b8d228960038311d6ca2
   Network Name: OpenThread-bcaf
   PAN ID: 0xbcaf
   PSKc: e79b274ab22414a814ed5cce6a30be67
   Security Policy: 672 onrc 0
   Done
   ```

4. Commit the new Dataset as the Pending Operational Dataset. This also starts the delay timer countdown. The Leader then starts the distribution of the Pending Operational Dataset to other devices in the network.

   ```bash
   > dataset commit pending
   Done
   ```

5. To verify that the delay timer is counting down, display the Pending Operational Dataset after a few seconds.

   ```bash
   > dataset pending
   Pending Timestamp: 1696177379
   Active Timestamp: 1696177379
   Channel: 12
   Channel Mask: 0x07fff800
   Delay: 293051
   Ext PAN ID: 324a71d90cdc8345
   Mesh Local Prefix: fd7d:da74:df5e:80c::/64
   Network Key: be768535bac1b8d228960038311d6ca2
   Network Name: OpenThread-bcaf
   PAN ID: 0xbcaf
   PSKc: e79b274ab22414a814ed5cce6a30be67
   Security Policy: 672 onrc 0
   Done
   ```

   This shows that indeed the delay timer has started counting down from its initial value `300000`. The same can be optionally checked on other devices in the network.

6) After about 5 minutes, check that the Pending Operational Dataset has been applied at the Leader. This can also be checked at other devices on the network: these should have applied the new Dataset too, at approximately the same time as the Leader has done this.

   ```bash
   > dataset active
   Active Timestamp: 1696177379
   Channel: 12
   Channel Mask: 0x07fff800
   Ext PAN ID: 324a71d90cdc8345
   Mesh Local Prefix: fd7d:da74:df5e:80c::/64
   Network Key: be768535bac1b8d228960038311d6ca2
   Network Name: OpenThread-bcaf
   PAN ID: 0xbcaf
   PSKc: e79b274ab22414a814ed5cce6a30be67
   Security Policy: 672 onrc 0
   Done
   ```

   This shows that the Active Operational Dataset has now been updated to use channel 12. And the Pending Operational Dataset is no longer present, as can be seen by this command:

   ```bash
   > dataset pending
   Error 23: NotFound
   ```

## Command List

- [help](#help)
- [active](#active)
- [activetimestamp](#activetimestamp)
- [channel](#channel)
- [channelmask](#channelmask)
- [clear](#clear)
- [commit](#commit)
- [delay](#delay)
- [extpanid](#extpanid)
- [init](#init)
- [meshlocalprefix](#meshlocalprefix)
- [mgmtgetcommand](#mgmtgetcommand)
- [mgmtsetcommand](#mgmtsetcommand)
- [networkkey](#networkkey)
- [networkname](#networkname)
- [panid](#panid)
- [pending](#pending)
- [pendingtimestamp](#pendingtimestamp)
- [pskc](#pskc)
- [securitypolicy](#securitypolicy)
- [tlvs](#tlvs)
- [updater](#updater)

## Command Details

### help

Usage: `dataset help`

Print dataset help menu.

```bash
> dataset help
help
active
activetimestamp
channel
channelmask
clear
commit
delay
extpanid
init
meshlocalprefix
mgmtgetcommand
mgmtsetcommand
networkkey
networkname
panid
pending
pendingtimestamp
pskc
securitypolicy
set
tlvs
Done
```

### active

Usage: `dataset active [-x]`

Print Active Operational Dataset in human-readable form.

```bash
> dataset active
Active Timestamp: 1
Channel: 15
Channel Mask: 0x07fff800
Ext PAN ID: 39758ec8144b07fb
Mesh Local Prefix: fdf1:f1ad:d079:7dc0::/64
Network Key: f366cec7a446bab978d90d27abe38f23
Network Name: OpenThread-5938
PAN ID: 0x5938
PSKc: 3ca67c969efb0d0c74a4d8ee923b576c
Security Policy: 672 onrc 0
Done
```

Print Active Operational Dataset as hex-encoded TLVs.

```bash
> dataset active -x
0e080000000000010000000300000f35060004001fffe0020839758ec8144b07fb0708fdf1f1add0797dc00510f366cec7a446bab978d90d27abe38f23030f4f70656e5468726561642d353933380102593804103ca67c969efb0d0c74a4d8ee923b576c0c0402a0f7f8
Done
```

### activetimestamp

Usage: `dataset activetimestamp [timestamp]`

Get active timestamp seconds. It represents a "Unix time", in number of seconds since Jan 1st, 1970.

```bash
> dataset activetimestamp
123456789
Done
```

Set active timestamp seconds.

```bash
> dataset activetimestamp 123456789
Done
```

### channel

Usage: `channel [channel]`

Get channel.

```bash
> dataset channel
12
Done
```

Set channel.

```bash
> dataset channel 12
Done
```

### channelmask

Usage: `dataset channelmask [channelmask]`

Get channel mask.

```bash
> dataset channelmask
0x07fff800
Done
```

Set channel mask.

```bash
> dataset channelmask 0x07fff800
Done
```

### clear

Usage: `dataset clear`

Reset operational dataset buffer.

```bash
> dataset clear
Done
```

### commit

Usage: `dataset commit <active|pending>`

Commit operational dataset buffer to active/pending operational dataset.

```bash
> dataset commit active
Done
```

### delay

Usage: `dataset delay [delay]`

Get delay timer value. The timer value is in milliseconds.

```bash
> dataset delay
1000
Done
```

Set delay timer value.

```bash
> dataset delay 100000
Done
```

### extpanid

Usage: `dataset extpanid [extpanid]`

Get extended panid.

```bash
> dataset extpanid
000db80123456789
Done
```

Set extended panid.

**NOTE** The commissioning credential in the dataset buffer becomes stale after changing this value. Use [pskc](#pskc) to reset.

```bash
> dataset extpanid 000db80123456789
Done
```

### init

Usage: `dataset init <active|new|pending|tlvs <hex-encoded TLVs>>`

Initialize operational dataset buffer. Use `new` to initialize with randomly selected values:

```bash
> dataset init new
Done
```

Use `active` or `pending` to initialize the dataset buffer with a copy of the current Active Operational Dataset or Pending Operational Dataset, respectively:

```bash
> dataset init active
Done
```

Use the `tlvs` option to initialize the dataset buffer from a string of hex-encoded TLVs:

```bash
> dataset init tlvs 0e080000000000010000000300001235060004001fffe002088665f03e6e42e7750708fda576e5f9a5bd8c0510506071d8391be671569e080d52870fd5030f4f70656e5468726561642d633538640102c58d04108a926cf8b13275a012ceedeeae40910d0c0402a0f7f8
Done
```

### meshlocalprefix

Usage: `dataset meshlocalprefix [prefix]`

Get mesh local prefix.

```bash
> dataset meshlocalprefix
fd00:db8:0:0::/64
Done
```

Set mesh local prefix.

