def test_parse_name(self):
bela = Donor()
bela.name = "bela"
# Act
splitted_name_list = bela.parse_name()
# Assert
self.assertEqual(1, len(splitted_name_list))
def test_parse_name_two_part_name(self):
# arrange
kesik_andras = Donor()
kesik_andras.name = "Kesik Andras"
name_parts = ["Kesik", "Andras"]
# act
result = kesik_andras.parse_name()
# assert
self.assertEqual(name_parts, result)
def search_in_donors():
with open("Data/donors.csv", "r") as f:
content = []
for line in f:
content.append(line.strip())
del (content[0])
if len(content) < 1:
print("\n No entry found\n")
input("\n Press (ENTER) to go back")
clear()
return None
else:
string_to_search = input("Search for donor: ")
found_items = []
for donor in content:
if string_to_search.upper() in donor:
found_items.append(donor)
donor_object_list = []
for i in found_items:
l = i.split(",")
donor_object_list.append(Donor())
donor_object_list[-1].name = l[0]
donor_object_list[-1].weight = l[1]
donor_object_list[-1].dateofbirth = l[3]
donor_object_list[-1].emailaddress = l[-2]
donor_object_list[-1].age = donor_object_list[-1].donor_age()
szoveg = ""
for i in donor_object_list:
szoveg += "------------------------------\n"
szoveg += i.data_out() + "\n"
szoveg += "------------------------------\n"
pydoc.pager(szoveg)
input("\n Press (ENTER) to go back")
clear()
def search_in_donors(cursor):
cursor.execute("SELECT * FROM Donor;")
data = cursor.fetchall()
sor = ""
content = []
for i in data:
sor += i[1] + ","
sor += str(i[2]) + ","
sor += i[3] + ","
sor += datetime.date.strftime(i[4], "%Y.%m.%d") + ","
sor += datetime.date.strftime(i[5], "%Y.%m.%d") + ","
sor += i[6] + ","
sor += i[0] + ","
sor += datetime.date.strftime(i[8], "%Y.%m.%d") + ","
sor += i[7] + ","
sor += str(i[11]) + ","
sor += i[9] + ","
sor += i[10]
content.append(sor)
if len(content) < 1:
print("\n No entry found\n")
input("\n Press (ENTER) to go back")
clear()
return None
else:
string_to_search = input("Search for donor: ")
found_items = []
for donor in content:
if string_to_search.upper() in donor:
found_items.append(donor)
donor_object_list = []
for i in found_items:
l = i.split(",")
donor_object_list.append(Donor())
donor_object_list[-1].name = l[0]
donor_object_list[-1].weight = l[1]
donor_object_list[-1].dateofbirth = l[3]
donor_object_list[-1].emailaddress = l[-2]
donor_object_list[-1].age = donor_object_list[-1].donor_age()
szoveg = ""
for i in donor_object_list:
szoveg += "------------------------------\n"
szoveg += i.data_out() + "\n"
szoveg += "------------------------------\n"
pydoc.pager(szoveg)
input("\n Press (ENTER) to go back")
clear()
def test_donor_old_enough(self):
bela = Donor()
bela.weight = 75
bela.lastdonationdate = "2014.01.01"
bela.dateofbirth = "1956.01.01"
self.assertTrue(bela.is_suitable())
def test_donor_age(self):
bela = Donor()
bela.dateofbirth = '1990.02.26'
szuletes = datetime.datetime.strptime(bela.dateofbirth, "%Y.%m.%d")
kor = (datetime.datetime.today() - szuletes).days // 365
self.assertEqual(bela.donor_age(), kor)
def test_more_than_three_months(self):
bela = Donor()
bela.weight = 75
bela.lastdonationdate = (datetime.datetime.today()-datetime.timedelta(days=100)).strftime("%Y.%m.%d")
bela.dateofbirth = '1990.02.26'
self.assertTrue(bela.is_suitable())
def test_donor_too_young(self):
bela = Donor()
bela.weight = 75
bela.lastdonationdate = "2014.01.01"
bela.dateofbirth = "2014.01.01"
self.assertFalse(bela.is_suitable())
def change_donor_data(data_input):
with open('Data/donors.csv', 'r') as f:
donor_list = list(csv.reader(f))
del (donor_list[0])
if data_input in [i[6] for i in donor_list]:
for i, l in enumerate(donor_list):
if data_input == l[6]:
next_donor = Donor()
next_donor.name = l[0]
next_donor.weight = l[1]
next_donor.gender = l[2]
next_donor.dateofbirth = l[3]
next_donor.lastdonationdate = l[4]
next_donor.wassick = l[5]
next_donor.uniqueid = l[6]
next_donor.expofid = l[7]
next_donor.bloodtype = l[8]
next_donor.hemoglobin = l[9]
next_donor.emailaddress = l[-2]
next_donor.mobilnumber = l[-1]
line_number = i
else:
print("Data entry doesn't exist with that ID.")
