sensor_string += " Time: " + str(SensorsInterface.getRTCCtime()) # Add the date and time to the string
tft_printer.screen_print_rotated(sensor_string, 1) # Print the completed string to the landscape display
time.sleep(2) # Wait for 2 seconds before proceeding
tools_string = "" # Prepare an empty string to be printed to the screen
tools_string += " Serial: " + PiTools.get_cpu_serial() # Add the RPi's CPU Serial number to the string
tools_string += " CPU Temp: " + str(PiTools.get_cpu_temperature()) # Add the RPi's CPU Serial number to the string
tools_string += " Local: " + PiTools.get_interface_ip("eth0") # Add the local IP of eth0 to the string
tools_string += " Public: " + CloudTools.get_public_ip() # Add the public IP of the RPi to the string
tft_printer.screen_print_rotated(tools_string, 1) # Print the completed string to the landscape display
# Send a trigger to a recipe created using the Maker Channel on IFTTT.com
CloudTools.ifttt_trigger("YourIFTTTMakerChannelKey", "YourRecipeEventName", 5)
# Send a trigger to a recipe created using the Maker Channel on IFTTT.com along with variables in a JSON
CloudTools.ifttt_trigger("YourIFTTTMakerChannelKey", "YourRecipeEventName", 5, "1", 2, 3.0)
# print("Telling Pi to reboot in 10")
# PI_TOOLS.reboot_pi(10)
# print("Rebooting in 10, Ctrl+C to cancel")
SensorsInterface.ledOff() # Turn off the Sensorian Orange LED
tools_string = "" # Prepare an empty string to be printed to the screen
tools_string += " Serial: " + PiTools.get_cpu_serial(
) # Add the RPi's CPU Serial number to the string
tools_string += " CPU Temp: " + str(PiTools.get_cpu_temperature(
)) # Add the RPi's CPU Serial number to the string
tools_string += " Local: " + PiTools.get_interface_ip(
"eth0") # Add the local IP of eth0 to the string
tools_string += " Public: " + CloudTools.get_public_ip(
) # Add the public IP of the RPi to the string
tft_printer.screen_print_rotated(
tools_string, 1) # Print the completed string to the landscape display
# Send a trigger to a recipe created using the Maker Channel on IFTTT.com
CloudTools.ifttt_trigger("YourIFTTTMakerChannelKey", "YourRecipeEventName", 5)
# Send a trigger to a recipe created using the Maker Channel on IFTTT.com along with variables in a JSON
CloudTools.ifttt_trigger("YourIFTTTMakerChannelKey", "YourRecipeEventName", 5,
"1", 2, 3.0)
# print("Telling Pi to reboot in 10")
# PI_TOOLS.reboot_pi(10)
# print("Rebooting in 10, Ctrl+C to cancel")
SensorsInterface.ledOff() # Turn off the Sensorian Orange LED
def output_handler(pin, value):
# Sensorian-led
if pin == 0:
if value == "1":
SensorsInterface.ledOn()
else:
SensorsInterface.ledOff()
# Sensorian-tft
elif pin == 1:
print "update sensorian-tft was called"
# Check TFT availablity
print "waiting for TFT_available_lock"
TFT_available_lock.acquire()
print "acquired TFT_available_lock"
availability = TFT_available
TFT_available_lock.release()
print "released TFT_available_lock"
if availability == False:
print "dropping TFT write."
return
print "waiting for TFT_orientation_lock"
TFT_orientation_lock.acquire()
print "acquired TFT_orientation_lock"
orientation = TFT_orientation
# orientation = 1
TFT_orientation_lock.release()
print "released TFT_orientation_lock"
print "Writing to tft"
# tft_printer.screen_print(str(value))
print "Trying to acquire TFT_Lock"
TFT_Lock.acquire()
print "Acquired TFT_Lock"
my_tft_writer = TFT_Thread(value, orientation)
my_tft_writer.start()
print "End of output handler"
# Sensorian-rtcc.time
elif pin == 2:
try:
# Extract the time
time = str(value).split(",")
year = int(time[0])
month = int(time[1])
date = int(time[2])
hour = int(time[3])
minute = int(time[4])
second = int(time[5])
# Set the time
SensorsInterface.setRTCCtime(year, month, date, hour, minute, second)
print "Time has been set"
except:
print "Error setting the time"
# Sensorian-rtcc.alarmtime
elif pin == 3:
try:
# Extract the time and alarm mode
time = str(value).split(",")
year = int(time[0])
month = int(time[1])
date = int(time[2])
hour = int(time[3])
minute = int(time[4])
second = int(time[5])
mode = int(time[6])
# Set the alarm
SensorsInterface.setRTCCalarm(year, month, date, hour, minute, second, mode)
print "Alarm time has been set"
except:
print "Error setting the alarm"
# Sensorian-rtcc.resetalarm
elif pin == 4:
SensorsInterface.resetRTCCalarm()
def output_handler(pin, value):
#Sensorian-led
if pin == 0:
if value == "1":
SensorsInterface.ledOn()
else:
SensorsInterface.ledOff()
#Sensorian-tft
elif pin == 1:
print "update sensorian-tft was called"
#Check TFT availablity
print "waiting for TFT_available_lock"
TFT_available_lock.acquire()
print "acquired TFT_available_lock"
availability = TFT_available
TFT_available_lock.release()
print "released TFT_available_lock"
if availability == False:
print "dropping TFT write."
return
print "waiting for TFT_orientation_lock"
TFT_orientation_lock.acquire()
print "acquired TFT_orientation_lock"
orientation = TFT_orientation
#orientation = 1
TFT_orientation_lock.release()
print "released TFT_orientation_lock"
print "Writing to tft"
#tft_printer.screen_print(str(value))
print "Trying to acquire TFT_Lock"
TFT_Lock.acquire()
print "Acquired TFT_Lock"
my_tft_writer = TFT_Thread(value, orientation)
my_tft_writer.start()
print "End of output handler"
#Sensorian-rtcc.time
elif pin == 2:
try:
#Extract the time
time = str(value).split(",")
year = int(time[0])
month = int(time[1])
date = int(time[2])
hour = int(time[3])
minute = int(time[4])
second = int(time[5])
#Set the time
SensorsInterface.setRTCCtime(year, month, date, hour, minute,
second)
print "Time has been set"
except:
print "Error setting the time"
#Sensorian-rtcc.alarmtime
elif pin == 3:
try:
#Extract the time and alarm mode
time = str(value).split(",")
year = int(time[0])
month = int(time[1])
date = int(time[2])
hour = int(time[3])
minute = int(time[4])
second = int(time[5])
mode = int(time[6])
#Set the alarm
SensorsInterface.setRTCCalarm(year, month, date, hour, minute,
second, mode)
print "Alarm time has been set"
except:
print "Error setting the alarm"
#Sensorian-rtcc.resetalarm
elif pin == 4:
SensorsInterface.resetRTCCalarm()