async def test_piece_manager_get_piece():
files = _files_list()
for torrent_path in files:
torrent_file = generate_torrent_file(torrent_path)
piece_manager = create_piece_manager(torrent_file)
piece = await piece_manager.get_piece()
assert type(piece) == Piece
def test_create_piece_manager_last_piece():
files = _files_list()
for torrent_path in files:
torrent_file = generate_torrent_file(torrent_path)
piece_manager = create_piece_manager(torrent_file)
last_piece = piece_manager.pieces[len(piece_manager.pieces) - 1]
assert torrent_file.length % torrent_file.piece_length == last_piece.length
def test_all_pieces_in_status():
files = _files_list()
for torrent_path in files:
torrent_file = generate_torrent_file(torrent_path)
piece_manager = create_piece_manager(torrent_file)
status_dict = piece_manager.pieces_status()
assert len(piece_manager.pieces) == sum(
[i for i in status_dict.values()])
def test_create_piece_manager_all_pieces_available():
files = _files_list()
for torrent_path in files:
torrent_file = generate_torrent_file(torrent_path)
pieces_manager = create_piece_manager(torrent_file)
ptr = 0
for piece in pieces_manager.pieces:
assert torrent_file.pieces[ptr:ptr + 20] == piece.piece_hash
ptr += 20
def test_create_piece_manager_pieces_size():
files = _files_list()
for torrent_path in files:
torrent_file = generate_torrent_file(torrent_path)
pieces_manager = create_piece_manager(torrent_file)
size = 0
for piece in pieces_manager.pieces:
size += piece.length
assert torrent_file.length == size
def create_or_load_torrent_file(path: str):
if torrent_file_exist(path):
try:
torrent_file, piece_manager = load(path)
except TypeError:
raise Exception("loading torrent file failed")
else:
torrent_file = generate_torrent_file(path)
file_genrator(torrent_file)
piece_manager = create_piece_manager(torrent_file)
return torrent_file, piece_manager
async def test_request_creation():
torrent_file = generate_torrent_file(_files_list()[3])
piece_manager = create_piece_manager(torrent_file)
block_size = 2 ** 14
for i in range(100):
piece = await piece_manager.get_piece()
piece_size = torrent_file.piece_length
block_offset = 0
for i in range(int(piece_size / block_size)):
request_message = Request(piece.index, block_offset, block_size)
block_offset += block_size
assert request_message
def load(torrent_path):
torrent_file = load_torrent_file(torrent_path)
if not torrent_file:
return False
file_path = get_download_path(torrent_file.name)
fd = open_file(file_path)
piece_manager = create_piece_manager(torrent_file)
for piece in piece_manager.pieces:
piece_data = read_piece(fd, piece)
piece.add_block(piece_data)
if piece.piece_done():
piece.piece_written()
close_file(fd)
return torrent_file, piece_manager
async def test_write_file():
path = _files_list()[3] #only not multi file in _file_list
torrent_file = generate_torrent_file(path)
file_genrator(torrent_file)
delete_file_for_test_if_exsit(torrent_file)
file_genrator(torrent_file)
piece_manager = create_piece_manager(torrent_file)
asyncio.gather(write_pieces_to_memory(torrent_file, piece_manager.done_queue))
for piece in piece_manager.pieces:
full_piece_with_bytes(piece)
await piece_manager.put_in_queue(piece)
piece.piece_written()
await piece_manager.done_queue.put(None)
check_all_data_wirtten_in_right_place(torrent_file, piece_manager)
#close process
delete_file_for_test_if_exsit(torrent_file)
async def test_get_piece_many_pieces_at_the_same_time():
files = _files_list()
for torrent_path in files:
torrent_file = generate_torrent_file(torrent_path)
piece_manager = create_piece_manager(torrent_file)
await gathering(piece_manager)
