def test_max_donor_with_2_beds(self):
vampireparty = Event()
vampireparty.start_time = '10:00'
vampireparty.end_time = '18:00'
vampireparty.duration = vampireparty.calculate_duration()
vampireparty.available_beds = 2
self.assertEqual(vampireparty.max_donor_number(), 30)
def list_donation_events(cursor_object):
cursor_object.execute(QUERY_EVENTS_FROM_SQLDB)
event_list = cursor_object.fetchall()
if len(event_list) < 1:
print("\n No entry found\n")
input("\n Press (ENTER) to go back")
clear()
return None
else:
donation_object_list = []
for entry in event_list:
next_event = Event()
next_event.id = str(entry[0])
next_event.date_of_event = entry[1].strftime('%Y.%m.%d')
delta_to_time_obj = (datetime.min + entry[2]).time()
next_event.start_time = delta_to_time_obj.strftime('%H:%M')
delta_to_time_obj2 = (datetime.min + entry[3]).time()
next_event.end_time = delta_to_time_obj2.strftime('%H:%M')
next_event.zip_code = str(entry[4])
next_event.city = entry[5]
next_event.address = entry[6]
next_event.available_beds = str(entry[7])
next_event.planned_donor_number = str(entry[8])
next_event.successfull = str(entry[9])
donation_object_list.append(next_event)
#
# EVENT SORT BY MENU
#
print(
"Please type the criteria by which you would like to sort the list"
)
print(
"\n(1) Date of Event\n(2) Start Time\n(3) End Time\n(4) Zip code\n"
"(5) City\n(6) Address\n(7) Available beds\n(8) Planned donor number\n"
"(9) Final donor number\n(0) Cancel")
user_input = input("\n> ")
clear()
if user_input == "":
user_input = "1"
if user_input.isdigit() and int(user_input) in range(1, 10):
EventManagerDB.print_sorted_donation_list(
donation_object_list, user_input)
return None
elif user_input == "0":
clear()
return None
else:
print("Please choose from the given numbers")
time.sleep(1)
clear()
def list_donation_events():
with open("Data/donations.csv", "r") as f:
event_list = list(csv.reader(f))
del (event_list[0])
if len(event_list) < 1:
print("\n No entry found\n")
input("\n Press (ENTER) to go back")
clear()
return None
else:
donation_object_list = []
for i in event_list:
next_event = Event()
next_event.id = i[0]
next_event.date_of_event = i[1]
next_event.start_time = i[2]
next_event.end_time = i[3]
next_event.zip_code = i[4]
next_event.city = i[5]
next_event.address = i[6]
next_event.available_beds = i[7]
next_event.planned_donor_number = i[8]
next_event.successfull = i[9]
donation_object_list.append(next_event)
#
# EVENT SORT BY MENU
#
print(
"Please type the criteria by which you would like to sort the list"
)
print(
"\n(1) Date of Event\n(2) Start Time\n(3) End Time\n(4) Zip code\n"
"(5) City\n(6) Address\n(7) Available beds\n(8) Planned donor number\n"
"(9) Final donor number\n(0) Cancel")
user_input = input("\n> ")
clear()
if user_input == "":
user_input = "1"
if user_input.isdigit() and int(user_input) in range(1, 10):
EventManagerCSV.print_sorted_donation_list(
donation_object_list, user_input)
return None
elif user_input == "0":
clear()
return None
else:
print("Please choose from the given numbers")
time.sleep(1)
clear()
def search_in_donation_events(cursor_object):
cursor_object.execute(QUERY_EVENTS_FROM_SQLDB)
content = cursor_object.fetchall()
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 donations: ")
found_items = []
for donation in content:
for data in donation:
if string_to_search.capitalize() in str(
data) or string_to_search.upper() in str(data):
found_items.append(donation)
break
eventlista = []
for found_donation in found_items:
eventlista.append(Event())
eventlista[-1].id = str(found_donation[0])
eventlista[-1].date_of_event = found_donation[1].strftime(
'%Y.%m.%d')
delta_to_time_obj = (datetime.min + found_donation[2]).time()
eventlista[-1].start_time = delta_to_time_obj.strftime('%H:%M')
delta_to_time_obj2 = (datetime.min + found_donation[3]).time()
eventlista[-1].end_time = delta_to_time_obj2.strftime('%H:%M')