time.sleep(1)
return None
input_donor_data_pairs = {
0: "Name",
1: "Weight",
2: "Gender",
3: "Date of birth",
4: "Last donation date",
5: "Health status in last month",
6: "ID number",
7: "Expiration of ID",
8: "Blood Type",
9: "Hemoglobin",
10: "e-mail address",
11: "Mobil number"
}
which_donor_data_validation = {
0: Validate.validate_name,
1: Validate.validate_positive_int,
2: Validate.validate_gender,
3: Validate.validate_date,
4: Validate.validate_date,
5: Validate.validate_sickness,
6: Validate.validate_id,
7: Validate.validate_date,
8: Validate.validate_blood_type,
9: Validate.validate_positive_int,
10: Validate.validate_email,
11: Validate.validate_mobilnumber
}
actv_selection = 0
while True:
MenuManager.change_donor_submenu(actv_selection, next_donor)
key = ord(getch())
if key == ESC:
user_input = 12
clear()
elif key == ENTER:
user_input = actv_selection
clear()
elif key == SPECIALKEYSELECTOR:
key = ord(getch())
if key == DOWNARROW:
if actv_selection < 12:
actv_selection += 1
continue
elif key == UPARROW:
if actv_selection > 0:
actv_selection -= 1
continue
else:
print("\n! Wrong key !")
time.sleep(1)
continue
else:
print("\n! Wrong key !")
time.sleep(1)
continue
if user_input in range(12):
new = ""
while new == "":
clear()
print(next_donor)
print("------------------------------\n")
new = input("\n(0) Cancel\nChanging {} to: ".format(
input_donor_data_pairs[user_input]))
if new == "0":
return None
if new.upper() in [donor[6] for donor in donor_list]:
print("This ID number already exists! Try again.")
time.sleep(2)
break
if which_donor_data_validation[user_input](new):
with open("Data/donors.csv", "w") as f:
donor_list[line_number][user_input] = new.upper()
f.write(DONORS_ELSOSOR)
for line in donor_list:
for i in range(len(line)):
f.write(line[i])
if i < len(line) - 1:
f.write(',')
f.write('\n')
print('\n...Done!')
