def __init__(self, name="", parent=None):
resource.Resource.__init__(self)
self.name = name
self.children = {}
self.parent = parent
self.data = {}
log.create(self)
def __init__(self, name="", parent=None):
resource.Resource.__init__(self)
self.name = name
self.children = {}
self.parent = parent
self.data = {}
log.create(self)
def start_logging(logfile="gromacs.log"):
"""Start logging of messages to file and console.
The default logfile is named ``gromacs.log`` and messages are
logged with the tag *gromacs*.
"""
import log
log.create("gromacs", logfile=logfile)
logging.getLogger("gromacs").info("GromacsWrapper %s STARTED logging to %r", get_version(), logfile)
#checking the newness of user
verified = user.verify(user_name) #returns 'T' or 'F' by checking data
if verified: #if verified we break the loop instantly
verified = True
else: #if still not verified we try to verify
display.heading("new here?")
display.new_here_msg()
#display some msg
while True: #force user to login or signup
user_choice = user.choice()
if user_choice == 1:
#account creating code goes here
user.create(user_name)
log.create(user_name)
print("ACCOUNT CREATION : SUCCESSFUL")
verified = True
break #we break our loop
elif user_choice == 2:
break #we break our program to change username
else:
display.input_warning()
##---------------------------AFTER LOGGED PART-----------------------------##
print("LOGGED AS " + user_name)
user_data = matrix.create("users/" + user_name + ".txt")
#print(user_data)
run = True
while run: #run program until user wants to quit
def start_logging(logfile="bornprofiler.log"):
"""Start logging of messages to file and console."""
import log
log.create("bornprofiler", logfile=logfile)
logging.getLogger("bornprofiler").info(
"BornProfiler STARTED logging to %r", logfile)
fails[3] = 0
fails[4] = 0
# left side: sensors as listed in in ".._raw"-file
# right side: thingspeak field no.
sensors = [0 for x in range(sensnumb)]
sensors[0] = 1
sensors[1] = 2
sensors[2] = 5
sensors[3] = 4
sensors[4] = 6
# sensors[i]=$fieldNR
log.verbose(False)
log.create("ds18b20")
log.logging.warning("----Start-----")
def thermometer(i=0):
log.logging.info("%d: reading sensor.." % (i + 1))
strg = " "
temp = ds18b20_raw.read_temp(i)
if temp > 60:
temp = temp / 0 # raise an exception and don't upload that bullshit
temp = temp * 10
temp = int(temp)
temp = temp / 10 # division!
# strg="field%i" %(i+1)
strg = "field%i" % sensors[i]
log.logging.info("sensor %i" % (i + 1) + " will update " + strg + " with temp: %d C" % temp)
import log
logger = log.create('app', logfile='app.log')
logger.debug("test")
#Nodes[1][0]="22"
#Nodes[1][1]="SPI"#18
#Nodes[1][2]="field3"
#Nodes[1][3]="field4"
#Nodes[1][4]=0
#to exclude bogus values if detected
def failstate():
global temperature, humidity
temperature = -50
humidity = -50
#init
failstate()
log.verbose(False)
log.create('dht22')
log.logging.warning('----Start-----')
#spikefree() init values
lasttemp=100
lasthum=100
# Run the DHT program to get the humidity and temperature readings!
def read_dht(node):
global temperature, humidity
processread=False
#stabilize input, then..
time.sleep(swait)
log.logging.debug("node %d: reading" %node)