eventlista[-1].zip_code = str(found_donation[4])
eventlista[-1].city = found_donation[5]
eventlista[-1].address = found_donation[6]
eventlista[-1].available_beds = str(found_donation[7])
eventlista[-1].planned_donor_number = str(found_donation[8])
eventlista[-1].successfull = str(found_donation[9])
szoveg = ""
for i in eventlista:
szoveg += "------------------------------\n"
szoveg += "ID: " + i.id + "\n"
szoveg += str(i) + "\n"
szoveg += "------------------------------\n"
pydoc.pager(szoveg)
input("\n Press (ENTER) to go back")
clear()
def search_in_donation_events():
with open("Data/donations.csv", "r") as f:
content = list(csv.reader(f))
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 donations: ")
found_items = []
for donation in content:
for data in donation:
if string_to_search.capitalize(
) in data or string_to_search.upper() in data:
found_items.append(donation)
break
eventlista = []
for found_donation in found_items:
eventlista.append(Event())
eventlista[-1].id = found_donation[0]
eventlista[-1].date_of_event = found_donation[1]
eventlista[-1].start_time = found_donation[2]
eventlista[-1].end_time = found_donation[3]
eventlista[-1].zip_code = found_donation[4]
eventlista[-1].city = found_donation[5]
eventlista[-1].address = found_donation[6]
eventlista[-1].available_beds = found_donation[7]
eventlista[-1].planned_donor_number = found_donation[8]
eventlista[-1].successfull = found_donation[9]
szoveg = ""
for i in eventlista:
szoveg += "------------------------------\n"
szoveg += "ID: " + i.id + "\n"
szoveg += str(i) + "\n"
szoveg += "------------------------------\n"
pydoc.pager(szoveg)
input("\n Press (ENTER) to go back")
clear()
def test_between_20_and_75_percent(self):
vampireparty = Event()
vampireparty.planned_donor_number = 100
vampireparty.successfull = 60
self.assertEqual(vampireparty.success_rate(), "Normal event")
def test_below_20_percent(self):
vampireparty = Event()
vampireparty.planned_donor_number = 100
vampireparty.successfull = 19
self.assertEqual(vampireparty.success_rate(), "Unsuccessfull, not worths to organise there again")
def test_valid_calculation(self):
vampireparty = Event()
vampireparty.start_time = '10:00'
vampireparty.end_time = '18:00'
self.assertEqual(vampireparty.calculate_duration(), 480)
def test_sunday(self):
vampireparty = Event()
vampireparty.date_of_event = '2015.11.08'
self.assertFalse(vampireparty.is_weekday())
def test_exactly_75_percent(self):
vampireparty = Event()
vampireparty.planned_donor_number = 100
vampireparty.successfull = 75
self.assertEqual(vampireparty.success_rate(), "Successfull")
# pause execution for demo
_ = input("press enter to continue")
# add new events
title = "Rotem's birthday"
event_type = "pub"
price = 150
start = f.time_format("8/8/2019", "20:00")
end = f.time_format("8/8/2019", "23:30")
invitees = None
location = "Rosa Parks"
event1 = Event(start,
end,
title,
event_type=event_type,
price=price,
invitees=invitees,
location=location)
cal.set_event(event1)
title = "friends hangout"
event_type = "pub"
price = 150
start = f.time_format("9/8/2019", "20:00")
end = f.time_format("9/8/2019", "23:30")
invitees = None
location = "Double Standart"
event2 = Event(start,
end,
title,
def add_new_donation_event():
print("Adding new event...\n")
time.sleep(1)
clear()
e1 = Event()
while True:
e1.date_of_event = input("Date of Event: ")
if Validate.validate_date(
e1.date_of_event) and e1.registration_in_tendays():
pass
else:
print(
"\n\t ! The registration should be at least 10 days from now. ! "
)
print(
"\t ! Use this format to enter date: 'YYYY.MM.DD' ! \n")
time.sleep(2)
clear()
continue
e1.start_time = EventManagerCSV.data_in_e(e1,
Validate.validate_time,
"Start Time: ", TIME_ERR)
e1.end_time = EventManagerCSV.data_in_e(e1, Validate.validate_time,
"End Time: ", TIME_ERR)
while not e1.is_starttime_before_endtime():