```bash
> dataset meshlocalprefix fd00:db8::
Done
```

### mgmtgetcommand

Usage: `dataset mgmtgetcommand <active|pending> [address <destination>] [TLV list] [-x]`

Send MGMT_ACTIVE_GET or MGMT_PENDING_GET.

```bash
> dataset mgmtgetcommand active address fdde:ad00:beef:0:558:f56b:d688:799 activetimestamp securitypolicy
Done
```

### mgmtsetcommand

Usage: `dataset mgmtsetcommand <active|pending> [TLV Type list] [-x]`

Send MGMT_ACTIVE_SET or MGMT_PENDING_SET.

```bash
> dataset mgmtsetcommand active activetimestamp 123 securitypolicy 1 onrc 0
Done
```

### networkkey

Usage: `dataset networkkey [key]`

Get network key

```bash
> dataset networkkey
00112233445566778899aabbccddeeff
Done
```

Set network key.

```bash
> dataset networkkey 00112233445566778899aabbccddeeff
Done
```

### networkname

Usage: `dataset networkname [name]`

Get network name.

```bash
> dataset networkname
OpenThread
Done
```

Set network name.

**NOTE** The commissioning credential in the dataset buffer becomes stale after changing this value. Use [pskc](#pskc) to reset.

```bash
> dataset networkname OpenThread
Done
```

### panid

Usage: `dataset panid [panid]`

Get panid.

```bash
> dataset panid
0x1234
Done
```

Set panid.

```bash
> dataset panid 0x1234
Done
```

### pending

Usage: `dataset pending [-x]`

Print Pending Operational Dataset in human-readable form.

```bash
> dataset pending
Pending Timestamp: 2
Active Timestamp: 1
Channel: 26
Channel Mask: 0x07fff800
Delay: 58706
Ext PAN ID: a74182f4d3f4de41
Mesh Local Prefix: fd46:c1b9:e159:5574::/64
Network Key: ed916e454d96fd00184f10a6f5c9e1d3
Network Name: OpenThread-bff8
PAN ID: 0xbff8
PSKc: 264f78414adc683191863d968f72d1b7
Security Policy: 672 onrc 0
Done
```

Print Pending Operational Dataset as hex-encoded TLVs.

```bash
> dataset pending -x
0e0800000000000100003308000000000002000034040000b512000300001a35060004001fffe00208a74182f4d3f4de410708fd46c1b9e15955740510ed916e454d96fd00184f10a6f5c9e1d3030f4f70656e5468726561642d626666380102bff80410264f78414adc683191863d968f72d1b70c0402a0f7f8
Done
```

### pendingtimestamp

Usage: `dataset pendingtimestamp [timestamp]`

Get pending timestamp seconds. It represents a "Unix time", in number of seconds since Jan 1st, 1970.

```bash
> dataset pendingtimestamp
123456789
Done
```

Set pending timestamp seconds.

```bash
> dataset pendingtimestamp 123456789
Done
```

### pskc

Usage: `pskc [-p] [<key>|<passphrase>]`

Get PSKc.

```bash
> dataset pskc
67c0c203aa0b042bfb5381c47aef4d9e
Done
```

Set PSKc.

With `-p`(**only for FTD**) generate PSKc from \<passphrase\> (UTF-8 encoded) together with network name and extended PAN ID in the dataset buffer if set or values in the current stack if not, otherwise set PSKc as \<key\> (hex format).

```bash
> dataset pskc 67c0c203aa0b042bfb5381c47aef4d9e
Done
> dataset pskc -p 123456
Done
```

### securitypolicy

Usage: `dataset securitypolicy [<rotationtime> [onrcCepR] [versionthreshold]]`

Get security policy.

```bash
> dataset securitypolicy
672 onrc 0
Done
```

Set security policy.

- o: Obtaining the Network Key for out-of-band commissioning is enabled.
- n: Native Commissioning using PSKc is allowed.
- r: Thread 1.x Routers are enabled.
- c: External Commissioner authentication is allowed using PSKc.
- C: Thread 1.2 Commercial Commissioning is enabled.
- e: Thread 1.2 Autonomous Enrollment is enabled.
- p: Thread 1.2 Network Key Provisioning is enabled.
- R: Non-CCM routers are allowed in Thread 1.2 CCM networks.

If the `versionthreshold` parameter is not provided, a default value of zero is assumed.

```bash
> dataset securitypolicy 672 onrc 0
Done
```

### set

Usage: `dataset set <active|pending> <dataset>`

Set the Active Operational Dataset using hex-encoded TLVs.

```bash
> dataset set active 0e080000000000010000000300000f35060004001fffe0020839758ec8144b07fb0708fdf1f1add0797dc00510f366cec7a446bab978d90d27abe38f23030f4f70656e5468726561642d353933380102593804103ca67c969efb0d0c74a4d8ee923b576c0c0402a0f7f8
Done
```

Set the Pending Operational Dataset using hex-encoded TLVs.

```bash
> dataset set pending 0e0800000000000100003308000000000002000034040000b512000300001a35060004001fffe00208a74182f4d3f4de410708fd46c1b9e15955740510ed916e454d96fd00184f10a6f5c9e1d3030f4f70656e5468726561642d626666380102bff80410264f78414adc683191863d968f72d1b70c0402a0f7f8
Done
```

### tlvs

Usage: `dataset tlvs`

Convert the Operational Dataset to hex-encoded TLVs.

```bash
> dataset
Active Timestamp: 1
Channel: 22
Channel Mask: 0x07fff800
Ext PAN ID: d196fa2040e973b6
Mesh Local Prefix: fdbb:c310:c48f:3a39::/64
Network Key: 9929154dbc363218bcd22f907caf5c15
Network Name: OpenThread-de2b
PAN ID: 0xde2b
PSKc: 15b2c16f7ba92ed4bc7b1ee054f1553f
Security Policy: 672 onrc 0
Done

> dataset tlvs
0e080000000000010000000300001635060004001fffe00208d196fa2040e973b60708fdbbc310c48f3a3905109929154dbc363218bcd22f907caf5c15030f4f70656e5468726561642d646532620102de2b041015b2c16f7ba92ed4bc7b1ee054f1553f0c0402a0f7f8
Done
```

### updater

Usage: `dataset updater`

Requires `OPENTHREAD_CONFIG_DATASET_UPDATER_ENABLE`.

Indicate whether there is an ongoing Operation Dataset update request.

```bash
> dataset updater
Enabled
```

### updater start

Usage: `dataset updater start`

Requires `OPENTHREAD_CONFIG_DATASET_UPDATER_ENABLE`.

Request network to update its Operation Dataset to the current operational dataset buffer.

The current operational dataset buffer should contain the fields to be updated with their new values. It must not contain Active or Pending Timestamp fields. The Delay field is optional. If not provided, a default value (1000 ms) is used.

