public void Initialize(ParsecUnityController parsecUnityController)
{
gameObject.SetActive(true);
// Normally you'd likely want a module between Parsec and your Game management code to inject
// players without knowing where they came from, but we'll be lazy here.
parsecUnityController.OnGuestConnected += ParsecUnityController_OnGuestConnected;
parsecUnityController.OnGuestDisconnected += ParsecUnityController_OnGuestDisconnected;
parsecUnityController.OnReceiveUserData += ParsecUnityController_OnReceiveUserData;
}
// TODO: This should be applied before all updates, or whenever
// input normally is applied (based on the InputSystem configuration).
// TODO: There's a bug where although a press and release are recorded,
// sometimes the InputSystem does not correctly reset state.
private void Update()
{
var keyboardMessages = new Dictionary <uint, List <Parsec.ParsecMessage> >();
var gamepadMessages = new Dictionary <uint, List <Parsec.ParsecMessage> >();
while (parsec.HostPollInput(0u, out Parsec.ParsecGuest guest, out Parsec.ParsecMessage msg))
{
switch (msg.type)
{
case Parsec.ParsecMessageType.MESSAGE_KEYBOARD:
if (!keyboardMessages.ContainsKey(guest.id))
{
keyboardMessages[guest.id] = new List <Parsec.ParsecMessage>();
}
keyboardMessages[guest.id].Add(msg);
break;
case Parsec.ParsecMessageType.MESSAGE_MOUSE_BUTTON:
ParsecUnityController.Log($"Guest {guest.id} {(msg.mouseButton.pressed ? "pressed" : "released")} mouse button {msg.mouseButton} at {Time.time}");
break;
case Parsec.ParsecMessageType.MESSAGE_GAMEPAD_BUTTON:
if (!gamepadMessages.ContainsKey(guest.id))
{
gamepadMessages[guest.id] = new List <Parsec.ParsecMessage>();
}
gamepadMessages[guest.id].Add(msg);
break;
case Parsec.ParsecMessageType.MESSAGE_GAMEPAD_AXIS:
if (!gamepadMessages.ContainsKey(guest.id))
{
gamepadMessages[guest.id] = new List <Parsec.ParsecMessage>();
}
gamepadMessages[guest.id].Add(msg);
break;
default:
break;
}
}
// Unity's low level input event queuing system apparently does not like
// multiple events to be queued for a single device each input round,
// making it necessary to store all events per device ahead of time.
foreach (var kvp in keyboardMessages)
{
if (!guests[kvp.Key].Get(out Keyboard keyboard))
{
keyboard = guests[kvp.Key].Add <Keyboard>();
}
using (StateEvent.From(keyboard, out InputEventPtr eventPtr))
{
foreach (var msg in kvp.Value)
{
if (ParsecInputSystemMapping.Keys.TryGetValue(msg.keyboard.code, out Key key))
{
if (guests[kvp.Key].Use(keyboard))
{
ParsecUnityController.Log($"Guest {kvp.Key} switched current device to keyboard at {Time.time}");
}
ParsecUnityController.Log($"Guest {kvp.Key} {(msg.keyboard.pressed ? "pressed" : "released")} key {key} at {Time.time}");
keyboard[key].WriteValueIntoEvent <float>(msg.keyboard.pressed ? 1 : 0, eventPtr);
}
}
InputSystem.QueueEvent(eventPtr);
}
}
foreach (var kvp in gamepadMessages)
{
if (!guests[kvp.Key].Get(out Gamepad gamepad))
{
gamepad = guests[kvp.Key].Add <Gamepad>();
}
using (StateEvent.From(gamepad, out InputEventPtr eventPtr))
{
foreach (var msg in kvp.Value)
{
if (msg.type == Parsec.ParsecMessageType.MESSAGE_GAMEPAD_BUTTON)
{
var button = ParsecInputSystemMapping.ParsecToGamepadButton(gamepad, msg.gamepadButton.button);
if (button != null)
{
if (guests[kvp.Key].Use(gamepad))
{
ParsecUnityController.Log($"Guest {kvp.Key} switched current device to gamepad {msg.gamepadButton.id} at {Time.time}");
}
ParsecUnityController.Log($"Guest {kvp.Key} {(msg.gamepadButton.pressed ? "pressed" : "released")} {button} on gamepad {msg.gamepadButton.id} at {Time.time}");
button.WriteValueIntoEvent <float>(msg.gamepadButton.pressed ? 1 : 0, eventPtr);
}
}
else if (msg.type == Parsec.ParsecMessageType.MESSAGE_GAMEPAD_AXIS)
{
var axis = ParsecInputSystemMapping.ParsecToGamepadAxis(gamepad, msg.gamepadAxis.axis);
if (axis != null)
{
float value = (float)msg.gamepadAxis.value / short.MaxValue;
// TODO: Set a constant for this value that makes sense to avoid deadzoned values switching devices.
