gistfile1.txt

import time, datetime
import sys
import traceback
def formatExceptionInfo(maxTBlevel=5):
    cla, exc, trbk = sys.exc_info()
    excName = cla.__name__
    try:
        excArgs = exc.__dict__["args"]
    except KeyError:
        excArgs = "<no args>"
    excTb = traceback.format_tb(trbk, maxTBlevel)
    return (excName, excArgs, excTb)


class SensorHistories:
    # array of sensor data
    sensorhistories = []

    def __init__(self):
        self.sensorhistories = []

    def __init__(self, f):
        if f:
            self.readfromfile(f)
            
    def find(self, sensornum):
        for history in self.sensorhistories:
            if history.sensornum == sensornum:
                return history
        # none found, create it!
        history = SensorHistory(sensornum)
        self.sensorhistories.append(history)
        return history

    def readfromfile(self, f):
        curryear = 0
        currmonth = 0
        currdate = 0
        
        currdailypowerusage = None
    
        for line in f:
            try:
                # chomp() off the new line at the end
                if line and line[-1] == '\n':
                    line = line[:-1]
                    
                    # debug print
                    #print line, '\n'
                #print line
                if (line[0] == '#'):
                    continue
                
                # divide up into [0] date, [1] time, [2] sensornum, [3] Watts used
                # this parsing isnt very flexible...it would be nice if it was rugged :(
                foo = line.split(', ')
                timestamp = foo[1]
                sensornum = int(foo[2])
                powerused = float(foo[3])
                dateset = foo[0].split(' ')
                year = int(dateset[0])
                month = int(dateset[1])
                date = int(dateset[2])

                # debug print out that parsed line
                #print "#", year, month, date, timestamp, sensornum,  powerused

                if not ( datetime.date.today().year == year and datetime.date.today().month == month and datetime.date.today().day == date) :
                    pass            # older data, skip it

                # get the 'seconds since epoch' time for the datapoint
                datapointtime = time.mktime( time.strptime(foo[0]+", "+foo[1], "%Y %m %d, %H:%M") )
                history = self.find(sensornum)
                if history.lasttime > datapointtime:
                    # this is the first datapoint for this sensor
                    history.lasttime = datapointtime
                    # the next time we go through, we'll have a delta of time 
                    continue
                
                # figure out how much time has elapsed since last datapoint
                #print (datapointtime - history.lasttime), " seconds elapsed since last datapoint"

                # calculate how many Watthrs since last datapoint
                print powerused * (datapointtime - history.lasttime) / (60.0 * 60.0)
                # add that to the current sensorhistory dayswatthr
                history.dayswatthr += powerused * (datapointtime - history.lasttime) / (60.0 * 60.0)
                
                history.lasttime = datapointtime
            except:
                print formatExceptionInfo()
                
        for history in self.sensorhistories:
            history.lasttime = time.time()
                
    def __str__(self):
        s = ""
        for history in self.sensorhistories:
            s += history.__str__()
        return s
####### store sensor data and array of histories per sensor
##class SensorHistory:
##  sensornum = 0                # the ID for this set of data
##  cumulative5mwatthr =  0      # data for power collected over last 5 minutes
##  dayswatthr = 0               # power collected over last full day
##  fiveminutetimer = 0
##  lasttime = 0
##
##  def __init__(self, sensornum):
##      self.sensornum = sensornum
##      self.fiveminutetimer = time.time()  # track data over 5 minutes
##      self.lasttime = time.time()
##      self.cumulative5mwatthr = 0
##      self.dayswatthr = 0
##      
##  def addwatthr(self, deltawatthr):
##      self.cumulative5mwatthr +=  float(deltawatthr)
##      self.dayswatthr += float(deltawatthr)
##
##  def reset5mintimer(self):
##      self.cumulative5mwatthr = 0
##      self.fiveminutetimer = time.time()
##      
##  def avgwattover5min(self):
##      return self.cumulative5mwatthr * (60.0*60.0 / (time.time() - self.fiveminutetimer))
##  
##  def __str__(self):
##      return "[ id#: %d, 5mintimer: %f, lasttime; %f, 5minwatthr: %f, daywatthr = %f]" % (self.sensornum, self.fiveminutetimer, self.lasttime, self.cumulative5mwatthr, self.dayswatthr)

