def removeBook(self):
"""
Use the entered information if it is valid in order to remove the
book after the Add button is pushed.
"""
data = [self.titleEdit.text(), self.authorEdit.text(), self.yearEdit.text(), self.genre_options.currentText()]
invalid_data = Validations.check_all(*data)
if invalid_data == []:
book = Book(
self.titleEdit.text(),
self.authorEdit.text(),
self.yearEdit.text(),
self.genre_options.currentText(),
0,
0,
)
Library.remove_book(book)
self.label.setText("You removed the book successfully!")
else:
message = "Unsuccessful removal!Invalid:\n"
message += "\n".join(invalid_data)
self.label.setText(message)
for edit in (self.titleEdit, self.authorEdit, self.yearEdit):
edit.clear()
def actualSetBlacklist(self, comic_id, pagenum):
if comic_id is not None:
library = Library(self.dm.Session)
if pagenum == 'clear':
library.comicBlacklist(comic_id)
else:
library.comicBlacklist(comic_id, pagenum)
def test_add_book(self):
Library(self.store, ["Fantasy"])
Library.add_book(self.books[0])
self.assertEqual([self.books[0]], Library.books)
self.add_books([self.books[0], self.books[1]], Library)
self.assertEqual([self.books[0], self.books[1]], Library.books)
os.remove(os.path.realpath(self.store))
def test_duplicate_books(self):
testlib = Library()
testlib.add_book(576.82, 'A New History of Life')
testlib.add_book(576.82, 'A New History of Life')
assert len(testlib.shelves[5].books) == 2
testlib.remove_book(576.82)
assert len(testlib.shelves[5].books) == 1
def addBook(self):
"""
Use the entered information if it is valid in order to add the
book after the Add button is pushed.
"""
data = [
self.titleEdit.text(),
self.authorEdit.text(),
self.yearEdit.text(),
self.genre_options.currentText(),
self.ratingEdit.text(),
self.copiesEdit.text(),
]
invalid_data = Validations.check_all(*data)
if invalid_data == []:
new_book = Book(*data)
Library.add_book(new_book)
self.label.setText("You added the book successfully!")
else:
message = "Unsuccessful addition!Invalid:\n"
message += "\n".join(invalid_data)
self.label.setText(message)
for gadget in self.gadgets:
if gadget != self.genre_options:
gadget.clear()
def main(args):
import signal
signal.signal(signal.SIGINT, signal.SIG_DFL)
a = QtGui.QApplication(sys.argv)
library = Library(Config.library_path)
server = Server('*',
Config.req_rep_port,
Config.pub_sub_port,
library)
camera = Camera()
printer = Printer(library)
slide_show = SlideShow(library)
server.msg_recieved.connect(camera.process_cmd)
server.msg_recieved.connect(printer.process_cmd)
server.msg_recieved.connect(slide_show.process_cmd)
printer.printing_image.connect(server.printing_image)
camera.pic_taken.connect(library.add_image)
camera.count_down_changed.connect(server.count_down_changed)
camera.live_stream_activated.connect(server.live_stream_activated)
library.image_added.connect(server.image_added_to_lib)
#qrscanner = QRScanner()
#camera.new_preview_image.connect(qrscanner.new_preview_image)
server_thread = Server.startThread(server)
camera_thread = Camera.startThread(camera)
#camera_thread.started.connect(camera.start_preview)
#qrscanner_thread = QRScanner.startThread(qrscanner)
def exit_app():
print 'stopping camera'
camera.stop()
print camera_thread.wait()
print 'stopping server'
server.stop()
#print server_thread.wait()
print 'exit'
a.quit()
if not args.no_ui:
#w = Widget(camera,server,library,printer,slide_show)
w = Widget(slide_show, camera, printer)
w.grapicsView.scene().take_pic.connect(camera.take_pic)
w.grapicsView.scene().print_pic.connect(printer.print_pic)
w.grapicsView.exit_app.connect(exit_app)
w.show()
camera.count_down_started.connect(slide_show.stop)
library.image_added.connect(slide_show.start)
for image_name in library.get_all_images():
slide_show.start(image_name)
break
sys.exit(a.exec_())
def test_sorting(self):
testlib = Library()
testlib.add_book(100.32, 'First Book')
testlib.add_book(199.3, 'Last Book')
testlib.add_book(150, 'Middle Book')
assert testlib.shelves[1].books[0].title == 'First Book'
assert testlib.shelves[1].books[1].title == 'Middle Book'
assert testlib.shelves[1].books[2].title == 'Last Book'
def test_book_information_by_title(self):
Library(self.store, ["Fantasy", "Thriller"])
self.add_books([self.books[0], self.books[1], self.books[2]], Library)
book_birds = Library.book_information_by_title("Birds")
self.assertEqual([self.books[1], self.books[2]], book_birds)
book_somewhere = Library.book_information_by_title("Somewhere")
self.assertEqual([self.books[0]], book_somewhere)
self.assertEqual([], Library.book_information_by_title("Haha"))
os.remove(os.path.realpath(self.store))
def do_activate(self):
# Initialize snippets library
library = Library()
if platform.system() == 'Windows':
snippetsdir = os.path.expanduser('~/gedit/snippets')
else:
snippetsdir = os.path.join(GLib.get_user_config_dir(), 'gedit/snippets')
library.set_dirs(snippetsdir, self.system_dirs())
def post(self):
params = decode(self.request.body)
if (params ["request_type"] == "lend"):
Library.lend_book(self, params["book"])
else:
if(params["request_type"] == "return"):
Library.return_book(self, params["book"])
else:
self.request.body("> Invalid operation!")