if (Mathf.Abs(value) > 0.4f && guests[kvp.Key].Use(gamepad))
{
ParsecUnityController.Log($"Guest {kvp.Key} switched current device to gamepad {msg.gamepadButton.id} at {Time.time}");
}
axis.WriteValueIntoEvent(value, eventPtr);
}
}
}
InputSystem.QueueEvent(eventPtr);
}
}
}
// TODO: This should be applied before all updates, or whenever
// input normally is applied (based on the InputSystem configuration).
private void Update()
{
// TODO: Probably don't need to allocate a new set of dictionaries every frame.
var keyboardMessages = new Dictionary <uint, List <Parsec.ParsecMessage> >();
var mouseMessages = new Dictionary <uint, List <Parsec.ParsecMessage> >();
var gamepadMessages = new Dictionary <uint, List <Parsec.ParsecMessage> >();
while (parsec.HostPollInput(0u, out Parsec.ParsecGuest guest, out Parsec.ParsecMessage msg))
{
switch (msg.type)
{
case Parsec.ParsecMessageType.MESSAGE_KEYBOARD:
if (!keyboardMessages.ContainsKey(guest.id))
{
keyboardMessages[guest.id] = new List <Parsec.ParsecMessage>();
}
keyboardMessages[guest.id].Add(msg);
break;
case Parsec.ParsecMessageType.MESSAGE_MOUSE_BUTTON:
if (!mouseMessages.ContainsKey(guest.id))
{
mouseMessages[guest.id] = new List <Parsec.ParsecMessage>();
}
mouseMessages[guest.id].Add(msg);
break;
case Parsec.ParsecMessageType.MESSAGE_MOUSE_MOTION:
if (!mouseMessages.ContainsKey(guest.id))
{
mouseMessages[guest.id] = new List <Parsec.ParsecMessage>();
}
mouseMessages[guest.id].Add(msg);
break;
case Parsec.ParsecMessageType.MESSAGE_GAMEPAD_BUTTON:
if (!gamepadMessages.ContainsKey(guest.id))
{
gamepadMessages[guest.id] = new List <Parsec.ParsecMessage>();
}
gamepadMessages[guest.id].Add(msg);
break;
case Parsec.ParsecMessageType.MESSAGE_GAMEPAD_AXIS:
if (!gamepadMessages.ContainsKey(guest.id))
{
gamepadMessages[guest.id] = new List <Parsec.ParsecMessage>();
}
gamepadMessages[guest.id].Add(msg);
break;
default:
break;
}
}
// Unity's low level input event queuing system apparently does not like
// multiple events to be queued for a single device each input round,
// making it necessary to store all events per device ahead of time.