time.sleep(1)
break
else:
print("Wrong input")
new = ""
time.sleep(1)
elif user_input == 12:
clear()
actv_selection = 0
return None
def test_too_early_last_donation(self):
bela = Donor()
bela.weight = 75
bela.lastdonationdate = (datetime.datetime.today()-datetime.timedelta(days=70)).strftime("%Y.%m.%d")
bela.dateofbirth = '1990.02.26'
self.assertFalse(bela.is_suitable())
def change_donor_data(data_input, cursor):
input_donor_data_pairs = {
0: "Name",
1: "Weight",
2: "Gender",
3: "DateOfBirth",
4: "LastDonationDate",
5: "Wassick",
6: "UniqueId",
7: "ExpofId",
8: "BloodType",
9: "HemoglobinLevel",
10: "Emailaddress",
11: "Mobilnumber"
}
which_donor_data_validation = {
0: Validate.validate_name,
1: Validate.validate_positive_int,
2: Validate.validate_gender,
3: Validate.validate_date,
4: Validate.validate_date,
5: Validate.validate_sickness,
6: Validate.validate_id,
7: Validate.validate_date,
8: Validate.validate_blood_type,
9: Validate.validate_positive_int,
10: Validate.validate_email,
11: Validate.validate_mobilnumber
}
actv_selection = 0
while True:
cursor.execute("SELECT * FROM Donor;")
data = cursor.fetchall()
sor = []
donor_list = []
for i in data:
sor.append(i[1])
sor.append(str(i[2]))
sor.append(i[3])
sor.append(datetime.date.strftime(i[4], "%Y.%m.%d"))
sor.append(datetime.date.strftime(i[5], "%Y.%m.%d"))
sor.append(i[6])
sor.append(i[0])
sor.append(datetime.date.strftime(i[8], "%Y.%m.%d"))
sor.append(i[7])
sor.append(str(i[11]))
sor.append(i[9])
sor.append(i[10])
donor_list.append(sor)
cursor.execute("SELECT UniqueId FROM Donor;")
data = cursor.fetchall()
ids = [i[0] for i in data]
if data_input in ids:
for l in donor_list:
next_donor = Donor()
next_donor.name = l[0]
next_donor.weight = l[1]
next_donor.gender = l[2]
next_donor.dateofbirth = l[3]
next_donor.lastdonationdate = l[4]
next_donor.wassick = l[5]
next_donor.uniqueid = l[6]
next_donor.expofid = l[7]
next_donor.bloodtype = l[8]
next_donor.hemoglobin = l[9]
next_donor.emailaddress = l[-2]
next_donor.mobilnumber = l[-1]
else:
print("Data entry doesn't exist with that ID.")
time.sleep(1)
return None
MenuManager.change_donor_submenu(actv_selection, next_donor)
key = ord(getch())
if key == ESC:
user_input = 12
clear()
elif key == ENTER:
user_input = actv_selection
clear()
elif key == SPECIALKEYSELECTOR:
key = ord(getch())
if key == DOWNARROW:
if actv_selection < 12:
actv_selection += 1
continue
elif key == UPARROW:
if actv_selection > 0:
actv_selection -= 1
continue
else:
print("\n! Wrong key !")
time.sleep(1)
continue
else:
print("\n! Wrong key !")
time.sleep(1)
continue
if user_input in range(12):
new = ""
while new == "":
clear()
print(next_donor)
print("------------------------------\n")
new = input("\n(0) Cancel\nChanging {} to: ".format(
input_donor_data_pairs[user_input]))
if new == "0":
return None
if which_donor_data_validation[user_input](new):
cursor.execute("UPDATE donor \
SET \
`{}` = '{}' \
WHERE `UniqueId` = '{}';".format(
input_donor_data_pairs[user_input], new,
data_input))
print('\n...Done!')
