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import datetime
from config import DATE_FORMAT, TIME_FORMAT, TASK_SEP, DEFAULT_PRJ
from DataManager import dataManager
from Settings import settings
from utils import appendTimes, toPmAm, sec2hm
class TimeManager:
def __init__(self):
self._prevDate = None
self._dayLogLines = dataManager.logAfterDate(TimeManager.workingDayStart())
self._currentTask = ""
self.workDayLen = long(settings.get("work_day_length"))
self.currentTime = 0 # Time spent on work
self.slackingTime = 0
def _str2date(self, s):
return datetime.datetime.strptime(s, DATE_FORMAT)
def _genTaskString(self, task, sec):
""" Generate task string """
h, m = sec2hm(sec)
ts = TIME_FORMAT + " >> %s"
ts = ts % (h, m, task)
return ts
def _possibleTime(self):
"""
Return possible work time, by the information that is currently
typed in the input box.
"""
if self._currentTask and self._prevDate:
return (datetime.datetime.now() - self._prevDate).seconds
return 0
def _possibleWorkTime(self):
""" Possible time spent on work """
t = self._possibleTime()
if not TimeManager.isWorkTask(self._currentTask):
t = 0
return t
def _possibleSlackTime(self):
""" Possible slack time """
t = self._possibleTime()
if TimeManager.isWorkTask(self._currentTask):
t = 0
return t
def onAppendTask(self, taskString, isWorkingTask):
""" Virtual method """
pass
def setCurrentTask(self, task):
self._currentTask = task
def countTimings(self):
""" Search all day log and count times """
if self._dayLogLines:
for date, task in self._dayLogLines:
taskString = self.processTask(date, task)
self._prevDate = date
self.onAppendTask(taskString, TimeManager.isWorkTask(task))
@staticmethod
def isWorkTask(task):
""" Check if task is work """
return task.find("**") == -1
@staticmethod
def workingDayStart(now=None):
""" Return datetime object that represents start of the working day """
if now is None:
now = datetime.datetime.now()
workEndTime = settings.get("work_end_time").toTime()
cd = datetime.datetime.combine(now.date(),
workEndTime)
if now.time() < workEndTime:
cd -= datetime.timedelta(days=1)
return cd
def now(self):
""" Return string representing current datetime """
return datetime.datetime.now().strftime(DATE_FORMAT)
def timeSpentCurrent(self):
""" Return time spent on current task """
if self._prevDate:
return sec2hm((datetime.datetime.now() - self._prevDate).seconds)
else:
return (0, 0)
def timeSpent(self):
""" Return time spent on work """
return sec2hm(self.currentTime + self._possibleWorkTime())
def timeSlacking(self):
""" Return slacking time """
return sec2hm(self.slackingTime + self._possibleSlackTime())
def timeLeft(self):
""" Return how much time left to work """
t = sec2hm(self.workDayLen - self.currentTime - self._possibleWorkTime())
if t[0] < 0 or t[1] < 0:
t = (0, 0)
return t
def workTill(self):
""" Return suggested end of work time """
now = datetime.datetime.now()
hc = int(datetime.datetime.now().strftime("%H"))
mc = int(datetime.datetime.now().strftime("%M"))
hl, ml = self.timeLeft()
return toPmAm(appendTimes((hl,ml), (hc, mc)))
def log(self):
""" Return day log text """
return self._dayLogLines
def processTask(self, now, task):
""" Get task values and process it """
taskTime, isWork = self.countTaskValues(now, self._prevDate, task)
if isWork:
self.currentTime += taskTime
else:
self.slackingTime += taskTime
if self._prevDate:
taskString = self._genTaskString(task, taskTime)
else:
taskString = "Your working day started on %s, %s at %s" % (now.strftime("%A"),
now.strftime("%m-%d-%Y"), now.strftime("%H:%M"))
return taskString
@staticmethod
def countTaskValues(now, prevDate, task):
""" Count task values and return it """
sec = 0
isWork = False
if prevDate:
taskTime = now - prevDate
sec = taskTime.seconds
if TimeManager.isWorkTask(task):
isWork = True
return sec, isWork
def finishTask(self, prj, task):
""" Finish nad process task """
now = datetime.datetime.now()
if prj and not DEFAULT_PRJ.lower() == prj.lower():
task = "%s %s %s" % (prj, TASK_SEP, task)
taskString = self.processTask(now, task)
dataManager.addTask(now, task)
self._prevDate = now
return taskString, TimeManager.isWorkTask(task)
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