using AuraServiceLib;
using Microsoft.UI;
using Qwilight.Utilities;
using Windows.System;
using Windows.UI;
namespace Qwilight
{
public sealed class AuraSystem : BaseIlluminationSystem
{
public static readonly AuraSystem Instance = new();
static readonly Dictionary<ushort, VirtualKey> _inputMap = new();
static AuraSystem()
{
_inputMap[1] = VirtualKey.Escape;
_inputMap[2] = VirtualKey.Number1;
_inputMap[3] = VirtualKey.Number2;
_inputMap[4] = VirtualKey.Number3;
_inputMap[5] = VirtualKey.Number4;
_inputMap[6] = VirtualKey.Number5;
_inputMap[7] = VirtualKey.Number6;
_inputMap[8] = VirtualKey.Number7;
_inputMap[9] = VirtualKey.Number8;
_inputMap[10] = VirtualKey.Number9;
_inputMap[11] = VirtualKey.Number0;
_inputMap[12] = (VirtualKey)189;
_inputMap[13] = (VirtualKey)187;
_inputMap[14] = VirtualKey.Back;
_inputMap[15] = VirtualKey.Tab;
_inputMap[16] = VirtualKey.Q;
_inputMap[17] = VirtualKey.W;
_inputMap[18] = VirtualKey.E;
_inputMap[19] = VirtualKey.R;
_inputMap[20] = VirtualKey.T;
_inputMap[21] = VirtualKey.Y;
_inputMap[22] = VirtualKey.U;
_inputMap[23] = VirtualKey.I;
_inputMap[24] = VirtualKey.O;
_inputMap[25] = VirtualKey.P;
_inputMap[26] = (VirtualKey)219;
_inputMap[27] = (VirtualKey)221;
_inputMap[28] = VirtualKey.Enter;
_inputMap[29] = VirtualKey.LeftControl;
_inputMap[30] = VirtualKey.A;
_inputMap[31] = VirtualKey.S;
_inputMap[32] = VirtualKey.D;
_inputMap[33] = VirtualKey.F;
_inputMap[34] = VirtualKey.G;
_inputMap[35] = VirtualKey.H;
_inputMap[36] = VirtualKey.J;
_inputMap[37] = VirtualKey.K;
_inputMap[38] = VirtualKey.L;
_inputMap[39] = (VirtualKey)186;
_inputMap[40] = (VirtualKey)222;
_inputMap[41] = (VirtualKey)192;
_inputMap[42] = VirtualKey.LeftShift;
_inputMap[43] = (VirtualKey)220;
_inputMap[44] = VirtualKey.Z;
_inputMap[45] = VirtualKey.X;
_inputMap[46] = VirtualKey.C;
_inputMap[47] = VirtualKey.V;
_inputMap[48] = VirtualKey.B;
_inputMap[49] = VirtualKey.N;
_inputMap[50] = VirtualKey.M;
_inputMap[51] = (VirtualKey)188;
_inputMap[52] = (VirtualKey)190;
_inputMap[53] = (VirtualKey)191;
_inputMap[54] = VirtualKey.RightShift;
_inputMap[55] = VirtualKey.Multiply;
_inputMap[57] = VirtualKey.Space;
_inputMap[58] = VirtualKey.CapitalLock;
_inputMap[59] = VirtualKey.F1;
_inputMap[60] = VirtualKey.F2;
_inputMap[61] = VirtualKey.F3;
_inputMap[62] = VirtualKey.F4;
_inputMap[63] = VirtualKey.F5;
_inputMap[64] = VirtualKey.F6;
_inputMap[65] = VirtualKey.F7;
_inputMap[66] = VirtualKey.F8;
_inputMap[67] = VirtualKey.F9;
_inputMap[68] = VirtualKey.F10;
_inputMap[69] = VirtualKey.NumberKeyLock;
_inputMap[70] = VirtualKey.Scroll;
_inputMap[71] = VirtualKey.NumberPad7;
_inputMap[72] = VirtualKey.NumberPad8;
_inputMap[73] = VirtualKey.NumberPad9;
_inputMap[75] = VirtualKey.NumberPad4;
_inputMap[76] = VirtualKey.NumberPad5;
_inputMap[77] = VirtualKey.NumberPad6;
_inputMap[79] = VirtualKey.NumberPad1;
_inputMap[80] = VirtualKey.NumberPad2;
_inputMap[81] = VirtualKey.NumberPad3;
_inputMap[82] = VirtualKey.NumberPad0;
_inputMap[87] = VirtualKey.F11;
_inputMap[88] = VirtualKey.F12;
_inputMap[157] = VirtualKey.RightControl;
_inputMap[197] = VirtualKey.Pause;
_inputMap[199] = VirtualKey.Home;
_inputMap[200] = VirtualKey.Up;
_inputMap[201] = VirtualKey.PageUp;
_inputMap[203] = VirtualKey.Left;
_inputMap[205] = VirtualKey.Right;
