def feed_medicine(cls):
"""
Takes in user input of medicine choice from three, and feeds
medicine to the pet to reset its health level back to 100/100
"""
medicine_choice = input(f'Which medicine would you choose?\n'
f' 1. {Medicine.medicine_dict["1"]}\n'
f' 2. {Medicine.medicine_dict["2"]}\n'
f' 3. {Medicine.medicine_dict["3"]}\n'
f' :')
if not cls.update_status():
return False
if medicine_choice in ['1', '2', '3']:
Medicine.feed(cls.pet)
print(f'{cls.pet.get_name()} says: '
f'{cls.pet.get_message()["after_medicine_msg"]}'
f' (pet health is now 100/100)\n')
else:
print('No such medicine choice!\n')
return True
def updateInventory(self, item):
print("Stock order is placed successfully for your store!")
print("Billing will be done at your store.")
print("\n\n")
print("Updating your inventory>>>")
for i in item:
med_obj = Medicine(i[1])
med_obj.updateQty(int(i[2]))
date = i[3].split('-')
y = int(date[0])
m = int(date[1])
d = int(date[2])
med_obj.updateExp(datetime.date(y, m, d))
print("Inventory successfully updated")
def setUp(self):
self.patient = Patient()
self.codeine = Medicine("Codeine")
self.prozac = Medicine("Prozac")
self.patient.add_medicine(self.codeine)
self.patient.add_medicine(self.prozac)
class PatientTest(unittest.TestCase):
def setUp(self):
self.patient = Patient()
self.codeine = Medicine("Codeine")
self.prozac = Medicine("Prozac")
self.patient.add_medicine(self.codeine)
self.patient.add_medicine(self.prozac)
def test_clash_when_one_medicine_taken_continuously(self):
self.codeine.add_prescription(Prescription(dispense_date=(date.today() - timedelta(days=30)), days_supply=30))
self.codeine.add_prescription(Prescription(dispense_date=(date.today() - timedelta(days=60)), days_supply=30))
self.codeine.add_prescription(Prescription(dispense_date=(date.today() - timedelta(days=90)), days_supply=30))
self.assertEquals(90, len(self.patient.clash([self.codeine], 90)))
def test_clash_when_one_medicine_taken_on_some_of_the_days(self):
self.codeine.add_prescription(Prescription(dispense_date=(date.today() - timedelta(days=30)), days_supply=30))
self.codeine.add_prescription(Prescription(dispense_date=(date.today() - timedelta(days=60)), days_supply=30))
self.assertEquals(60, len(self.patient.clash([self.codeine], 90)))
def test_two_medicines_taken_in_a_partially_overlapping_period(self):
self.codeine.add_prescription(Prescription(dispense_date=(date.today() - timedelta(days=30)), days_supply=30))
self.prozac.add_prescription(Prescription(dispense_date=(date.today() - timedelta(days=40)), days_supply=30))
self.assertEquals(20, len(self.patient.clash([self.codeine, self.prozac], 90)))
def test_two_medicines_taken_overlapping_current_date(self):
self.codeine.add_prescription(Prescription(dispense_date=(date.today() - timedelta(days=1)), days_supply=30))
self.prozac.add_prescription(Prescription(dispense_date=(date.today() - timedelta(days=5)), days_supply=30))
self.assertEquals(set([date.today() - timedelta(days=1)]), self.patient.clash([self.codeine, self.prozac], 90))
def setUp(self):
self.patient = Patient()
self.codeine = Medicine("Codeine")
self.prozac = Medicine("Prozac")
self.patient.add_medicine(self.codeine)
self.patient.add_medicine(self.prozac)
class PatientTest(unittest.TestCase):
def setUp(self):
self.patient = Patient()
self.codeine = Medicine("Codeine")
self.prozac = Medicine("Prozac")
self.patient.add_medicine(self.codeine)
self.patient.add_medicine(self.prozac)
def test_no_clash_when_no_overlap(self):
self.codeine.add_prescription(
Prescription(days_ago(30), days_supply=30))
self.prozac.add_prescription(Prescription(days_ago(90),
days_supply=30))
self.assertEquals(
0, len(self.patient.clash([self.codeine, self.prozac], 90)))
