def test_bedCheck_aaCheckSameS(self):
stime = "1a"
etime = "3a"
btime = "1a"
testValue = Babysitter.bedCheck(stime, etime, btime)
expected = "true"
self.assertEqual(expected, testValue)
def test_bedCheck_ppCheckEnd(self):
stime = "5p"
etime = "9p"
btime = "9p"
testValue = Babysitter.bedCheck(stime, etime, btime)
expected = "true"
self.assertEqual(expected, testValue)
def test_bedCheck_paCheckBefore(self):
stime = "7p"
etime = "3a"
btime = "5p"
testValue = Babysitter.bedCheck(stime, etime, btime)
expected = "false"
self.assertEqual(expected, testValue)
def test_bedCheck_paCheckBetweena(self):
stime = "7p"
etime = "3a"
btime = "1a"
testValue = Babysitter.bedCheck(stime, etime, btime)
expected = "true"
self.assertEqual(expected, testValue)
def test_bedCheck_ppCheckMorning(self):
stime = "7p"
etime = "9p"
btime = "1a"
testValue = Babysitter.bedCheck(stime, etime, btime)
expected = "false"
self.assertEqual(expected, testValue)
def test_bedCheck_aaCheckAfterE(self):
stime = "1a"
etime = "3a"
btime = "4a"
testValue = Babysitter.bedCheck(stime, etime, btime)
expected = "false"
self.assertEqual(expected, testValue)
def test_BToMPay_ETimeBefore(self):
etime = 7
btime = 6
testValue = Babysitter.BToMPay(btime, etime)
expected = 8
self.assertEqual(expected, testValue)
def test_BToMPay_Greater(self):
etime = 16
btime = 16
testValue = Babysitter.BToMPay(btime, etime)
expected = 0
self.assertEqual(expected, testValue)
def test_SToBPay_BigVal(self):
stime = 5
btime = 16
testValue = Babysitter.SToBPay(stime, btime)
expected = 132
self.assertEqual(expected, testValue)
def test_SToBPay_SmallVal(self):
stime = 5
btime = 7
testValue = Babysitter.SToBPay(stime, btime)
expected = 24
self.assertEqual(expected, testValue)
def test_timeCheck_aaCheckT(self):
stime = "1a"
etime = "4a"
testValue = Babysitter.timeCheck(stime, etime)
expected = "true"
self.assertEqual(expected, testValue)
def test_timeCheck_ppCheckT(self):
stime = "5p"
etime = "6p"
testValue = Babysitter.timeCheck(stime, etime)
expected = "true"
self.assertEqual(expected, testValue)
def test_timeSplit_dayCheck(self):
timeint = Babysitter.timeSplit("1a")
expectedInt = 13
self.assertEqual(expectedInt, timeint)
def test_inputStartTime_testInput(self):
#capture results of function
result = Babysitter.inputStartTime("500a")
#check for expected output
expected = "500a"
self.assertEqual(expected, result)
def test_MToEPay_Before(self):
etime = 7
testValue = Babysitter.MToEPay(etime)
expected = 0
self.assertEqual(expected, testValue)
def test_MToEPay_Sval(self):
etime = 16
testValue = Babysitter.MToEPay(etime)
expected = 64
self.assertEqual(expected, testValue)
def test_SToBPay_Same(self):
stime = 5
btime = 5
testValue = Babysitter.SToBPay(stime, btime)
expected = 0
self.assertEqual(expected, testValue)
def test_timeCheck_apCheck(self):
stime = "1a"
etime = "6p"
testValue = Babysitter.timeCheck(stime, etime)
expected = "false"
self.assertEqual(expected, testValue)
def test_timeSplit_nightCheck(self):
timeint = Babysitter.timeSplit("5p")
expectedInt = 5
self.assertEqual(expectedInt, timeint)
def test_timeCheck_aaCheckAfter(self):
stime = "4a"
etime = "2a"
testValue = Babysitter.timeCheck(stime, etime)
expected = "false"
self.assertEqual(expected, testValue)
def calculateBill():
#creates new window
bill = Toplevel()
bill.wm_title("Babysitter Bill")
#Time Information
l = Label(bill, text="Your bill for the customer:").grid(sticky = "w",row=0, column=0)
space =Label(bill, text = "" ).grid(row = 2)
#checks to see that times are valid
if(Babysitter.timeCheck(stimevar.get(),etimevar.get()) == "true"):
time = Label(bill, text = "You babysat from " + stimevar.get() +" - "+ etimevar.get()).grid(sticky = "w",row = 3, column = 0)
#checks to see if bed time is valid
if(Babysitter.bedCheck(stimevar.get(), etimevar.get(), btimevar.get()) == "true"):
bedT = Label(bill, text = "Bedtime was " + btimevar.get()).grid(sticky = "w",row = 4, column = 0)
space1 = Label(bill, text = "" ).grid(row = 5)
l1 = Label(bill, text ="Pay Breakdown:").grid(sticky = "w",row = 6, column = 0)
lr = Label(bill, text ="Pay Rate").grid(sticky = "w",row = 6, column = 1)
lp = Label(bill, text ="Pay").grid(sticky = "w",row = 6, column = 2)
#split times into integers for math and assign to variables
stime = Babysitter.timeSplit(stimevar.get())
etime = Babysitter.timeSplit(etimevar.get())
btime = Babysitter.timeSplit(btimevar.get())
#time breakdown
SToBHours = btime - stime
#checks that bedtime is before 12
if(btime< 12):
#modifies BToMHours if etime is before 12
if (etime <12):
BToMHours = etime - btime
else:
BToMHours = 12 - btime
else:
BToMHours = 0
if(etime > 12):
MToEHours = etime -12
else:
MToEHours = 0
TotHours = SToBHours + BToMHours + MToEHours
#dollar values
SToBVal = Babysitter.SToBPay(stime, btime)
BToMVal = Babysitter.BToMPay(btime, etime)
MToEVal = Babysitter.MToEPay(etime)
Total = SToBVal + BToMVal + MToEVal
#Start time to Bed time pay label
SPay = Label(bill, text = "Start to Bedtime: " + str(SToBHours)+ " hours = ").grid(sticky = "w",row = 7, column = 0)
SRate = Label(bill, text ="$12/hr").grid(sticky = "w",row = 7, column = 1)
SToBPay = Label(bill, text = "$" + str(SToBVal)).grid(row = 7, column = 2)
#Bed Time to midnight pay label
MPay = Label(bill, text = "Bedtime to Midnight: " + str(BToMHours)+ " hours = ").grid(sticky = "w",row = 8, column = 0)
MRate = Label(bill, text ="$8/hr").grid(sticky = "w",row = 8, column = 1)
BToMPay = Label(bill, text = "$" + str(BToMVal)).grid(row = 8, column = 2)
#Midnight to Endtime pay Label
EPay = Label(bill, text = "Midnight to End: " + str(MToEHours) + " hours = ").grid(sticky = "w",row = 9, column = 0)
ERate = Label(bill, text ="$16/hr").grid(sticky = "w",row = 9, column = 1)
MToEPay = Label(bill, text = "$" + str(MToEVal)).grid(row = 9, column = 2)
#Total
TPay = Label(bill, text = "Total Charge: " ).grid(sticky = "w",row = 10, column = 0)
TotPay = Label(bill, text = "$" + str(Total)).grid(row = 10, column = 2)
else:
bedT = Label(bill, text = "Bedtime must be between start and end times").grid(sticky = "w",row = 4, column =0)
else:
time = Label(bill, text = "start time must be before end time").grid(sticky = "w",row = 3, column = 0)
