testboard = Testboard(TESTBOARD_ID)
# Our Product's Input will be connected the Testboard's Pin D3, making it our
# Output Pin
OUTPUT_PIN = "D3"
def test_raise_flooding_alarm():
# set PIN state
testboard.digitalWrite(OUTPUT_PIN, HIGH)
time.sleep(2)
# Ask spanner to wait for 3 seconds while at the same time checking if we
# got a command from the device
result = device.waitForCommand(3)
# Make sure we actually got a command, and we didn't just time out
spanner.assertTrue(result.commandReceived)
# Double check the name of the command
spanner.assertEqual("alarm_triggered", command.name)
spanner.assertEqual("water_flooding", command.value)
if __name__ == "__main__":
spanner.runTest(test_raise_flooding_alarm())
# NOT READY
# should happen every two seconds, so we should definitely get one if we wait
# for 3. Of course this would never be a real world example, it's only for
# educational purposes
import time
import spanner
import Device from AWSDevice
device = Device("device_name")
def expect_network_cmd():
# Ask spanner to wait for 3 seconds while at the same time checking if we
# got a command from the device
result = device.waitForCommand(3)
# Make sure we actually got a command, and we didn't just time out
spanner.assertTrue(result.commandReceived)
# Double check the name of the command
spanner.assertEqual("heartbeat_event", command.name)
spanner.assertEqual("", command.value)
if __name__ == "__main__":
spanner.runTest(expect_network_cmd())
# NOT READY
# The goal of this example is to show you how you can drive a digital input on
# your device that expects a PWM signal from the Testboard.
#
# In our particular example, we are only setting a value and not asserting
# anything. Of course this would never be a real world example, it's only for
# educational purposes
import time
import spanner
import Testboard
# Our Product's Input will be connected the Testboard's Pin D0, making it our
# Output Pin
OUTPUT_PIN = "D0"
testboard = Testboard("testboard_name")
def set_pwm_output():
# In this example, we'll give it a 50% duty cycle. Our pwmWrite takes values
# from 0 to 4095, so a 50% duty cycle would be 2047.
testboard.pwmWrite(OUTPUT_PIN, 2047)
# See also pwmWrite(pin, value, frequency)
if __name__ == "__main__":
spanner.runTest(set_pwm_output())
# NOT READY