```bash
> channel
19
Done

> dataset clear
Done
> dataset channel 15
Done
> dataset
Channel: 15
Done

> dataset updater start
Done
> dataset updater
Enabled
Done

Dataset update complete: OK

> channel
15
Done
```

### updater cancel

Usage: `dataset updater cancel`

Requires `OPENTHREAD_CONFIG_DATASET_UPDATER_ENABLE`.

Cancels an ongoing (if any) Operational Dataset update request.

```bash
> dataset updater start
Done
> dataset updater
Enabled
Done
>
> dataset updater cancel
Done
> dataset updater
Disabled
Done
```

# OpenThread CLI - History Tracker

History Tracker module records history of different events (e.g., RX and TX IPv6 messages or network info changes, etc.) as the Thread network operates. All tracked entries are timestamped.

All commands under `history` require `OPENTHREAD_CONFIG_HISTORY_TRACKER_ENABLE` feature to be enabled.

The number of entries recorded for each history list is configurable through a set of OpenThread config options, e.g. `OPENTHREAD_CONFIG_HISTORY_TRACKER_NET_INFO_LIST_SIZE` specifies the number of entries in Network Info history list. The History Tracker will keep the most recent entries overwriting oldest one when the list gets full.

## Command List

Usage : `history [command] ...`

- [help](#help)
- [ipaddr](#ipaddr)
- [ipmaddr](#ipmaddr)
- [neighbor](#neighbor)
- [netinfo](#netinfo)
- [prefix](#prefix)
- [route](#route)
- [router](#router)
- [rx](#rx)
- [rxtx](#rxtx)
- [tx](#tx)

## Timestamp Format

Recorded entries are timestamped. When the history list is printed, the timestamps are shown relative the time the command was issues (i.e., when the list was printed) indicating how long ago the entry was recorded.

```bash
> history netinfo
| Age                  | Role     | Mode | RLOC16 | Partition ID |
+----------------------+----------+------+--------+--------------+
|         02:31:50.628 | leader   | rdn  | 0x2000 |    151029327 |
|         02:31:53.262 | detached | rdn  | 0xfffe |            0 |
|         02:31:54.663 | detached | rdn  | 0x2000 |            0 |
Done
```

For example `02:31:50.628` indicates the event was recorded "2 hours, 31 minutes, 50 seconds, and 628 milliseconds ago". Number of days is added for events that are older than 24 hours, e.g., `1 day 11:25:31.179`, or `31 days 03:00:23.931`.

Timestamps use millisecond accuracy and are tacked up to 49 days. If the event is older than 49 days, the entry is still tracked in the list but the timestamp is shown as `more than 49 days`.

## Command Details

### help

Usage: `history help`

Print SRP client help menu.

```bash
> history help
help
ipaddr
ipmaddr
neighbor
netinfo
prefix
route
router
rx
rxtx
tx
Done
>
```

### ipaddr

Usage `history ipaddr [list] [<num-entries>]`

Print the unicast IPv6 address history. Each entry provides:

- Event: Added or Removed.
- Address: Unicast address along with its prefix length (in bits).
- Origin: thread, slaac, dhcp6, or manual.
- Address Scope.
- Flags: Preferred, Valid, and RLOC (whether the address is RLOC).

Print the unicast IPv6 address history as table.

```bash
> history ipaddr
| Age                  | Event   | Address / PrefixLength                      | Origin |Scope| P | V | R |
+----------------------+---------+---------------------------------------------+--------+-----+---+---+---+
|         00:00:04.991 | Removed | 2001:dead:beef:cafe:c4cb:caba:8d55:e30b/64  | slaac  |  14 | Y | Y | N |
|         00:00:44.647 | Added   | 2001:dead:beef:cafe:c4cb:caba:8d55:e30b/64  | slaac  |  14 | Y | Y | N |
|         00:01:07.199 | Added   | fd00:0:0:0:0:0:0:1/64                       | manual |  14 | Y | Y | N |
|         00:02:17.885 | Added   | fdde:ad00:beef:0:0:ff:fe00:fc00/64          | thread |   3 | N | Y | N |
|         00:02:17.885 | Added   | fdde:ad00:beef:0:0:ff:fe00:5400/64          | thread |   3 | N | Y | Y |
|         00:02:20.107 | Removed | fdde:ad00:beef:0:0:ff:fe00:5400/64          | thread |   3 | N | Y | Y |
|         00:02:21.575 | Added   | fdde:ad00:beef:0:0:ff:fe00:5400/64          | thread |   3 | N | Y | Y |
|         00:02:21.575 | Added   | fdde:ad00:beef:0:ecea:c4fc:ad96:4655/64     | thread |   3 | N | Y | N |
|         00:02:23.904 | Added   | fe80:0:0:0:3c12:a4d2:fbe0:31ad/64           | thread |   2 | Y | Y | N |
Done
```

Print the unicast IPv6 address history as a list (the last 5 entries).

```bash
> history ipaddr list 5
00:00:20.327 -> event:Removed address:2001:dead:beef:cafe:c4cb:caba:8d55:e30b prefixlen:64 origin:slaac scope:14 preferred:yes valid:yes rloc:no
00:00:59.983 -> event:Added address:2001:dead:beef:cafe:c4cb:caba:8d55:e30b prefixlen:64 origin:slaac scope:14 preferred:yes valid:yes rloc:no
00:01:22.535 -> event:Added address:fd00:0:0:0:0:0:0:1 prefixlen:64 origin:manual scope:14 preferred:yes valid:yes rloc:no
00:02:33.221 -> event:Added address:fdde:ad00:beef:0:0:ff:fe00:fc00 prefixlen:64 origin:thread scope:3 preferred:no valid:yes rloc:no
00:02:33.221 -> event:Added address:fdde:ad00:beef:0:0:ff:fe00:5400 prefixlen:64 origin:thread scope:3 preferred:no valid:yes rloc:yes
Done
```

### ipmaddr

Usage `history ipmaddr [list] [<num-entries>]`

Print the multicast IPv6 address history. Each entry provides:

- Event: Subscribed or Unsubscribed.
- Address: Multicast address.
- Origin: Thread, or Manual.

Print the multicast IPv6 address history as table.

```bash
> history ipmaddr
| Age                  | Event        | Multicast Address                       | Origin |
+----------------------+--------------+-----------------------------------------+--------+
|         00:00:08.592 | Unsubscribed | ff05:0:0:0:0:0:0:1                      | Manual |
|         00:01:25.353 | Subscribed   | ff05:0:0:0:0:0:0:1                      | Manual |
|         00:01:54.953 | Subscribed   | ff03:0:0:0:0:0:0:2                      | Thread |
|         00:01:54.953 | Subscribed   | ff02:0:0:0:0:0:0:2                      | Thread |
|         00:01:59.329 | Subscribed   | ff33:40:fdde:ad00:beef:0:0:1            | Thread |
|         00:01:59.329 | Subscribed   | ff32:40:fdde:ad00:beef:0:0:1            | Thread |
|         00:02:01.129 | Subscribed   | ff03:0:0:0:0:0:0:fc                     | Thread |
|         00:02:01.129 | Subscribed   | ff03:0:0:0:0:0:0:1                      | Thread |
|         00:02:01.129 | Subscribed   | ff02:0:0:0:0:0:0:1                      | Thread |
Done
```

Print the multicast IPv6 address history as a list.