time.sleep(1)
break
else:
print("Wrong input")
new = ""
time.sleep(1)
elif user_input == 12:
clear()
actv_selection = 0
return None
def test_ID_not_expired(self):
bela = Donor()
bela.expofid = (datetime.datetime.today() + datetime.timedelta(days=3)).strftime("%Y.%m.%d")
self.assertTrue(bela.id_not_expired())
def add_new_donor(cursor):
print("Adding new donor...\n")
time.sleep(1)
clear()
donor_sample = Donor()
donor_sample.name = DonorManagerDB.data_in(donor_sample, Validate.validate_name, "Name: ", NAME_ERR)
donor_sample.weight = DonorManagerDB.data_in(donor_sample, Validate.validate_positive_int, "Weight (in KG): ", POSINT_ERR)
donor_sample.gender = DonorManagerDB.data_in(donor_sample, Validate.validate_gender, "Gender (M/F): ", GEND_ERR)
donor_sample.dateofbirth = DonorManagerDB.data_in(donor_sample, Validate.validate_date, "Date of Birth: ", DATE_ERR)
donor_sample.lastdonationdate = DonorManagerDB.data_in(donor_sample, Validate.validate_date, "Last Donation: ", DATE_ERR)
if not donor_sample.is_suitable():
print("\n\t - It seems your donor is not suitable for the donation. =( - ")
input("\n\n (Press ENTER to go BACK)")
clear()
return None
donor_sample.wassick = DonorManagerDB.data_in(donor_sample, Validate.validate_sickness, "Was he/she sick in the last month? (Y/N) ", SICK_ERR)
donor_sample.uniqueid = DonorManagerDB.data_in(donor_sample, Validate.validate_id, "Unique ID: ", ID_ERR)
donor_sample.bloodtype = DonorManagerDB.data_in(donor_sample, Validate.validate_blood_type, "Blood Type: ", BTYPE_ERR)
donor_sample.expofid = DonorManagerDB.data_in(donor_sample, Validate.validate_date, "Expiration of ID: ", DATE_ERR)
donor_sample.emailaddress = DonorManagerDB.data_in(donor_sample, Validate.validate_email, "Email address: ", EMAIL_ERR)
donor_sample.mobilnumber = DonorManagerDB.data_in(donor_sample, Validate.validate_mobilnumber, "Mobile Number: ", MOBILE_ERR)
cursor.execute(ADD_DONOR.format(donor_sample.uniqueid,
donor_sample.name,
donor_sample.weight,
donor_sample.gender,
donor_sample.dateofbirth,
donor_sample.lastdonationdate,
donor_sample.wassick,
donor_sample.bloodtype,
donor_sample.expofid,
donor_sample.emailaddress,
donor_sample.mobilnumber,
donor_sample.generate_hemoglobin_level()))
print("\n - Your donor is added to the database -\n\n Going back to main menu...")
time.sleep(2.5)
clear()
def test_valid_ID(self):
bela = Donor()
bela.uniqueid = '123456AB'
self.assertEqual(bela.type_of_doc(), 'ID')
def change_donor_data(data_input, cursor):
input_donor_data_pairs = {0: "Name", 1: "Weight", 2: "Gender", 3: "DateOfBirth", 4: "LastDonationDate",
5: "Wassick", 6: "UniqueId", 7: "ExpofId", 8: "BloodType",
9: "HemoglobinLevel", 10: "Emailaddress", 11: "Mobilnumber"}
which_donor_data_validation = {0: Validate.validate_name, 1: Validate.validate_positive_int, 2: Validate.validate_gender, 3: Validate.validate_date, 4: Validate.validate_date,
5: Validate.validate_sickness, 6: Validate.validate_id, 7: Validate.validate_date, 8: Validate.validate_blood_type,
9: Validate.validate_positive_int, 10: Validate.validate_email, 11: Validate.validate_mobilnumber}
actv_selection = 0
while True:
cursor.execute("SELECT * FROM Donor;")
data = cursor.fetchall()
sor = []
donor_list = []
for i in data:
sor.append(i[1])
sor.append(str(i[2]))
sor.append(i[3])
sor.append(datetime.date.strftime(i[4], "%Y.%m.%d"))
sor.append(datetime.date.strftime(i[5], "%Y.%m.%d"))
sor.append(i[6])
sor.append(i[0])
sor.append(datetime.date.strftime(i[8], "%Y.%m.%d"))
sor.append(i[7])
sor.append(str(i[11]))
sor.append(i[9])
sor.append(i[10])
donor_list.append(sor)
cursor.execute("SELECT UniqueId FROM Donor;")
data = cursor.fetchall()
ids = [i[0] for i in data]
if data_input in ids:
for l in donor_list:
next_donor = Donor()
next_donor.name = l[0]
next_donor.weight = l[1]
next_donor.gender = l[2]
next_donor.dateofbirth = l[3]
next_donor.lastdonationdate = l[4]
next_donor.wassick = l[5]
next_donor.uniqueid = l[6]
next_donor.expofid = l[7]
next_donor.bloodtype = l[8]
next_donor.hemoglobin = l[9]
next_donor.emailaddress = l[-2]
next_donor.mobilnumber = l[-1]
else:
print("Data entry doesn't exist with that ID.")
