def testLibrary():
lib = Library()
b1 = Book("Live by Night", "Dennis Lehane")
b2 = Book("A Time of Gifts", "Patrick Leigh Fermor")
b3 = Book("Barchester Towers", "Anthony Trollope")
for b in (b1, b2, b3):
lib.addBook(b)
p1 = Patron("Ken")
p2 = Patron("Joshua")
p3 = Patron("Sara")
for p in (p1, p2, p3):
lib.addPatron(p)
print("\nThe first library:")
print(lib)
lib.save("books.dat", "patrons.dat")
secondLib = Library("books.dat", "patrons.dat")
print("\nThe second library (a copy):")
print(secondLib)
print("Expect Ken, 0 kooks out:", lib.getPatron("Ken"))
print("Expect None:", lib.getPatron("Carolyn"))
print("Expect Live by Night:", lib.getBook("Live by Night").getTitle())
print("Expect None:", lib.getBook("Mystic River"))
print("Expect None:", lib.removeBook("Live by Night"))
print("\nLibrary:")
print(lib)
print("Expect Book's title is not in the library:",
lib.removeBook("Mystic River"))
print("Expect None:", lib.removePatron("Ken"))
print("\nLibrary:")
print(lib)
print("Expect Patron's name is not in the library:",
lib.removePatron("Ken"))
def test_return_book_unavailable(self):
available = 2
book = Book(title=TITLE, author=AUTHOR, copies=2, available=available)
result = book.return_book()
self.assertEqual(book.available, available)
self.assertEqual(
result, "This is impossible! All the copies are already there.")
def test_borrow(self):
self.b = Book('Django', 'Elena Santasheva')
# self.b.borrow()
# self.assertEqual(self.b.borrow(), 'You are unable to borrow this book, sorry!')
assert self.b.borrow() == 'You have borrowed "Django" by Elena Santasheva'
assert self.b.is_available() is False # after borrow -> False (self.available-=1)
assert self.b.pretty_name() == '"Django" by Elena Santasheva'
def __init__(self, filename):
print('file--', filename)
f = open(filename)
l = f.readline().split(' ')
self.filename = filename
self.nBooks, self.nLibs, self.nDays = int(l[0]), int(l[1]), int(l[2])
self.books = [
Book(i, int(score))
for i, score in enumerate(f.readline().split(' '))
]
sumb = 0
for b in self.books:
sumb += b.score
print(sumb / 1000000)
self.book2Score = {book.id: int(book.score) for book in self.books}
self.libs = []
for libId in range(self.nLibs):
l = [int(i) for i in f.readline().split(' ')]
nBooks, nSign, nScan = l[0], l[1], l[2]
books = [
Book(int(i), int(self.book2Score[int(i)]))
for i in f.readline().split(' ')
]
lib = Library(libId, nBooks, nSign, nScan, books)
self.libs.append(lib)
self.pri()
class BookTest(unittest.TestCase):
def test_init(self):
self.b = Book('Django', 'Elena Santasheva')
self.assertEqual(self.b.title, 'Django')
self.assertEqual(self.b.copies, 1)
def test_borrow(self):
self.b = Book('Django', 'Elena Santasheva')
# self.b.borrow()
# self.assertEqual(self.b.borrow(), 'You are unable to borrow this book, sorry!')
self.assertEqual(self.b.borrow(), 'You have borrowed "Django" by Elena Santasheva')
self.assertEqual(self.b.is_available(), False) # after borrow -> False (self.available-=1)
self.assertEqual(self.b.pretty_name(), '"Django" by Elena Santasheva')
def test_return_book(self):
self.b = Book('Django', 'Elena Santasheva')
self.assertEqual(self.b.return_book(), 'This is impossible! All the copies are already there.')
self.assertEqual(self.b.is_available(), True) # after return -> True (self.available += 1)
def generate_book_by_row(self, row):
"""
Creates a book, which is in a certain row using the
information from the table cells.
