print("Du trykkede på knappen")
button1Timer.start()
buttonPressed = True
elif buttonPressed and button1Timer.started:
button1Timer.stop()
print("Du holdte knappen nede i 2 sekunder!")
buttonDefused = True
won = True
break
if not button1.buttonCheck() and buttonPressed:
button1Timer.stop()
buttonPressed = False
print("Du trykker ikke længere på knappen")
if time.time() - timeGameStarted >= gameDuration * 60:
won = False
break
# ellers overarbejder processoren
time.sleep(0.001)
buzzer.off()
led1.off()
if won:
print("Du har vundet")
display.setText("BOMB DEFUSED")
else:
print("Du har tabt")
display.setText("BOMB EXPLODED")
temperatureSensor.read()
if temperatureSensor.valid:
# Save the Temperature Sensor results in a Temperature Data Object
temperatureData["deviceID"] = deviceID
temperatureData["temperature"] = temperatureSensor.temperatureF
temperatureData["humidity"] = temperatureSensor.humidity
temperatureData["pressure"] = 0
# Print results to the console if in debug mode
if debug:
print("Sampled at %s Temperature: %.2f F Humidity: %.2f" % (str(datetime.datetime.now()), temperatureData["temperature"], temperatureData["humidity"]))
# Convert the Temperature Data Object to JSON string
strj = json.dumps(temperatureData, ensure_ascii=False)
# POST the JSON results to the RESTful Web API using HTTP Basic Authentication
response = requests.post(webApiUrl, strj, headers={'Content-Type':'application/json'}, auth=(webApiUsername, webApiPassword))
if response.status_code == 200:
strj = response.json()
print("Response status is %s with message of %s" % (strj["status"], strj["message"]))
else:
print("Response Error: %d" % response.status_code)
else:
print("Temperature Sensor Error")
# Turn LED OFF
led.off()
# Sleep until we need to read the sensors again
time.sleep(sampleTime)
def all_off(self):
for _, LED in self.list.items():
LED.off()
