def test_updateActivityInList():
activityList = []
activityList.append(Activity(4, [4, 5], '12.04.2019', '00:10', 'rugby'))
updateActivityInList(
activityList, 4, Activity(10, [1, 2, 4], '12.04.2019', '10:00',
'golf'))
assert len(activityList) == 1 and activityList[0].get_activity_id() == 10
def test(self):
personList = []
personList.append(Person(1, None, None, None))
activityList = []
activityList.append(Activity(4, [4,5], '12.04.2025', '00:10', 'rugby'))
activityList.append(Activity(10, [1,2,3], '12.04.2025', '10:00', 'golf'))
participatesList = personParticipatesToUpcoming(activityList, personList, 1)
assert len(participatesList) == 1 and participatesList[0].get_activity_id() == 10
def test_activitiesForWeek(self):
activityList = []
activityList.append(Activity(1, [1,2], '11.11.2018', '16:00', 'rugby'))
activityList.append(Activity(2, [2,8], '10.11.2018', '15:00', 'tennis'))
activityList.append(Activity(3, [1,8,9,10], '05.12.2018', '12:30', 'basketball'))
activityList.append(Activity(4, [4,5,10], '10.11.2018', '14:45', 'football'))
activityList.append(Activity(5, [3,6,7], '05.01.2019', '09:15', 'swimming'))
matchingList = activitiesForWeek(activityList, '08.11.2018')
assert len(matchingList) == 3 and matchingList[0].get_activity_id() == 4 and matchingList[1].get_activity_id() == 2 and matchingList[2].get_activity_id() == 1
def test(self):
personList = []
personList.append(Person(1, 'Pop_Adrian', '0745739772', 'aleea_Peana_13'))
personList.append(Person(2, 'Luca_Iulian', '0743877389', 'aleea_Rucar_2'))
personList.append(Person(3, 'Pindelea_Ionela', '0748966321', 'strada_Primaverii_14'))
activityList = []
activityList.append(Activity(4, [1,3], '12.04.2025', '00:10', 'rugby'))
activityList.append(Activity(10, [1,2,3], '12.04.2025', '10:00', 'golf'))
newList = peopleInDescendingOrderByActivities(activityList, personList)
assert len(newList) == 3 and newList[0].get_id() == 1 and newList[1].get_id() == 3 and newList[2].get_id() == 2
def test_searchActivityInList(self):
activityList = []
activityList.append(Activity(4, [4,5], '12.04.2019', '00:10', 'rugby'))
activityList.append(Activity(10, [1,2,3], '12.04.2019', '10:00', 'golf'))
matchingList = searchActivityInList(activityList, 'g')
assert len(matchingList) == 2 and matchingList[0].get_activity_id() == 4
matchingList = searchActivityInList(activityList, '04.2019')
assert len(matchingList) == 2 and matchingList[0].get_activity_id() == 4
matchingList = searchActivityInList(activityList, '10:')
assert len(matchingList) == 1 and matchingList[0].get_activity_id() == 10
matchingList = searchActivityInList(activityList, '2019 00:')
assert len(matchingList) == 1 and matchingList[0].get_activity_id() == 4
def test(self):
activityList = []
activityList.append(Activity(1, [1,2], '11.11.2025', '16:00', 'rugby'))
activityList.append(Activity(2, [2,8], '10.12.2025', '08:00', 'tennis'))
activityList.append(Activity(3, [1,8,9,10], '10.12.2025', '12:30', 'basketball'))
activityList.append(Activity(4, [4,5,10], '11.11.2025', '14:45', 'football'))
activityList.append(Activity(5, [3,6,7], '10.01.2026', '16:15', 'swimming'))
activityList.append(Activity(6, [2,3,4], '20.02.2026', '18:55', 'baseball'))
activityList.append(Activity(7, [1,2,3,4,5,6,7,8,9], '20.02.2026', '20:30', 'bowling'))
activityList.append(Activity(8, [5,6,7,8], '11.11.2025', '22:00', 'football'))
activityList.append(Activity(9, [1,8,9,10], '10.12.2025', '23:10', 'tennis'))
activityList.append(Activity(10, [4,5,8,9], '11.11.2025', '17:00', 'golf'))
