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/*
* Copyright (C) 2015-2018 Team Kodi
* This file is part of Kodi - https://kodi.tv
*
* SPDX-License-Identifier: GPL-2.0-or-later
* See LICENSES/README.md for more information.
*/
#include "GameClientJoystick.h"
#include "GameClientInput.h"
#include "GameClientTopology.h"
#include "games/addons/GameClient.h"
#include "games/controllers/Controller.h"
#include "games/ports/input/PortInput.h"
#include "input/joysticks/interfaces/IInputReceiver.h"
#include "peripherals/devices/Peripheral.h"
#include "utils/log.h"
#include <assert.h>
using namespace KODI;
using namespace GAME;
CGameClientJoystick::CGameClientJoystick(CGameClient& gameClient,
const std::string& portAddress,
const ControllerPtr& controller)
: m_gameClient(gameClient),
m_portAddress(portAddress),
m_controller(controller),
m_portInput(new CPortInput(this))
{
assert(m_controller.get() != NULL);
}
CGameClientJoystick::~CGameClientJoystick() = default;
void CGameClientJoystick::RegisterInput(JOYSTICK::IInputProvider* inputProvider)
{
m_portInput->RegisterInput(inputProvider);
}
void CGameClientJoystick::UnregisterInput(JOYSTICK::IInputProvider* inputProvider)
{
m_portInput->UnregisterInput(inputProvider);
}
std::string CGameClientJoystick::ControllerID(void) const
{
return m_controller->ID();
}
bool CGameClientJoystick::HasFeature(const std::string& feature) const
{
return m_gameClient.Input().HasFeature(m_controller->ID(), feature);
}
bool CGameClientJoystick::AcceptsInput(const std::string& feature) const
{
return m_gameClient.Input().AcceptsInput();
}
bool CGameClientJoystick::OnButtonPress(const std::string& feature, bool bPressed)
{
game_input_event event;
std::string controllerId = m_controller->ID();
event.type = GAME_INPUT_EVENT_DIGITAL_BUTTON;
event.controller_id = controllerId.c_str();
event.port_type = GAME_PORT_CONTROLLER;
event.port_address = m_portAddress.c_str();
event.feature_name = feature.c_str();
event.digital_button.pressed = bPressed;
return m_gameClient.Input().InputEvent(event);
}
bool CGameClientJoystick::OnButtonMotion(const std::string& feature,
float magnitude,
unsigned int motionTimeMs)
{
game_input_event event;
std::string controllerId = m_controller->ID();
event.type = GAME_INPUT_EVENT_ANALOG_BUTTON;
event.controller_id = controllerId.c_str();
event.port_type = GAME_PORT_CONTROLLER;
event.port_address = m_portAddress.c_str();
event.feature_name = feature.c_str();
event.analog_button.magnitude = magnitude;
return m_gameClient.Input().InputEvent(event);
}
bool CGameClientJoystick::OnAnalogStickMotion(const std::string& feature,
float x,
float y,
unsigned int motionTimeMs)
{
game_input_event event;
std::string controllerId = m_controller->ID();
event.type = GAME_INPUT_EVENT_ANALOG_STICK;
event.controller_id = controllerId.c_str();
event.port_type = GAME_PORT_CONTROLLER;
event.port_address = m_portAddress.c_str();
event.feature_name = feature.c_str();
event.analog_stick.x = x;
event.analog_stick.y = y;
return m_gameClient.Input().InputEvent(event);
}
bool CGameClientJoystick::OnAccelerometerMotion(const std::string& feature,
float x,
float y,
float z)
{
game_input_event event;
std::string controllerId = m_controller->ID();
event.type = GAME_INPUT_EVENT_ACCELEROMETER;
event.controller_id = controllerId.c_str();
event.port_type = GAME_PORT_CONTROLLER;
event.port_address = m_portAddress.c_str();
event.feature_name = feature.c_str();
event.accelerometer.x = x;
event.accelerometer.y = y;
event.accelerometer.z = z;
return m_gameClient.Input().InputEvent(event);
}
bool CGameClientJoystick::OnWheelMotion(const std::string& feature,
float position,
unsigned int motionTimeMs)
{
game_input_event event;
std::string controllerId = m_controller->ID();
event.type = GAME_INPUT_EVENT_AXIS;
event.controller_id = controllerId.c_str();
event.port_type = GAME_PORT_CONTROLLER;
event.port_address = m_portAddress.c_str();
event.feature_name = feature.c_str();
event.axis.position = position;
return m_gameClient.Input().InputEvent(event);
}
bool CGameClientJoystick::OnThrottleMotion(const std::string& feature,
float position,
unsigned int motionTimeMs)
{
game_input_event event;
std::string controllerId = m_controller->ID();
event.type = GAME_INPUT_EVENT_AXIS;
event.controller_id = controllerId.c_str();
event.port_type = GAME_PORT_CONTROLLER;
event.port_address = m_portAddress.c_str();
event.feature_name = feature.c_str();
event.axis.position = position;
return m_gameClient.Input().InputEvent(event);
}
std::string CGameClientJoystick::GetControllerAddress() const
{
return CGameClientTopology::MakeAddress(m_portAddress, m_controller->ID());
}
std::string CGameClientJoystick::GetSourceLocation() const
{
if (m_sourcePeripheral)
return m_sourcePeripheral->Location();
return "";
}
void CGameClientJoystick::SetSource(PERIPHERALS::PeripheralPtr sourcePeripheral)
{
m_sourcePeripheral = std::move(sourcePeripheral);
}
void CGameClientJoystick::ClearSource()
{
m_sourcePeripheral.reset();
}
bool CGameClientJoystick::SetRumble(const std::string& feature, float magnitude)
{
bool bHandled = false;
if (InputReceiver())
bHandled = InputReceiver()->SetRumbleState(feature, magnitude);
return bHandled;
}
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