#! /usr/bin/env python
from init.init import init
from loop.loop import loop
from init.state import state_entire
from postProc.postProcess import postProcess
#Run the rest of the program if the initialization is sucessful.
print "Anod Board UI program running..."
state = state_entire().progState
state = init()
if (state == False):
print "Erorr: main.py did not recieve state from init.py"
else:
dFile = loop(state)
postProcess(dFile)
else:
print "ERROR"
def init_test():
print init()
def loop_getDate__test():
print "Recieving data\n"
getData()
if __name__ == "__main__":
import sys
sys.path.append('/Users/mldelibero/case/masters/anodBrd/ui')
from init.state import state_entire
bulkState = state_entire()
from init.progConfig import testConfig_file
from init.progConfig import template_file
from init.progConfig import createState
from init.progConfig import checkUsrParams
from init.init import init
from loop.loop import getData
# state_test()
# create_template_test()
# matches_template_test()
# check_usr_limits_test()
# confirm_testParameters_test()
# createState_test()
def loop(state):
""" Run the main loop.
state is the state variable as it exists in the loop fun.
This consists of:
1. Ending each test if time > time_test
2. Retrieve data from the USB buffer
3. Error checking
4. Format data
5. Output heartbeat
6. Display Data if necessary
7. sleep
"""
class samps:
def __init__(self):
self.sPer = state["sampPer"] # sample period
print "Period: ", self.sPer
self.stTime = state["stTime"] # start time
self.tlen = max(state["ch1_time"], state["ch2_time"])
self.endTime = self.stTime + self.tlen
self.nxtSamp = time() + state["sampPer"]
self.samp = False # need to take sample
self.sampled = True # just sampled
def sampNow(self):
"""Should we take a sample now?"""
self.samp = False
if time() > self.nxtSamp:
self.samp = True
self.nxtSamp += state["sampPer"]
return self.samp
sampling = samps()
runModes = state_entire().runMode
print "\n//---------------------------------------"
print "Starting Main Loop"
print "//---------------------------------------"
if state["ch1_on"] == 1:
print "ch1 running for %s minutes" % (state["ch1_time"] / 60)
else:
print "ch1 --> OFF"
if state["ch2_on"] == 1:
print "ch2 running for %s minutes" % (state["ch2_time"] / 60)
else:
print "ch2 --> OFF"
state["stTime"] = time()
linit = loop_init(state, runModes)
ser = linit[0]
wrFile = linit[1]
protocol = commprot()
while state["ch1_on"] or state["ch2_on"]:
chkTime(state)
if sampling.sampNow():
data = getData(state, runModes, protocol, ser)
forData = formData(data)
chkErr()
wrData(forData, wrFile)
beat()
sleep()
if state["runMode"] != runModes["spoofBrd"]:
ser.close()
print "\n//---------------------------------------"
print "Main Loop Done"
print "//---------------------------------------"
return linit[2] # filepath