class SensorHistory1:
  sensornum = 1                # the ID for this set of data
  cumulative5mwatthr =  0      # data for power collected over last 5 minutes
  dayswatthr = 0               # power collected over last full day
  fiveminutetimer = 0
  lasttime = 0

  def __init__(self, sensornum):
      self.sensornum = sensornum
      self.fiveminutetimer = time.time()  # track data over 5 minutes
      self.lasttime = time.time()
      self.cumulative5mwatthr = 0
      self.dayswatthr = 0
      
  def addwatthr(self, deltawatthr):
      self.cumulative5mwatthr +=  float(deltawatthr)
      self.dayswatthr += float(deltawatthr)

  def reset5mintimer(self):
      self.cumulative5mwatthr = 0
      self.fiveminutetimer = time.time()
      
  def avgwattover5min(self):
      return self.cumulative5mwatthr * (60.0*60.0 / (time.time() - self.fiveminutetimer))
  
  def __str__(self):
      return "[ id#: %d, 5mintimer: %f, lasttime; %f, 5minwatthr: %f, daywatthr = %f]" % (self.sensornum, self.fiveminutetimer, self.lasttime, self.cumulative5mwatthr, self.dayswatthr)

class SensorHistory2:
  sensornum = 2                # the ID for this set of data
  cumulative5mwatthr =  0      # data for power collected over last 5 minutes
  dayswatthr = 0               # power collected over last full day
  fiveminutetimer = 0
  lasttime = 0

  def __init__(self, sensornum):
      self.sensornum = sensornum
      self.fiveminutetimer = time.time()  # track data over 5 minutes
      self.lasttime = time.time()
      self.cumulative5mwatthr = 0
      self.dayswatthr = 0
      
  def addwatthr(self, deltawatthr):
      self.cumulative5mwatthr +=  float(deltawatthr)
      self.dayswatthr += float(deltawatthr)

  def reset5mintimer(self):
      self.cumulative5mwatthr = 0
      self.fiveminutetimer = time.time()
      
  def avgwattover5min(self):
      return self.cumulative5mwatthr * (60.0*60.0 / (time.time() - self.fiveminutetimer))
  
  def __str__(self):
      return "[ id#: %d, 5mintimer: %f, lasttime; %f, 5minwatthr: %f, daywatthr = %f]" % (self.sensornum, self.fiveminutetimer, self.lasttime, self.cumulative5mwatthr, self.dayswatthr)

class SensorHistory3:
  sensornum = 3                # the ID for this set of data
  cumulative5mwatthr =  0      # data for power collected over last 5 minutes
  dayswatthr = 0               # power collected over last full day
  fiveminutetimer = 0
  lasttime = 0

  def __init__(self, sensornum):
      self.sensornum = sensornum
      self.fiveminutetimer = time.time()  # track data over 5 minutes
      self.lasttime = time.time()
      self.cumulative5mwatthr = 0
      self.dayswatthr = 0
      
  def addwatthr(self, deltawatthr):
      self.cumulative5mwatthr +=  float(deltawatthr)
      self.dayswatthr += float(deltawatthr)

  def reset5mintimer(self):
      self.cumulative5mwatthr = 0
      self.fiveminutetimer = time.time()
      
  def avgwattover5min(self):
      return self.cumulative5mwatthr * (60.0*60.0 / (time.time() - self.fiveminutetimer))
  
  def __str__(self):
      return "[ id#: %d, 5mintimer: %f, lasttime; %f, 5minwatthr: %f, daywatthr = %f]" % (self.sensornum, self.fiveminutetimer, self.lasttime, self.cumulative5mwatthr, self.dayswatthr)