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enum : u32 { BindingLimit = 3 };
struct InputMapping {
enum class Qualifier : u32 { None, Lo, Hi, Rumble };
auto bind() -> void;
auto bind(u32 binding, string assignment) -> void;
auto unbind() -> void;
auto unbind(u32 binding) -> void;
virtual auto bind(u32 binding, shared_pointer<HID::Device>, u32 groupID, u32 inputID, s16 oldValue, s16 newValue) -> bool = 0;
virtual auto value() -> s16 = 0;
virtual auto pressed() -> bool { return false; }
string assignments[BindingLimit];
struct Binding {
auto icon() -> multiFactorImage;
auto text() -> string;
shared_pointer<HID::Device> device;
u64 deviceID;
u32 groupID;
u32 inputID;
Qualifier qualifier = Qualifier::None;
};
Binding bindings[BindingLimit];
};
//0 or 1
struct InputDigital : InputMapping {
using InputMapping::bind;
auto bind(u32 binding, shared_pointer<HID::Device>, u32 groupID, u32 inputID, s16 oldValue, s16 newValue) -> bool override;
auto value() -> s16 override;
auto pressed() -> bool override;
};
//0 ... +32767
struct InputAnalog : InputMapping {
using InputMapping::bind;
auto bind(u32 binding, shared_pointer<HID::Device>, u32 groupID, u32 inputID, s16 oldValue, s16 newValue) -> bool override;
auto value() -> s16 override;
auto pressed() -> bool override;
};
//-32768 ... +32767
struct InputAbsolute : InputMapping {
using InputMapping::bind;
auto bind(u32 binding, shared_pointer<HID::Device>, u32 groupID, u32 inputID, s16 oldValue, s16 newValue) -> bool override;
auto value() -> s16 override;
};
//-32768 ... +32767
struct InputRelative : InputMapping {
using InputMapping::bind;
auto bind(u32 binding, shared_pointer<HID::Device>, u32 groupID, u32 inputID, s16 oldValue, s16 newValue) -> bool override;
auto value() -> s16 override;
};
//specifies a target joypad for force feedback
struct InputRumble : InputMapping {
using InputMapping::bind;
auto bind(u32 binding, shared_pointer<HID::Device>, u32 groupID, u32 inputID, s16 oldValue, s16 newValue) -> bool override;
auto value() -> s16 override;
auto rumble(bool enable) -> void;
};
struct InputHotkey : InputDigital {
InputHotkey(string name) : name(name) {}
auto& onPress(function<void ()> press) { return this->press = press, *this; }
auto& onRelease(function<void ()> release) { return this->release = release, *this; }
const string name;
private:
function<void ()> press;
function<void ()> release;
s16 state = 0;
friend class InputManager;
};
struct InputNode {
enum class Type : u32 { Digital, Analog, Absolute, Relative, Rumble };
Type type;
string name;
InputMapping* mapping;
};
struct InputPair {
enum class Type : u32 { Analog };
Type type;
string name;
InputMapping* mappingLo;
InputMapping* mappingHi;
};
struct InputDevice {
auto digital(string name, InputMapping& mapping) -> void {
inputs.append({InputNode::Type::Digital, name, &mapping});
}
auto analog(string name, InputMapping& mapping) -> void {
inputs.append({InputNode::Type::Analog, name, &mapping});
}
auto absolute(string name, InputMapping& mapping) -> void {
inputs.append({InputNode::Type::Absolute, name, &mapping});
}
auto relative(string name, InputMapping& mapping) -> void {
inputs.append({InputNode::Type::Relative, name, &mapping});
}
auto rumble(string name, InputMapping& mapping) -> void {
inputs.append({InputNode::Type::Rumble, name, &mapping});
}
auto analog(string name, InputMapping& mappingLo, InputMapping& mappingHi) -> void {
pairs.append({InputPair::Type::Analog, name, &mappingLo, &mappingHi});
}
string name;
vector<InputNode> inputs;
vector<InputPair> pairs;
};
struct InputPort {
auto append(const InputDevice& device) -> void {
devices.append(device);
}
string name;
vector<InputDevice> devices;
};
struct VirtualPad : InputDevice {
VirtualPad();
InputDigital up;
InputDigital down;
InputDigital left;
InputDigital right;
InputDigital select;
InputDigital start;
InputDigital a;
InputDigital b;
InputDigital c;
InputDigital x;
InputDigital y;
InputDigital z;
InputDigital l1;
InputDigital r1;
InputDigital l2;
InputDigital r2;
InputDigital lt;
InputDigital rt;
InputAnalog lup;
InputAnalog ldown;
InputAnalog lleft;
InputAnalog lright;
InputAnalog rup;
InputAnalog rdown;
InputAnalog rleft;
InputAnalog rright;
InputRumble rumble;
};
struct VirtualMouse : InputDevice {
VirtualMouse();
InputRelative x;
InputRelative y;
InputDigital left;
InputDigital middle;
InputDigital right;
};
struct VirtualPort {
VirtualPad pad;
VirtualMouse mouse;
};
struct InputManager {
auto create() -> void;
auto bind() -> void;
auto poll(bool force = false) -> void;
auto eventInput(shared_pointer<HID::Device>, u32 groupID, u32 inputID, s16 oldValue, s16 newValue) -> void;
//hotkeys.cpp
auto createHotkeys() -> void;
auto pollHotkeys() -> void;
vector<shared_pointer<HID::Device>> devices;
vector<InputHotkey> hotkeys;
u64 pollFrequency = 5;
u64 lastPoll = 0;
};
extern VirtualPort virtualPorts[5];
extern InputManager inputManager;
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