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restyled-commits authored and greg-fer committed Aug 18, 2023
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Expand Up @@ -685,19 +685,22 @@ commissioner-related flags:
- `--commissioner-nodeid`
These flags let you control which fabric and node ID are used for the CHIP Tool
when interacting with devices. They are especially useful in scenarios where you are working
with more than one fabric, but you can also use them with a single CHIP Tool node identity.
when interacting with devices. They are especially useful in scenarios where you
are working with more than one fabric, but you can also use them with a single
CHIP Tool node identity.
#### `--commissioner-name` flag
This flag lets you control which fabric is used by selecting a specific fabric commissioner.
This flag lets you control which fabric is used by selecting a specific fabric
commissioner.
As per the CHIP Tool implementation, the commissioners are required to have the
following names: `alpha` for the first one, `beta` for the second one, `gamma`
for the third one, `4` for the fourth one, `5` for the fifth one, and so on.
If you don't use this flag, the CHIP Tool assumes that the command is meant for
the `alpha` commissioner and hence for the fabric associated with this commissioner.
the `alpha` commissioner and hence for the fabric associated with this
commissioner.
**Example of commands:**
Expand All @@ -709,17 +712,18 @@ $ ./chip-tool any subscribe-by-id '0x0028,0x0028,0x0101,0x0028,0x0028,0x0028' '5
#### `--commissioner-nodeid` flag
This flag lets you select the node ID to use on the fabric specified
with the `--commissioner-name` flag.
This flag lets you select the node ID to use on the fabric specified with the
`--commissioner-name` flag.
If you don't use this flag, the CHIP Tool assumes that the command is sent
with the ID value that the CHIP Tool has in storage. If there's none, the CHIP Tool sends
the command with the default fallback node ID `112233`.
If you don't use this flag, the CHIP Tool assumes that the command is sent with
the ID value that the CHIP Tool has in storage. If there's none, the CHIP Tool
sends the command with the default fallback node ID `112233`.
> **Note:** If the device has been already commissioned with a specific `--commissioner-nodeid`,
> you must always provide the `--commissioner-nodeid` flag with the CHIP Tool commands or
> update the Access Control List (ACL) on the device. Otherwise, the default fallback node ID `112233`
> is used and the communication will fail.
> **Note:** If the device has been already commissioned with a specific
> `--commissioner-nodeid`, you must always provide the `--commissioner-nodeid`
> flag with the CHIP Tool commands or update the Access Control List (ACL) on
> the device. Otherwise, the default fallback node ID `112233` is used and the
> communication will fail.
**Example of commands:**
Expand Down Expand Up @@ -856,10 +860,10 @@ $ ./chip-tool discover commissioners
The `pairing` command supports different methods for Matter device commissioning
procedure. The recommended methods are the following:
- `code-thread` - For Thread commissioning.
- `code-wifi` - For Wi-Fi commissioning.
- `code` - For commissioning the device when it is already present in an
IP network.
- `code-thread` - For Thread commissioning.
- `code-wifi` - For Wi-Fi commissioning.
- `code` - For commissioning the device when it is already present in an IP
network.
Alternatively, you can also use the following methods described in the
[Using CHIP Tool for Matter device testing](#using-chip-tool-for-matter-device-testing)
Expand All @@ -882,24 +886,29 @@ $ ./chip-tool pairing
**Example of commands:**
The following command commissions the Thread device with the node ID `1` to the Matter fabric.
The `hex:...` parameter is the operational dataset that contains information about the Thread network to which the device is going to be commissioned.
The onboarding dataset payload `34970112332` (short manual pairing code) is used to discover and commission the device.
The following command commissions the Thread device with the node ID `1` to the
Matter fabric. The `hex:...` parameter is the operational dataset that contains
information about the Thread network to which the device is going to be
commissioned. The onboarding dataset payload `34970112332` (short manual pairing
code) is used to discover and commission the device.
```
$ ./chip-tool pairing code-thread 1 hex:000030000150208562618342348532605109bd31cda6908667addca8789211addac0102c4a9 34970112332
```
The following command commissions the Wi-Fi device with the node ID `1` to the Matter fabric
The SSID `wifi_test` and the password `admin123` is the required information about the Wi-Fi network to which the device is going to be commissioned.
