def test_closeduser(self):
testdate = datetime.datetime.now()
user = User(1, 'estigum', 'Erik Stigum', 'Test123',
'This is a test Account', UserState.OPEN, 'system',
testdate, 'estigum', testdate)
user.Status = UserState.CLOSED
self.assertEqual(user.Status, UserState.CLOSED)
def test_newuser(self):
user = User(1, 'estigum', 'Erik Stigum', 'Test123',
'This is a test Account', UserState.OPEN, 'system')
self.assertEqual(user.UserName, 'estigum')
self.assertEqual(user.Password, 'Test123')
self.assertEqual(user.UserId, 1)
self.assertEqual(user.Comment, 'This is a test Account')
self.assertEqual(user.Status, UserState.OPEN)
self.assertEqual(user.FullName, 'Erik Stigum')
self.assertEqual(user.CreatedBy, 'system')
self.assertEqual(user.LastUpdatedBy, 'system')
def GetAllUsers(self):
FileUsersR = open(path + "Users/Users.csv", newline='')
reader = csv.DictReader(FileUsersR, delimiter=',')
user = []
for line in reader:
user.append(
User(line["user_id"], line["phone"], line["first_name"],
line["last_name"], line["middle_name"]))
FileUsersR.close()
return user
def Add(self, username, fullname, password, comment, createdBy):
if not (self.Get(username) is None):
raise Exception("User already exists")
self.__CurrentUserId = self.__CurrentUserId + 1
user = User(self.__CurrentUserId, username, fullname, password,
comment, UserState.OPEN, createdBy)
self.__Users[user.UserName] = user
return user
def verifyRegistration (user):
"""
Verify registration
if its True - add user to db
:param obj(user)
:return True or error code
user[0] = firstName
user[1] = lastName
user[2] = userName
user[3] = post Code
user[4] = street name
user[5] = house number
user[6] = email
user[7] = email confirmation
user[8] = password
user[9] = password confirmation
"""
# Check if entries contain spaces or empty fields
for i in range(len(user)):
if not user[i]:
return "empty fields"
elif " " in user[i]:
if i != 4:
return "Contain spaces"
# check if user exist
with open("Data/users.csv", 'r') as f:
l = list(csv.reader(f))
my_dict = {i[0]: [x for x in i[1:]] for i in zip(*l)}
if user[2] in my_dict.get('login'):
return "User already exist"
if user[6] != user[7]:
return "Email does not match"
if not verifyEmail(user[6]):
return "Invalid email address"
if user[8] != user[9]:
return "Password does not match"
else:
if len(user[8]) < 4:
return "Password is too short"
address = "{} - {}, {}".format(user[3], user[5], user[4])
newUser = User(user[2], user[0], user[1], user[8], user[6], address, 999)
wf.add_user(newUser)
createUserFolder(user[2])
return True
def __init__(self, xml_user_file_path, xml_badges_file_path):
with codecs.open(xml_user_file_path, "r", "utf-8") as file:
soup = BeautifulSoup(file, "html.parser")
all_post = soup.find_all("row")
self.map_of_user = {}
map_user_badges = UserParser.read_badges(xml_badges_file_path)
for post in all_post:
attr_dic = post.attrs
user_id = int(attr_dic["id"])
creation_date = None
age = None
location = None
reputation = None
views = None
about_me = None
up_votes = None
down_votes = None
website_url = None
last_access_date = None
display_name = None
if "creationdate" in attr_dic:
creation_date = (attr_dic["creationdate"])
if "age" in attr_dic:
age = int(attr_dic["age"])
if "location" in attr_dic:
location = (attr_dic["location"])
if "reputation" in attr_dic:
reputation = int(attr_dic["reputation"])
if "views" in attr_dic:
last_access_date = int(attr_dic["views"])
if "websiteurl" in attr_dic:
website_url = (attr_dic["websiteurl"])
if "downvotes" in attr_dic:
down_votes = int(attr_dic["downvotes"])
if "upvotes" in attr_dic:
up_votes = int(attr_dic["upvotes"])
if "aboutme" in attr_dic:
about_me = (attr_dic["aboutme"])
if "lastaccessdate" in attr_dic:
last_access_date = (attr_dic["lastaccessdate"])
if "displayname" in attr_dic:
display_name = (attr_dic["displayname"])
lst_badges = None
if user_id in map_user_badges:
lst_badges = map_user_badges[user_id]
user = User(user_id, reputation, age, location, creation_date,
views, lst_badges, about_me, up_votes, down_votes,
website_url, last_access_date, display_name)
self.map_of_user[user_id] = user
def GetUser(self, user_id):
