我是 javascript 和网络黑客的新手，
出于好奇，我为一个名为 slay.one 的基于 java 的网络游戏编写了一个脚本。但是，经过一次更新，我发现js文件被重新组织成一个client-bundle.js。这是我从控制台通过 Tampermonkey 注入脚本时得到的错误代码：
这是我得到的错误代码：
userscript.html?name=Aimbot%203.2.user.js&id=8a4d508a-f561-4f96-9522-02c807c8a107:39 Uncaught (in promise) ReferenceError: KEY is not defined at eval (userscript.html?name=Aimbot%203.2.user .js&id=8a4d508a-f561-4f96-9522-02c807c8a107:39) 在 Object.eval (userscript.html?name=Aimbot%203.2.user.js&id=8a4d508a-f561-4f96-9522-02c807c8a107:379) 在 nt (: 13:1036) 在 eval (userscript.html?name=Aimbot%203.2.user.js&id=8a4d508a-f561-4f96-9522-02c807c8a107:1) 在 eval (userscript.html?name=Aimbot%203.2.user.js&id= 8a4d508a-f561-4f96-9522-02c807c8a107:1) 在 eval (userscript.html?name=Aimbot%203.2.user.js&id=8a4d508a-f561-4f96-9522-02c807c8a107:380) 在 eval (userscript.html?name= Aimbot%203.2.user.js&id=8a4d508a-f561-4f96-9522-02c807c8a107:382) 在 eval () 在 Object.E_u (:4:27)
有人可以帮我解决这个问题吗，我现在不知道如何注入 Tampermonkey 脚本，我要注入的脚本是
// ==UserScript==
// @name Aimbot 3.2
// @namespace http://tampermonkey.net/
// @version 3.2
// @description try to take over the world!
// @author You
// @match https://slay.one
// @grant none
// ==/UserScript==
(function () {
'use strict';
var maxPossibleVictims = 5// from 2 to 24, made for a faster search of a victim (in case the aimbot is lagging for you); e.g. this value is 5 - then only 5 closest players will be considered as possible victims
var ignoreBots = false; // true or false
var myWeapons = { // edit weapons which have auto aiming
"Laser Gun": true,
"Grenade Launcher": true,
"Flamethrower": true,
"Minigun": true,
"Rocket Launcher": false,
"Laser Gun R": false,
"Homing Launcher": false,
"Remote Controlled Launcher": false,
"Napalm Grenade Launcher": false,
"Sniper Rifle": true,
"Shotgun": true,
"Rapid Rocket Launcher": false,
"Rapid Grenade Launcher": true,
"Zombie Melee": false,
"Zombie Ranged": false,
"Zombie Boss Melee": false,
"Heal Beam": false,
"Energy Rifle": true,
"ASMD 2nd Mode": false
};
var keyForTargetting = KEY.T // key to target a specific player
var keyForNotTargetting = KEY.G // no targetting
var gameTps = 20; // game.tps
var tickPeriod = 1000 / 20;
var gameTicks = 0;
var pingArr = [-1, -1, -1, -1, -1]
var ticksPerPing// = myPing / tickPeriod
var specialVictim
var sniperEye = true
var victim
var victimIndex
var possibleVictims = [] // array of {victim:victim, dist:dist}
document.body.onmousedown = function (e) {
if (e.button === 1) {
sniperEye = !sniperEye;
//console.log("sniperEye:", sniperEye)
if(sniperEye){
game.interface_.setMainKillMsg("Sniper Eye is On", "#8533FF", "textInGreen");
}else{
game.interface_.setMainKillMsg("Sniper Eye is Off", "#B15124", "textInRed");
}
}
// return false;
}
var defaultHandler = KeyManager.__proto__.handleInput
KeyManager.__proto__.handleInput = function (key, e) {
if (key == keyForTargetting) {
specialVictim = null
calcVictim(); // find nearest
specialVictim = victim
if (specialVictim) {
//console.log("target:", specialVictim.name)
game.interface_.setMainKillMsg("Special Victim: " + specialVictim.name, "#78DBE2", "textInGreen");
} else {
game.interface_.setMainKillMsg("Can't Find Target", "#DB1D1D", "textInRed");
}
return;
}
if (key == keyForNotTargetting) {
specialVictim = null
