def test_fast_hand_object(self):
op = object_packer.ObjectPackerJson(
(tam_surface.TAMSurface, tam_colors.Color, tam_colors.RGBA))
self._dump_and_check(
op,
tam_surface.TAMSurface(55, 67, "!", tam_colors.RED,
tam_colors.GREEN))
self._dump_and_check(
op,
tam_surface.TAMSurface(21, 53, "C", tam_colors.BLUE,
tam_colors.YELLOW))
def test_dict(self):
op = object_packer.ObjectPackerJson()
self._dump_and_check(
op, {
-44: -44,
44.0: "lol",
"cats": "dogs",
None: "None",
True: False,
False: True
})
def run_tcp_connection(connection, io=None):
"""
info: will run a tcp connection
:param connection: TCPConnection
:param io: IO or None: None will uses default IO
:return: None
"""
if io is None:
io = tam_identifier.IO
snapshot = io.get_snapshot()
try:
tcp.TCPObjectWrapper(
connection, io,
object_packer.ObjectPackerJson(
(tam_colors.RGBA, tam_colors.Color, tam_surface.TAMSurface)))()
except tcp.TCPError as error:
log.warning("run_tcp_connection error: {}".format(error))
except KeyboardInterrupt:
log.critical("Caught KeyboardInterrupt")
finally:
io.apply_snapshot(snapshot)
io.clear()
def test_large_data(self):
op = object_packer.ObjectPackerJson(
(tam_surface.TAMSurface, tam_colors.Color, tam_colors.RGBA))
data = [{
"dict": {
"surface 1":
tam_surface.TAMSurface(55, 67, "!", tam_colors.RED,
tam_colors.GREEN),
"data": (bytearray((4, 5, 6, 7, 90)), bytes(), bytearray()),
"surface 2":
tam_surface.TAMSurface(53, 1, ")", tam_colors.LIGHT_YELLOW,
tam_colors.GRAY)
}
}, {1, 2, 3, 4, "1", "4.4", None, (True, False)},
[
tam_colors.COLOR_145, tam_colors.COLOR_142,
tam_colors.COLOR_149, "cats and dogs"
], (4, 5, (90, -3, "3", [])), None, False, True,
"this is a test", 0.00001, tam_colors.COLOR_142,
bytes((1, 2, 3, 4, 5, 6, 66, 55, 88, 12))]
self._dump_and_check(op, data)
def get_tcp_io(receiver, wait=True):
"""
info: will return TCPObjectConnector connected to an io object
:param receiver: TCPReceiver
:param wait: bool
:return: TCPObjectConnector
"""
connection = receiver.get_host_connection(wait)
if connection is not None:
return tcp.TCPObjectConnector(
connection,
object_packer=object_packer.ObjectPackerJson(
(tam_colors.RGBA, tam_colors.Color, tam_surface.TAMSurface)),
no_return={
"set_mode", "draw", "start", "done", "printc", "clear",
"show_console_cursor", "set_color_2", "set_color_16_pal_256",
"set_color_16", "set_color_256",
"reset_colors_to_console_defaults", "set_tam_color_defaults",
"enable_console_keys", "apply_snapshot", "enable_event_bus",
"prime_event_bus"
},
optimizer={"draw"},
none_generator={"get_event"})
def test_str(self):
op = object_packer.ObjectPackerJson()
self._dump_and_check(op, "cats")
def test_bool(self):
op = object_packer.ObjectPackerJson()
self._dump_and_check(op, True)
def test_none(self):
op = object_packer.ObjectPackerJson()
self._dump_and_check(op, None)
def test_bytearray(self):
op = object_packer.ObjectPackerJson()
self._dump_and_check(op, bytearray((100, 2, 3, 4, 55)))
def test_bytes(self):
op = object_packer.ObjectPackerJson()
self._dump_and_check(op, bytes((1, 200, 3, 44, 5)))
def test_set(self):
op = object_packer.ObjectPackerJson()
self._dump_and_check(op, {-44, 44.0, "cats", None, True, False})
def test_float(self):
op = object_packer.ObjectPackerJson()
self._dump_and_check(op, -44.0)