def test_save_add_to_db(self):
bk = Book(author='AAAA', title='BBBB', read=True)
bk.save()
self.assertIsNotNone(bk.id) # Check book has ID
self.assertEqual(bk, bookstore.get_book_by_id(bk.id))
self.assertTrue(bookstore.exact_match(bk))
def detailsBook(id):
global apiInfo
try:
# Using eval to convert string to a dictionairy
bookList = json.loads(
requests.get(app.config['API_ROOT_URL'] + '/books' + '/' +
str(id)).content)
except:
bookList = []
for book in bookList:
# There is one and only one book
orgBook = Book(
book['id'],
book['name'],
book['price'], # Two decimals
book['isbn'],
book['isObsolete'],
book['bookType'])
orgBook.price = ConvertToTwoDecimals(orgBook.price)
orgBook.isObsolete = ConvertBooleanToText(orgBook.isObsolete)
orgBook.bookType = ConvertEnumBookTypeToDescription(orgBook.bookType)
return render_template('books/details.html',
actionTitle='Book details',
appTitle=app.config['APP_TITLE'],
api=apiInfo,
book=vars(orgBook))
def test_add_book_store_with_books_in(self):
self.add_test_data()
book_count = bookstore.book_count()
bk = Book(title='aa', author='bbbbb')
bk.save()
self.assertTrue(bookstore.exact_match(bk))
self.assertEqual(book_count + 1, bookstore.book_count())
def test_show_books_list(self, mock_print):
bk1 = Book('a', 'aaa')
bk2 = Book('b', 'bbb')
books = [bk1, bk2]
ui.show_books(books)
mock_print.assert_any_call(bk1)
mock_print.assert_any_call(bk2)
def test_delete_all_books(self):
self.clear_bookstore()
bk1 = Book(title='Not in store', author='Not in store')
bk2 = Book(title='Whatever', author='Whatever')
store.add_book(bk1)
store.add_book(bk2)
store.delete_all_books()
self.assertEqual(0, store.book_count())
def test_delete_all_books(self):
self.clear_bookstore()
bk1 = Book('Not in store', 'Not in store')
bk2 = Book('Whatever', 'Whatever')
self.BS.add_book(bk1)
self.BS.add_book(bk2)
self.BS.delete_all_books()
self.assertEqual(0, self.BS.book_count())
def add_test_data(self):
self.bk1 = Book('the title', 'the author', False)
self.bk2 = Book('what the book is called', 'the writer', True)
self.bk3 = Book('fascinating', 'the author', True)
self.bk4 = Book('brilliant', 'schrodinger', False)
self.store.add_book(self.bk1)
self.store.add_book(self.bk2)
self.store.add_book(self.bk3)
self.store.add_book(self.bk4)
def add_test_data(self):
self.bk1 = Book(title='An Interesting Book', author='Ann Author', read=True)
self.bk2 = Book(title='Booky Book Book', author='B. Bookwriter', read=False)
self.bk3 = Book(title='Collection of words', author='Creative Creator')
self.clear_bookstore()
store.add_book(self.bk1)
store.add_book(self.bk2)
store.add_book(self.bk3)
def add_test_data(self):
self.bk1 = Book('An Interesting Book', 'Ann Author', True)
self.bk2 = Book('Booky Book Book', 'B. Bookwriter', False)
self.bk3 = Book('Collection of words', 'Creative Creator')
self.clear_bookstore()
self.BS.add_book(self.bk1)
self.BS.add_book(self.bk2)
self.BS.add_book(self.bk3)
def proceed(self, product):
# Fetch metadata from Google
service = GoogleBookService(utils.configuration.googlebook_key)
data = service.fetch_data(product.book.isbn13)
if data is not None:
# Parse the metadata
parser = GoogleBookDataParser()
if parser.parse(data):
# Convert to book
book = Book()
book.title = parser.title
book.isbn10 = parser.isbn10
book.isbn13 = parser.isbn13
book.year = parser.publishedYear
book.description = parser.description
book.nb_pages = parser.pageCount
book.language = parser.language
def convert_name_to_author(name):
author = Author()
author.name = name
return author
book.authors = map(convert_name_to_author, parser.authors)
if book is not None and book.isbn10 == product.book.isbn10 and book.isbn13 == product.book.isbn13:
# Store the book
product.book = book
# Save data from Googlebook
product.metadata_path = "{0}/{1}.json".format(utils.configuration.tmp_path, product.book.isbn13)
with open(product.metadata_path, 'w') as outfile:
json.dump(data, outfile)
# Download the thumbnail
product.thumbnail_path = "{0}/{1}.picture".format(utils.configuration.tmp_path, product.book.isbn13)
download = Download(parser.thumbnail_url, product.thumbnail_path)
downloader = Downloader(download)
downloader.run()
if download.status:
utils.logger.info("Match found in Google Book database [{0}]".format(book.title))
if self.next:
return self.next.proceed(product)
product.status = Status.Done
return product
utils.logger.info("This book is unknow from Google Book database")
product.status = Status.Error
return product
def test_create_book_id_increases(self):