print(
"\n\t ! The starting time should be before the ending time. ! "
)
time.sleep(2)
clear()
e1.end_time = ""
e1.end_time = EventManagerCSV.data_in_e(
e1, Validate.validate_time, "End Time: ", TIME_ERR)
e1.zip_code = EventManagerCSV.data_in_e(e1,
Validate.validate_zipcode,
"ZIP code: ", ZIP_ERR)
e1.city = EventManagerCSV.data_in_e(e1,
Validate.validate_city_name,
"City: ", CITY_ERR)
e1.address = EventManagerCSV.data_in_e(e1,
Validate.validate_address,
"Address of event: ",
ADDRESS_ERR)
e1.available_beds = EventManagerCSV.data_in_e(
e1, Validate.validate_positive_int, "Available beds: ",
POSINT_ERR)
e1.planned_donor_number = EventManagerCSV.data_in_e(
e1, Validate.validate_positive_int, "Planned donor number: ",
POSINT_ERR)
e1.successfull = EventManagerCSV.data_in_e(
e1, Validate.validate_positive_int,
"\n How many successfull donation was on the event?\n > ",
POSINT_ERR)
print("\nThe required functions: \n")
print("Weekday :", e1.is_weekday())
e1.duration = e1.calculate_duration()
print("Duration: {} min -- {} hours ".format(
e1.duration, round(e1.duration / 60, 1)))
print("Maximum donor number:", e1.max_donor_number())
print("Success rate: {}".format(e1.success_rate()))
input("\n\n (Press ENTER to go BACK)")
EventManagerCSV.store_donation_data(e1)
clear()
break
def change_event(input_id_string):
event_to_change = []
with open("Data/donations.csv", "r") as f:
event_list = list(csv.reader(f))
for event in event_list:
if input_id_string == event[0]:
event_to_change = list(event)
if not event_to_change:
print("\n No entry found with this ID.\n")
time.sleep(1)
clear()
return None
input_object_data_pairs = {
0: "Date of Event",
1: "Start Time",
2: "End Time",
3: "Zip Code",
4: "City",
5: "Address",
6: "Available Beds",
7: "Planned Donor Number",
8: "Number of Successful Donations"
}
validators_for_data_to_change = {
0: Validate.validate_date,
1: Validate.validate_time,
2: Validate.validate_time,
3: Validate.validate_zipcode,
4: Validate.validate_city_name,
5: Validate.validate_address,
6: Validate.validate_positive_int,
7: Validate.validate_positive_int,
8: Validate.validate_positive_int
}
event_object_for_printing = Event()
event_object_for_printing.id = event_to_change[0]
event_object_for_printing.date_of_event = event_to_change[1]
event_object_for_printing.start_time = event_to_change[2]
event_object_for_printing.end_time = event_to_change[3]
event_object_for_printing.zip_code = event_to_change[4]
event_object_for_printing.city = event_to_change[5]
event_object_for_printing.address = event_to_change[6]
event_object_for_printing.available_beds = event_to_change[7]
event_object_for_printing.planned_donor_number = event_to_change[8]
event_object_for_printing.successfull = event_to_change[9]
actv_selection = 0
while True:
MenuManager.change_event_submenu(actv_selection,
event_object_for_printing)
key = ord(getch())
if key == ESC:
user_input = 9
clear()
elif key == ENTER:
user_input = actv_selection
clear()
elif key == SPECIALKEYSELECTOR:
key = ord(getch())
if key == DOWNARROW:
if actv_selection < 9:
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(9):
data_to_change = ""
while data_to_change == "":
print(event_object_for_printing)
print("------------------------------\n")
print("\n(0) Cancel\nChanging {} to: ".format(
input_object_data_pairs[user_input]))
data_to_change = input("\n> ")
data_to_change = data_to_change.upper()
if data_to_change == "0":
return None
elif validators_for_data_to_change[user_input](
data_to_change):
event_to_change[user_input + 1] = data_to_change
for number in range(len(event_list)):
if event_list[number][0] == event_to_change[0]:
event_list[number] = event_to_change
with open("Data/donations.csv", "w") as f:
donation_database = csv.writer(f,
delimiter=',',
lineterminator="\n")
donation_database.writerows(event_list)
clear()
print("...Done!")