```bash
> history ipmaddr list
00:00:25.447 -> event:Unsubscribed address:ff05:0:0:0:0:0:0:1 origin:Manual
00:01:42.208 -> event:Subscribed address:ff05:0:0:0:0:0:0:1 origin:Manual
00:02:11.808 -> event:Subscribed address:ff03:0:0:0:0:0:0:2 origin:Thread
00:02:11.808 -> event:Subscribed address:ff02:0:0:0:0:0:0:2 origin:Thread
00:02:16.184 -> event:Subscribed address:ff33:40:fdde:ad00:beef:0:0:1 origin:Thread
00:02:16.184 -> event:Subscribed address:ff32:40:fdde:ad00:beef:0:0:1 origin:Thread
00:02:17.984 -> event:Subscribed address:ff03:0:0:0:0:0:0:fc origin:Thread
00:02:17.984 -> event:Subscribed address:ff03:0:0:0:0:0:0:1 origin:Thread
00:02:17.984 -> event:Subscribed address:ff02:0:0:0:0:0:0:1 origin:Thread
Done
```

### neighbor

Usage `history neighbor [list] [<num-entries>]`

Print the neighbor table history. Each entry provides:

- Type: Child or Router
- Event: Added, Removed, Changed (e.g., mode change).
- Extended Address
- RLOC16
- MLE Link Mode
- Average RSS (in dBm) of received frames from neighbor at the time the entry was recorded

Print the neighbor history as a table.

```bash
> history neighbor
| Age                  | Type   | Event     | Extended Address | RLOC16 | Mode | Ave RSS |
+----------------------+--------+-----------+------------------+--------+------+---------+
|         00:00:29.233 | Child  | Added     | ae5105292f0b9169 | 0x8404 | -    |     -20 |
|         00:01:38.368 | Child  | Removed   | ae5105292f0b9169 | 0x8401 | -    |     -20 |
|         00:04:27.181 | Child  | Changed   | ae5105292f0b9169 | 0x8401 | -    |     -20 |
|         00:04:51.236 | Router | Added     | 865c7ca38a5fa960 | 0x9400 | rdn  |     -20 |
|         00:04:51.587 | Child  | Removed   | 865c7ca38a5fa960 | 0x8402 | rdn  |     -20 |
|         00:05:22.764 | Child  | Changed   | ae5105292f0b9169 | 0x8401 | rn   |     -20 |
|         00:06:40.764 | Child  | Added     | 4ec99efc874a1841 | 0x8403 | r    |     -20 |
|         00:06:44.060 | Child  | Added     | 865c7ca38a5fa960 | 0x8402 | rdn  |     -20 |
|         00:06:49.515 | Child  | Added     | ae5105292f0b9169 | 0x8401 | -    |     -20 |
Done
```

Print the neighbor history as a list.

```bash

> history neighbor list
00:00:34.753 -> type:Child event:Added extaddr:ae5105292f0b9169 rloc16:0x8404 mode:- rss:-20
00:01:43.888 -> type:Child event:Removed extaddr:ae5105292f0b9169 rloc16:0x8401 mode:- rss:-20
00:04:32.701 -> type:Child event:Changed extaddr:ae5105292f0b9169 rloc16:0x8401 mode:- rss:-20
00:04:56.756 -> type:Router event:Added extaddr:865c7ca38a5fa960 rloc16:0x9400 mode:rdn rss:-20
00:04:57.107 -> type:Child event:Removed extaddr:865c7ca38a5fa960 rloc16:0x8402 mode:rdn rss:-20
00:05:28.284 -> type:Child event:Changed extaddr:ae5105292f0b9169 rloc16:0x8401 mode:rn rss:-20
00:06:46.284 -> type:Child event:Added extaddr:4ec99efc874a1841 rloc16:0x8403 mode:r rss:-20
00:06:49.580 -> type:Child event:Added extaddr:865c7ca38a5fa960 rloc16:0x8402 mode:rdn rss:-20
00:06:55.035 -> type:Child event:Added extaddr:ae5105292f0b9169 rloc16:0x8401 mode:- rss:-20
Done
```

### netinfo

Usage `history netinfo [list] [<num-entries>]`

Print the Network Info history. Each Network Info provides:

- Device Role
- MLE Link Mode
- RLOC16
- Partition ID

Print the Network Info history as a table.

```bash
> history netinfo
| Age                  | Role     | Mode | RLOC16 | Partition ID |
+----------------------+----------+------+--------+--------------+
|         00:00:10.069 | router   | rdn  | 0x6000 |    151029327 |
|         00:02:09.337 | child    | rdn  | 0x2001 |    151029327 |
|         00:02:09.338 | child    | rdn  | 0x2001 |    151029327 |
|         00:07:40.806 | child    | -    | 0x2001 |    151029327 |
|         00:07:42.297 | detached | -    | 0x6000 |            0 |
|         00:07:42.968 | disabled | -    | 0x6000 |            0 |
Done
```

Print the Network Info history as a list.

```bash
> history netinfo list
00:00:59.467 -> role:router mode:rdn rloc16:0x6000 partition-id:151029327
00:02:58.735 -> role:child mode:rdn rloc16:0x2001 partition-id:151029327
00:02:58.736 -> role:child mode:rdn rloc16:0x2001 partition-id:151029327
00:08:30.204 -> role:child mode:- rloc16:0x2001 partition-id:151029327
00:08:31.695 -> role:detached mode:- rloc16:0x6000 partition-id:0
00:08:32.366 -> role:disabled mode:- rloc16:0x6000 partition-id:0
Done
```

Print only the latest 2 entries.

```bash
> history netinfo 2
| Age                  | Role     | Mode | RLOC16 | Partition ID |
+----------------------+----------+------+--------+--------------+
|         00:02:05.451 | router   | rdn  | 0x6000 |    151029327 |
|         00:04:04.719 | child    | rdn  | 0x2001 |    151029327 |
Done
```

### prefix

Usage `history prefix [list] [<num-entries>]`

Print the Network Data on mesh prefix history. Each item provides:

- Event (`Added` or `Removed`)
- Prefix
- Flags
- Preference (`high`, `med`, `low`)
- RLOC16

The flags are as follows:

- `p`: Preferred flag
- `a`: Stateless IPv6 Address Autoconfiguration flag
- `d`: DHCPv6 IPv6 Address Configuration flag
- `c`: DHCPv6 Other Configuration flag
- `r`: Default Route flag
- `o`: On Mesh flag
- `s`: Stable flag
- `n`: Nd Dns flag
- `D`: Domain Prefix flag

Print the history as a table.