game.interface_.setMainKillMsg("No Special Victim", "#FF0033", "textInRed");
//console.log("no targetting")
return;
}
defaultHandler(key, e);
}
getDirectionFromAgle = function (x, y, x2, y2) {
var angle
if (iLoveThisWeapon() && victim && !KeyManager.activeAbility) {
angle = getAngle(x, y, (victim.ripX - game.cameraX) * FIELD_SIZE, (victim.ripY - game.cameraY - ((game.playingPlayer && game.playingPlayer.weapon && game.playingPlayer.weapon.addHeight) ? SHOT_HEIGHT : 0)) * FIELD_SIZE)
//console.log(angle)
} else {
angle = getAngle(x, y, x2, y2);
}
var direction = 0;
if (angle >= Math.PI * 3 / 8 && angle <= Math.PI * 5 / 8)
direction = 0;
else if (angle <= -Math.PI * 3 / 8 && angle >= -Math.PI * 5 / 8)
direction = 4;
else if (angle >= Math.PI * 7 / 8 || angle <= -Math.PI * 7 / 8)
direction = 2;
else if ((angle <= Math.PI * 1 / 8 && angle >= 0) || (angle >= -Math.PI * 1 / 8 && angle <= 0))
direction = 6;
else if (angle <= Math.PI * 7 / 8 && angle >= Math.PI * 5 / 8)
direction = 1;
else if (angle <= Math.PI * 3 / 8 && angle >= Math.PI * 1 / 8)
direction = 7;
else if (angle >= -Math.PI * 7 / 8 && angle <= -Math.PI * 5 / 8)
direction = 3;
else
direction = 5;
return direction;
};
function iLoveThisWeapon() {
if (!sniperEye) {
return false
}
if (!game.playingPlayer) {
return false
}
if (!game.playingPlayer.weapon) {
return false
}
return myWeapons[game.playingPlayer.weapon.name]
}
getMouseGamePlayX = function () {
if (iLoveThisWeapon() && !KeyManager.activeAbility) {
calcVictim()
if (victim && !isNaN(victim.ripX)) {
//console.log(victim.ripX, victim.ripY)
//console.log("------------------")
//KeyManager.x = (victim.ripX - game.cameraX)*FIELD_SIZE
return victim.ripX
}
if (window.KeyManager && window.game) {
return KeyManager.x / FIELD_SIZE + game.cameraX;
}
return 0;
} else {
if (window.KeyManager && window.game) {
return KeyManager.x / FIELD_SIZE + game.cameraX;
}
return 0;
}
};
getMouseGamePlayY = function () {
if (iLoveThisWeapon() && !KeyManager.activeAbility) {
//calcVictim()
if (victim && !isNaN(victim.ripY)) {
//KeyManager.y = (victim.ripY - game.cameraY - ((game.playingPlayer && game.playingPlayer.weapon && game.playingPlayer.weapon.addHeight) ? SHOT_HEIGHT : 0))*FIELD_SIZE
return victim.ripY
}
if (window.KeyManager && window.game) {
return KeyManager.y / FIELD_SIZE + game.cameraY + ((game.playingPlayer && game.playingPlayer.weapon && game.playingPlayer.weapon.addHeight) ? SHOT_HEIGHT : 0);
}
return 0;
} else {
if (window.KeyManager && window.game) {
return KeyManager.y / FIELD_SIZE + game.cameraY + ((game.playingPlayer && game.playingPlayer.weapon && game.playingPlayer.weapon.addHeight) ? SHOT_HEIGHT : 0);
}
return 0;
}
};
var calcVictim = function () {
victim = null;
possibleVictims = []
if (specialVictim) {
specialVictim.dist = 0;
possibleVictims.push(specialVictim)
}
var allBots = true;
var p
for (var i = 0; i < game.players.length; i++) {
p = game.players[i]
if ((game.playingPlayer !== p) && (p.authLevel > 0)) {
allBots = false
break;
}
}
for (i = 0; i < game.players.length; i++) {
p = game.players[i]
var dist // rough distance
if ((game.playingPlayer !== p) && !(!allBots && ignoreBots && (p.authLevel == 0)) && ((p.team == 0) || (p.team != game.playingPlayer.team)) && (p.dieAt == 0)) {
