all thinkspeak feeds working again for both soil sensors, average and cpu temp

soil_moisture.py

@@ -27,9 +27,15 @@ def adc_setup():
 		'use: iscdetect -y 1 to investigate I2C address')
 		exit(-1)
 
+def cpu_temp_finder():
+	temp = open('/sys/class/thermal/thermal_zone0/temp')
+	cpu_temp = temp.read()
+	temp.close()
+	return '{:.1f}'.format(float(cpu_temp)/1000) + ' c'
+
 #main driver for measurments and MQTT
 def main_loop(channel):#insert channel variable when setting up thingspeak
-	
+	#LCD initialisation goes here
 	try:
 		
 		#get sensor reading and percentage conversions
@@ -39,20 +45,25 @@ def main_loop(channel):#insert channel variable when setting up thingspeak
 		soil_two_percent = ((soil_two - two_dry_reading) * 100)/(two_wet_reading - two_dry_reading)
 		soil_avg = (soil_one_percent + soil_two_percent) / 2
 		
+		temp = open('/sys/class/thermal/thermal_zone0/temp')
+		cpu_temp = temp.read()
+		temp.close()
+		cpu_ts = '{:.1f}'.format(float(cpu_temp)/1000)
+		
 		print(soil_one)
 		print(soil_two)
 		
 		print('soil one: %d%%' % soil_one_percent)
 		print('soil two: %d%%' % soil_two_percent)
 		print('soil average: %d%%' % soil_avg)
-		
+		print('CPU temp @: ', cpu_ts)
 		#publish sensor info to MQTT server
 		
 		#publish.single(mqtt_soil_path_one, stuff, hostname= mqtt_soil_server)
 		
 		#send to thingspeak
 		test = 5
-		response = channel.update({'field1': soil_one_percent, 'field2': soil_two_percent, 'field3': soil_avg, 'field4': test})
+		response = channel.update({'field1': soil_one_percent, 'field2': soil_two_percent, 'field3': soil_avg, 'field4': cpu_ts})
 		
 		#print to the LCD display
 	except: