954baea90b
Restructure the RANDOM Kconfig to match the structure used in other drivers with a single top level menu. Move the true random number generators to appear first in the menu, with pseudo generators at the bottom. Do not present pseudo generators if a true random generator is presented. This change implies that tests, samples and applications that require the random driver interface must now select CONFIG_RANDOM_GENERATOR. In order for tests and samples to build (and run) on platforms that have no random driver it remains necessary to select the CONFIG_TEST_RANDOM_GENERATOR. Note that CONFIG_TEST_RANDOM_GENERATOR retains its original purpose of enabling a random driver that delivers non random numbers for the purpose of testing only. Change-Id: I2e28e44b4adf800e64a885aefe36a52da8aa455a Signed-off-by: Marcus Shawcroft <marcus.shawcroft@arm.com> |
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| Makefile | ||
| README | ||
| prj.conf | ||
| testcase.ini | ||
README
Application implementing 802.15.4 "serial-radio" protocol.
How to use:
1. Build and flash Zephyr application to Quark board with 802.15.4 radio,
at the moment CC2520 radio is supported.
2. Connect board to Linux PC, /dev/ttyACM[number] should appear
3. Run Contiki-based native border router (6lbr, native-router, etc)
Example for Contiki:
$ cd examples/ipv6/native-border-router
$ make
$ sudo ./border-router.native -v5 -s ttyACM0 fd01::1/64
Now you have Contiki native border router, simple web server should show some
802.15.4 devices. Web server address is printed in the border-router output
screen:
...
Server IPv6 addresses:
0x62c5c0: =>fd01::212:4b00:531f:113a
...
Go to http://[fd01::212:4b00:531f:113a]/
It shall show you Neighbors and Routes.
PS: Make sure your disto ModemManager is disabled, otherwise it sends AT commands
to our device ;)
$ sudo systemctl disable ModemManager.service