Counter.reset_counter()
bk = Book('Title', 'Author')
self.assertEqual(1, bk.id)
bk2 = Book('Title2', 'Author2')
self.assertEqual(2, bk2.id)
bk3 = Book('Title3', 'Author3')
self.assertEqual(3, bk3.id)
def add_test_data(self):
self.bk1 = Book(title='the title', author='the author', read=False)
self.bk2 = Book(title='what the book is called',
author='the writer',
read=True)
self.bk3 = Book(title='fascinating', author='the author', read=True)
self.bk4 = Book(title='brilliant', author='schrodinger', read=False)
store.add_book(self.bk1)
store.add_book(self.bk2)
store.add_book(self.bk3)
store.add_book(self.bk4)
def create_book(name, **kwargs):
owner_id = get_current_user_id()
if not owner_id:
return False
description = kwargs.get('description')
genres_ids = kwargs.get('genres_ids') or []
cover_image_url = kwargs.get('cover_image_url')
page_count = kwargs.get('page_count')
author_name = kwargs.get('author_name')
year = kwargs.get('year')
book = Book(name=name, owner_id=owner_id)
book.description = description
book.cover_image_url = cover_image_url
book.page_count = page_count
book.author_name = author_name
book.year = year
genres = []
for id in genres_ids:
g = get_genre_by_id(id)
if g:
genres.append(g)
book.genres = genres
session.add(book)
session.commit()
return book
def test_delete_all_books(self):
bk1 = Book(title='Interesting Title', author='Author')
bk2 = Book(title='Whatever', author='W. Whatever')
bk1.save()
bk2.save()
bookstore.delete_all_books()
self.assertEqual(0, bookstore.book_count())
def test_add_book_prevent_duplicates(self, mock_print, mock_input):
main.main()
self.assertEqual(1, store.book_count())
# make book that mimics the first one expected to be created
expected_book = Book(title='Title', author='Author', read=False, id=1)
all_books = store.get_all_books()
self.assertEqual(expected_book, all_books[0])
def test_add_book(self, mock_print, mock_input):
main.main()
# reset counter and make book that mimics the one expected to be created
Counter.reset_counter()
expected_book = Book('Title', 'Author', False)
all_books = self.store.get_all_books()
self.assertEqual(expected_book, all_books[0])
def deleteBook(id):
global apiInfo
try:
bookList = json.loads(
requests.get(app.config['API_ROOT_URL'] + '/books' + '/' +
str(id)).content)
except:
bookList = []
for book in bookList:
# There is one and only one book
# Use constructor b/c mutating members directly result in unpredictable data
orgBook = Book(book['id'], book['name'])
form = DeleteBookForm()
if form.validate_on_submit():
requests.delete(app.config['API_ROOT_URL'] + '/books' + '/' + str(id))
flash('Deleted book id = {}'.format(id))
return redirect('/books')
return render_template('books/delete.html',
actionTitle='Delete book',
appTitle=app.config['APP_TITLE'],
api=apiInfo,
book=vars(orgBook),
form=form)
def borrows(self, data_list):
successful_borrows = []
user = User.get_by_id(data_list[0]["user"]["user_id"])
with database.atomic():
num_book_borrowing = BookCirculation.select().where(
(BookCirculation.user == user)
& (BookCirculation.return_time.is_null(True))).count()
if num_book_borrowing + len(data_list) > 5:
raise BorrowingExceededError()
for data in data_list:
book = Book.get_by_id(data["book"]["book_id"])
data['book'] = book
data['user'] = user
if BookCirculation.select().where(
(BookCirculation.book == book) &
(BookCirculation.return_time.is_null(True))).count() != 0:
raise AlreadyBorrowedError()
successful_borrows.append(BookCirculation.create(**data))
SendBorrowNotification(successful_borrows).start()
return successful_borrows
def get(self):
books = (Book.query().filter(Book.listed == True).filter(
Book.status == 'approved').filter(Book.deleted == False).order(
-Book.display_order, -Book.votes_for).fetch(10))
for book in books:
if book.book_image:
book.book_image = json.loads(book.book_image)['link']
if book.icon:
book.icon = json.loads(book.icon)['link']
book.author_users = [
user.to_client_dict() for user in User.get_by_id(book.authors)
]
pages = (Page.query().filter(Page.listed == True).filter(
Page.status == 'approved').filter(Book.deleted == False).order(
-Page.display_order, -Page.votes_for).fetch(5))
for page in pages:
if page.iconPath:
page.icon_thumbnail = page.iconPath + '?size=120'
page.author_users = [
user.to_client_dict() for user in User.get_by_id(page.authors)
]
self.write(
'main.html',
featuredBooks=books,
featuredPages=pages,
)
def get_books_by_read_value(read):
""" Get a list of books that have been read, or list of books that have not been read.