```bash
> history prefix
| Age                  | Event   | Prefix                                      | Flags     | Pref | RLOC16 |
+----------------------+---------+---------------------------------------------+-----------+------+--------+
|         00:00:10.663 | Added   | fd00:1111:2222:3333::/64                    | paro      | med  | 0x5400 |
|         00:01:02.054 | Removed | fd00:dead:beef:1::/64                       | paros     | high | 0x5400 |
|         00:01:21.136 | Added   | fd00:abba:cddd:0::/64                       | paos      | med  | 0x5400 |
|         00:01:45.144 | Added   | fd00:dead:beef:1::/64                       | paros     | high | 0x3c00 |
|         00:01:50.944 | Added   | fd00:dead:beef:1::/64                       | paros     | high | 0x5400 |
|         00:01:59.887 | Added   | fd00:dead:beef:1::/64                       | paros     | med  | 0x8800 |
Done
```

Print the history as a list.

```bash
> history prefix list
00:04:12.487 -> event:Added prefix:fd00:1111:2222:3333::/64 flags:paro pref:med rloc16:0x5400
00:05:03.878 -> event:Removed prefix:fd00:dead:beef:1::/64 flags:paros pref:high rloc16:0x5400
00:05:22.960 -> event:Added prefix:fd00:abba:cddd:0::/64 flags:paos pref:med rloc16:0x5400
00:05:46.968 -> event:Added prefix:fd00:dead:beef:1::/64 flags:paros pref:high rloc16:0x3c00
00:05:52.768 -> event:Added prefix:fd00:dead:beef:1::/64 flags:paros pref:high rloc16:0x5400
00:06:01.711 -> event:Added prefix:fd00:dead:beef:1::/64 flags:paros pref:med rloc16:0x8800
```

### route

Usage `history route [list] [<num-entries>]`

Print the Network Data external route history. Each item provides:

- Event (`Added` or `Removed`)
- Route
- Flags
- Preference (`high`, `med`, `low`)
- RLOC16

The flags are as follows:

- `s`: Stable flag
- `n`: NAT64 flag

Print the history as a table.

```bash
history route
| Age                  | Event   | Route                                       | Flags     | Pref | RLOC16 |
+----------------------+---------+---------------------------------------------+-----------+------+--------+
|         00:00:05.456 | Removed | fd00:1111:0::/48                            | s         | med  | 0x3c00 |
|         00:00:29.310 | Added   | fd00:1111:0::/48                            | s         | med  | 0x3c00 |
|         00:00:42.822 | Added   | fd00:1111:0::/48                            | s         | med  | 0x5400 |
|         00:01:27.688 | Added   | fd00:aaaa:bbbb:cccc::/64                    | s         | med  | 0x8800 |
Done
```

Print the history as a list (last two entries).

```bash
> history route list 2
00:00:48.704 -> event:Removed route:fd00:1111:0::/48 flags:s pref:med rloc16:0x3c00
00:01:12.558 -> event:Added route:fd00:1111:0::/48 flags:s pref:med rloc16:0x3c00
Done
```

### router

Usage `history router [list] [<num-entries>]`

Print the route table history. Each item provides:

- Event (`Added`, `Removed`, `NextHopChanged`, `CostChanged`)
- Router ID and RLOC16 of router
- Next Hop (Router ID and RLOC16) - `none` if no next hop.
- Path cost (old `->` new) - `inf` to indicate infinite path cost.

Print the history as a table.

```bash
> history router
| Age                  | Event          | ID (RLOC16) | Next Hop    | Path Cost  |
+----------------------+----------------+-------------+-------------+------------+
|         00:00:05.258 | NextHopChanged |  7 (0x1c00) | 34 (0x8800) | inf ->   3 |
|         00:00:08.604 | NextHopChanged | 34 (0x8800) | 34 (0x8800) | inf ->   2 |
|         00:00:08.604 | Added          |  7 (0x1c00) |        none | inf -> inf |
|         00:00:11.931 | Added          | 34 (0x8800) |        none | inf -> inf |
|         00:00:14.948 | Removed        | 59 (0xec00) |        none | inf -> inf |
|         00:00:14.948 | Removed        | 54 (0xd800) |        none | inf -> inf |
|         00:00:14.948 | Removed        | 34 (0x8800) |        none | inf -> inf |
|         00:00:14.948 | Removed        |  7 (0x1c00) |        none | inf -> inf |
|         00:00:54.795 | NextHopChanged | 59 (0xec00) | 34 (0x8800) |   1 ->   5 |
|         00:02:33.735 | NextHopChanged | 54 (0xd800) |        none |  15 -> inf |
|         00:03:10.915 | CostChanged    | 54 (0xd800) | 34 (0x8800) |  13 ->  15 |
|         00:03:45.716 | NextHopChanged | 54 (0xd800) | 34 (0x8800) |  15 ->  13 |
|         00:03:46.188 | CostChanged    | 54 (0xd800) | 59 (0xec00) |  13 ->  15 |
|         00:04:19.124 | CostChanged    | 54 (0xd800) | 59 (0xec00) |  11 ->  13 |
|         00:04:52.008 | CostChanged    | 54 (0xd800) | 59 (0xec00) |   9 ->  11 |
|         00:05:23.176 | CostChanged    | 54 (0xd800) | 59 (0xec00) |   7 ->   9 |
|         00:05:51.081 | CostChanged    | 54 (0xd800) | 59 (0xec00) |   5 ->   7 |
|         00:06:48.721 | CostChanged    | 54 (0xd800) | 59 (0xec00) |   3 ->   5 |
|         00:07:13.792 | NextHopChanged | 54 (0xd800) | 59 (0xec00) |   1 ->   3 |
|         00:09:28.681 | NextHopChanged |  7 (0x1c00) | 34 (0x8800) | inf ->   3 |
|         00:09:31.882 | Added          |  7 (0x1c00) |        none | inf -> inf |
|         00:09:51.240 | NextHopChanged | 54 (0xd800) | 54 (0xd800) | inf ->   1 |
|         00:09:54.204 | Added          | 54 (0xd800) |        none | inf -> inf |
|         00:10:20.645 | NextHopChanged | 34 (0x8800) | 34 (0x8800) | inf ->   2 |
|         00:10:24.242 | NextHopChanged | 59 (0xec00) | 59 (0xec00) | inf ->   1 |
|         00:10:24.242 | Added          | 34 (0x8800) |        none | inf -> inf |
|         00:10:41.900 | NextHopChanged | 59 (0xec00) |        none |   1 -> inf |
|         00:10:42.480 | Added          |  3 (0x0c00) |  3 (0x0c00) | inf -> inf |
|         00:10:43.614 | Added          | 59 (0xec00) | 59 (0xec00) | inf ->   1 |
Done
```

Print the history as a list (last 20 entries).

