def scanner(board_allocator: BoardAllocator) -> BleDevice:
device = board_allocator.allocate("scanner")
assert device
device.ble.init()
yield device
device.ble.shutdown()
board_allocator.release(device)
def client(board_allocator: BoardAllocator) -> BleDevice:
device = board_allocator.allocate('client')
assert device
device.ble.init()
yield device
device.ble.shutdown()
board_allocator.release(device)
def central(board_allocator: BoardAllocator):
device = board_allocator.allocate('central')
assert device is not None
device.ble.init()
yield device
device.ble.shutdown()
board_allocator.release(device)
def dual_role(board_allocator: BoardAllocator):
device = board_allocator.allocate('dual_role')
assert device is not None
device.ble.init()
yield device
device.ble.shutdown()
board_allocator.release(device)
def advertiser(board_allocator: BoardAllocator) -> BleDevice:
device = board_allocator.allocate('advertiser')
device.ble.init()
device.advParams.setPrimaryInterval(ADVERTISING_INTERVAL,
ADVERTISING_INTERVAL)
device.gap.setAdvertisingParameters(LEGACY_ADVERTISING_HANDLE)
yield device
device.ble.shutdown()
board_allocator.release(device)
def advertiser(board_allocator: BoardAllocator) -> BleDevice:
dev = board_allocator.allocate("advertiser")
assert dev is not None
dev.ble.init()
dev.advParams.setPrimaryInterval(ADV_INTERVAL_MSEC, ADV_INTERVAL_MSEC)
dev.gap.setAdvertisingParameters(LEGACY_ADVERTISING_HANDLE)
yield dev
dev.ble.shutdown()
board_allocator.release(dev)
def peripheral2(board_allocator: BoardAllocator):
device = board_allocator.allocate('peripheral2')
assert device is not None
device.ble.init()
yield device
device.ble.shutdown()
board_allocator.release(device)
def unknown_peripheral(board_allocator: BoardAllocator, rand_data):
device = board_allocator.allocate('peripheral')
assert device is not None
init_device(device)
configure_peripheral(device, rand_data)
yield device
device.ble.shutdown()
board_allocator.release(device)
def peripheral(board_allocator: BoardAllocator, test_params: TestParams):
device = board_allocator.allocate('peripheral')
assert device is not None
# initialize the ble stack
device.ble.init()
# setup advertising intervals
device.advParams.setPrimaryInterval(100, 100)
device.gap.setAdvertisingParameters(LEGACY_ADVERTISING_HANDLE)
yield device
device.ble.shutdown()
board_allocator.release(device)
def central(board_allocator: BoardAllocator):
device = board_allocator.allocate('central')
assert device is not None
init_device(device)
device.gap.setCentralPrivacyConfiguration(
False,
"RESOLVE_AND_FORWARD"
)
yield device
device.ble.shutdown()
board_allocator.release(device)
def server(board_allocator: BoardAllocator) -> BleDevice:
device = board_allocator.allocate("server")
assert device
device.ble.init()
device.advDataBuilder.clear()
# add flags data into advertising payload
advertising_flags = ["LE_GENERAL_DISCOVERABLE", "BREDR_NOT_SUPPORTED"]
for f in advertising_flags:
device.advDataBuilder.setFlags(f)
device.gap.applyAdvPayloadFromBuilder(LEGACY_ADVERTISING_HANDLE)
# set the advertising type
device.advParams.setType("CONNECTABLE_UNDIRECTED")
device.gap.setAdvertisingParameters(LEGACY_ADVERTISING_HANDLE)
yield device
device.ble.shutdown()
board_allocator.release(device)
def advertiser(board_allocator: BoardAllocator, advertising_data: str) -> BleDevice:
device = board_allocator.allocate('advertiser')
assert device
# Setup the advertiser
device.ble.init()
# set up advertising parameters
device.advParams.setType(ADVERTISING_TYPE)
device.advParams.setPrimaryInterval(ADVERTISING_INTERVAL, ADVERTISING_INTERVAL)
device.gap.setAdvertisingParameters(LEGACY_ADVERTISING_HANDLE)
# add emitter data into advertising payload
device.advDataBuilder.setManufacturerSpecificData(advertising_data)
# apply payload
payload = device.advDataBuilder.getAdvertisingData().result
device.gap.applyAdvPayloadFromBuilder(LEGACY_ADVERTISING_HANDLE)
yield device
device.ble.shutdown()
board_allocator.release(device)
def broadcaster(board_allocator: BoardAllocator) -> BleDevice:
device = board_allocator.allocate('broadcaster')
assert device
device.ble.init()
advertising_interval = 100
advertising_type = "CONNECTABLE_UNDIRECTED"
local_name = "foo"
# setup the advertising interval
device.advParams.setType(advertising_type)
device.advParams.setPrimaryInterval(advertising_interval,
advertising_interval)
device.gap.setAdvertisingParameters(LEGACY_ADVERTISING_HANDLE)
# setup the local name in the scan response
device.advDataBuilder.clear()
device.advDataBuilder.setName(local_name, True)
device.gap.applyScanRespFromBuilder(LEGACY_ADVERTISING_HANDLE)
yield device
device.ble.shutdown()
board_allocator.release(device)
async def board(board_allocator: BoardAllocator):
board = await board_allocator.allocate('LinkLoss')
yield board
board_allocator.release(board)
def advertiser(board_allocator: BoardAllocator) -> BleDevice:
device = board_allocator.allocate('advertiser')
device.ble.init()
yield device
device.ble.shutdown()
board_allocator.release(device)
async def board(board_allocator: BoardAllocator):
board = await board_allocator.allocate('DeviceInformation')
yield board
board_allocator.release(board)