dist = Math.abs(p.x - game.playingPlayer.x) + Math.abs(p.y - game.playingPlayer.y)
p.dist = dist
possibleVictims.push(p)
}
}
possibleVictims.sort(compareDist)
victimIndex = 0
victim = possibleVictims[victimIndex]
//calcSpeeds();
predictPos()
}
var calcSpeeds = function () {
if (!game) {
return
}
for (var i = 0; i < game.players.length; i++) {
var p = game.players[i]
if (p.hasOwnProperty("lastX")) {
p.deltaX = p.x - p.lastX;
p.deltaY = p.y - p.lastY;
} else {
p.deltaX = 0;
p.deltaY = 0;
}
p.lastX = p.x;
p.lastY = p.y;
}
// calc ping every 1 sec
if (gameTicks % gameTps === 0) {
pingArr.shift();
pingArr[4] = network.lastPing
pingArr.sort(compareNumbers)// after sorting pingArr[2] is the median value
ticksPerPing = (pingArr[2] < 0 ? network.lastPing : pingArr[2]) / tickPeriod
}
gameTicks++
}
var predictPos = function () {
if (!victim) {
return
}
var vsx = victim.deltaX / tickPeriod
var vsy = victim.deltaY / tickPeriod
var me = game.playingPlayer
if (vsx == 0 && vsy == 0) {
victim.ripX = victim.x
victim.ripY = victim.y
}else{
var vs2 = Math.pow(vsx, 2) + Math.pow(vsy, 2)
var vs = Math.sqrt(vs2)
//console.log(vs);
var ws = me.weapon.projectileSpeed / tickPeriod // ??
var distDeltaX = victim.x - me.x;
var distDeltaY = victim.y - me.y;
var dist2 = Math.pow(distDeltaX, 2) + Math.pow(distDeltaY, 2)
var dist = Math.sqrt(dist2) // exact distance
var ang0 = Math.atan(distDeltaX / distDeltaY)
var ang1 = Math.atan(victim.deltaX / victim.deltaY)
var angle = ang0 - ang1
var cos = Math.cos(angle)
var a = Math.pow(ws, 2) - vs2
var b = 2 * vs * dist * cos - vs2 * 2 * ticksPerPing
var c = -dist2 + 2 * vs * ticksPerPing * dist * cos - vs2 * Math.pow(ticksPerPing, 2)
var t = (- b + Math.sqrt(Math.pow(b, 2) - 4 * a * c)) / (2 * a)
//console.log(me, ws,dist2, dist, vsx,vsy, vs2, vs, angle, cos, a,b,c,t)
victim.ripX = victim.x + vsx * (t + ticksPerPing)
victim.ripY = victim.y + vsy * (t + ticksPerPing)
}
// victim is behind a wall, find another one if possible
if (behindWall(me, victim.ripX - me.x, victim.ripY - me.y)) {
victim = null
if (victimIndex < Math.min(possibleVictims.length, maxPossibleVictims) - 1) {
victimIndex++
victim = possibleVictims[victimIndex]
//console.log()
predictPos()
}
}
//console.log(possibleVictims)
//
}
var behindWall = function (me, distDeltaX, distDeltaY) {
// find such step value that we touch a new cell on every step
var steps = Math.floor(Math.max(Math.abs(distDeltaX), Math.abs(distDeltaY)))// + 1
if(steps === 0){
return false
}
var stepX = distDeltaX / steps
var stepY = distDeltaY / steps
var xx = me.x
var yy = me.y
for (var k = 1; k <= steps; k++) {
xx += stepX
yy += stepY
// check for collision with walls (simplified, more exact calculation needed for the grenade launchers)
//if(k==1){console.log(game.getHeight2(Math.floor(xx), Math.floor(yy)))} // test
if ((game.playingPlayer.weapon.name === "Grenade Launcher") || (game.playingPlayer.weapon.name === "Rapid Grenade Launcher")) {
if (game.getHeight2(Math.floor(xx), Math.floor(yy)) > 0.6) {
return true
}
} else {
if (game.getHeight2(Math.floor(xx), Math.floor(yy)) >= 0.6) {
return true
}
}
}
return false
}
var compareNumbers = function (a, b) {
return a - b;
}
var compareDist = function (a, b) {
return a.dist - b.dist;
}
setInterval(calcSpeeds, tickPeriod)
})();