time.sleep(1)
return None
else:
print("Wrong {}.".format(
input_object_data_pairs[user_input]))
data_to_change = ""
time.sleep(1)
clear()
elif user_input == 9:
clear()
actv_selection = 0
return None
def change_event(input_id_string, cursor_object):
event_to_change = []
cursor_object.execute(QUERY_EVENTS_FROM_SQLDB)
event_list = cursor_object.fetchall()
for event in event_list:
if int(input_id_string) == event[0]:
event_to_change = list(event)
if not event_to_change:
print("\n No entry found with this ID.\n")
time.sleep(1)
clear()
return None
input_object_data_pairs = {
0: "DateOfEvent",
1: "StartTime",
2: "EndTime",
3: "ZipCode",
4: "City",
5: "Address",
6: "AvailableBeds",
7: "PlannedDonorNumber",
8: "Successfull"
}
validators_for_data_to_change = {
0: Validate.validate_date,
1: Validate.validate_time,
2: Validate.validate_time,
3: Validate.validate_zipcode,
4: Validate.validate_city_name,
5: Validate.validate_address,
6: Validate.validate_positive_int,
7: Validate.validate_positive_int,
8: Validate.validate_positive_int
}
event_object_for_printing = Event()
event_object_for_printing.id = str(event_to_change[0])
event_object_for_printing.date_of_event = event_to_change[1].strftime(
'%Y.%m.%d')
delta_to_time_obj = (datetime.min + event_to_change[2]).time()
event_object_for_printing.start_time = delta_to_time_obj.strftime(
'%H:%M')
delta_to_time_obj2 = (datetime.min + event_to_change[3]).time()
event_object_for_printing.end_time = delta_to_time_obj2.strftime(
'%H:%M')
event_object_for_printing.zip_code = str(event_to_change[4])
event_object_for_printing.city = event_to_change[5]
event_object_for_printing.address = event_to_change[6]
event_object_for_printing.available_beds = str(event_to_change[7])
event_object_for_printing.planned_donor_number = str(
event_to_change[8])
event_object_for_printing.successfull = str(event_to_change[9])
actv_selection = 0
while True:
MenuManager.change_event_submenu(actv_selection,
event_object_for_printing)
key = ord(getch())
if key == ESC:
user_input = 9
clear()
elif key == ENTER:
user_input = actv_selection
clear()
elif key == SPECIALKEYSELECTOR:
key = ord(getch())
if key == DOWNARROW:
if actv_selection < 9:
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(9):
data_to_change = ""
while data_to_change == "":
print(event_object_for_printing)
print("------------------------------\n")
print("\n(0) Cancel\nChanging {} to: ".format(
input_object_data_pairs[user_input]))
data_to_change = input("\n> ")
data_to_change = data_to_change.upper()
if data_to_change == "0":
return None
elif validators_for_data_to_change[user_input](
data_to_change):
CHANGE_DATA = "UPDATE event SET {} = '{}' WHERE Id = {}".format(
input_object_data_pairs[user_input],
data_to_change, event_object_for_printing.id)
cursor_object.execute(CHANGE_DATA)
clear()
print("...Done!")
time.sleep(1)
return None
else:
print("Wrong {}.".format(
input_object_data_pairs[user_input]))
data_to_change = ""
time.sleep(1)
clear()
elif user_input == 9:
clear()
actv_selection = 0
return None
def test_between_75_and_110_percent(self):
vampireparty = Event()
vampireparty.planned_donor_number = 100
vampireparty.successfull = 80
self.assertEqual(vampireparty.success_rate(), "Successfull")
def test_exactly_110_percent(self):
vampireparty = Event()
vampireparty.planned_donor_number = 100
vampireparty.successfull = 110
self.assertEqual(vampireparty.success_rate(), "Outstanding")
def test_less_than_ten_days(self):
vampireparty = Event()
vampireparty.date_of_event = (datetime.datetime.today() + datetime.timedelta(days=9)).strftime("%Y.%m.%d")
self.assertFalse(vampireparty.registration_in_tendays())
def test_exactly_20_percent(self):
vampireparty = Event()
vampireparty.planned_donor_number = 100
vampireparty.successfull = 20
self.assertEqual(vampireparty.success_rate(), "Normal event")
def test_friday(self):
vampireparty = Event()
vampireparty.date_of_event = '2015.11.06'
self.assertTrue(vampireparty.is_weekday())