busiestDaysList = busiestDays(activityList)
assert len(busiestDaysList) == 4 and busiestDaysList[0] == '11.11.2025' and busiestDaysList[1] == '10.12.2025' and busiestDaysList[2] == '20.02.2026' and busiestDaysList[3] == '10.01.2026'
def test_undoRedo():
personList = []
activityList = []
undoList = []
redoList = []
addPersonToList(personList, Person(15, None, None, None), activityList)
undoList.append([removePersonFromList, personList, activityList, 15])
assert len(personList) == 1
undo(undoList, redoList, personList, activityList)
assert len(undoList) == 0 and len(redoList) == 1 and len(personList) == 0
redo(undoList, redoList, personList, activityList)
assert len(undoList) == 1 and len(redoList) == 0 and len(
personList) == 1 and personList[0].get_id() == 15
addActivityToList(activityList, personList,
Activity(10, [15], None, None, None))
undoList.append([removeActivityFromList, activityList, 10])
assert len(activityList) == 1
undo(undoList, redoList, personList, activityList)
assert len(undoList) == 1 and len(redoList) == 1 and len(activityList) == 0
redo(undoList, redoList, personList, activityList)
assert len(undoList) == 2 and len(redoList) == 0 and len(
activityList) == 1 and activityList[0].get_activity_id() == 10
undoList.append([
addPersonToList, personList,
Person(15, None, None, None), activityList,
personParticipatesTo(activityList, personList, 15)
])
removePersonFromList(personList, activityList, 15)
assert len(personList) == 0
undo(undoList, redoList, personList, activityList)
assert len(undoList) == 2 and len(redoList) == 1 and len(
personList) == 1 and personList[0].get_id() == 15
redo(undoList, redoList, personList, activityList)
assert len(undoList) == 3 and len(redoList) == 0 and len(personList) == 0
undo(undoList, redoList, personList, activityList)
redoList = []
removeActivityFromList(activityList, 10)
undoList.append([
addActivityToList, activityList, personList,
Activity(10, [15], None, None, None)
])
assert len(activityList) == 0
undo(undoList, redoList, personList, activityList)
assert len(undoList) == 2 and len(redoList) == 1 and len(
activityList) == 1 and activityList[0].get_activity_id() == 10
redo(undoList, redoList, personList, activityList)
assert len(undoList) == 3 and len(redoList) == 0 and len(activityList) == 0
undo(undoList, redoList, personList, activityList)
redoList = []
def populateActivityList():
# Creates a random list of 100 activities
activityList = []
numbersList = ['0', '1', '2', '3', '4', '5', '6', '7', '8', '9']
descriptionList = [
'rugby', 'volleyball', 'basketball', 'football', 'cricket', 'hokey',
'baseball', 'tennis', 'bowling', 'golf'
]
for ID in range(1, 101):
personIDs = [0, 0, 0]
while personIDs[0] == personIDs[1] or personIDs[0] == personIDs[
2] or personIDs[1] == personIDs[2]:
personIDs = [
random.randrange(1, 100),
random.randrange(1, 100),
random.randrange(1, 100)
]
date = random.choice(numbersList[0:3]) + random.choice(
numbersList[1:9]) + '.0' + random.choice(
numbersList[1:10]) + '.20' + random.choice(
numbersList[1:3]) + random.choice(numbersList)
time = random.choice(numbersList[:2]) + random.choice(
numbersList) + ':' + random.choice(
numbersList[0:6]) + random.choice(numbersList)
description = random.choice(descriptionList)
activityList.append(Activity(ID, personIDs, date, time, description))
return activityList
def test_stringActivityList():
activityList = []
assert stringActivityList(activityList) == 'List of activities is void.'
