Yun_ESP8266_SHT31_WiFi_REST Namespace Reference

Functions
def	read_mon_values
def	blink

Variables
dictionary	CONF
tuple	ax = plt.gca()
tuple	parsed = json.loads(unicode(urllib2.urlopen("http://%s/" % CONF['sensor']).read(), errors='replace'))
tuple	ts = (time.asctime(), time.time())
list	output = CONF['fmt_print']

Function Documentation

def Yun_ESP8266_SHT31_WiFi_REST.blink

(

)

def Yun_ESP8266_SHT31_WiFi_REST.read_mon_values

(

)

Variable Documentation

tuple Yun_ESP8266_SHT31_WiFi_REST.ax = plt.gca()

dictionary Yun_ESP8266_SHT31_WiFi_REST.CONF

Initial value:

= {
  'sensor': "192.168.11.7:8080",  # ESP8266 (IP fixed/static assigned on DHCP server/router)
#  'sensor': "192.168.11.13:80",   # Arduino Yun (IP not fixed...)

  'interval_update': 20.,
  'interval_timeout': 3.,

  'log_file': "Yun_ESP8266_SHT31_WiFi_REST.log",
  'fmt_print': "%s, %14.3f, %9.3f °C, %9.3f %%rf, %9.3f V",
  'fmt_write': "%s, %14.3f, %9.3f, %9.3f, %9.3f",
}

list Yun_ESP8266_SHT31_WiFi_REST.output = CONF['fmt_print']

tuple Yun_ESP8266_SHT31_WiFi_REST.parsed = json.loads(unicode(urllib2.urlopen("http://%s/" % CONF['sensor']).read(), errors='replace'))

tuple Yun_ESP8266_SHT31_WiFi_REST.ts = (time.asctime(), time.time())