def __init__(self,
sports,
vbox=None,
window=None,
combovalue=None,
combovalue2=None,
main=None):
TimeGraph.__init__(self, sports, vbox=vbox, window=window, main=main)
self.combovalue = combovalue
self.combovalue2 = combovalue2
self.KEY_FORMAT = "%a"
def test_IncorporatingOverlap(self):
tg = TimeGraph()
tg.addTimeInterval("first", 500, 300) # 200 - 500
tg.addTimeInterval("second", 1000, 300) # 700 - 1000
tg.addTimeInterval("last", 1500, 900) # 600 - 1500
# Expected result: 0[first]300[second]600[last]1500
self.assertEqual(tg.timeIntervals[0].startTimeInMinutes, 0,
"first interval start time wrong")
self.assertEqual(tg.timeIntervals[0].endTimeInMinutes, 300,
"first interval end time wrong")
self.assertEqual(
tg.timeIntervals[0].name, "first",
f"Wrong name at first interval: {tg.timeIntervals[0].name}")
self.assertEqual(tg.timeIntervals[1].startTimeInMinutes, 300,
"second interval start time wrong")
self.assertEqual(tg.timeIntervals[1].endTimeInMinutes, 600,
"second interval end time wrong")
self.assertEqual(
tg.timeIntervals[1].name, "second",
f"Wrong name at second interval: {tg.timeIntervals[1].name}")
self.assertEqual(tg.timeIntervals[2].startTimeInMinutes, 600,
"third interval start time wrong")
self.assertEqual(tg.timeIntervals[2].endTimeInMinutes, 1500,
"third interval end time wrong")
self.assertEqual(
tg.timeIntervals[2].name, "last",
f"Wrong name at third interval: {tg.timeIntervals[2].name}")
def test_equalOverlap(self):
tg = TimeGraph()
tg.addTimeInterval("first", 500, 300) # 200 - 500
tg.addTimeInterval("last", 1000, 300) # 700 - 1000
tg.addTimeInterval("middle", 1000, 200) # 800 - 1000
# Expected result: 200[first]500[middle]800[last]1000
self.assertEqual(tg.timeIntervals[0].startTimeInMinutes, 200,
"first interval start time wrong")
self.assertEqual(tg.timeIntervals[0].endTimeInMinutes, 500,
"first interval end time wrong")
self.assertEqual(
tg.timeIntervals[0].name, "first",
f"Wrong name at first interval: {tg.timeIntervals[0].name}")
self.assertEqual(tg.timeIntervals[1].startTimeInMinutes, 500,
"second interval start time wrong")
self.assertEqual(tg.timeIntervals[1].endTimeInMinutes, 700,
"second interval end time wrong")
self.assertEqual(
tg.timeIntervals[1].name, "middle",
f"Wrong name at second interval: {tg.timeIntervals[1].name}")
self.assertEqual(tg.timeIntervals[2].startTimeInMinutes, 700,
"third interval start time wrong")
self.assertEqual(tg.timeIntervals[2].endTimeInMinutes, 1000,
"third interval end time wrong")
self.assertEqual(
tg.timeIntervals[2].name, "last",
f"Wrong name at third interval: {tg.timeIntervals[2].name}")
def buildHappyTimeGraph(tmpTasks: [Task], tmpDays: [Day],
start: arrow.Arrow) -> TimeGraph:
# Build a timegraph for the tasks that have a deadline and aren't finished yet
deadlineTasks = unfinishedDeadlineTasks(tmpTasks)
deadlineTimeStampsInMinutes = {
deadlineTask: getFreeTimeBetweenPoints(tmpDays, start,
deadlineTask.deadline)
for deadlineTask in deadlineTasks
}
timegraph = TimeGraph(
) # The TimeGraph calculates which times need to be reserved to ensure that no deadlines are missed, even with overlapping deadlines/TimeIntervals
for deadlineTask in deadlineTasks:
endTimeInMinutes = deadlineTimeStampsInMinutes[deadlineTask]
durationInMinutes = deadlineTask.maxRemainingTime # Takes into consideration already performed progress towards it
if durationInMinutes == 0: # Task is already completed
continue
name = deadlineTask.name
# addTimeInterval will automatically make room for it in the TimeGraph by shifting itself or conflicting TimeIntervals to earlier points
timegraph.addTimeInterval(name, endTimeInMinutes, durationInMinutes)
return timegraph
def test_complexTripleOverlap(self):
tg = TimeGraph()
tg.addTimeInterval("first", 500, 300) # 200 - 500
tg.addTimeInterval("third", 1000, 300) # 700 - 1000
tg.addTimeInterval("second", 800, 300) # 500 - 800
tg.addTimeInterval("last", 1050, 100) # 950 - 1050
# Expected result: 50[first]350[second]650[third]950[last]1050
self.assertEqual(tg.timeIntervals[0].startTimeInMinutes, 50,