time.sleep(1)
return None
MenuManager.change_donor_submenu(actv_selection, next_donor)
key = ord(getch())
if key == ESC:
user_input = 12
clear()
elif key == ENTER:
user_input = actv_selection
clear()
elif key == SPECIALKEYSELECTOR:
key = ord(getch())
if key == DOWNARROW:
if actv_selection < 12:
actv_selection += 1
continue
elif key == UPARROW:
if actv_selection > 0:
actv_selection -= 1
continue
else:
print("\n! Wrong key !")
time.sleep(1)
continue
else:
print("\n! Wrong key !")
time.sleep(1)
continue
if user_input in range(12):
new = ""
while new == "":
clear()
print(next_donor)
print("------------------------------\n")
new = input("\n(0) Cancel\nChanging {} to: ".format(input_donor_data_pairs[user_input]))
if new == "0":
return None
if which_donor_data_validation[user_input](new):
cursor.execute("UPDATE donor \
SET \
`{}` = '{}' \
WHERE `UniqueId` = '{}';".format(input_donor_data_pairs[user_input], new, data_input))
print('\n...Done!')
time.sleep(1)
break
else:
print("Wrong input")
new = ""
time.sleep(1)
elif user_input == 12:
clear()
actv_selection = 0
return None
def list_donors(cursor):
cursor.execute("SELECT * FROM Donor;")
donor_list = cursor.fetchall()
if len(donor_list) < 1:
print("\n No entry found\n")
input("\n Press (ENTER) to go back")
clear()
return None
else:
donor_object_list = []
for l in donor_list:
next_donor = Donor()
next_donor.uniqueid = l[0]
next_donor.name = l[1]
next_donor.weight = str(l[2])
next_donor.gender = l[3]
next_donor.dateofbirth = datetime.date.strftime(l[4], "%Y.%m.%d")
next_donor.lastdonationdate = datetime.date.strftime(l[5], "%Y.%m.%d")
next_donor.wassick = l[6]
next_donor.bloodtype = l[7]
next_donor.expofid = datetime.date.strftime(l[8], "%Y.%m.%d")
next_donor.hemoglobin = l[9]
next_donor.emailaddress = l[-2]
next_donor.mobilnumber = str(l[-1])
next_donor.age = next_donor.donor_age()
donor_object_list.append(next_donor)
sort_by_input = input("Please choose the criteria by which you would like to sort the list: "
"\n\n(ENTER) or (1) by name\n(2) by weight\n(3) by gender\n(4) by birth date"
"\n(5) by date of last donation\n(6) by health status in last month"
"\n(7) by ID or Passport number\n(8) by expiration date of ID"
"\n(9) by blood type\n(10) by hemoglobin\n(11) by e-mail address"
"\n(12) by mobile number\n(13) by age\n(0) Cancel\n\n> ")
clear()
if sort_by_input == "":
sort_by_input = "1"
if sort_by_input.isdigit() and int(sort_by_input) in range(1, 14):
DonorManagerDB.print_sorted_donor_list(donor_object_list, sort_by_input)
return None
elif sort_by_input == "0":
clear()
return None
else:
print("\n\t\t! ! ! Please choose from the given numbers. ! ! !\t\t\n ")
time.sleep(1.5)
clear()
def add_new_donor():
print("Adding new donor...\n")
time.sleep(1)
clear()
donor_sample = Donor()
donor_sample.name = DonorManager.data_in(donor_sample,
Validate.validate_name,
"Name: ", NAME_ERR)
donor_sample.weight = DonorManager.data_in(