def update_table(self):
"""
Update the table after clicking the Search button.
"""
self.table.setRowCount(0)
self.table.setColumnCount(0)
search = self.searchEdit.text()
if self.author.isChecked():
results = Library.book_information_by_author(search)
elif self.title.isChecked():
results = Library.book_information_by_title(search)
else:
results = Library.book_information_by_title_author(search)
self.table = QtGui.QTableWidget(len(results), 10, self)
headers = ("Title", "Author's name", "Published in", "Genre",
"Rating", "Copies", "Get", "Return", "Like", " Dislike")
self.table.setEditTriggers(QtGui.QAbstractItemView.NoEditTriggers)
self.table.setHorizontalHeaderLabels(headers)
self.table.resizeColumnsToContents()
self.table.resizeRowsToContents()
widths = [150, 150, 90, 80, 70, 60, 50, 60, 50, 70]
for col, width in zip(range(9), widths):
self.table.setColumnWidth(col, width)
self.table.horizontalHeader().setStretchLastSection(True)
for row in range(len(results)):
book = results[row]
col = 0
for column in (book.title, book.author, book.year, book.genre,
book.rating, book.number_of_copies):
item = QtGui.QTableWidgetItem(str(column))
self.table.setItem(row, col, item)
col += 1
for row in range(len(results)):
get_btn = QtGui.QPushButton("Get")
get_btn.setMinimumSize(50, 30)
get_btn.clicked.connect(partial(self.get_a_copy, row))
self.table.setCellWidget(row, 6, get_btn)
return_btn = QtGui.QPushButton("Return")
return_btn.setMinimumSize(50, 30)
return_btn.clicked.connect(partial(self.return_a_copy, row))
self.table.setCellWidget(row, 7, return_btn)
like_btn = QtGui.QPushButton("Like")
like_btn.setMinimumSize(50, 30)
like_btn.clicked.connect(partial(self.like_a_book, row))
self.table.setCellWidget(row, 8, like_btn)
dislike_btn = QtGui.QPushButton("Dislike")
dislike_btn.setMinimumSize(50, 30)
dislike_btn.clicked.connect(partial(self.dislike_a_book, row))
self.table.setCellWidget(row, 9, dislike_btn)
self.grid.addWidget(self.table, 1, 0)
def test_create_genre_dict(self):
Library(self.store, ["Fantasy", "Thriller"])
self.add_books([self.books[0], self.books[1], self.books[2]], Library)
Library.create_genre_dict()
expected_dict = {"Fantasy": [self.books[1], self.books[0]],
"Thriller": [self.books[2]]}
self.assertEqual(expected_dict, Library.genre_dict)
Library.add_book(self.books[3])
expected_dict["Thriller"].append(self.books[3])
self.assertEqual(expected_dict, Library.genre_dict)
os.remove(os.path.realpath(self.store))
def test_book_information_by_author(self):
Library(self.store, ["Fantasy", "Thriller"])
self.add_books(self.books, Library)
book_steven = Library.book_information_by_author("Steve Law")
self.assertEqual([self.books[0]], book_steven)
book_john = Library.book_information_by_author("John White")
self.assertEqual([self.books[1], self.books[4]], book_john)
book_steve = Library.book_information_by_author("Steve Tyler")
self.assertEqual([self.books[2], self.books[3]], book_steve)
self.assertEqual([], Library.book_information_by_author("Haha"))
os.remove(os.path.realpath(self.store))
def generate(n):
lib = Library()
for i in range(0, n):
lib.append(Book(
"Author{0}".format(random.randint(1, n)),
"Title{0}".format(random.randint(1, n)),
random.randint(1950, 2015),
"Publ{0}".format(random.randint(1, n))))
return lib
def test_remove_book(self):
testlib = Library()
testlib.add_book(576.82, 'A New History of Life')
testlib.add_book(575.01, 'An Old History of Life')
assert len(testlib.shelves[5].books) == 2
testlib.remove_book(576.82)
assert len(testlib.shelves[5].books) == 1
# remove nonexistent book
testlib.remove_book(501.2)
assert len(testlib.shelves[5].books) == 1
def makeAssumes(self):
lib = Library(self)
lib.load("matrix")
# lib.load('sort')
N = self.parameters["N"]
self.assume("N", N)
self.assume("inv_sqrt_N", pow(N, -0.5))
self.assume("A", "(make_matrix N N (mem (lambda (i j) (uniform_continuous 0 1))))")
self.assume("x", "(make_matrix N 1 (mem (lambda (i j) (if (flip inv_sqrt_N) (normal 0 1) 0))))")
self.assume("b", "(matrix_prod A x)")
self.assume("noise", "(inv_gamma 1 1)")
def __run_simulation_process(self):