:param read True for books that have been read, False for books that have not been read
:returns all books with the read value.
"""
query = Book.select().where(Book.read == read)
return list(query)
def test_add_book(self):
self.add_test_data()
book_count = self.BS.book_count()
bk = Book('aa', 'bbbbb')
self.BS.add_book(bk)
self.assertTrue(self.BS.get_book_by_id(bk.id))
self.assertEqual(book_count + 1, self.BS.book_count())
def add_book():
"""Add new book to db"""
data = request.get_json()
print(data)
print("session id: {}".format(session['user_id']))
q = Book.query.filter((Book.title == data["title"])
& (Book.author == data["author"]))
if q.count() == 0:
new_book = Book(title=data['title'], author=data['author'])
db.session.add(new_book)
db.session.commit()
new_user_book = BookUser(book_id=new_book.id,
user_id=session['user_id'])
db.session.add(new_user_book)
db.session.commit()
book = {
'title': data["title"],
'author': data["author"],
'id': new_book.id
}
return jsonify(book)
else:
book = q.one()
new_user_book = BookUser(book_id=book.id, user_id=session['user_id'])
db.session.add(new_user_book)
db.session.commit()
book = {'title': book.title, 'author': book.author, 'id': book.id}
return jsonify(book)
def find(self, isbn):
books = self.__db['books'];
docs = books.find({'isbn': isbn})
if docs.count() == 0:
return None
doc = docs[0]
return Book(doc['isbn'], doc['title'], doc['price'])
def get(self):
file = open('header.html')
self.response.write(file.read())
query = int(self.request.get("query"))
BK = Book.query(Book.BPages <= query)
self.response.write(
"<table align = 'center' border='1' cellspacing='10' cellpadding = '10'>"
)
self.response.write("<tr>")
self.response.write("<td><b>Book Code</b></td>")
self.response.write("<td><b>Book Title</b></td>")
self.response.write("<td><b>Book Price</b></td>")
self.response.write("<td><b>Book Pages</b></td>")
self.response.write("<td><b>Book Pub</b></td>")
self.response.write("<td><b>Book Desc</b></td>")
self.response.write("</tr>")
for b in BK:
self.response.write("<tr>")
self.response.write("<td>" + str(b.BCode) + "</td>")
self.response.write("<td>" + b.BTitle + "</td>")
self.response.write("<td>" + str(b.BPrice) + "</td>")
self.response.write("<td>" + str(b.BPages) + "</td>")
self.response.write("<td>" + b.BPub + "</td>")
self.response.write("<td>" + b.BDesc + "</td>")
self.response.write("</tr>")
self.response.write("</table")
def get_book(self, book_id: str) -> Book:
r = requests.get(self.__api.get_url('books') + '/' + book_id)
json_book = r.json()['book']
chapters = list()
for json_chapter in json_book['chapters']:
chapters.append(
Chapter(id=json_chapter['id'],
order_number=json_chapter['order_nr'],
title=json_chapter['title'],
text=json_chapter['text']))
book = Book(id=json_book['id'],
published_at=json_book['published_at'],
title=json_book['title'],
subtitle=json_book['subtitle'],
author=json_book['author'],
language=json_book['language'],
about_the_book=json_book['about_the_book'],
teaser=json_book['teaser'],
who_should_read=json_book['who_should_read'],
about_the_author=json_book['about_the_author'],
market=json_book['market'],
image_url=json_book['image_url'],
chapters=chapters)
return book
def delete_book(book):
""" Removes book from store. Raises BookError if book not in store.