donor_sample, Validate.validate_positive_int, "Weight (in KG): ",
POSINT_ERR)
donor_sample.gender = DonorManager.data_in(donor_sample,
Validate.validate_gender,
"Gender (M/F): ", GEND_ERR)
donor_sample.dateofbirth = DonorManager.data_in(
donor_sample, Validate.validate_date, "Date of Birth: ", DATE_ERR)
donor_sample.lastdonationdate = DonorManager.data_in(
donor_sample, Validate.validate_date, "Last Donation: ", DATE_ERR)
if not donor_sample.is_suitable():
print(
"\n\t - It seems your donor is not suitable for the donation. =( - "
)
input("\n\n (Press ENTER to go BACK)")
clear()
return None
donor_sample.wassick = DonorManager.data_in(
donor_sample, Validate.validate_sickness,
"Was he/she sick in the last month? (Y/N) ", SICK_ERR)
donor_sample.uniqueid = DonorManager.data_in(donor_sample,
Validate.validate_id,
"Unique ID: ", ID_ERR)
donor_sample.bloodtype = DonorManager.data_in(
donor_sample, Validate.validate_blood_type, "Blood Type: ",
BTYPE_ERR)
donor_sample.expofid = DonorManager.data_in(donor_sample,
Validate.validate_date,
"Expiration of ID: ",
DATE_ERR)
donor_sample.emailaddress = DonorManager.data_in(
donor_sample, Validate.validate_email, "Email address: ",
EMAIL_ERR)
donor_sample.mobilnumber = DonorManager.data_in(
donor_sample, Validate.validate_mobilnumber, "Mobile Number: ",
MOBILE_ERR)
with open("Data/donors.csv", "a") as f:
f.write(donor_sample.name + ",")
f.write(donor_sample.weight + ",")
f.write(donor_sample.gender + ",")
f.write(donor_sample.dateofbirth + ",")
f.write(donor_sample.lastdonationdate + ",")
f.write(donor_sample.wassick + ",")
f.write(donor_sample.uniqueid + ",")
f.write(donor_sample.expofid + ",")
f.write(donor_sample.bloodtype + ",")
f.write(donor_sample.generate_hemoglobin_level() + ",")
f.write(donor_sample.emailaddress + ",")
f.write(donor_sample.mobilnumber + "\n")
print(
"\n - Your donor is added to the csv -\n\n Going back to main menu..."
)
time.sleep(2.5)
clear()
def test_ID_expired_1_days_ago(self):
bela = Donor()
bela.expofid = (datetime.datetime.today() - datetime.timedelta(days=1)).strftime("%Y.%m.%d")
self.assertFalse(bela.id_not_expired())
def test_enough_weight(self):
bela = Donor()
bela.weight = 51
bela.lastdonationdate = '2013.11.05'
bela.dateofbirth = '1990.02.26'
self.assertTrue(bela.is_suitable())
def change_donor_data(data_input):
with open("Data/donors.csv", "r") as f:
donor_list = list(csv.reader(f))
del (donor_list[0])
if data_input in [i[6] for i in donor_list]:
for i, l in enumerate(donor_list):
if data_input == l[6]:
next_donor = Donor()
next_donor.name = l[0]
next_donor.weight = l[1]
next_donor.gender = l[2]
next_donor.dateofbirth = l[3]
next_donor.lastdonationdate = l[4]
next_donor.wassick = l[5]
next_donor.uniqueid = l[6]
next_donor.expofid = l[7]
next_donor.bloodtype = l[8]
next_donor.hemoglobin = l[9]
next_donor.emailaddress = l[-2]
next_donor.mobilnumber = l[-1]
line_number = i
else:
print("Data entry doesn't exist with that ID.")