# РАЗОБРАТЬСЯ С ENUMERATE!
fileUsersR = open(self.fUsers, newline='')
fileUserRoleR = open(self.fUserRole, newline='')
fileRolesR = open(self.fRoles, newline='')
# ищу пользователя по user_id
reader = csv.DictReader(fileUsersR, delimiter=',')
user = User(-1, -1, -1, -1, -1)
for i, line in enumerate(reader, 1):
if (i == user_id):
user = User(line[self.dUser['user_id']],
line[self.dUser['phone']],
line[self.dUser['first_name']],
line[self.dUser['last_name']],
line[self.dUser['middle_name']])
break
reader = csv.DictReader(fileUserRoleR, delimiter=',')
role_id = 0
# зная user_id, нахожу соответсвующее значение role_id
for i, line in enumerate(reader, 1):
if (i == user_id):
role_id = int(line[self.dRole['role_id']])
break
# зная role_id, нахожу полную информацию об этой роли
reader = csv.DictReader(fileRolesR, delimiter=',')
role = Role(-1, -1)
for i, line in enumerate(reader, 1):
if (i == role_id):
role = Role(line[self.dRole['role_id']],
line[self.dRole['description']])
break
#
fileUsersR.close()
fileUserRoleR.close()
fileRolesR.close()
return (user, role) # tuple()
def test_existinguser(self):
testdate = datetime.datetime.now()
user = User(1, 'estigum', 'Erik Stigum', 'Test123',
'This is a test Account', UserState.OPEN, 'system',
testdate, 'estigum', testdate)
self.assertEqual(user.UserName, 'estigum')
self.assertEqual(user.Password, 'Test123')
self.assertEqual(user.UserId, 1)
self.assertEqual(user.Comment, 'This is a test Account')
self.assertEqual(user.Status, UserState.OPEN)
self.assertEqual(user.FullName, 'Erik Stigum')
self.assertEqual(user.CreatedBy, 'system')
self.assertEqual(user.CreatedAt, testdate)
self.assertEqual(user.LastUpdatedBy, 'estigum')
self.assertEqual(user.LastUpdatedAt, testdate)
def __init__(self, xml_user_file_path, xml_badges_file_path):
self.map_of_user = {}
map_user_badges = UserParserRecord.read_badges(xml_badges_file_path)
for attr_dic in xmliter(xml_user_file_path, 'row'):
user_id = int(attr_dic["@Id"])
creation_date = None
age = None
location = None
reputation = None
views = None
about_me = None
up_votes = None
down_votes = None
website_url = None
last_access_date = None
display_name = None
if "@CreationDate" in attr_dic:
creation_date = (attr_dic["@CreationDate"])
if "@Age" in attr_dic:
age = int(attr_dic["@Age"])
if "@Location" in attr_dic:
location = (attr_dic["@Location"])
if "@Reputation" in attr_dic:
reputation = int(attr_dic["@Reputation"])
if "@Views" in attr_dic:
last_access_date = int(attr_dic["@Views"])
if "@WebsiteUrl" in attr_dic:
website_url = (attr_dic["@WebsiteUrl"])
if "@DownVotes" in attr_dic:
down_votes = int(attr_dic["@DownVotes"])
if "@UpVotes" in attr_dic:
up_votes = int(attr_dic["@UpVotes"])
if "@AboutMe" in attr_dic:
about_me = (attr_dic["@AboutMe"])
if "@LastAccessDate" in attr_dic:
last_access_date = (attr_dic["@LastAccessDate"])
if "@DisplayName" in attr_dic:
display_name = (attr_dic["@DisplayName"])
lst_badges = None
if user_id in map_user_badges:
lst_badges = map_user_badges[user_id]
user = User(user_id, reputation, age, location, creation_date,
views, lst_badges, about_me, up_votes, down_votes,
website_url, last_access_date, display_name)
self.map_of_user[user_id] = user
def hello():
userAccess = UserAccess()
if request.method == 'POST':
result = request.form
newUser = User()
for key, value in result.items():
if key == "txtname":
newUser.username = value
elif key == "txtpass":
newUser.password = value
elif key == "txtemail":
newUser.email = value
userAccess.InsertUser(newUser)
users = userAccess.GetUsers()
return render_template("index.html", users=users)
def test_lastupdatedbychanged(self):
user = User(1, 'estigum', 'Erik Stigum', 'Test123',
'This is a test Account', UserState.OPEN, 'system')
user.LastUpdatedBy = 'cstigum'
self.assertEqual(user.LastUpdatedBy, 'cstigum')
def verifyRegistration(user):
"""
Verify registration
if its True - add user to db
:param user: list(user)
:return True or error code
user[0] = firstName
user[1] = lastName
user[2] = userName
user[3] = post Code
user[4] = street name
user[5] = house number
user[6] = email
user[7] = email confirmation
user[8] = password