_inputMap[207] = VirtualKey.End;
_inputMap[208] = VirtualKey.Down;
_inputMap[209] = VirtualKey.PageDown;
_inputMap[210] = VirtualKey.Insert;
_inputMap[211] = VirtualKey.Delete;
_inputMap[219] = VirtualKey.LeftWindows;
_inputMap[221] = VirtualKey.Application;
}
readonly Dictionary<int, List<IAuraRgbLight>> _statusItems = new();
readonly Dictionary<VirtualKey, List<IAuraRgbLight>> _inputItems = new();
readonly List<IAuraRgbLight> _etcItems = new();
readonly List<IAuraRgbLight> _illuminatedItems = new();
int _highestStatusCount;
IAuraSdk2 _auraSDK;
IAuraSyncDeviceCollection _auraItems;
public override bool IsAvailable => Configure.Instance.Aura;
public override bool Init()
{
try
{
_auraSDK = new AuraSdk() as IAuraSdk2;
_auraSDK.SwitchMode();
_auraItems = _auraSDK.Enumerate(0);
if (_auraItems.Count > 0)
{
_statusItems.Clear();
_inputItems.Clear();
_etcItems.Clear();
_illuminatedItems.Clear();
foreach (IAuraSyncDevice auraItem in _auraItems)
{
foreach (IAuraRgbLight ledItem in auraItem.Lights)
{
_illuminatedItems.Add(ledItem);
}
if (auraItem is IAuraSyncKeyboard auraInput)
{
foreach (IAuraRgbKey ledItem in auraInput.Keys)
{
if (_inputMap.TryGetValue(ledItem.Code, out var input))
{
Utility.Into(_inputItems, input, auraInput.Key[ledItem.Code]);
}
}
}
else
{
if (auraItem.Name.IsFrontCaselsss("ENE_RGB_For_ASUS"))
{
for (var i = auraItem.Lights.Count - 1; i >= 0; --i)
{
Utility.Into(_statusItems, i, auraItem.Lights[i]);
}
}
else
{
foreach (IAuraRgbLight ledItem in auraItem.Lights)
{
_etcItems.Add(ledItem);
}
}
}
}
_highestStatusCount = _statusItems.Keys.Count > 0 ? _statusItems.Keys.Max() : 0;
}
return true;
}
catch
{
return false;
}
}
public override void SetInputColor(VirtualKey input, uint value)
{
if (_inputItems.TryGetValue(input, out var inputItems))
{
foreach (var inputItem in inputItems)
{
inputItem.Color = value;
}
}
}
public override void SetStatusColors(double status, uint value0, uint value1, uint value2, uint value3)
{
if (!double.IsNaN(status))
{
var value = _highestStatusCount * status;
var valueInt = (int)value;
var remainder = value - valueInt;
if (remainder > 0.0 && _statusItems.TryGetValue(valueInt, out var faintStatusItems))
{
foreach (var statusItem in faintStatusItems)
{
statusItem.Color = Utility.GetColor((uint)(value0 * remainder), (uint)(value1 * remainder), (uint)(value2 * remainder), (uint)(value3 * remainder));
}
}
for (var i = valueInt - 1; i >= 0; --i)
{
if (_statusItems.TryGetValue(valueInt, out var statusItems))
{
foreach (var statusItem in statusItems)
{
statusItem.Color = Utility.GetColor(value0, value1, value2, value3);
}
}
}
}
}
public override void SetEtcColor(uint value)
{
foreach (var etcItem in _etcItems)
{
etcItem.Color = value;
}
}
public override void OnBeforeHandle()
{
foreach (IAuraRgbLight ledItem in _illuminatedItems)
{
ledItem.Color = 0;
}
}
public override void OnHandled()
{
foreach (IAuraSyncDevice auraItem in _auraItems)
{
auraItem.Apply();
}
}
public override Color GetMeterColor() => Colors.Red;
public override void Dispose()
{
lock (IlluminationSystem.Instance.HandlingCSX)
{
if (IsHandling)
{
IsHandling = false;
_auraSDK.ReleaseControl(0);
_auraSDK = null;
}
}
}
public override void Toggle()
{
Configure.Instance.Aura = !Configure.Instance.Aura;
base.Toggle();
}
}
}
