SkyNX/SkyNX-Streamer/NxStreamingService/main.js
2020-04-15 18:58:13 -06:00

305 lines
8.6 KiB
JavaScript

//Authour: Dustin Harris
//GitHub: https://github.com/DevL0rd
const { spawn } = require("child_process");
const DB = require('./Devlord_modules/DB.js');
const Struct = require('struct');
const net = require('net');
const robot = require("robotjs");
const VGen = require("vgen-xbox")
const vgen = new VGen();
const cc = require('./Devlord_modules/conColors.js');
const cs = require('./Devlord_modules/conSplash.js');
var ip = "0.0.0.0"
var quality = 5;
var screenSize = robot.getScreenSize();
var sheight = screenSize.height;
var swidth = screenSize.width;
var hidStreamClient = new net.Socket();
function connect() {
hidStreamClient.connect({
host: ip,
port: 2223
});
}
var controllerId = 1;
var ffmpegProcess;
var ffmpegAudioProcess;
hidStreamClient.on('error', function (ex) {
if (ex) {
console.log("Could not connect to Switch. Connection timed out...");
setTimeout(connect, 1000);
}
});
function plugControllerIn() {
console.log("Plugging in virtual controller...");
try {
// Try plugging in first controller
controllerId = vgen.pluginNext();
}
catch (e) {
// Exception most probably due to drivers not installed
vgen.installDriver(() => {
console.log("Plug in failed, installing driver... If this keeps happening try restarting your computer after the driver installs.")
setTimeout(plugControllerIn, 3000);
});
}
}
hidStreamClient.on('connect', function () {
console.log('Connected to Switch!');
plugControllerIn();
ffmpegProcess = spawn(
"./lib/ffmpeg.exe",
["-probesize", "10M", "-f", "gdigrab", "-framerate", "60", "-video_size", swidth + "x" + sheight, "-offset_x", "0", "-offset_y", "0", "-i", "desktop", "-f", "h264", "-vf", "scale=1280x720", "-preset", "ultrafast", "-tune", "zerolatency", "-pix_fmt", "yuv420p", "-profile:v", "baseline", "-x264-params", "\"nal-hrd=cbr\"", "-b:v", quality + "M", "-minrate", quality + "M", "-maxrate", quality + "M", "-bufsize", "2M", "tcp://" + ip + ":2222"],
{ stdio: "pipe" }
);
ffmpegProcess.stdout.on("data", chunk => {
});
ffmpegProcess.stderr.on('data', (data) => {
//console.error(`stderr: ${data}`);
});
ffmpegProcess.on('close', (code) => {
console.log(`ffmpegProcess process exited with code ${code}`);
});
ffmpegAudioProcess = spawn(
"./lib/ffmpeg.exe",
["-y", "-f", "dshow", "-i", "audio=virtual-audio-capturer", "-f", "s16le", "-ar", "16000", "-ac", "2", "-c:a", "pcm_s16le", "udp://" + ip + ":2224?pkt_size=640"],
{ stdio: "pipe" }
);
ffmpegAudioProcess.stdout.on("data", chunk => {
//videoStreamClient.write(chunk);
});
ffmpegAudioProcess.stderr.on('data', (data) => {
//console.error(`stderr: ${data}`);
});
ffmpegAudioProcess.on('close', (code) => {
console.log(`ffmpegAudioProcess process exited with code ${code}`);
});
});
var switchHidBuffer = new Buffer.alloc(0);
function parseInputStruct(buff) {
var input = Struct()
.word64Ule('HeldKeys')
.word16Ule('LJoyX')
.word16Ule('LJoyY')
.word16Ule('RJoyX')
.word16Ule('RJoyY')
.word16Ule('touchX')
.word16Ule('touchY')
input._setBuff(buff);
return input;
};
function isOdd(int) {
return (int & 1) === 1;
}
function heldKeysBitmask(HeldKeys) {
return {
A: isOdd(HeldKeys >> 0),
B: isOdd(HeldKeys >> 1),
X: isOdd(HeldKeys >> 2),
Y: isOdd(HeldKeys >> 3),
LS: isOdd(HeldKeys >> 4),
RS: isOdd(HeldKeys >> 5),
L: isOdd(HeldKeys >> 6),
R: isOdd(HeldKeys >> 7),
ZL: isOdd(HeldKeys >> 8),
ZR: isOdd(HeldKeys >> 9),
Plus: isOdd(HeldKeys >> 10),
Minus: isOdd(HeldKeys >> 11),
Left: isOdd(HeldKeys >> 12),
Up: isOdd(HeldKeys >> 13),
Right: isOdd(HeldKeys >> 14),
Down: isOdd(HeldKeys >> 15)
}
}
var heldKeysOld;
var LJoyXold;
var LJoyYold;
var RJoyXold;
var RJoyYold;
var touchXold;
var touchYold;
var mouseIsDown = false;
hidStreamClient.on('data', function (data) {
//logDataStream(data)
//buffer2 = new Buffer.from(data, "hex");
switchHidBuffer = new Buffer.from(data);
var hid = parseInputStruct(switchHidBuffer)