def test_no_clash_when_not_taking_both_medicines(self):
self.codeine.add_prescription(
Prescription(days_ago(30), days_supply=30))
self.assertEquals(
0, len(self.patient.clash([self.codeine, self.prozac], 90)))
def test_clash_when_medicines_taken_continuously(self):
self.codeine.add_prescription(
Prescription(days_ago(30), days_supply=30))
self.codeine.add_prescription(
Prescription(days_ago(60), days_supply=30))
self.codeine.add_prescription(
Prescription(days_ago(90), days_supply=30))
self.prozac.add_prescription(Prescription(days_ago(30),
days_supply=30))
self.prozac.add_prescription(Prescription(days_ago(60),
days_supply=30))
self.prozac.add_prescription(Prescription(days_ago(90),
days_supply=30))
self.assertEquals(90, len(self.patient.clash(["Codeine", "Prozac"],
90)))
def test_clash_when_one_medicine_taken_on_some_of_the_days(self):
self.codeine.add_prescription(
Prescription(days_ago(30), days_supply=30))
self.codeine.add_prescription(
Prescription(days_ago(60), days_supply=30))
self.prozac.add_prescription(Prescription(days_ago(30),
days_supply=30))
self.prozac.add_prescription(Prescription(days_ago(60),
days_supply=30))
self.prozac.add_prescription(Prescription(days_ago(90),
days_supply=30))
self.assertEquals(60, len(self.patient.clash(["Codeine", "Prozac"],
90)))
def test_two_medicines_taken_in_a_partially_overlapping_period(self):
self.codeine.add_prescription(
Prescription(days_ago(30), days_supply=30))
self.prozac.add_prescription(Prescription(days_ago(40),
days_supply=30))
self.assertEquals(20, len(self.patient.clash(["Codeine", "Prozac"],
90)))
def test_two_medicines_taken_overlapping_current_date(self):
self.codeine.add_prescription(Prescription(days_ago(1),
days_supply=30))
self.prozac.add_prescription(Prescription(days_ago(5), days_supply=30))
self.assertEquals(set([days_ago(1)]),
self.patient.clash(["Codeine", "Prozac"], 90))
def test_two_medicines_taken_overlapping_start_of_period(self):
self.codeine.add_prescription(
Prescription(days_ago(91), days_supply=30))
self.prozac.add_prescription(
Prescription(days_ago(119), days_supply=30))
self.assertEquals(set([days_ago(90)]),
self.patient.clash(["Codeine", "Prozac"], 90))
for i in range(len(my_list)):
if i != 0:
my_str = my_str + " " + str(my_list[i])
else:
my_str = str(my_list[i])
return my_str
def outputToFile(output):
f = open("schedule.txt", "w")
f.write(output)
f.close()
med_1 = Medicine(1, 86, 106, 0, [], -1)
med_2 = Medicine(2, 64, 80, 0, [], -1)
med_3 = Medicine(3, 129, 159, 0, [], -1)
med_4 = Medicine(4, 259, 317, 0, [], -1)
medicines = [med_1, med_2, med_3, med_4]
for med in medicines:
med.takeMedicine(0, daily)
med.takenTimes.append(0)
med.intervalsTaken.append(getTimeInterval(1))
# output = "0800 4 1 2 3 4\n"
output = "0800 4 1 2 3 4\n"
# test_range = 100
def prepare_data(self, prescA, prescB, prescC):
patient = Patient()
medA = Medicine("A")
medB = Medicine("B")
medC = Medicine("C")
medA.add_prescription(prescA)
medB.add_prescription(prescB)
medC.add_prescription(prescC)
patient.add_medicine(medA)
patient.add_medicine(medB)
patient.add_medicine(medC)
return patient
def test_clash_with_two_patients(self):
prescA = Prescription(date(2020, 7, 1), 20)
prescB = Prescription(date(2020, 7, 10), 4)
prescC = Prescription(date(2020, 7, 10), 10)
medA = Medicine("A")
medB = Medicine("B")
medC = Medicine("C")
medA.add_prescription(prescA)
medB.add_prescription(prescB)
medC.add_prescription(prescC)
patientA = Patient()
patientB = Patient()
patientA.add_medicine(medA)
patientB.add_medicine(medA)
patientB.add_medicine(medB)
patientA.add_medicine(medC)
patientB.add_medicine(medC)
self.assertEqual(patientA.clash(["A", "B"], 90), [])