foreach (var kvp in keyboardMessages)
{
if (!guests[kvp.Key].Get(out Keyboard keyboard))
{
keyboard = guests[kvp.Key].CreateAndAdd <Keyboard>();
}
using (StateEvent.From(keyboard, out InputEventPtr eventPtr))
{
foreach (var msg in kvp.Value)
{
if (ParsecInputSystemMapping.Keys.TryGetValue(msg.keyboard.code, out Key key))
{
ParsecUnityController.Log($"Guest {kvp.Key} {(msg.keyboard.pressed ? "pressed" : "released")} key {key} at {Time.time}");
keyboard[key].WriteValueIntoEvent <float>(msg.keyboard.pressed ? 1 : 0, eventPtr);
}
}
InputSystem.QueueEvent(eventPtr);
}
}
foreach (var kvp in mouseMessages)
{
if (!guests[kvp.Key].Get(out Mouse mouse))
{
mouse = guests[kvp.Key].CreateAndAdd <Mouse>();
}
using (StateEvent.From(mouse, out InputEventPtr eventPtr))
{
foreach (var msg in kvp.Value)
{
if (msg.type == Parsec.ParsecMessageType.MESSAGE_MOUSE_BUTTON)
{
var button = ParsecInputSystemMapping.ParsecToMouseButton(mouse, msg.mouseButton.button);
if (button != null)
{
ParsecUnityController.Log($"Guest {kvp.Key} {(msg.mouseButton.pressed ? "pressed" : "released")} {button} on mouse at {Time.time}");
button.WriteValueIntoEvent <float>(msg.mouseButton.pressed ? 1 : 0, eventPtr);
}
}
else if (msg.type == Parsec.ParsecMessageType.MESSAGE_MOUSE_MOTION && !msg.mouseMotion.relative)
{
// TODO: Logging levels for very low priority debugs, like mouse motion or position.
// ParsecUnityController.Log($"Guest {kvp.Key} mouse position is at {msg.mouseMotion.x}, {msg.mouseMotion.y} at {Time.time}");
mouse.position.x.WriteValueIntoEvent <float>(msg.mouseMotion.x, eventPtr);
mouse.position.y.WriteValueIntoEvent <float>(msg.mouseMotion.y, eventPtr);
}
else if (msg.type == Parsec.ParsecMessageType.MESSAGE_MOUSE_MOTION && msg.mouseMotion.relative)
{
// TODO: Logging levels for very low priority debugs, like mouse motion or position.
// ParsecUnityController.Log($"Guest {kvp.Key} mouse delta was {msg.mouseMotion.x}, {msg.mouseMotion.y} at {Time.time}");
mouse.delta.x.WriteValueIntoEvent <float>(msg.mouseMotion.x, eventPtr);
mouse.delta.y.WriteValueIntoEvent <float>(msg.mouseMotion.y, eventPtr);
}
}
InputSystem.QueueEvent(eventPtr);
}
}
foreach (var kvp in gamepadMessages)
{
if (!guests[kvp.Key].Get(out Gamepad gamepad))
{
gamepad = guests[kvp.Key].CreateAndAdd <Gamepad>();
}
using (StateEvent.From(gamepad, out InputEventPtr eventPtr))
{
foreach (var msg in kvp.Value)
{
if (msg.type == Parsec.ParsecMessageType.MESSAGE_GAMEPAD_BUTTON)
{
var button = ParsecInputSystemMapping.ParsecToGamepadButton(gamepad, msg.gamepadButton.button);
if (button != null)
{
ParsecUnityController.Log($"Guest {kvp.Key} {(msg.gamepadButton.pressed ? "pressed" : "released")} {button} on gamepad {msg.gamepadButton.id} at {Time.time}");
button.WriteValueIntoEvent <float>(msg.gamepadButton.pressed ? 1 : 0, eventPtr);
}
}
else if (msg.type == Parsec.ParsecMessageType.MESSAGE_GAMEPAD_AXIS)
{
var axis = ParsecInputSystemMapping.ParsecToGamepadAxis(gamepad, msg.gamepadAxis.axis);
if (axis != null)
{
float value = (float)msg.gamepadAxis.value / short.MaxValue;
axis.WriteValueIntoEvent(value, eventPtr);
}
}
}
InputSystem.QueueEvent(eventPtr);
}
}
}