time.sleep(1)
return None
input_donor_data_pairs = {
0: "Name",
1: "Weight",
2: "Gender",
3: "Date of birth",
4: "Last donation date",
5: "Health status in last month",
6: "ID number",
7: "Expiration of ID",
8: "Blood Type",
9: "Hemoglobin",
10: "e-mail address",
11: "Mobil number",
}
which_donor_data_validation = {
0: Validate.validate_name,
1: Validate.validate_positive_int,
2: Validate.validate_gender,
3: Validate.validate_date,
4: Validate.validate_date,
5: Validate.validate_sickness,
6: Validate.validate_id,
7: Validate.validate_date,
8: Validate.validate_blood_type,
9: Validate.validate_positive_int,
10: Validate.validate_email,
11: Validate.validate_mobilnumber,
}
actv_selection = 0
while True:
MenuManager.change_donor_submenu(actv_selection, next_donor)
key = ord(getch())
if key == ESC:
user_input = 12
clear()
elif key == ENTER:
user_input = actv_selection
clear()
elif key == SPECIALKEYSELECTOR:
key = ord(getch())
if key == DOWNARROW:
if actv_selection < 12:
actv_selection += 1
continue
elif key == UPARROW:
if actv_selection > 0:
actv_selection -= 1
continue
else:
print("\n! Wrong key !")
time.sleep(1)
continue
else:
print("\n! Wrong key !")
time.sleep(1)
continue
if user_input in range(12):
new = ""
while new == "":
clear()
print(next_donor)
print("------------------------------\n")
new = input("\n(0) Cancel\nChanging {} to: ".format(input_donor_data_pairs[user_input]))
if new == "0":
return None
if new.upper() in [donor[6] for donor in donor_list]:
print("This ID number already exists! Try again.")
time.sleep(2)
break
if which_donor_data_validation[user_input](new):
with open("Data/donors.csv", "w") as f:
donor_list[line_number][user_input] = new.upper()
f.write(DONORS_ELSOSOR)
for line in donor_list:
for i in range(len(line)):
f.write(line[i])
if i < len(line) - 1:
f.write(",")
f.write("\n")
print("\n...Done!")
time.sleep(1)
break
else:
print("Wrong input")
new = ""
time.sleep(1)
elif user_input == 12:
clear()
actv_selection = 0
return None
def test_too_skinny(self):
bela = Donor()
bela.weight = 50
bela.lastdonationdate = '2013.11.05'
bela.dateofbirth = '1990.02.26'
self.assertFalse(bela.is_suitable())
def test_valid_passport(self):
bela = Donor()
bela.uniqueid = 'ASDFGH12'
self.assertEqual(bela.type_of_doc(), 'PASSPORT')
def list_donors():
with open("Data/donors.csv", "r") as f:
donor_list = list(csv.reader(f))
del (donor_list[0])
if len(donor_list) < 1:
print("\n No entry found\n")
input("\n Press (ENTER) to go back")
clear()
return None
else:
donor_object_list = []
for l in donor_list:
next_donor = Donor()
next_donor.name = l[0]
next_donor.weight = l[1]
next_donor.gender = l[2]
next_donor.dateofbirth = l[3]
next_donor.lastdonationdate = l[4]
next_donor.wassick = l[5]
next_donor.uniqueid = l[6]
next_donor.expofid = l[7]
next_donor.bloodtype = l[8]
next_donor.hemoglobin = l[9]
next_donor.emailaddress = l[-2]
next_donor.mobilnumber = l[-1]
next_donor.age = next_donor.donor_age()
donor_object_list.append(next_donor)
sort_by_input = input(
"Please choose the criteria by which you would like to sort the list: "
"\n\n(ENTER) or (1) by name\n(2) by weight\n(3) by gender\n(4) by birth date"
"\n(5) by date of last donation\n(6) by health status in last month"
"\n(7) by ID or Passport number\n(8) by expiration date of ID"
"\n(9) by blood type\n(10) by hemoglobin\n(11) by e-mail address"
"\n(12) by mobile number\n(13) by age\n(0) Cancel\n\n> ")
clear()
if sort_by_input == "":
sort_by_input = "1"
if sort_by_input.isdigit() and int(sort_by_input) in range(1, 14):
DonorManager.print_sorted_donor_list(donor_object_list,
sort_by_input)
return None
elif sort_by_input == "0":
clear()
return None
else:
print(
"\n\t\t! ! ! Please choose from the given numbers. ! ! !\t\t\n "
)
time.sleep(1.5)
clear()