var heldKeys = hid.get("HeldKeys");
var touchX = hid.get("touchX");
var touchY = hid.get("touchY");
var LJoyX = hid.get("LJoyX");
var LJoyY = hid.get("LJoyY");
var RJoyX = hid.get("RJoyX");
var RJoyY = hid.get("RJoyY");
if (LJoyX != LJoyXold || LJoyY != LJoyYold) {
var nljx;
var nljy;
if (LJoyX) {
nljx = LJoyX / 32767.5
}
if (nljx > 1) {
nljx = 2 - nljx
nljx = -nljx
}
if (LJoyY) {
nljy = LJoyY / 32767.5
}
if (nljy > 1) {
nljy = 2 - nljy
nljy = -nljy
}
vgen.setAxisL(controllerId, nljx, nljy);
LJoyXold = LJoyX;
LJoyYold = LJoyY;
}
if (RJoyX != RJoyXold || RJoyY != RJoyYold) {
var nrjx;
var nrjy;
if (RJoyX) {
nrjx = RJoyX / 32767.5
}
if (nrjx > 1) {
nrjx = 2 - nrjx
nrjx = -nrjx
}
if (RJoyY) {
nrjy = RJoyY / 32767.5
}
if (nrjy > 1) {
nrjy = 2 - nrjy
nrjy = -nrjy
}
vgen.setAxisR(controllerId, nrjx, nrjy);
RJoyXold = RJoyX;
RJoyYold = RJoyY;
}
if (heldKeys != heldKeysOld) {
var inputStates = heldKeysBitmask(heldKeys);
//Button mapping
vgen.setButton(controllerId, vgen.Buttons.B, inputStates.A);
vgen.setButton(controllerId, vgen.Buttons.A, inputStates.B);
vgen.setButton(controllerId, vgen.Buttons.X, inputStates.Y);
vgen.setButton(controllerId, vgen.Buttons.Y, inputStates.X);
vgen.setButton(controllerId, vgen.Buttons.BACK, inputStates.Minus);
vgen.setButton(controllerId, vgen.Buttons.START, inputStates.Plus);
vgen.setButton(controllerId, vgen.Buttons.LEFT_SHOULDER, inputStates.L);
vgen.setButton(controllerId, vgen.Buttons.RIGHT_SHOULDER, inputStates.R);
vgen.setButton(controllerId, vgen.Buttons.LEFT_THUMB, inputStates.LS);
vgen.setButton(controllerId, vgen.Buttons.RIGHT_THUMB, inputStates.RS);
//Trigger Mapping
if (inputStates.ZL) {
vgen.setTriggerL(controllerId, 1);
} else {
vgen.setTriggerL(controllerId, 0);
}
if (inputStates.ZR) {
vgen.setTriggerR(controllerId, 1);
} else {
vgen.setTriggerR(controllerId, 0);
}
//Dpad mapping
if (inputStates.Up || inputStates.Down || inputStates.Left || inputStates.Right) {
if (inputStates.Up) {
if (inputStates.Left || inputStates.Right) {
if (inputStates.Left) {
vgen.setDpad(controllerId, vgen.Dpad.UP_LEFT);
} else {
vgen.setDpad(controllerId, vgen.Dpad.UP_RIGHT);
}
} else {
vgen.setDpad(controllerId, vgen.Dpad.UP);
}
} else if (inputStates.Down) {
if (inputStates.Left || inputStates.Right) {
if (inputStates.Left) {
vgen.setDpad(controllerId, vgen.Dpad.DOWN_LEFT);
} else {
vgen.setDpad(controllerId, vgen.Dpad.DOWN_RIGHT);
}
} else {
vgen.setDpad(controllerId, vgen.Dpad.DOWN);
}
} else if (inputStates.Left) {
vgen.setDpad(controllerId, vgen.Dpad.LEFT);
} else if (inputStates.Right) {
vgen.setDpad(controllerId, vgen.Dpad.RIGHT);
}
} else {
vgen.setDpad(controllerId, vgen.Dpad.NONE);
}
heldKeysOld = heldKeys;
}
if (touchX != touchXold || touchY != touchYold) {
if (touchX && touchY) {
touchX -= 15;
touchY -= 15;
var posXPercent = touchX / 1249
var posYPercent = touchY / 689
var posX = Math.floor(swidth * posXPercent)
var posY = Math.floor(sheight * posYPercent)
robot.moveMouse(posX, posY);
if (!mouseIsDown) {
robot.mouseToggle("down");
mouseIsDown = true;
}
touchTime++;
} else {
if (mouseIsDown) {
robot.mouseToggle("up");
mouseIsDown = false;
}
touchTime = 0;
}
touchXold = touchX;
touchYold = touchY;
}
});
hidStreamClient.on('end', function () {
console.log('hidStreamClient Disconnected.');
try {
vgen.unplug(controllerId);
} catch (error) {
}
ffmpegProcess.kill();
ffmpegAudioProcess.kill();
connect();
});
var args = process.argv.slice(" ");
if (args.length > 1) {
if (args.includes("/ip") && args[args.indexOf("/ip") + 1]) {
ip = args[args.indexOf("/ip") + 1];
console.log('Waiting for connection...');
if (args.includes("/q") && args[args.indexOf("/q") + 1]) {
quality = args[args.indexOf("/q") + 1];
} else {
console.log('Error: Usage NXStreamer.exe ip 0.0.0.0 q 5');
}
connect();
} else {
console.log('Error: Usage NXStreamer.exe ip 0.0.0.0 q 5');
}
} else {
console.log('Error: Usage NXStreamer.exe ip 0.0.0.0 q 5');
}