"""
record = ""
for i in range(6):
data = self.table.item(row, i).text()
record += ("+" + data)
return Book.book_by_record(record[1:])
class TestBook():
@pytest.mark.BookTest
def test_init(self):
self.b = Book('Django', 'Elena Santasheva')
assert self.b.title == 'Django'
assert self.b.copies == 1
@pytest.mark.BookTest
def test_borrow(self):
self.b = Book('Django', 'Elena Santasheva')
# self.b.borrow()
# self.assertEqual(self.b.borrow(), 'You are unable to borrow this book, sorry!')
assert self.b.borrow() == 'You have borrowed "Django" by Elena Santasheva'
assert self.b.is_available() is False # after borrow -> False (self.available-=1)
assert self.b.pretty_name() == '"Django" by Elena Santasheva'
@pytest.mark.BookTest
def test_return_book(self):
self.b = Book('Django', 'Elena Santasheva')
assert self.b.return_book() == 'This is impossible! All the copies are already there.'
assert self.b.is_available() is True # after return -> True (self.available += 1)
def parseInput(inp):
itr = (line for line in inp.split('\n'))
numberOfDifferentBooks, numberOfLibraries, numberOfDays = nl(itr)
books = {bookID: Book(bookID, bookScore)
for bookID, bookScore in enumerate(nl(itr))}
libraries = SortedList()
for i in range(numberOfLibraries):
numberOfBooks, signUpTime, capacityOfShipping = nl(itr)
line = nl(itr)
libraryBooks = SortedList(books[bookID]
for bookID in line)
libraries.add(Library(i, numberOfBooks, signUpTime,
capacityOfShipping, libraryBooks, numberOfDays))
return argparse.Namespace(numberOfDifferentBooks=numberOfDifferentBooks, numberOfLibraries=numberOfLibraries, numberOfDays=numberOfDays, books=books, libraries=libraries)
def read(file_name):
with open(file_name, 'r') as f:
line = f.readline()
num_books, num_libs, num_days = [int(l) for l in line.split()]
line = f.readline()
books = {i: Book(i, int(v)) for i, v in enumerate(line.split())}
libs = []
for i in range(num_libs):
line = f.readline()
nb, su, bpd = [int(l) for l in line.split()]
line = f.readline()
book_ids = [int(l) for l in line.split()]
lb = {j: books[j] for j in book_ids}
for b in lb.values():
b.register_copy()
libs.append(Library(i, lb, su, bpd))
return num_days, libs
def add_book(ctx: click.Context, title: str, author: str) -> None:
"""
Adds a book to the library. Additional arguments can be added.
\b
Example: add-book "Fahrenheit 491" "Ray Bradbury" -year 1953
\b
:param title: Title of the book
:param author: Author of the book
:param ctx: Context of the click command line
"""
kwargs = {
ctx.args[i][1:]: ctx.args[i + 1]
for i in range(0, len(ctx.args), 2)
}
_book = Book(title, author, **kwargs)
with Library(get_workinglib()) as library:
library.add_book(_book)
print(f'{_book} has been added to the library with {_book.bid} as bid')
def test_pretty_name(self):
book = Book("Title 1", "basar")
pretty_name = book.pretty_name()
self.assertEqual(pretty_name, '"Title 1" by basar')
def test_init(self):
self.b = Book('Django', 'Elena Santasheva')
assert self.b.title == 'Django'
assert self.b.copies == 1
def setup(self):
self.books_by_title = {}