# The grid for this simulation.
self.__grid = automata.Grid(self.__x_size, self.__y_size)
# The visualization of the grid for this simulation.
self.__grid_vis = visualization.GridVisualization(
self.__x_size, self.__y_size)
# The list of objects on the grid.
self.__grid_objects = []
# The frequency for updating the graphics.
graphics_limiter = PhasedLoop(30)
# The frequency for updating the simulation.
# TODO(danielp): Make this rate user-settable.
simulation_limiter = PhasedLoop(1)
# Load all the organisms that we needed to load.
for organism in self.__to_load:
library_name = organism[0]
name = organism[1]
x_pos = organism[2]
y_pos = organism[3]
library = Library(library_name)
organism = library.load_organism(name, self.__grid, (x_pos, y_pos))
logger.info("Adding new grid object at (%d, %d)." % (x_pos, y_pos))
self.__grid_objects.append(organism)
# Add a visualization for the organism.
visualization.GridObjectVisualization(self.__grid_vis, organism)
# Update the grid to bake everything in its initial position.
if not self.__grid.Update():
logger.log_and_raise(SimulationError, "Initial grid update failed.")
# Now that the visualization is populated, draw a key for it.
self.__key = visualization.Key(self.__grid_vis)
# Now run the simulation.
while True:
PhasedLoop.limit_fastest()
if simulation_limiter.should_run():
# Run the simulation.
self.__run_iteration()
if graphics_limiter.should_run():
self.__grid_vis.update()
self.__key.update()
def test_number_of_books_by_genres(self):
Library(self.store, ["Fantasy", "Thriller"])
self.add_books([self.books[0], self.books[1], self.books[2]], Library)
actual_result = Library.number_of_books_by_genres()
self.assertEqual({'Fantasy': 2, 'Thriller': 1}, actual_result)
Library.add_book(self.books[3])
actual_result = Library.number_of_books_by_genres()
self.assertEqual({'Fantasy': 2, 'Thriller': 2}, actual_result)
Library.remove_book(self.books[1])
actual_result = Library.number_of_books_by_genres()
self.assertEqual({'Fantasy': 1, 'Thriller': 2}, actual_result)
Library.remove_book(self.books[0])
actual_result = Library.number_of_books_by_genres()
self.assertEqual({'Fantasy': 0, 'Thriller': 2}, actual_result)
os.remove(os.path.realpath(self.store))
def do_deactivate(self):
if self.accel_group:
self.window.remove_accel_group(self.accel_group)
self.accel_group = None
self.remove_menu()
self.unregister_messages()
library = Library()
library.remove_accelerator_callback(self.accelerator_activated)
self.disconnect_signals(self.window)
SharedData().unregister_window(self)
class Main():
def __init__(self, gru_file=None):
self.menu = Menu(self, config, game = None)
self.library = Library(self, config)
self.collider = Collider(self.menu, self.library, game=None)
self.dispatcher = Dispatcher(self.collider, self.library, self.menu, game=None)
self.clock = pygame.time.Clock()
self.fps = Fps(self.clock, config)
if gru_file is not None:
game = Game(gru_file)
self.load(game)
else:
self.game = None
def load(self, game):
self.library.clear()
self.game = game
self.collider.game = game
self.menu.game = game
def clear(self):
self.game = None
self.collider.game = None
self.menu.game = None
def draw(self):
tick = self.clock.get_time()
self.menu.draw()
if self.game == None:
self.library.draw()
else:
self.game.draw(tick)
def start(self):
while 1:
self.clock.tick()
mrect = Rect(mouse.get_pos(), (1,1))
self.collider.check()
self.draw()
self.fps.draw()
for ev in event.get():
self.dispatcher.process(ev)
display.update()
def get(self):
#page for class
p = Form()
l = Library()
#print out results
if self.request.GET:
temp = int(self.request.GET["temperature"])
c = l.convert_celuis(temp)
k = l.convert_kelvin(temp)
r = l.convert_rankine(temp)
n = self.request.GET['name']
z = self.request.GET['city']
self.response.write( n + ", currently in it's " + str(c) + " degrees Celsius, " + str(k) + " degrees Kelvin or " + str(r) + " degrees Rankine in " + z)
