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a614a026b7
Convert DT_.*_GPIO_{CONTROLLER,PIN,FLAGS} ->
DT_.*_GPIOS_{CONTROLLER,PIN,FLAGS)
Used the following commands to make these conversions:
git grep -l DT_.*_GPIO_CONTROLLER | xargs sed -i 's/DT_\(.*\)_GPIO_CONTROLLER/DT_\1_GPIOS_CONTROLLER/g'
git grep -l DT_.*_GPIO_PIN | xargs sed -i 's/DT_\(.*\)_GPIO_PIN/DT_\1_GPIOS_PIN/g'
git grep -l DT_.*_GPIO_FLAGS | xargs sed -i 's/DT_\(.*\)_GPIO_FLAGS/DT_\1_GPIOS_FLAGS/g'
Signed-off-by: Kumar Gala <kumar.gala@linaro.org>
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| CMakeLists.txt | ||
| prj.conf | ||
| README.rst | ||
| sample.yaml | ||
.. _bluetooth-hci-spi-sample:
Bluetooth: HCI SPI
##################
Overview
********
Expose Zephyr Bluetooth Controller support over SPI to another device/CPU using
the Zephyr SPI HCI transport protocol (similar to BlueNRG).
Requirements
************
* A board with SPI slave, GPIO and BLE support.
Building and Running
********************
In order to use this application, you need a board with a Bluetooth
controller and SPI slave drivers, and a spare GPIO to use as an
interrupt line to the SPI master.
You then need to ensure that your Device Tree settings provide a definition
for the slave HCI SPI device::
bt-hci@0 {
compatible = "zephyr,bt-hci-spi-slave";
...
};
You can then build this application and flash it onto your board in
the usual way; see :ref:`boards` for board-specific building and
flashing information.
You will also need a separate chip acting as BT HCI SPI master. This
application is compatible with the HCI SPI master driver provided by
Zephyr's Bluetooth HCI driver core; see the help associated with the
BT_SPI configuration option for more information.
Refer to :ref:`bluetooth-samples` for general Bluetooth information, and
to :ref:`96b_carbon_nrf51_bluetooth` for instructions specific to the
96Boards Carbon board.