assert self.books_by_title == {}
self.b = Book('Django', 'Elena Santasheva')
self.l = Library()
def test_publication_year_is_not_converted_if_missing(self):
book = Book()
book.publication_year = None
csl = ReferenceToCSL.convert(book)
self.assertEqual(csl['issued'], {'raw': None})
def test_publisher_is_converted(self):
book = Book()
book.publisher = 'Aschehoug'
csl = ReferenceToCSL.convert(book)
self.assertEqual(csl['publisher'], 'Aschehoug')
def test_borrow_unavailable(self):
available = 0
book = Book(title=TITLE, author=AUTHOR, copies=2, available=available)
result = book.borrow()
self.assertEqual(book.available, available)
self.assertTrue(type(result) == str)
def test_pretty_name(self):
book = Book(title=TITLE, author=AUTHOR, copies=2, available=2)
expected = f'"{book.title}" by {book.author}'
actual = book.pretty_name()
self.assertEqual(expected, actual)
def test_unit_default(self):
book = Book("Book", "Nikolai")
self.assertEqual(book.title, "Book")
self.assertEqual(book.author, "Nikolai")
self.assertEqual(book.copies, 1)
self.assertEqual(book.available, 1)
def test_pretty_name(self):
book = Book("Book", "Nikolai")
self.assertEqual(book.pretty_name(), '"Book" by Nikolai')
def test_not_available(self):
book = Book("Book", "Nikolai", 5, 0)
self.assertFalse(book.is_available())
def test_is_available(self):
book = Book("Book", "Nikolai", 5, 5)
self.assertTrue(book.is_available())
def index():
if 'username' in session:
if (bool(shelf.library) == False):
#shelf=Bookshelf()
book1 = Book.Book('To Kill A Mockingbird', ['Harper Lee'], [
'Novel', 'Bildungsroman', 'Southern Gothic', 'Thriller',
'Domestic Fiction', 'Legal Story'
], '978-0446310789', 'B0000000001')
book2 = Book.Book('The Talisman', ['Stephen King', 'Peter Straub'],
['Fantasy', 'Thriller'], '978-1451697216',
'B0000000002')
book3 = Book.Book('The Bad President', ['Donald Trump'],
['Impeachment', 'Delusional'],
'978-1sdfasdfasdff', 'B0000000003')
# Adds a Book into the shelf
shelf.addBook(book1)
shelf.addBook(book2)
shelf.addBook(book3)
# print(shelf.index[book.getISBN()])
# Hard Coded Transactions for Book 1
HCT1 = Transaction.Transaction('12345', 'User01', 'User02',
'978-0446310789',
'Brooklyn Bridge Park')
HCT2 = Transaction.Transaction('76483', 'User02', 'User03',
'978-0446310789',
'Hunter College Lunchroom')
# Hard Coded Transactions for Book 2
HCT3 = Transaction.Transaction('0', 'User04', 'User06',
'978-1451697216',
'Central Park - North Corridor')
# HCT4 = Transaction.Transaction('85274', 'User06', 'User03', '978-1451697216', 'Prospect Park')
# Addition of Hard coded Block Transactions for Book 1
GenBlock = Block.Block('0', HCT1)
SecondBlock = Block.Block(GenBlock.getBlockHash(), HCT2)
GenBlockBook2 = Block.Block('0', HCT3)
book1.addValidBlocks(GenBlock)
book1.addValidBlocks(SecondBlock)
book2.addValidBlocks(GenBlockBook2)
books = shelf.library
writeMe = shelf.__str__()
# open(<filename>, <mode>)
saveFile = open('MasterLedger.txt', 'w')
# writes the text contained in the variable writeMe to the file declared above
saveFile.write(writeMe)