#show form if its not filled out
else:
self.response.write(p.print_out())
def GET(self):
try:
response = {"status": "ok", "backup": Library.instance().flush()}
except:
response = {"status": "error"}
web.header("Cache-Control", "no-cache")
return json.dumps(response)
def cek_layer_input(self):
# pendefinisian layer input
self.layer_a = self.dlg.layerInputA.itemData(self.dlg.layerInputA.currentIndex())
self.layer_b = self.dlg.layerInputB.itemData(self.dlg.layerInputB.currentIndex())
self.lib = Library(self.layer_a, self.layer_b, 10)
if self.layer_a == self.layer_b:
self.dlg.opp_btnRun.setEnabled(False)
self.dlg.adj_btnRun.setEnabled(False)
self.dlg.tabMenu.setEnabled(False)
self.dlg.labelTitikA.setText("Layer A and Layer B must not same")
self.dlg.labelTitikB.setText("Layer A and Layer B must not same")
else:
self.dlg.opp_btnRun.setEnabled(True)
self.dlg.adj_btnRun.setEnabled(True)
self.dlg.tabMenu.setEnabled(True)
self.cek_terpilih_a()
self.cek_terpilih_b()
if len(self.layer_a.selectedFeatures()) != 0:
self.dlg.checkBox_pilihA.setEnabled(True)
else:
self.dlg.checkBox_pilihA.setEnabled(False)
if len(self.layer_b.selectedFeatures()) != 0:
self.dlg.checkBox_pilihB.setEnabled(True)
else:
self.dlg.checkBox_pilihB.setEnabled(False)
self.dlg.checkBox_pilihA.stateChanged.connect(self.cek_terpilih_a)
self.dlg.checkBox_pilihB.stateChanged.connect(self.cek_terpilih_b)
def get_data(self):
"""
Gain access of the data about the books in the library.
"""
self.data = Library.number_of_books_by_genres()
self.genres = sorted(self.data.keys())
self.count = list(self.data[genre] for genre in self. genres)
def sblh_deploy(self):
list_geom_a = [feat.geometry() for feat in self.list_feat_garis_a]
list_geom_b = [feat.geometry() for feat in self.list_feat_garis_b]
list_feat = self.list_feat_ttk_a + self.list_feat_ttk_b
t_awal_a = self.lib.titik_pada_garis(self.dlg.adj_start_a, list_geom_a)
t_awal_b = self.lib.titik_pada_garis(self.dlg.adj_start_b, list_geom_b)
list_t_akhir = []
for a in list_geom_a:
for b in list_geom_b:
if a.intersects(b):
t_akhir = a.intersection(b)
list_t_akhir.append(t_akhir)
else:
pass
if len(list_t_akhir) == 0:
raise ValueError("No end point detected")
elif len(list_t_akhir) > 1:
raise ValueError("More than one end point detected")
else:
g_akhir = list_t_akhir[0]
ttk_akhir = g_akhir.asPoint()
jarak_klaim = int(self.dlg.adj_claim_dist.text())*1852
self.adj_lib = Library(self.layer_a, self.layer_b, 10, jarak_klaim)
list_g_eq, list_g_cc, list_g_gk = self.adj_lib.proses_sb(t_awal_a,
t_awal_b,
ttk_akhir,
list_feat)
self.adj_lib.konversi_titik_ke_garis(list_g_cc)
if self.dlg.checkBox_cLine.isChecked():
self.lib.buat_layer_garis_k(list_g_gk)
if self.dlg.checkBox_titikEq.isChecked():
self.lib.buat_layer_titik(list_g_cc)
def return_a_copy(self, row):
"""
Return a copy of a certain book.
"""
book = Library.return_book(self.generate_book_by_row(row))
item = QtGui.QTableWidgetItem(str(book.number_of_copies))
self.table.setItem(row, 5, item)
def __init__(self, path, photos_path, tmp_db):
self.path = os.path.abspath(path)
self.photos_path = photos_path
db_path = os.path.join(photos_path, "database")
self.library = Library(db_path, tmp_db)
self.photos = dict()
def main():
# init area
bet_shemesh = Library("Bet Shemesh")
# Menu section
print "welcome to " + bet_shemesh.get_name() + " library"
print "we have in our library " + str(bet_shemesh.get_books_count()) + " books"
print "Main Menu:"
print "1. Enter new author"
print "2. Enter new book"
print "3. search for a book by name"
print "3. search for a book by author"
print "3. search for a author"
user_choice = input("Pease enter your choice ==> ")
if user_choice == 1:
pass
def main():
user_config = load_config()
set_up_environment(user_config)
interface = UI(user_config)
library = Library(user_config.library.database_path)
if os.path.exists(sys.argv[1]):
interface.player.set_file(sys.argv[1])
interface.player.play()
else:
# Oh no! There's no file, let's do a search!
d = library.discover_on_path(user_config.library.index_paths)
d.addCallback(lambda _: library.search_tracks(sys.argv[1]))
@d.addCallback
def search_track(result):
interface.player.set_file(result[0].file_path)
interface.player.play()
interface.run()
def test_sorting(self):
testlib = Library()
testlib.add_book(100.32, 'First Book')
testlib.add_book(199.3, 'Last Book')
testlib.add_book(150, 'Middle Book')
assert testlib.shelves[1].books[0].title == 'First Book'
assert testlib.shelves[1].books[1].title == 'Middle Book'
assert testlib.shelves[1].books[2].title == 'Last Book'
def handlein(filein, fileout):
lines = filein.readlines()
nb_books, nb_libs, days = map(int,lines[0].split(' '))
books = {}
book_scores = list(map(int,lines[1].split(' ')))
for i in range(nb_books):
books[i] = Book(i, book_scores[i], 0)
libs = []
lib_id = 0
for i in range(2,2+2*nb_libs,2):
capacity, signup, ship = map(int, lines[i].split(' '))
libbooks = list(map(lambda x: books[int(x)], lines[i +1].split(' ')))
libs.append(Library(lib_id,signup, ship, libbooks))
lib_id = lib_id + 1
score = 0
explored_libs=set()
explored_book =set()
print('len(explored_libs) :', len(explored_libs))
while(score < 4) :
explored_books=0
score =0
explored_libs.clear()
explored_book.clear()
print('Starting NbrLib Expl',len(explored_libs))
print('Starting score :', score)
print('Starting Explored ',explored_books)
for l in libs:
l.score = 0
l.scanned_book=0
l.booktokeep.clear()
l.max_score=0
l.sinupDate=0
for b in l.unique_books:
b.is_scanned=False
process(books, libs, days,explored_libs,explored_book)
print('NbrLib ',len(libs))
print('NbrBook ',len(books))
for b in explored_book :
score += books[b].score
explored_books +=1
print('Explored ',explored_books)
print('NbrLib Expl',len(explored_libs))
print("score: ",score)
generate_output(fileout, explored_libs)
def main():
#declare books and patrons
book1 = Book("Of Mice and Men", "Steinbeck")
book2 = Book("The Great Gatsby", "Fitzgerald")
book3 = Book("1984","Orwell")
book4 = Book("One Flew Over the Cuckoo's Nest","Kesey")
patron1 = Patron("Ivan")
patron2 =Patron("Jimmy")
patron3 = Patron("Bob")
#add books
libraryBooks = []
libraryBooks.append(book1)
libraryBooks.append(book2)
libraryBooks.append(book3)
libraryBooks.append(book4)
#create Library to store books and patrons
myLibrary = Library(libraryBooks)
#add patrons to library
myLibrary.addPatron(patron1)
myLibrary.addPatron(patron2)
myLibrary.addPatron(patron3)
#test borrowing features
myLibrary.borrowBook(book1, patron2)
myLibrary.borrowBook(book1, patron3)
#Check Print Status
print(str(myLibrary))
#check return features
myLibrary.returnBook(book1)
#see if book was returned correctly
print(str(myLibrary))
def delete_book_bid(bid: str) -> None:
"""
Removes the book with given identifier (bid)
:param bid: Book identifier (bid)
"""
with Library(get_workinglib()) as library:
try:
_book = library.books[bid]
except KeyError:
print('Book not found!')
exit()
library.delete_book(_book)
print(f'{_book} has been removed from the library')
def main():
try:
lib = Library(conf.library_dir)
if conf.action == "clean":
cleaner = Cleaner(lib)
print("Removing duplicates..."),
cleaner.remove_duplicates()
print("DONE")
cleaner.report()
if not conf.test:
lib.flush()
print("\nTraktor library updated.")
else:
print("\nTest run. No changes made to the library.")
elif conf.action == "export":
exporter = Exporter(lib, conf.export_dir)
exporter.export()
except Exception as e:
logger.error(e, exc_info=False)
def delete_book_name(book_name: str) -> None:
"""
Removes the first book that matches the book_name string from the library
:param book_name: Name string of the book
"""
with Library(get_workinglib()) as library:
book_name_search = library.search_title(book_name)
if len(book_name_search) == 0:
print('Error: Book name not found!')
exit()
_book = book_name_search[0]
library.delete_book(_book)
print(f'{_book} has been removed from the library')
def set_credentials(username, password):
if len(libraries) == 1:
lib = libraries.values()[0]
if lib.username == username and lib.password == password:
return
lib.logout()
libraries.clear()
if username is None or password is None:
return
Library(username, password)
def main():
timestamp = datetime.datetime.now().strftime("%c")
print("Start:", timestamp)
gl = gitlab.Gitlab.from_config(config_files=[CONFIG_FILE])
# Init Library - get versions and make a pam from it
library = Library(gl, CONFIG_FILE)
# Read repos form config
projects = read_project_config(CONFIG_FILE, gl)
for project in projects:
project.parse_revisions(library)
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 library_list():
if request.method == 'PUT':
data = json.loads(request.get_data().decode("utf8"))
Library.add(data['name'], data['path'], data['lib_type'],'','','')
return json_return(
{
'message': "添加成功"
}
)
full = request.args.get("full", "false") == 'true'
with Database() as db:
rows = db.select(
"select id,name,lib_type,dir,status,version from library order by id", dict_result=True)
if not full:
return json_return(rows)
result = {
row['id']: {
'id': row['id'],
'name': row['name'],
'lib_type': row['lib_type'],
'dir': row['dir'],
'status': row['status'],
'version': row['version'],
'count': 0,
'next_count': 0
} for row in rows}
item_sql = "select library_id,version,count(1) c from item group by library_id,version"
item_rows = db.select(item_sql, dict_result=True)
for row in item_rows:
if row['version'] == result[row['library_id']]['version']:
result[row['library_id']]['count'] = row['c']
else:
result[row['library_id']]['next_count'] = row['c']
return json_return(
[item for item in result.values()]
)
def main():
# def __init__(self, title, call_no, author, num_copies):
# issue, publisher):
# def __init__(self, title, call_no, author, num_copies, name,
# issue, publisher):
b1 = Book("Provenance", "342.2", "Anne Leckie", 20)
b2 = Book("Ancillary Justice", "342.2A", "Anne Leckie", 1)
j1 = Journal("Individual Psychology", "123.4", "Gabriela Pap", 1,
"Journal of Psychology", 23, "SAGE Publications")
d1 = Dvd("Mad Max: Fury Road", "789.0", "George Miller", 8, "May 15, 2015",
"1")
cat = Catalogue({
"342.2":
Book("Provenance", "342.2", "Anne Leckie", 20),
"342.2A":
Book("Ancillary Justice", "342.2A", "Anne Leckie", 1),
"123.4":
Journal("Individual Psychology", "123.4", "Gabriela Pap", 1,
"Journal of Psychology", 23, "SAGE Publications"),
"789.0":
Dvd("Mad Max: Fury Road", "789.0", "George Miller", 8, "May 15, 2015",
"1")
})
vpl = Library(cat)
display_menu = True
while display_menu:
print("What would you like to do?")
print("1. Find item by title (String)")
print("2. Add item to catalogue")
print("3. Remove item from catalogue (call no)")
print("4. Check out a copy (call no)")
print("5. Return your copy (call no)")
print("6. Display library catalogue")
print("7. Quit menu")
choice = int(input("Select action: "))
if choice == 2:
vpl.get_cat().add_item()
elif choice == 6:
vpl.display_available_books()
elif choice == 7:
display_menu = False
elif choice not in range(1, 6):
print("\nInvalid input. Try again.\n")
else:
par = input("Enter parameter: ")
input_dict = {
1: vpl.search,
3: cat.remove_item,
4: vpl.check_out,
5: vpl.return_item
}
print(input_dict.get(choice)(par))
def read_input(fname):
with open(f"data/{fname}") as f:
lines = f.readlines()
metadata = lines[0].split(" ")
B = int(metadata[0])
L = int(metadata[1])
D = int(metadata[2])
books_score = [int(i) for i in lines[1].strip().split(" ")]
all_books = {i: books_score[i] for i in range(len(books_score))}
all_books_list = []
problem = Problem(n_books=B, n_libraries=L, n_days=D, scores=books_score)
for i, group in enumerate(grouper(2, lines[2:])):
l1, l2 = group[0], group[1]
if l2 is None:
break
library = Library(i, *[int(i) for i in l1.strip().split(" ")])
# import ipdb
#
# ipdb.set_trace()
books = {(int(i)): all_books[int(i)] for i in l2.strip().split(" ")}
all_books_list.append(books)
library.add_books(books)
problem.add_library(library)
return problem, all_books, all_books_list
def search():
# url(?key=value)
s = request.args.get('search', '')
filename = 'new_lib_info.json'
lib = Library(filename, True)
# will want to get right from search in future
results = []
if s:
books = lib.search(s)
for book in books:
results.append(str(book))
if results == []:
results = -1
num_results = 0
if type(results) != int:
num_results = len(results)
return render_template('index.html',
query=s,
results=results,
num_results=num_results)
def GET(self):
if librarian.is_traktor_running():
response = {
"status": "error",
"message": "Please quit Traktor first."
}
else:
cleaner = Cleaner(Library.instance())
cleaner.remove_duplicates()
logger.debug(u"Duplicate removal complete")
response = cleaner.get_result()
response["status"] = "ok"
web.header("Cache-Control", "no-cache")
return json.dumps(response)
def return_book_name(book_name: str) -> None:
"""
Returns to the library the first book that matches book_name
:param book_name: Name string of the book
"""
with Library(get_workinglib()) as library:
book_name_search = library.search_title(book_name)
if len(book_name_search) == 0:
print('Error: Book name not found!')
exit()
book = book_name_search[0]
try:
library.return_book(book)
print(f'{book} has been returned')
except KeyError:
print(f'Error: {book} has not been lent')
def return_book_bid(bid: str) -> None:
"""
Mark book with given bid as returned
:param bid: Book unique identifier
"""
with Library(get_workinglib()) as library:
try:
book = library.books[bid]
except KeyError:
print('Book not found!')
exit()
try:
library.return_book(book)
print(f'{book} has been returned')
except KeyError:
print(f'Error: {book} has not been lent')
def ep_del_keystore(library, name):
"""Remove a new keystore from a library.
Arguments:
library: The path to the library to use.
name: The name of the keystore to remove.
"""
logging.debug("Loading library: {}".format(library))
lib = Library(path=library)
logging.info("Removing keystore: {}".format(name))
lib.remove_keystore(name)
lib.save()
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 input_parser(filename):
with open(filename, "r") as myfile:
line1 = myfile.readline()
line2 = myfile.readline()
[books_num, libs_num, days_num] = line1.split()
book_scores = line2.split()
libs = dict()
for i in range(int(libs_num)):
firstline = myfile.readline()
secondline = myfile.readline()
[lib_books_num, lib_signup_days,
books_per_day] = firstline.split(" ")
libs[i] = Library(i, firstline.split()[1], firstline.split()[2])
lib_book_ids = secondline.split()
for book in lib_book_ids:
libs[i].add_book(int(book), int(book_scores[int(book)]))
return books_num, days_num, book_scores, libs
def get_input(file_path): with open(file_path) as f: num_of_books, num_of_libs, days_of_scan = f.readline().split() list_of_scored = [int(s) for s in f.readline().split()] librarys = [] for lib in range(int(num_of_libs)): book_of_lib, time, books_per_day = f.readline().split() books = f.readline().split() actual_books = [] for book_id in books: actual_books.append(Book(int(book_id), list_of_scored[int(book_id)])) librarys.append(Library(lib, actual_books, int(time), int(books_per_day))) return InputCluster(librarys, num_of_books ,days_of_scan)
def accelerator_activate(self, keyval, mod):
if not self.view or not self.view.get_editable():
return False
accelerator = Gtk.accelerator_name(keyval, mod)
snippets = Library().from_accelerator(accelerator, \
self.language_id)
if len(snippets) == 0:
return False
elif len(snippets) == 1:
self.apply_snippet(snippets[0])
else:
# Do the fancy completion dialog
self.provider.set_proposals(snippets)
self.view.show_completion((self, ))
return True
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 ep_add_keystore(library, name, type, uri):
"""Add a new keystore to a library.
Arguments:
library: The path to the library to use.
name: A name to register this keystore under.
type: The type of keystore to link to.
uri: The URI to the new keystore.
"""
logging.debug("Loading library: {}".format(library))
lib = Library(path=library)
logging.info("Adding new keystore: {}".format(name))
lib.add_keystore(name, type, uri)
lib.save()
def parse_hash_code_file(self) -> tuple:
"""
Parsing the input data
@return: tuple -- d: the number of days, libraries: the list containing the libraries objects
"""
path = "scenarios/{}.txt".format(self.file_name)
# Check if the path exists
if not os.path.isfile(path):
raise Exception('Didn\'t found the file: {}'.format(path))
b, l, d = None, None, None
book_scores, books_obj = [], []
n, t, m = None, None, None
libraries = []
with open(path) as fp:
cnt = 0
for i, line in enumerate(fp):
if line == '\n':
continue
if i == 0:
b, l, d = line.strip().split(' ')
elif i == 1:
book_scores = list(line.strip().split(' '))
books_obj = self.create_books(
book_scores
) # from the books_scores create an array of books objects
elif i % 2 == 0:
n, t, m = line.strip().split(' ')
else:
lib_books = list(line.strip().split(' '))
books = self.create_books_list(
lib_books,
books_obj) # create the library's books list
libraries.append(
Library(cnt, int(n), int(t), int(m), books))
cnt += 1
return int(d), books_obj, libraries
def read_input(filename):
with open(filename, 'r') as f:
#for index, line in enumerate(f):
libraries = []
data = f.readline()
nbooks, nlibraries, days = list(map(int, data.split(" ")))
scores = list(map(int, f.readline().split(" ")))
for i in range(nlibraries):
info = list(map(int, f.readline().split(" ")))
books = list(map(int, f.readline().split(" ")))
lib = Library(books, info[1], info[2], i)
libraries.append(lib)
return scores, libraries, days
def create_dataset(n_qubits=8):
"""
Generates easy, hard and random datasets and saves them as .npz files
Args:
n_qubits: Number of qubits
Returns:
Raises:
"""
np.random.seed(123456789)
if not os.path.exists('data/'):
os.makedirs('data/')
library = Library('data/')
easy = RandomStateGenerator()
easy_d = easy.make_dset_easy(n_qubits)
easy_d = sample(easy_d, n_qubits)
library.writer(easy_d, 'easy_dataset')
del easy_d, easy
print("Finished generating easy dataset.")
rand = RandomStateGenerator()
rand_d = rand.make_dset_hard(n_qubits) # 18qubits is too big to handle
rand_d = sample(rand_d, n_qubits)
library.writer(rand_d, 'random_dataset')
del rand_d, rand
print("Finished generating random dataset.")
# 3,4 is the correct inputs for 18 qubit state acc to authors
hard = HardStateGenerator(3, 4)
hard_d = hard.get_hard_distribution()
hard_d = sample(hard_d, n_qubits)
library.writer(hard_d, 'hard_dataset')
del hard_d, hard
print("Finished generating hard dataset.")
def update_language(self, controller):
if not self.window:
return
if controller:
langid = controller.language_id
else:
langid = None
if langid != None:
accelgroup = Library().get_accel_group(langid)
else:
accelgroup = None
if accelgroup != self.current_language_accel_group:
if self.current_language_accel_group:
self.window.remove_accel_group(
self.current_language_accel_group)
if accelgroup:
self.window.add_accel_group(accelgroup)
self.current_language_accel_group = accelgroup
def load_data_set(self):
input_filename = "data/" + self.data_set_name + ".txt"
with open(input_filename) as file:
def get_int_list_from_line():
return [int(x) for x in file.readline().split()]
self.n_books, self.n_libraries, self.n_days = get_int_list_from_line(
)
self.book_scores = get_int_list_from_line()
for lib_id in range(self.n_libraries):
lib_n_books, lib_signup_time, lib_books_per_day = get_int_list_from_line(
)
lib_books = get_int_list_from_line()
library = Library(lib_id, lib_n_books, lib_signup_time,
lib_books_per_day, lib_books)
self.libraries.append(library)
self.selected_libraries = []
self.is_book_id_selected = [False] * self.n_books
def __init__(self, controller, ui):
super().__init__()
self.controller = controller
self.ui = ui
# TODO: load asynchronously, especially the storage code that calls an API.
self.libraries = {}
folders = os.getenv('RD_LIBRARY')
if not folders:
return
for folder in folders.split(':'):
new_library = Library(folder)
self.libraries[new_library.name] = new_library
self.load_track_list(new_library)
self.storage_thread = StorageThread()
self.storage_thread.initialized.connect(self.storage_initialized)
self.storage_thread.start()
def main():
if len(sys.argv) != 2:
print("Usage: main.py conf_file")
sys.exit()
# Read configuration from file.
logger.info("Reading configuration from '%s'." % (sys.argv[1]))
config_file = open(sys.argv[1])
config = yaml.load(config_file, Loader=Loader)
config_file.close()
# Load all the organisms specified.
if "Organisms" not in config:
logger.fatal("Invalid config, needs 'Organisms' section.")
if ("GridXSize" not in config and "GridYSize" not in config):
logger.fatal("Invalid config, needs GridXSize and GridYSize")
if "IterationTime" not in config:
logger.fatal("Invalid config, needs IterationTime.")
simulation = Simulation(config["GridXSize"], config["GridYSize"],
config["IterationTime"])
# Add them to the simulation.
for organism in config["Organisms"]:
for i in range(0, organism["Quantity"]):
library = Library(organism["Library"])
simulation.add_organism(organism["Library"], organism["Name"])
# Start it running.
logger.info("Delegating to simulation process.")
simulation.start()
# Wait forever.
select.select([], [], [])
logger.critical("Exiting main.py.")
def mainLoop(self):
logging.debug("Monitor: started main loop.")
self.session = self.dm.Session()
self.library = Library(self.dm.Session)
observer = Observer()
self.eventHandler = MonitorEventHandler(self)
for path in self.paths:
if os.path.exists(path):
observer.schedule(self.eventHandler, path, recursive=True)
observer.start()
while True:
try:
(msg, args) = self.queue.get(block=True, timeout=1)
except:
msg = None
#dispatch messages
if msg == "scan":
self.dofullScan(self.paths)
if msg == "events":
self.doEventProcessing(args)
#time.sleep(1)
if self.quit:
break
self.session.close()
self.session = None
observer.stop()
logging.debug("Monitor: stopped main loop.")