class CreateDatabaseTest(unittest.TestCase):
def setUp(self):
print 'setUp'
self.createDatabase = CreateDatabase()
# self.createDatabase.creatingDatabase()
def tearDown(self):
print 'tearDown'
@unittest.skip("demonstrating skipping")
def testFindBook(self):
print 'testFindBook'
createDatabase = CreateDatabase()
book = Book()
book.name = 'java'
# book.isbn='java'
dbBookObj = Book()
dbBookObj.bookName = book.name
dbBookObj.isbn_13 = book.isbn
books = createDatabase.findBook(dbBookObj)
for book in books:
print book
pass
@unittest.skip("demonstrating skipping")
def testAddingData(self):
print 'testAddingData'
self.createDatabase.creatingDatabase()
self.createDatabase.addingData()
def testRemoveBook(self):
print 'testRemoveBook'
book = Book()
book.id = 1
isSuccessfulDelete = self.createDatabase.removeBook(book)
print isSuccessfulDelete
class FindingBook():
'''
This class searches book detail in Opal database.this database would be created in workspace(Opal library).
'''
def __init__(self, libraryPath=None):
self.libraryPath = libraryPath
self.createDatabase = CreateDatabase(libraryPath=libraryPath)
pass
def searchingBook(self, searchText=None, exactSearchFlag=False, pageSize=10, offset=0):
'''
This method return list of books matching with search text.
@param searchText: may be a book name
'''
books = list()
if searchText != None and searchText != '':
os.chdir(self.libraryPath)
if exactSearchFlag:
books, count = self.createDatabase.findByBookName(searchText)
else:
books, count = self.createDatabase.findBySimlarBookName(bookName=searchText, limit=pageSize, offset=0)
else:
books, count = self.findAllBooks()
return books, count
def countAllBooks(self):
bookCount = self.createDatabase.countAllBooks()
return bookCount
def findBookByNextMaxId(self, bookId=None):
return self.createDatabase.findBookByNextMaxId(bookId)
def findBookByPreviousMaxId(self, bookId=None):
return self.createDatabase.findBookByPreviousMaxId(bookId)
def findAllBooks(self, pageSize=None, offset=0):
'''
This method will give all the books list in book library.
'''
books = list()
os.chdir(self.libraryPath)
books, count = self.createDatabase.findAllBook(pageSize=pageSize, offset=offset)
return books, count
def findBookByIsbn(self, isbn_13):
bs = self.createDatabase.findBookByIsbn(isbn_13)
return bs
def getMaxBookId(self):
os.chdir(self.libraryPath)
def deleteBook(self, book):
'''
removing book from database and files.
@param book: book object
'''
bookPath = book.bookPath
isSuccessfulDatabaseDelete = self.createDatabase.removeBook(book)
if isSuccessfulDatabaseDelete:
BookTerminal().removeBook(bookPath=bookPath)
def findFolderWithoutBook(self):
'''
this method will find all the folder without book.
'''
directory_name = self.libraryPath
os.chdir(directory_name)
listOfDir = [ name for name in os.listdir(directory_name) if os.path.isdir(os.path.join(directory_name, name)) ]
if listOfDir:
listOfDir.sort(key=int)
defaulterList = list()
for dir in listOfDir:
lst = list()
levelOne = os.path.join(directory_name, dir)
for sName in os.listdir(levelOne):
if os.path.isfile(os.path.join(levelOne, sName)):
lst.append(sName.split('.')[-1:][0])
# if 'pdf' not in lst:
# defaulterList.append(levelOne)
if len(lst) < 3:
defaulterList.append(levelOne)