```bash
> history router list 20
00:00:06.959 -> event:NextHopChanged router:7(0x1c00) nexthop:34(0x8800) old-cost:inf new-cost:3
00:00:10.305 -> event:NextHopChanged router:34(0x8800) nexthop:34(0x8800) old-cost:inf new-cost:2
00:00:10.305 -> event:Added router:7(0x1c00) nexthop:none old-cost:inf new-cost:inf
00:00:13.632 -> event:Added router:34(0x8800) nexthop:none old-cost:inf new-cost:inf
00:00:16.649 -> event:Removed router:59(0xec00) nexthop:none old-cost:inf new-cost:inf
00:00:16.649 -> event:Removed router:54(0xd800) nexthop:none old-cost:inf new-cost:inf
00:00:16.649 -> event:Removed router:34(0x8800) nexthop:none old-cost:inf new-cost:inf
00:00:16.649 -> event:Removed router:7(0x1c00) nexthop:none old-cost:inf new-cost:inf
00:00:56.496 -> event:NextHopChanged router:59(0xec00) nexthop:34(0x8800) old-cost:1 new-cost:5
00:02:35.436 -> event:NextHopChanged router:54(0xd800) nexthop:none old-cost:15 new-cost:inf
00:03:12.616 -> event:CostChanged router:54(0xd800) nexthop:34(0x8800) old-cost:13 new-cost:15
00:03:47.417 -> event:NextHopChanged router:54(0xd800) nexthop:34(0x8800) old-cost:15 new-cost:13
00:03:47.889 -> event:CostChanged router:54(0xd800) nexthop:59(0xec00) old-cost:13 new-cost:15
00:04:20.825 -> event:CostChanged router:54(0xd800) nexthop:59(0xec00) old-cost:11 new-cost:13
00:04:53.709 -> event:CostChanged router:54(0xd800) nexthop:59(0xec00) old-cost:9 new-cost:11
00:05:24.877 -> event:CostChanged router:54(0xd800) nexthop:59(0xec00) old-cost:7 new-cost:9
00:05:52.782 -> event:CostChanged router:54(0xd800) nexthop:59(0xec00) old-cost:5 new-cost:7
00:06:50.422 -> event:CostChanged router:54(0xd800) nexthop:59(0xec00) old-cost:3 new-cost:5
00:07:15.493 -> event:NextHopChanged router:54(0xd800) nexthop:59(0xec00) old-cost:1 new-cost:3
00:09:30.382 -> event:NextHopChanged router:7(0x1c00) nexthop:34(0x8800) old-cost:inf new-cost:3
Done
```

### rx

Usage `history rx [list] [<num-entries>]`

Print the IPv6 message RX history in either table or list format. Entries provide same information and follow same format as in `history rxtx` command.

Print the IPv6 message RX history as a table:

```bash
> history rx
| Age                  | Type             | Len   | Chksum | Sec | Prio | RSS  |Dir | Neighb | Radio |
+----------------------+------------------+-------+--------+-----+------+------+----+--------+-------+
|                      | UDP              |    50 | 0xbd26 |  no |  net |  -20 | RX | 0x4800 |  15.4 |
|         00:00:07.640 | src: [fe80:0:0:0:d03d:d3e7:cc5e:7cd7]:19788                                 |
|                      | dst: [ff02:0:0:0:0:0:0:1]:19788                                             |
+----------------------+------------------+-------+--------+-----+------+------+----+--------+-------+
|                      | HopOpts          |    44 | 0x0000 | yes | norm |  -20 | RX | 0x4800 |  15.4 |
|         00:00:09.263 | src: [fdde:ad00:beef:0:0:ff:fe00:4800]:0                                    |
|                      | dst: [ff03:0:0:0:0:0:0:2]:0                                                 |
+----------------------+------------------+-------+--------+-----+------+------+----+--------+-------+
|                      | UDP              |    12 | 0x3f7d | yes |  net |  -20 | RX | 0x4800 |  15.4 |
|         00:00:09.302 | src: [fdde:ad00:beef:0:0:ff:fe00:4800]:61631                                |
|                      | dst: [fdde:ad00:beef:0:0:ff:fe00:4801]:61631                                |
+----------------------+------------------+-------+--------+-----+------+------+----+--------+-------+
|                      | ICMP6(EchoReqst) |    16 | 0x942c | yes | norm |  -20 | RX | 0x4800 |  15.4 |
|         00:00:09.304 | src: [fdde:ad00:beef:0:ac09:a16b:3204:dc09]:0                               |
|                      | dst: [fdde:ad00:beef:0:dc0e:d6b3:f180:b75b]:0                               |
+----------------------+------------------+-------+--------+-----+------+------+----+--------+-------+
|                      | HopOpts          |    44 | 0x0000 | yes | norm |  -20 | RX | 0x4800 |  15.4 |
|         00:00:09.304 | src: [fdde:ad00:beef:0:0:ff:fe00:4800]:0                                    |
|                      | dst: [ff03:0:0:0:0:0:0:2]:0                                                 |
+----------------------+------------------+-------+--------+-----+------+------+----+--------+-------+
|                      | UDP              |    50 | 0x2e37 |  no |  net |  -20 | RX | 0x4800 |  15.4 |
|         00:00:21.622 | src: [fe80:0:0:0:d03d:d3e7:cc5e:7cd7]:19788                                 |
|                      | dst: [ff02:0:0:0:0:0:0:1]:19788                                             |
+----------------------+------------------+-------+--------+-----+------+------+----+--------+-------+
|                      | UDP              |    50 | 0xe177 |  no |  net |  -20 | RX | 0x4800 |  15.4 |
|         00:00:26.640 | src: [fe80:0:0:0:d03d:d3e7:cc5e:7cd7]:19788                                 |
|                      | dst: [ff02:0:0:0:0:0:0:1]:19788                                             |
+----------------------+------------------+-------+--------+-----+------+------+----+--------+-------+
|                      | UDP              |   165 | 0x82ee | yes |  net |  -20 | RX | 0x4800 |  15.4 |
|         00:00:30.000 | src: [fe80:0:0:0:d03d:d3e7:cc5e:7cd7]:19788                                 |
|                      | dst: [fe80:0:0:0:a4a5:bbac:a8e:bd07]:19788                                  |
+----------------------+------------------+-------+--------+-----+------+------+----+--------+-------+
|                      | UDP              |    93 | 0x52df |  no |  net |  -20 | RX | unknwn |  15.4 |
|         00:00:30.480 | src: [fe80:0:0:0:d03d:d3e7:cc5e:7cd7]:19788                                 |
|                      | dst: [fe80:0:0:0:a4a5:bbac:a8e:bd07]:19788                                  |
+----------------------+------------------+-------+--------+-----+------+------+----+--------+-------+
|                      | UDP              |    50 | 0x5ccf |  no |  net |  -20 | RX | unknwn |  15.4 |
|         00:00:30.772 | src: [fe80:0:0:0:d03d:d3e7:cc5e:7cd7]:19788                                 |
|                      | dst: [ff02:0:0:0:0:0:0:1]:19788                                             |
Done

```

Print the latest 5 entries of the IPv6 message RX history as a list:

```bash
> history rx list 4
00:00:13.368
    type:UDP len:50 checksum:0xbd26 sec:no prio:net rss:-20 from:0x4800 radio:15.4
    src:[fe80:0:0:0:d03d:d3e7:cc5e:7cd7]:19788
    dst:[ff02:0:0:0:0:0:0:1]:19788
00:00:14.991
    type:HopOpts len:44 checksum:0x0000 sec:yes prio:norm rss:-20 from:0x4800 radio:15.4
    src:[fdde:ad00:beef:0:0:ff:fe00:4800]:0
    dst:[ff03:0:0:0:0:0:0:2]:0
00:00:15.030
    type:UDP len:12 checksum:0x3f7d sec:yes prio:net rss:-20 from:0x4800 radio:15.4
    src:[fdde:ad00:beef:0:0:ff:fe00:4800]:61631
    dst:[fdde:ad00:beef:0:0:ff:fe00:4801]:61631
00:00:15.032
    type:ICMP6(EchoReqst) len:16 checksum:0x942c sec:yes prio:norm rss:-20 from:0x4800 radio:15.4
    src:[fdde:ad00:beef:0:ac09:a16b:3204:dc09]:0
    dst:[fdde:ad00:beef:0:dc0e:d6b3:f180:b75b]:0
Done
```

### rxtx

Usage `history rxtx [list] [<num-entries>]`

Print the combined IPv6 message RX and TX history in either table or list format. Each entry provides:

- IPv6 message type: UDP, TCP, ICMP6 (and its subtype), etc.
- IPv6 payload length (excludes the IPv6 header).
- Source IPv6 address and port number.
- Destination IPv6 address and port number (port number is valid for UDP/TCP, it is zero otherwise).
- Whether or not link-layer security was used.
- Message priority: low, norm, high, net (for Thread control messages).
- Message checksum (valid for UDP, TCP, or ICMP6 message)
- RSS: Received Signal Strength (in dBm) - averaged over all received fragment frames that formed the message. For TX history `NA` (not applicable) is used.
- Whether the message was sent or received (`TX` or `RX`). A failed transmission (e.g., if tx was aborted or no ack from peer for any of the message fragments) is indicated with `TX-F` in the table format or `tx-success:no` in the list format.
- Short address (RLOC16) of neighbor to/from which the message was sent/received. If the frame is broadcast, it is shown as `bcast` in table format or `0xffff` in the list format. If the short address of neighbor is not available, it is shown as `unknwn` in the table format or `0xfffe` in the list format.
- Radio link on which the message was sent/received (useful when `OPENTHREAD_CONFIG_MULTI_RADIO` is enabled). Can be `15.4`, `trel`, or `all` (if sent on all radio links).

Print the IPv6 message RX and TX history as a table:

```bash
> history rxtx
| Age                  | Type             | Len   | Chksum | Sec | Prio | RSS  |Dir | Neighb | Radio |
+----------------------+------------------+-------+--------+-----+------+------+----+--------+-------+
|                      | HopOpts          |    44 | 0x0000 | yes | norm |  -20 | RX | 0x0800 |  15.4 |
|         00:00:09.267 | src: [fdde:ad00:beef:0:0:ff:fe00:800]:0                                     |
|                      | dst: [ff03:0:0:0:0:0:0:2]:0                                                 |
+----------------------+------------------+-------+--------+-----+------+------+----+--------+-------+
|                      | UDP              |    12 | 0x6c6b | yes |  net |  -20 | RX | 0x0800 |  15.4 |
|         00:00:09.290 | src: [fdde:ad00:beef:0:0:ff:fe00:800]:61631                                 |
|                      | dst: [fdde:ad00:beef:0:0:ff:fe00:801]:61631                                 |
+----------------------+------------------+-------+--------+-----+------+------+----+--------+-------+
|                      | ICMP6(EchoReqst) |    16 | 0xc6a2 | yes | norm |  -20 | RX | 0x0800 |  15.4 |
|         00:00:09.292 | src: [fdde:ad00:beef:0:efe8:4910:cf95:dee9]:0                               |
|                      | dst: [fdde:ad00:beef:0:af4c:3644:882a:3698]:0                               |
+----------------------+------------------+-------+--------+-----+------+------+----+--------+-------+
|                      | ICMP6(EchoReply) |    16 | 0xc5a2 | yes | norm |  NA  | TX | 0x0800 |  15.4 |
|         00:00:09.292 | src: [fdde:ad00:beef:0:af4c:3644:882a:3698]:0                               |
|                      | dst: [fdde:ad00:beef:0:efe8:4910:cf95:dee9]:0                               |
+----------------------+------------------+-------+--------+-----+------+------+----+--------+-------+
|                      | UDP              |    50 | 0xaa0d | yes |  net |  NA  | TX | 0x0800 |  15.4 |
|         00:00:09.294 | src: [fdde:ad00:beef:0:0:ff:fe00:801]:61631                                 |
|                      | dst: [fdde:ad00:beef:0:0:ff:fe00:800]:61631                                 |
+----------------------+------------------+-------+--------+-----+------+------+----+--------+-------+
|                      | HopOpts          |    44 | 0x0000 | yes | norm |  -20 | RX | 0x0800 |  15.4 |
|         00:00:09.296 | src: [fdde:ad00:beef:0:0:ff:fe00:800]:0                                     |
|                      | dst: [ff03:0:0:0:0:0:0:2]:0                                                 |
+----------------------+------------------+-------+--------+-----+------+------+----+--------+-------+
|                      | UDP              |    50 | 0xc1d8 |  no |  net |  -20 | RX | 0x0800 |  15.4 |
|         00:00:09.569 | src: [fe80:0:0:0:54d9:5153:ffc6:df26]:19788                                 |
|                      | dst: [ff02:0:0:0:0:0:0:1]:19788                                             |
+----------------------+------------------+-------+--------+-----+------+------+----+--------+-------+
|                      | UDP              |    50 | 0x3cb1 |  no |  net |  -20 | RX | 0x0800 |  15.4 |
|         00:00:16.519 | src: [fe80:0:0:0:54d9:5153:ffc6:df26]:19788                                 |
|                      | dst: [ff02:0:0:0:0:0:0:1]:19788                                             |
+----------------------+------------------+-------+--------+-----+------+------+----+--------+-------+
|                      | UDP              |    50 | 0xeda0 |  no |  net |  -20 | RX | 0x0800 |  15.4 |
|         00:00:20.599 | src: [fe80:0:0:0:54d9:5153:ffc6:df26]:19788                                 |
|                      | dst: [ff02:0:0:0:0:0:0:1]:19788                                             |
+----------------------+------------------+-------+--------+-----+------+------+----+--------+-------+
|                      | UDP              |   165 | 0xbdfa | yes |  net |  -20 | RX | 0x0800 |  15.4 |
|         00:00:21.059 | src: [fe80:0:0:0:54d9:5153:ffc6:df26]:19788                                 |
|                      | dst: [fe80:0:0:0:8893:c2cc:d983:1e1c]:19788                                 |
+----------------------+------------------+-------+--------+-----+------+------+----+--------+-------+
|                      | UDP              |    64 | 0x1c11 |  no |  net |  NA  | TX | 0x0800 |  15.4 |
|         00:00:21.062 | src: [fe80:0:0:0:8893:c2cc:d983:1e1c]:19788                                 |
|                      | dst: [fe80:0:0:0:54d9:5153:ffc6:df26]:19788                                 |
+----------------------+------------------+-------+--------+-----+------+------+----+--------+-------+
|                      | UDP              |    93 | 0xedff |  no |  net |  -20 | RX | unknwn |  15.4 |
|         00:00:21.474 | src: [fe80:0:0:0:54d9:5153:ffc6:df26]:19788                                 |
|                      | dst: [fe80:0:0:0:8893:c2cc:d983:1e1c]:19788                                 |
+----------------------+------------------+-------+--------+-----+------+------+----+--------+-------+
|                      | UDP              |    44 | 0xd383 |  no |  net |  NA  | TX | bcast  |  15.4 |
|         00:00:21.811 | src: [fe80:0:0:0:8893:c2cc:d983:1e1c]:19788                                 |
|                      | dst: [ff02:0:0:0:0:0:0:2]:19788                                             |
Done
```

Print the latest 5 entries of the IPv6 message RX history as a list:

```bash
> history rxtx list 5

00:00:02.100
    type:UDP len:50 checksum:0xd843 sec:no prio:net rss:-20 from:0x0800 radio:15.4
    src:[fe80:0:0:0:54d9:5153:ffc6:df26]:19788
    dst:[ff02:0:0:0:0:0:0:1]:19788
00:00:15.331
    type:HopOpts len:44 checksum:0x0000 sec:yes prio:norm rss:-20 from:0x0800 radio:15.4
    src:[fdde:ad00:beef:0:0:ff:fe00:800]:0
    dst:[ff03:0:0:0:0:0:0:2]:0
00:00:15.354
    type:UDP len:12 checksum:0x6c6b sec:yes prio:net rss:-20 from:0x0800 radio:15.4
    src:[fdde:ad00:beef:0:0:ff:fe00:800]:61631
    dst:[fdde:ad00:beef:0:0:ff:fe00:801]:61631
00:00:15.356
    type:ICMP6(EchoReqst) len:16 checksum:0xc6a2 sec:yes prio:norm rss:-20 from:0x0800 radio:15.4
    src:[fdde:ad00:beef:0:efe8:4910:cf95:dee9]:0
    dst:[fdde:ad00:beef:0:af4c:3644:882a:3698]:0
00:00:15.356
    type:ICMP6(EchoReply) len:16 checksum:0xc5a2 sec:yes prio:norm tx-success:yes to:0x0800 radio:15.4
    src:[fdde:ad00:beef:0:af4c:3644:882a:3698]:0
    dst:[fdde:ad00:beef:0:efe8:4910:cf95:dee9]:0
```

### tx

Usage `history tx [list] [<num-entries>]`

Print the IPv6 message TX history in either table or list format. Entries provide same information and follow same format as in `history rxtx` command.

Print the IPv6 message TX history as a table (10 latest entries):

```bash
> history tx
| Age                  | Type             | Len   | Chksum | Sec | Prio | RSS  |Dir | Neighb | Radio |
+----------------------+------------------+-------+--------+-----+------+------+----+--------+-------+
|                      | ICMP6(EchoReply) |    16 | 0x932c | yes | norm |  NA  | TX | 0x4800 |  15.4 |
|         00:00:18.798 | src: [fdde:ad00:beef:0:dc0e:d6b3:f180:b75b]:0                               |
|                      | dst: [fdde:ad00:beef:0:ac09:a16b:3204:dc09]:0                               |
+----------------------+------------------+-------+--------+-----+------+------+----+--------+-------+
|                      | UDP              |    50 | 0xce87 | yes |  net |  NA  | TX | 0x4800 |  15.4 |
|         00:00:18.800 | src: [fdde:ad00:beef:0:0:ff:fe00:4801]:61631                                |
|                      | dst: [fdde:ad00:beef:0:0:ff:fe00:4800]:61631                                |
+----------------------+------------------+-------+--------+-----+------+------+----+--------+-------+
|                      | UDP              |    64 | 0xf7ba |  no |  net |  NA  | TX | 0x4800 |  15.4 |
|         00:00:39.499 | src: [fe80:0:0:0:a4a5:bbac:a8e:bd07]:19788                                  |
|                      | dst: [fe80:0:0:0:d03d:d3e7:cc5e:7cd7]:19788                                 |
+----------------------+------------------+-------+--------+-----+------+------+----+--------+-------+
|                      | UDP              |    44 | 0x26d4 |  no |  net |  NA  | TX | bcast  |  15.4 |
|         00:00:40.256 | src: [fe80:0:0:0:a4a5:bbac:a8e:bd07]:19788                                  |
|                      | dst: [ff02:0:0:0:0:0:0:2]:19788                                             |
Done
```

Print the IPv6 message TX history as a list:

```bash
history tx list
00:00:23.957
    type:ICMP6(EchoReply) len:16 checksum:0x932c sec:yes prio:norm tx-success:yes to:0x4800 radio:15.4
    src:[fdde:ad00:beef:0:dc0e:d6b3:f180:b75b]:0
    dst:[fdde:ad00:beef:0:ac09:a16b:3204:dc09]:0
00:00:23.959
    type:UDP len:50 checksum:0xce87 sec:yes prio:net tx-success:yes to:0x4800 radio:15.4
    src:[fdde:ad00:beef:0:0:ff:fe00:4801]:61631
    dst:[fdde:ad00:beef:0:0:ff:fe00:4800]:61631
00:00:44.658
    type:UDP len:64 checksum:0xf7ba sec:no prio:net tx-success:yes to:0x4800 radio:15.4
    src:[fe80:0:0:0:a4a5:bbac:a8e:bd07]:19788
    dst:[fe80:0:0:0:d03d:d3e7:cc5e:7cd7]:19788
00:00:45.415
    type:UDP len:44 checksum:0x26d4 sec:no prio:net tx-success:yes to:0xffff radio:15.4
    src:[fe80:0:0:0:a4a5:bbac:a8e:bd07]:19788
    dst:[ff02:0:0:0:0:0:0:2]:19788
Done
```