The onboarding dataset payload `34970112332` (short manual pairing code) is used to discover and commission the device.
The following command commissions the Wi-Fi device with the node ID `1` to the
Matter fabric The SSID `wifi_test` and the password `admin123` is the required
information about the Wi-Fi network to which the device is going to be
commissioned. The onboarding dataset payload `34970112332` (short manual pairing
code) is used to discover and commission the device.
```
$ ./chip-tool pairing code-wifi 1 wifi_test admin123 34970112332
```
The following command commissions the device with the node ID `1` to the Matter fabric.
The onboarding dataset payload `MT:8IXS142C00KA0648G00` (QR code payload) is used to discover and commission the device.
The following command commissions the device with the node ID `1` to the Matter
fabric. The onboarding dataset payload `MT:8IXS142C00KA0648G00` (QR code
payload) is used to discover and commission the device.
```
$ ./chip-tool pairing code 1 MT:8IXS142C00KA0648G00
Expand All @@ -917,27 +926,30 @@ to modify attestation-related settings:
matches the PAI and the DAC certificates programmed on the device. Without
this flag, the CHIP Tool uses the built-in test PAA certificate.
- `--cd-trust-store-path` - Use to provide the path to the directory containing the key that
is used to generate the Certification Declaration. The path can be absolute or
relative to the current working directory. With this flag, the CHIP tool
looks for the public key that successfully validate device Certification Declaration's signature.
Without this flag, the CHIP Tool uses the built-in test signing key.
- `--cd-trust-store-path` - Use to provide the path to the directory
containing the key that is used to generate the Certification Declaration.
The path can be absolute or relative to the current working directory. With
this flag, the CHIP tool looks for the public key that successfully validate
device Certification Declaration's signature. Without this flag, the CHIP
Tool uses the built-in test signing key.
- `--only-allow-trusted-cd-keys` - Use to only allow the keys from `--cd-trust-store-path`
and not the built-in test key. If the flag is not provided or it is provided with the
value `false`, untrusted CD verifying keys are allowed. If it is
provided with the value `true` (`--only-allow-trusted-cd-keys true`), test
keys are disallowed and CD signed with the test key will not be accepted.
- `--only-allow-trusted-cd-keys` - Use to only allow the keys from
`--cd-trust-store-path` and not the built-in test key. If the flag is not
provided or it is provided with the value `false`, untrusted CD verifying
keys are allowed. If it is provided with the value `true`
(`--only-allow-trusted-cd-keys true`), test keys are disallowed and CD
signed with the test key will not be accepted.
- `--bypass-attestation-verifier` - Use to bypass the attestation verifier. If
the flag is not provided or it is provided with the value `false`, the
attestation verifier is not bypassed. If it is provided with the value `true`
(`--bypass-attestation-verifier true`), the commissioning will continue
in case of the attestation verification failure. The failure can be caused
by errors in Certification Declaration, the PAA or the PAI certificates, or
in the Device Attestation Certificate. This option can be helpful if you want
to quickly commission a device with the PAI and the DAC certificates based on
non-test PAA and Certification Declaration signed by non-test signing key.
attestation verifier is not bypassed. If it is provided with the value
`true` (`--bypass-attestation-verifier true`), the commissioning will
continue in case of the attestation verification failure. The failure can be
caused by errors in Certification Declaration, the PAA or the PAI
certificates, or in the Device Attestation Certificate. This option can be
helpful if you want to quickly commission a device with the PAI and the DAC
certificates based on non-test PAA and Certification Declaration signed by
non-test signing key.
<hr>
Expand Down Expand Up @@ -993,9 +1005,9 @@ cases.

##### Writing ACL to the `accesscontrol` cluster

The Access Control List concept allows to govern all Data Model
interactions (such as read attribute, write attribute, invoke command). For more
information about ACL, see
The Access Control List concept allows to govern all Data Model interactions
(such as read attribute, write attribute, invoke command). For more information
about ACL, see
[Access Control Guide](https://github.com/project-chip/connectedhomeip/blob/master/docs/guides/access-control-guide.md).

To write ACL to the `accesscontrol` cluster, use the following command pattern:
Expand Down

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