user[9] = password confirmation
user[10] = phone number
"""
for i in range(len(user)):
print("index: {}; value: {}".format(i, user[i]))
# Check if entries contain spaces or empty fields
for i in range(len(user)):
if not user[i]:
return strings.errorEmptyFields
elif " " in user[i]:
print("i value:", i)
if i == 3:
if " " == user[i]:
print("all empty")
return strings.errorSpaces
else:
print("else")
if i != 4:
if i == 5:
continue
else:
return strings.errorSpaces
exist = os.path.isfile(strings.filePath_user)
if exist:
with open(strings.filePath_user, 'r') as f:
l = list(csv.reader(f))
my_dict = {i[0]: [x for x in i[1:]] for i in zip(*l)}
if user[2] in my_dict.get('login'):
return strings.errorUserAlreadyExist
if user[6] != user[7]:
return strings.errorEmailMismatch
if not verifyEmail(user[6]):
return strings.errorInvalidEmail
if user[8] != user[9]:
return strings.errorPasswordMismatch
else:
if len(user[8]) < 4:
return strings.errorShortPassword
if not str(user[10]).isdigit():
return strings.errorInvalidPhoneNumber
address = "{} - {}, {}".format(user[3], user[5], user[4])
newUser = User(user[2], user[0], user[1], user[8], user[6], address,
user[10])
wf.write(newUser, strings.filePath_user, strings.fieldNames_user)
createUserFolder(user[2])
return True
def GetBorrowedBooks(self):
# HELP!
# пытался реализовать все циклы по строкам файлов при помощи enumerate в целях экономии времени работы методов, но возникают проблемы с возвратом указателя в начало файла
FileBooksR = open(path + "Books/Books.csv", newline='')
FileUsersR = open(path + "Users/Users.csv", newline='')
FileAuthorsR = open(path + "Books/Authors.csv", newline='')
FileAuthorshipR = open(path + "Books/Authorship.csv", newline='')
FileReadersR = open(path + "Readers.csv", newline='')
user = []
book = []
date1 = []
date2 = []
authors = []
readerReaders = csv.DictReader(FileReadersR, delimiter=',')
readerUsers = csv.DictReader(FileUsersR, delimiter=',')
readerBooks = csv.DictReader(FileBooksR, delimiter=',')
readerAuthorship = csv.DictReader(FileAuthorshipR, delimiter=',')
readerAuthors = csv.DictReader(FileAuthorsR, delimiter=',')
# захожу в цикл по строкам файла Readers.csv
for lineReaders in readerReaders:
# захожу в цикл по строкам файла Books.csv с фиксированным значением user_id
FileUsersR.seek(0) # возвращаю указатель в начало файла
for lineUsers in readerUsers:
# нахожу нужного пользователя и добавляю его данные в user[]
if (lineUsers["user_id"] == lineReaders["user_id"]):
user.append(
User(lineUsers["user_id"], lineUsers["phone"],
lineUsers["first_name"], lineUsers["last_name"],
lineUsers["middle_name"]))
break
# захожу в цикл по строкам файла Authorship.csv с фиксированным значением book_id
FileAuthorshipR.seek(0) # возвращаю указатель в начало файла
for lineAuthorship in readerAuthorship:
# нахожу нужные(ый) author_id
if (lineAuthorship["book_id"] == lineReaders["book_id"]):
# захожу в цикл по строкам файла Authors.csv с фиксированным значением author_id
FileAuthorsR.seek(0) # возвращаю указатель в начало файла
for lineAuthors in readerAuthors:
# имея author_id нахожу нужного автора и добавляю его в authors[]
if (lineAuthorship["author_id"] ==
lineAuthors["author_id"]):
authors.append(
Author(lineAuthors["author_id"],
lineAuthors["first_name"],
lineAuthors["last_name"],
lineAuthors["middle_name"]))
break
# добавляю нужную дату взятия книги в date1[]
date1.append(lineReaders["borrow_date"])
# добавляю нужную дату сдачи книги в date2[]
date2.append(lineReaders["return_date"])
#
# захожу в цикл по строкам файла Books.csv с фиксированным значением book_id
FileBooksR.seek(0) # возвращаю указатель в начало файла
for lineBooks in readerBooks:
# нахожу нужную книгу
if (lineBooks["book_id"] == lineReaders["book_id"]):
# добавляю её в book[]
new_list = authors.copy(
) # новый список для устранения проблем с памятью
book.append(
Book(lineBooks["book_id"], lineBooks["file_path"],
lineBooks["title"], lineBooks["year"],
lineBooks["publisher"], new_list))
authors.clear()
break
FileUsersR.close()
FileBooksR.close()
FileAuthorsR.close()
FileAuthorshipR.close()
FileReadersR.close()
return (book, date1, date2, user) # tuple()