# Always remember after an operation is completed to close it.
saveFile.close()
return render_template('index.html',
books=books,
username=session['username'])
else:
return redirect(url_for('login'))
def test_return_positive(self):
book = Book("Title 1", "basar", 5, 4)
resp = book.borrow()
self.assertEqual((resp, 'You have borrowed "Title 1" by basar'))
self.assertEqual(book.available, 3)
self.assertEqual(book.copies, 5)
def test_init_negative_value(self):
with self.assertRaises(ValueError):
book = Book(title=TITLE, author=AUTHOR, copies=0, available=-2)
def test_is_available(self):
book = Book(title=TITLE, author=AUTHOR, copies=1, available=0)
self.assertFalse(book.is_available())
book.available = 1
self.assertTrue(book.is_available())
def test_single_author_is_converted(self):
book = Book()
book.authors = [Author(given='Jo', family='Nesbø')]
csl = ReferenceToCSL.convert(book)
first_author = csl['author'][0]
self.assertEqual(first_author, {'family': 'Nesbø', 'given': 'Jo'})
def test_borrow_available(self):
available = 2
book = Book(title=TITLE, author=AUTHOR, copies=2, available=available)
result = book.borrow()
self.assertEqual(book.available, available - 1)
self.assertTrue(book.title in result and book.author in result)
def test_publisher_place_is_not_converted_if_missing(self):
book = Book()
book.publisher_place = None
csl = ReferenceToCSL.convert(book)
self.assertEqual(csl['publisher-place'], False)
def test_return_book_available(self):
available = 0
book = Book(title=TITLE, author=AUTHOR, copies=2, available=available)
result = book.return_book()
self.assertEqual(book.available, available + 1)
self.assertEqual(result, "Thank you!")
def test_publisher_place_is_converted(self):
book = Book()
book.publisher_place = 'Oslo'
csl = ReferenceToCSL.convert(book)
self.assertEqual(csl['publisher-place'], 'Oslo')
def test_init(self):
book = Book(title=TITLE, author=AUTHOR, copies=2, available=1)
self.assertEqual(book.title, TITLE)
self.assertEqual(book.author, AUTHOR)
self.assertEqual(book.copies, 2)
self.assertEqual(book.available, 1)
def test_init_default_params(self):
book = Book(title=TITLE, author=AUTHOR)
self.assertEqual(book.title, TITLE)
self.assertEqual(book.author, AUTHOR)
self.assertEqual(book.copies, 1)
self.assertEqual(book.available, 1)
def test_return_book(self):
self.b = Book('Django', 'Elena Santasheva')
assert self.b.return_book() == 'This is impossible! All the copies are already there.'
assert self.b.is_available() is True # after return -> True (self.available += 1)
def test_init_wrong_type(self):
with self.assertRaises(TypeError):
book = Book(title=2, author=32, copies='2', available='3')
def test_publication_year_is_converted(self):
book = Book()
book.publication_year = 2009
csl = ReferenceToCSL.convert(book)
self.assertEqual(csl['issued'], {'raw': '2009'})
def test_init_wrong_value(self):
with self.assertRaises(ValueError):
book = Book(title=TITLE, author=AUTHOR, copies=1, available=2)
def testBook():
print("\nTesting a book")
b = Book("Live by Night", "Dennis Lehane")
print("Expect")
print(
"Title: Live by Night\nAuthor: Dennis Lehane\nNot checked out\nWait list:"
)
print(b)
print("Expect Live by Night:", b.getTitle())
print("Expect Dennis Lehane:", b.getAuthor())
print("Expect None", b.getPatron())
p = Patron("Ken")
print("Expect The book is not checked out:", b.returnMe())
print("Expect None:", b.borrowMe(p))
print("Expect\nTitle: Live by Night\nAuthor: Dennis Lehane")
print("Checked out to: Ken, 1 books out\nWait list:")
print(b)
print("Expect Ken, 1 books out:", b.getPatron())
print("Expect This book is already checked out:", b.borrowMe(p))
secondP = Patron("Carolyn")
print("Expect This book is already checked out:", b.borrowMe(secondP))
print("Expect\nTitle: Live by Night\nAuthor: Dennis Lehane")
print("Checked out to: Ken, 1 books out\nWait list:\nCarolyn, 0 books out")
print(b)
print("Expect Book loaned to a waiting patron:", b.returnMe())
print("Expect\nTitle: Live by Night\nAuthor: Dennis Lehane")
print("Checked out to: Carolyn, 1 books out\nWait list:")
print(b)
def test_author_with_family_name_only_works_fine(self):
book = Book()
book.authors = [Author(given='Jo', family=None)]
csl = ReferenceToCSL.convert(book)
first_author = csl['author'][0]
self.assertEqual(first_author, {'family': None, 'given': 'Jo'})