"first interval start time wrong")
self.assertEqual(tg.timeIntervals[0].endTimeInMinutes, 350,
"first interval end time wrong")
self.assertEqual(
tg.timeIntervals[0].name, "first",
f"Wrong name at first interval: {tg.timeIntervals[0].name}")
self.assertEqual(tg.timeIntervals[1].startTimeInMinutes, 350,
"second interval start time wrong")
self.assertEqual(tg.timeIntervals[1].endTimeInMinutes, 650,
"second interval end time wrong")
self.assertEqual(
tg.timeIntervals[1].name, "second",
f"Wrong name at second interval: {tg.timeIntervals[1].name}")
self.assertEqual(tg.timeIntervals[2].startTimeInMinutes, 650,
"third interval start time wrong")
self.assertEqual(tg.timeIntervals[2].endTimeInMinutes, 950,
"third interval end time wrong")
self.assertEqual(
tg.timeIntervals[2].name, "third",
f"Wrong name at third interval: {tg.timeIntervals[2].name}")
self.assertEqual(tg.timeIntervals[3].startTimeInMinutes, 950,
"fourth interval start time wrong")
self.assertEqual(tg.timeIntervals[3].endTimeInMinutes, 1050,
"fourth interval end time wrong")
self.assertEqual(
tg.timeIntervals[3].name, "last",
f"Wrong name at fourth interval: {tg.timeIntervals[3].name}")
def test_impossibleOverlapException(self):
tg = TimeGraph()
tg.addTimeInterval("first", 500, 300) # 200 - 500
tg.addTimeInterval("second", 1000, 300) # 700 - 1000
self.assertRaises(Exception, tg.addTimeInterval, "impossible", 600,
600)
self.assertRaises(Exception, tg.addTimeInterval, "impossible", 800,
600)
self.assertRaises(Exception, tg.addTimeInterval, "impossible", 1150,
600)
tg.addTimeInterval("possible", 1200, 600)
# Expected 0[first]300[second]600[possible]1200
self.assertEqual(tg.timeIntervals[0].startTimeInMinutes, 0,
"first interval start time wrong")
self.assertEqual(tg.timeIntervals[0].endTimeInMinutes, 300,
"first interval end time wrong")
self.assertEqual(
tg.timeIntervals[0].name, "first",
f"Wrong name at first interval: {tg.timeIntervals[0].name}")
self.assertEqual(tg.timeIntervals[1].startTimeInMinutes, 300,
"second interval start time wrong")
self.assertEqual(tg.timeIntervals[1].endTimeInMinutes, 600,
"second interval end time wrong")
self.assertEqual(
tg.timeIntervals[1].name, "second",
f"Wrong name at second interval: {tg.timeIntervals[1].name}")
self.assertEqual(tg.timeIntervals[2].startTimeInMinutes, 600,
"third interval start time wrong")
self.assertEqual(tg.timeIntervals[2].endTimeInMinutes, 1200,
"third interval end time wrong")
self.assertEqual(
tg.timeIntervals[2].name, "possible",
f"Wrong name at third interval: {tg.timeIntervals[2].name}")
def drawgraph(self, values):
TimeGraph.drawgraph(self, values, x_func=self.getYears)
def drawgraph(self, values, date_ini):
TimeGraph.drawgraph(self, values, x_func=lambda x: getDays(date_ini))
def drawgraph(self, values, daysInMonth):
TimeGraph.drawgraph(
self,
values,
x_func=lambda x: list(
[u'%02d' % d for d in xrange(1, daysInMonth + 1)]))
def drawgraph(self,values):
TimeGraph.drawgraph(self, values, x_func=self.getYears)
def __init__(self, sports, vbox = None, combovalue = None): TimeGraph.__init__(self, sports, vbox=vbox) self.combovalue = combovalue
def drawgraph(self, values):
TimeGraph.drawgraph(
self, values, x_func=lambda x: ["%02d" % m for m in xrange(1, 13)])
def drawgraph(self,values):
TimeGraph.drawgraph(self, values, x_func=lambda x: ["%02d" % m for m in xrange(1,13)])
def drawgraph(self,values, daysInMonth):
TimeGraph.drawgraph(self, values, x_func=lambda x: list([u'%02d' % d for d in xrange(1,daysInMonth+1)]))
def __init__(self, sports, vbox = None, window = None, combovalue = None, combovalue2 = None, main = None): TimeGraph.__init__(self, sports, vbox=vbox, window=window, main=main) self.combovalue = combovalue self.combovalue2 = combovalue2 self.KEY_FORMAT = "%a"
def drawgraph(self,values, date_ini): TimeGraph.drawgraph(self, values, x_func=lambda x: getDays(date_ini))
def __init__(self, sports, vbox=None, combovalue=None):
TimeGraph.__init__(self, sports, vbox=vbox)
self.combovalue = combovalue
