def basic_device():
"""A preprogrammed basic sensorgraph for testing."""
device = ReferenceDevice({'simulate_time': False})
adapter = EmulatedDeviceAdapter(None, devices=[device])
nodes = [
"(system input 2 always) => output 1 using copy_latest_a",
"(system input 3 always) => output 2 using copy_latest_a",
"(system input 5 always) => output 3 using copy_latest_a",
"(system input 6 always) => output 4 using copy_latest_a"
]
with HardwareManager(adapter=adapter) as hw:
hw.connect(1)
con = hw.get(8)
sensor_graph = con.sensor_graph()
for node in nodes:
sensor_graph.add_node(node)
sensor_graph.add_streamer('output 10', 'controller', True, 'individual', 'telegram')
yield hw, device
def streaming_sg():
"""A preprogrammed basic sensorgraph for testing streaming."""
device = ReferenceDevice({'simulate_time': False})
adapter = EmulatedDeviceAdapter(None, devices=[device])
nodes = [
"(input 1 when count >= 1) => output 1 using copy_latest_a",
"(input 2 when count >= 1) => output 2 using copy_latest_a",
"(input 3 when count >= 1 && constant 1 always) => unbuffered 1 using trigger_streamer"
]
with HardwareManager(adapter=adapter) as hw:
hw.connect(1)
con = hw.get(8, basic=True)
sensor_graph = find_proxy_plugin('iotile_standard_library/lib_controller', 'SensorGraphPlugin')(con)
for node in nodes:
sensor_graph.add_node(node)
sensor_graph.push_reading('constant 1', 0)
sensor_graph.add_streamer('output 1', 'controller', False, 'individual', 'telegram')
sensor_graph.add_streamer('output 2', 'controller', False, 'hashedlist', 'telegram', withother=0)
yield sensor_graph, hw, device
def basic_device():
"""A preprogrammed basic sensorgraph for testing."""
device = ReferenceDevice({})
adapter = EmulatedDeviceAdapter(None, devices=[device])
nodes = [
"(system input 2 always) => output 1 using copy_latest_a",
"(system input 3 always) => output 2 using copy_latest_a",
"(system input 5 always) => output 3 using copy_latest_a",
"(system input 6 always) => output 4 using copy_latest_a"
]
with HardwareManager(adapter=adapter) as hw:
hw.connect(1)
con = hw.get(8, basic=True)
sensor_graph = find_proxy_plugin(
'iotile_standard_library/lib_controller', 'SensorGraphPlugin')(con)
for node in nodes:
sensor_graph.add_node(node)
sensor_graph.add_streamer('output 10', 'controller', True,
'individual', 'telegram')
yield hw, device
def basic_sg():
"""A preprogrammed basic sensorgraph for testing."""
device = ReferenceDevice({'simulate_time': False})
peripheral = EmulatedPeripheralTile(11, device)
peripheral.declare_config_variable("test 1", 0x8000, 'uint16_t')
peripheral.declare_config_variable('test 2', 0x8001, 'uint32_t[5]')
device.add_tile(11, peripheral)
adapter = EmulatedDeviceAdapter(None, devices=[device])
nodes = [
"(input 1 always) => counter 1024 using copy_latest_a",
"(counter 1024 when count >= 1 && constant 1030 when value == 1) => counter 1030 using copy_latest_a",
"(counter 1030 when count >= 4) => output 1 using copy_all_a"
]
with HardwareManager(adapter=adapter) as hw:
hw.connect(1)
con = hw.get(8, basic=True)
sensor_graph = find_proxy_plugin('iotile_standard_library/lib_controller', 'SensorGraphPlugin')(con)
for node in nodes:
sensor_graph.add_node(node)
sensor_graph.add_streamer('output 10', 'controller', True, 'individual', 'telegram')
yield sensor_graph, hw, device
def empty_sg():
"""An empty sensorgraph for testing."""
device = ReferenceDevice({'simulate_time': False})
adapter = EmulatedDeviceAdapter(None, devices=[device])
with HardwareManager(adapter=adapter) as hw:
hw.connect(1)
con = hw.get(8, basic=False)
sensor_graph = con.sensor_graph()
yield sensor_graph, hw, device
def reference_hw():
"""Get a reference device and connected HardwareManager."""
device = ReferenceDevice({'simulate_time': False})
peripheral = EmulatedPeripheralTile(11, device)
peripheral.declare_config_variable("test 1", 0x8000, 'uint16_t')
peripheral.declare_config_variable('test 2', 0x8001, 'uint32_t[5]')
device.add_tile(11, peripheral)
adapter = EmulatedDeviceAdapter(None, devices=[device])
with HardwareManager(adapter=adapter) as hw:
hw.connect(1)
yield hw, device, peripheral
def sg_device():
"""Get a reference device and connected HardwareManager."""
device = ReferenceDevice({'simulate_time': False})
peripheral = EmulatedPeripheralTile(11, device)
peripheral.declare_config_variable("test 1", 0x8000, 'uint16_t')
peripheral.declare_config_variable('test 2', 0x8001, 'uint32_t[5]')
device.add_tile(11, peripheral)
adapter = EmulatedDeviceAdapter(None, devices=[device])
with HardwareManager(adapter=adapter) as hw:
hw.connect(1)
con = hw.get(8, basic=True)
sensor_graph = find_proxy_plugin('iotile_standard_library/lib_controller', 'SensorGraphPlugin')(con)
yield sensor_graph, hw
def sg_device():
"""Get a reference device and connected HardwareManager."""
device = ReferenceDevice({'simulate_time': False})
peripheral = EmulatedPeripheralTile(11, device)
peripheral.declare_config_variable("test 1", 0x8000, 'uint16_t')
peripheral.declare_config_variable('test 2', 0x8001, 'uint32_t[5]')
device.add_tile(11, peripheral)
adapter = EmulatedDeviceAdapter(None, devices=[device])
with HardwareManager(adapter=adapter) as hw:
hw.connect(1)
con = hw.get(8, basic=False)
sensor_graph = con.sensor_graph()
yield sensor_graph, hw
def rpc_sg():
"""A basic sg for testing the rpc executor."""
device = DemoEmulatedDevice({'simulate_time': False})
adapter = EmulatedDeviceAdapter(None, devices=[device])
nodes = [
"(input 1 always) => unbuffered 1024 using copy_latest_a",
"(unbuffered 1024 when count == 1 && constant 1024 always) => output 1 using call_rpc"
]
with HardwareManager(adapter=adapter) as hw:
hw.connect(1)
con = hw.get(8, basic=True)
sensor_graph = find_proxy_plugin('iotile_standard_library/lib_controller', 'SensorGraphPlugin')(con)
for node in nodes:
sensor_graph.add_node(node)
sensor_graph.push_reading('constant 1024', 753666)
yield sensor_graph, hw, device
def rpc_sg():
"""A basic sg for testing the rpc executor."""
device = DemoEmulatedDevice({'simulate_time': False})
adapter = EmulatedDeviceAdapter(None, devices=[device])
nodes = [
"(input 1 always) => unbuffered 1024 using copy_latest_a",
"(unbuffered 1024 when count == 1 && constant 1024 always) => output 1 using call_rpc"
]
with HardwareManager(adapter=adapter) as hw:
hw.connect(1)
con = hw.get(8, basic=False)
sensor_graph = con.sensor_graph()
for node in nodes:
sensor_graph.add_node(node)
sensor_graph.push_reading('constant 1024', 753666)
yield sensor_graph, hw, device