activityList.append(Activity(4, [4, 5], '12.04.2019', '00:10', 'rugby'))
assert stringActivityList(
activityList
) == 'Activities list:\n4 : [4, 5] : 12.04.2019 : 00:10 : rugby\n'
def test_addActivityToList():
personList = []
personList.append(Person(1, 'Pop_Adrian', '0745739772', 'aleea_Peana_13'))
personList.append(Person(2, 'Luca_Iulian', '0743877389', 'aleea_Rucar_2'))
personList.append(
Person(3, 'Pindelea_Ionela', '0748966321', 'strada_Primaverii_14'))
activityList = []
addActivityToList(activityList, personList,
Activity(10, [1, 2, 3], '12.04.2019', '10:00', 'golf'))
assert len(activityList) == 1 and activityList[0].get_activity_id() == 10
def createActivityList():
activityList = []
activityList.append(Activity(1, [1, 2], '11.11.2018', '16:00', 'rugby'))
activityList.append(Activity(2, [2, 8], '10.12.2018', '08:00', 'tennis'))
activityList.append(
Activity(3, [1, 8, 9, 10], '09.08.2018', '12:30', 'basketball'))
activityList.append(
Activity(4, [4, 5, 10], '06.01.2019', '14:45', 'football'))
activityList.append(
Activity(5, [3, 6, 7], '10.01.2019', '16:15', 'swimming'))
activityList.append(
Activity(6, [2, 3, 4], '20.02.2019', '18:55', 'baseball'))
activityList.append(
Activity(7, [1, 2, 3, 4, 5, 6, 7, 8, 9], '13.03.2019', '20:30',
'bowling'))
activityList.append(
Activity(8, [5, 6, 7, 8], '17.01.2019', '22:00', 'football'))
activityList.append(
Activity(9, [1, 8, 9, 10], '09.11.2018', '23:10', 'tennis'))
activityList.append(
Activity(10, [4, 5, 8, 9], '14.04.2019', '17:00', 'golf'))
return activityList
def readActivitiesFromTextFile(fileName):
activityList = []
try:
file0 = open(fileName, "r")
line = file0.readline().strip().split(":")
while not (len(line) == 1 and line[0] == ''):
try:
activity = Activity(None, None, None, None, None)
activity.set_activity_id(int(line[0].strip()))
line[1] = line[1].strip()
line[1] = line[1][1:(len(line[1]) - 1)].split(",")
personsIDs = []
for ID in line[1]:
personsIDs.append(int(ID.strip()))
activity.set_person_ids(personsIDs)
activity.set_date(line[2].strip())
activity.set_time(line[3].strip() + ":" + line[4].strip())
activity.set_description(line[5].strip())
activityList.append(activity)
except ValueError as error:
print("Could not validate person with id ", line[0].strip(),
": ", error)
line = file0.readline().strip().split(":")
file0.close()
except IOError as error:
print("Input error: ", error)
return activityList
def test_removeActivityFromList():
activityList = []
activityList.append(Activity(4, [4, 5], '12.04.2019', '00:10', 'rugby'))
removeActivityFromList(activityList, 4)
assert len(activityList) == 0
def test_findActivityInList():
activityList = []
activityList.append(Activity(4, [4, 5], '12.04.2019', '00:10', 'rugby'))
assert findActivityInList(activityList, 4) == 0
assert findActivityInList(activityList, 1) == -1
def readActivity(personList, message):
activity = Activity(None, None, None, None, None)
while True:
try:
print(message)
activity.set_activity_id(readID(''))
activity.set_person_ids(readPersonIDs(personList))
activity.set_date(input('Date (day.month.year): '))
activity.set_time(input('Time (hour:minute): '))
activity.set_description(input('Description: '))
return activity
except ValueError as error:
print(error)