:param book the Book to delete """
rows_deleted = Book.delete().where(Book.id == book.id).execute()
if not rows_deleted:
raise BookError('Tried to delete book that doesn\'t exist')
def search(self, title):
docs = self.__repo.search(title)
books = []
for doc in docs:
books.append(Book(doc['isbn'], doc['title'], doc['price']))
return books
def save_book(book: book.Book) -> Book:
try:
db_zipfile = ZipFile(zip_name=book.zip_file.zip_name)
db_session.merge(db_zipfile)
db_session.commit()
except IntegrityError as e:
db_session.rollback()
db_zipfile = db_session.query(ZipFile).filter(
ZipFile.zip_name == book.zip_file.zip_name).first()
logging.error(e)
db_book = Book(zip_name=book.zip_file.zip_name,
book_name=book.book_name,
title=book.title,
annotation=book.annotation,
authors=book.authors,
language=book.lang,
genre=book.genre)
try:
db_session.add(db_book)
db_session.commit()
except IntegrityError as e:
db_session.rollback()
db_book = db_session.query(Book).filter(
Book.zip_name == book.zip_file.zip_name
and Book.book_name == book.book_name).first()
logging.error(e)
for word in book.words:
save_book_word(db_book, word)
db_session.commit()
return db_book
def get(self, book_id=None):
user = self.get_current_user()
expand = ''
if user is None:
self.redirect('/books/{}'.format(book_id))
return
if book_id is not None:
book_id = Book.get_long_uid(book_id)
book = self.api.get_by_id(book_id)
if not user.is_admin and user.uid not in book.authors:
self.redirect('/books/{}'.format(book_id))
book.book_image = util.extract_value_from_json(
book.book_image, 'link')
icon_link = util.extract_value_from_json(book.icon, 'link')
book.icon = icon_link + '?size=360' if icon_link else icon_link
book_json = json.dumps(book.to_client_dict())
expand = Chapter.get_long_uid(self.request.get('expand'))
self.write(
'book-manage.html',
book=book.to_client_dict(),
book_json=book_json,
expand=expand,
)
def get(self, book_id):
uid = self.request.get('uid')
token = self.request.get('token')
user = AcceptAuthorshipToken.get_user_from_token_string(token)
valid = user is not None
logging.info('book_id={}, uid={}, token={}, user={}'.format(
book_id, uid, token, user))
if book_id is not None:
book_id = Book.get_long_uid(book_id)
book = self.api.get_by_id(book_id)
authors = book.authors
# Add to authors if token is valid
if valid and uid not in authors:
authors.append(uid)
book.authors = authors
book.put()
AcceptAuthorshipToken.delete(token)
self.redirect('/books/{}'.format(book_id), permanent=True)
else:
self.write('404.html', message='invalid token')
# self.response.write(json.dumps(
# {'error': True, 'message': 'invalid token'}))
else:
self.response.write(
json.dumps({
'error': True,
'message': 'invalid parameters'
}))
def create_new_user_submitted_book():
"""Create a new user-submitted book."""
title = request.form.get('title')
author = request.form.get('author')
# Validate if username or email already exists in users table in database
if not crud.get_book_by_title(title):
book = Book(title=title)
db.session.add(book)
db.session.commit()
flash('Book submitted successfully!', 'success')
return redirect("/books")
# If book does exist, flash message
else:
if Book.query.filter_by(title=title).all():
flash(f"The book you submitted already exists in the library",
"warning")
return redirect("/books")
def read_the_book(self, path, f_name, sh_names):
"""
this method is reading each book, chapter by chapter and verse after
verse and put it into the DataBase
path - the path to the book
f_name - full title of the current book
sh_names - list of the shorten names
"""
try:
module = open(os.path.join(self.path, path), 'r')
except:
print "oops, the module %s doesn't exists" % \
(os.path.join(self.path, path))
return
print path, f_name, sh_names
book = Book()
book.name = f_name
book.shortname = sh_names
reg = re.compile(ur'(\d+)')
tag_remove = re.compile(ur'<.*?>')
re_strong = re.compile(ur' [0-9]+')
chapt_number = 1
for line in module:
uline = line.decode('utf-8', 'replace')
if u'<h4>' in uline.lower() or u'<h1>' in uline.lower():
uline = tag_remove.sub('', uline)
chapter = Chapter()
chapter.name = uline
chapter.number = chapt_number
chapt_number += 1
book.chapters.append(chapter)
session.add(chapter)
if u'<p>' in uline.lower() or u'<sup>' in uline.lower():
uline = tag_remove.sub('', uline)
uline = re_strong.sub('', uline)
verse = Verse()
verse.number = int(reg.findall(uline)[0])
verse.text = uline
chapter.verses.append(verse)
session.add(verse)
session.add(chapter)
session.add(book)
session.commit()
module.close()
def addRecord(data):
"""
Data should be a tuple of two dictionaries in the following format:
("author":{"first_name":"John", "last_name":"Doe"},
"book":{"title":"Some book", "isbn":"1234567890",
"publisher":"Packt"}
)
"""
book = Book()
book.title = data["book"]["title"]
book.isbn = data["book"]["isbn"]
book.publisher = data["book"]["publisher"]
author = Person()
author.first_name = data["author"]["first_name"]
author.last_name = data["author"]["last_name"]
book.person = author
# connect to session and commit data to database
session = connectToDatabase()
session.add(book)
session.commit()
session.close()
def get_book_info(url_list):
"""Takes in a list of urls and searches Google Books API."""
