e393a26270
This add details how build and flash the application. This diferentiate between SoC and transceivers to help understand what user need to do to build and flash successfully. Signed-off-by: Gerson Fernando Budke <nandojve@gmail.com>
87 lines
2.5 KiB
ReStructuredText
87 lines
2.5 KiB
ReStructuredText
.. _wpan_serial-sample:
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802.15.4 "serial-radio" sample
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##############################
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Overview
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********
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The wpan_serial sample shows how to use hardware with 802.15.4 radio and USB
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controller as a "serial-radio" device for Contiki-based border routers.
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Requirements
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************
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The sample assumes that 802.15.4 radio and USB controller are supported on
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a board. You can pick, for example, a transceiver such as a CC2520 or RF2xx
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using overlays, or by using an SoC with a built-in radio, such as a kw41z,
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nrf5, or samr21.
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Building and Running
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********************
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#. Before building and running this sample, be sure your Linux system's
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ModemManager is disabled, otherwise, it can interfere with serial
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port communication:
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.. code-block:: console
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$ sudo systemctl disable ModemManager.service
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#. Build the sample Zephyr application to a board with a 802.15.4 radio
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and USB controller. There are configuration files for various setups
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in the ``samples/net/wpan_serial`` directory:
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- :file:`prj.conf`
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This is the standard default config. This can be used by itself for
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hardware which has native 802.15.4 support.
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- :file:`overlay-cc2520.conf`
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This overlay enables support for CC2520 transceiver
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- :file:`overlay-rf2xx.conf`
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This overlay enables support for RF2XX transceiver
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To build the wpan_serial sample:
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.. zephyr-app-commands::
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:zephyr-app: samples/net/wpan_serial
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:board: <board name>
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:conf: "prj.conf [overlay-<RADIO>.conf]"
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:goals: build
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:compact:
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Here's how to build and flash the sample for the Atmel SAM R21
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Xplained Pro Development Kit. Note that for this SoC, you don't
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need to include ``overlay-rf2xx.conf``.
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.. zephyr-app-commands::
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:zephyr-app: samples/net/wpan_serial
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:board: atsamr21_xpro
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:goals: build flash
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:compact:
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#. Connect board to Linux PC, /dev/ttyACM[number] should appear.
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#. Run Contiki-based native border router (6lbr, native-router, etc)
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Example for Contiki:
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.. code-block:: console
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$ cd examples/ipv6/native-border-router
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$ make
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$ sudo ./border-router.native -v5 -s ttyACM0 fd01::1/64
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Now you have a Contiki native board router. You can access its web-based
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interface with your browser using the server address printed in the
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border-router output.
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.. code-block:: console
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...
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Server IPv6 addresses:
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0x62c5c0: =>fd01::212:4b00:531f:113a
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...
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Use your browser to access ``http://[fd01::212:4b00:531f:113a]/`` and you'll
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see available neighbors and routes.
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