def main():
#a = append, r+ = read/write, w = write, r = read
#Test using a class
sensor2 = SDfile(SDfileRootPath, "Nest")
#sensor2.quickInit(headers)
#sensor2.quickAppend("3,nest,sept12,5:30pm" + '\n')
#sensor2.quickAppend("4,nest,sept12,5:30pm" + '\n')
#sensor2.quickAppend("4,nest,sept12,10:30pm" + '\n')
sensor2.quickAppendBuffer(["black,panago,sept12,10:30pm", "green,pizzahut,sept12,10:30pm", "black,freshSlice,sept12,10:30pm"])
while True:
if binBuffer.getEmptyFlag() == False:
mainDeque = binBuffer.flushBuffer()
#Buffer queue should be empty
#print "Sending signal to Display "
#Update global count values
#print binBuffer.getCount("black")
globalVars.blackCount = 0
#print binBuffer.getCount("green")
globalVars.greenCount = 2
#print binBuffer.getCount("blue")
globalVars.blueCount = 4
#print binBuffer.getCount("grey")
globalVars.greyCount = 6
#print "Sending signal to SD to save "
sdFile.quickAppendBuffer(mainDeque)
#inserts the buffer to database, and the count values to update the display
print "calling update database"
db.updateDatabase(mainDeque, globalVars.blackCount, globalVars.greenCount, globalVars.blueCount, globalVars.greyCount)
#date = time.strftime("%d_%m_%Y") #get current date
#filePath = relativePath + date + "_" + location + "_" + color + ".csv"
#print "quickRead: " + str(sdFile.quickRead(filePath))
#Test buffer
#test = raw_input ("Enter stuff in deque: ")
#color = raw_input ("Enter color: ")
#binBuffer.simulateQueue(test,color)
sleep(3)
globalVars.blackCount += 1