"""collects a book cover links, description, & title
generates placeholder values for ISBN not found"""
default_book_title = 'ISBN is not matched with title'
default_book_author = 'ISBN is not matched with an author'
default_book_cover_sm = None
default_book_cover_md = None
default_book_description = "ISBN is not matched with a description"
for url in url_list:
isbn = url.split('+')[1].split('&')[0]
time.sleep(1)
if isbn not in db_isbn:
# book_request = urllib2.urlopen(url)
request = urllib2.Request(url, headers={'User-agent':'Mozilla/11.0'})
response = urllib2.urlopen(request)
book_dict = json.load(response)
if book_dict['totalItems'] > 0:
if 'title'in book_dict['items'][0]['volumeInfo'].keys():
book_title = book_dict['items'][0]['volumeInfo']['title']
else:
book_title = default_book_title
if 'imageLinks' in book_dict['items'][0]['volumeInfo'].keys():
book_cover_sm = book_dict['items'][0]['volumeInfo']['imageLinks']['smallThumbnail']
book_cover_md = book_dict['items'][0]['volumeInfo']['imageLinks']['thumbnail']
else:
book_cover_sm = default_book_cover_sm
book_cover_md = default_book_cover_md
if 'authors' in book_dict['items'][0]['volumeInfo'].keys():
book_author = book_dict['items'][0]['volumeInfo']['authors'][0]
else:
book_author = default_book_author
if 'description' in book_dict['items'][0]['volumeInfo'].keys():
if len(book_dict['items'][0]['volumeInfo']['description']) > 750:
book_description = book_dict['items'][0]['volumeInfo']['description'][0:700] + "[...]"
else:
book_description = book_dict['items'][0]['volumeInfo']['description']
else:
book_description = default_book_description
else:
# default values in case book cover or information is not available
book_title = default_book_title
book_author = default_book_author
book_cover_sm = default_book_cover_sm
book_cover_md = default_book_cover_md
book_description = default_book_description
new_book = Book(title=book_title.encode('ascii', 'replace'),
author=book_author.encode('ascii', 'replace'),
description=book_description.encode('ascii', 'replace'),
isbn=isbn,
image_url_sm=book_cover_sm,
image_url_md=book_cover_md)
print new_book.title
new_book.commit_to_db()
def _load_book_from_worldcat_details_page(html_content, details_page_url, oclc_id):
"""Given the HTML content of the details page, create a new Book object with all the necessary details."""
current_book = Book()
pq_page = pq(html_content)
current_book.book_id = oclc_id
current_book.title = _load_title_from_worldcat_details_page(pq_page) # TITLE (e.g. 'Lean in : women, work, and the will to lead')
current_book.publisher = _load_publisher_from_worldcat_details_page(pq_page) # PUBLISHER (e.g. 'New York : Alfred A. Knopf, 2013.')
current_book.worldcaturl = details_page_url
current_book.page_count = _load_page_count_from_worldcat_details_page(pq_page)
current_book.summary = _load_summary_from_worldcat_details_page(pq_page)
current_book.coverurl = _load_cover_url_from_worldcat_details_page(pq_page)
# TODO - check if author_name is unique before insertion
current_book.authors = _load_authors_from_worldcat_details_page(html_content)
isbn10_list, isbn13_list = _load_isbns_from_worldcat_details_page(html_content)
current_book.isbn10s = isbn10_list
current_book.isbn13s = isbn13_list
return current_book