__author__ = 'asc'
debug = True
from random import random


class Barometer_Debug ():
	def __init__(self):
		pass

	@property
	def status (self):
		return (0, "Barometer functioning properly")

	@property
	def temperature (self):
		if self.status[0]:
			return 'error'

		if debug:
			temp = random()*100
		else:
			raise Exception ('Not Debug')
		return temp

	@property
	def pressure (self):
		if (self.status[0]):
			return 'error'

		if debug:
			press = random()
		else:
			raise Exception ('Not Debug')
		return press

	@property
	def altitude (self):
		if self.status[0]:
			return 'error'
		if debug:
			alt = random()*100000
		else:
			raise Exception ('Not Debug')

		return alt

class Camera_Debug():

	def __init__(self):
		pass

	@property
	def status (self):
		return (0, "Camera functioning properly")

	def capture (self):
		#todo capture image
		return ({"file":open("image.jpg", 'rb')})


#barometerdebug2 uses actual barometer
# class Barometer_Debug2 ():
# 	import Adafruit_BMP.BMP085 as BMP085
# 	def __init__(self):
# 		self.bmp = BMP085.BMP085()
# 		pass
#
# 	@property
# 	def status (self):
# 		return (0, "Barometer functioning properly")
#
# 	@property
# 	def temperature (self):
# 		if self.status[0]:
# 			return 'error'
#
# 		temp = self.bmp.read_temperature()
# 		return temp
#
# 	@property
# 	def pressure (self):
# 		if (self.status[0]):
# 			return 'error'
#
# # 		press = 100000*random()
# 		press = self.bmp.read_pressure()
#
# 		return press
#
# 	@property
# 	def altitude (self):
# 		if self.status[0]:
# 			return 'error'
# 		#TODO Set the altitude of your current location in meter
# 		alt = self.bmp.read_altitude()
# # 		alt = 100000*random()
# 		return alt