def serialize(self):
owner = self.owner
table = packer.Table('CubeSetup')
table['id'] = self.net_id
pos = owner.worldPosition
table['pos_x'] = pos[0]
table['pos_y'] = pos[1]
table['pos_z'] = pos[2]
rot = owner.worldOrientation.to_quaternion()
table['rot_x'] = rot[0]
table['rot_y'] = rot[1]
table['rot_z'] = rot[2]
table['rot_w'] = rot[3]
lv = owner.getLinearVelocity(False)
table['lv_x'] = lv[0]
table['lv_y'] = lv[1]
table['lv_z'] = lv[2]
av = owner.getAngularVelocity(False)
table['av_x'] = av[0]
table['av_y'] = av[1]
table['av_z'] = av[2]
return packer.to_bytes(table)
def serialize(self):
data = list(self.messages)
table = packer.Table('ChatSetup')
table.set('id', self.net_id)
table.set('messages', data)
return packer.to_bytes(table)
def send_click(self, sender):
table = packer.Table('MessageToServer')
table.set('id', self.net_id)
table.set('message', self.entry.text)
print(self.entry.text)
buff = packer.to_bytes(table)
self.entry.text = ""
bge.logic.netplay.send_to_server(buff)
def update_player_input(self):
held = bge.logic.KX_INPUT_ACTIVE
events = bge.logic.keyboard.events
if events[bge.events.WKEY] == held:
self.keystate.set(1, (0,))
else:
self.keystate.set(0, (0,))
if events[bge.events.SKEY] == held:
self.keystate.set(1, (1,))
else:
self.keystate.set(0, (1,))
if events[bge.events.AKEY] == held:
self.keystate.set(1, (2,))
else:
self.keystate.set(0, (2,))
if events[bge.events.DKEY] == held:
self.keystate.set(1, (3,))
else:
self.keystate.set(0, (3,))
# Toggle mouse focus
if events[bge.events.ACCENTGRAVEKEY] == held:
if not self.ACCENTPRESSED:
self.ACCENTPRESSED = True
self.freeMouse = not self.freeMouse
if self.freeMouse:
bge.render.showMouse(True)
else:
bge.render.showMouse(False)
self.mouseInit = 6
else:
self.ACCENTPRESSED = False
self.mouseLook()
# Send key state and rotation to server
table = packer.Table('ClientState')
table.set('id', self.net_id)
table.set('input', self.keystate.uint)
rot = self.head.worldOrientation.to_euler()
table.set('rot_x', rot[0])
table.set('rot_z', rot[2])
buff = packer.to_bytes(table)
# No point sending reliable if we're brute-forcing...
bge.logic.netplay.send_to_server(buff, reliable=False)
def MessageToServer(self, table):
fullmsg = "{}: {}".format(table.source, table.get('message'))
self.messages.appendleft(fullmsg)
if len(self.messages) > 12:
self.messages.pop()
logging.info("Chat: " + fullmsg)
table = packer.Table('MessageToClient')
table.set('id', self.net_id)
table.set('fullmessage', fullmsg)
buff = packer.to_bytes(table)
net = bge.logic.netplay
net.send_to_clients(buff)
def on_disconnect(self, peer_id):
for comp in self.components:
if comp is not None and peer_id in comp.permissions:
comp.permissions.remove(peer_id)
if len(comp.permissions) == 0:
# Destroy the component
self.components[comp.net_id] = None
comp.owner.endObject()
table = packer.Table('Destroy')
table.set('id', comp.net_id)
buff = packer.to_bytes(table)
for client in self.clients:
if client is not None and client.peer.incomingPeerID != peer_id:
client.send_reliable(buff)
def update_server(self):
self.move()
self.pos_timer -= 1
pos = False
if not self.pos_timer:
pos = True
self.pos_timer = self.pos_timer_reset
# Send key state, rotation, and pos to clients
table = packer.Table('ClientStatePos')
table.set('id', self.net_id)
table.set('input', self.keystate.uint)
rot = self.head.worldOrientation.to_euler()
table.set('rot_x', rot[0])
table.set('rot_z', rot[2])
pos = self.owner.worldPosition
table.set('pos_x', pos[0])
table.set('pos_y', pos[1])
table.set('pos_z', pos[2])
else:
# Send key state and rotation to clients
table = packer.Table('ClientState')
table.set('id', self.net_id)
table.set('input', self.keystate.uint)
rot = self.head.worldOrientation.to_euler()
table.set('rot_x', rot[0])
table.set('rot_z', rot[2])
# Send
buff = packer.to_bytes(table)
bge.logic.netplay.send_to_clients(buff)
def serialize(self):
table = packer.Table('PlayerSetup')
pos = self.owner.worldPosition
rot = self.owner.worldOrientation.to_quaternion()
table.set('id', self.net_id)
table.set('pos_x', pos[0])
table.set('pos_y', pos[1])
table.set('pos_z', pos[2])
table.set('rot_x', rot[0])
table.set('rot_y', rot[1])
table.set('rot_z', rot[2])
table.set('rot_w', rot[3])
table.set('input', self.keystate.uint)
return packer.to_bytes(table)
