Vysor 1.7.6 chrome 插件破解
来源：互联网 发布：ios越狱内购改数据 编辑：程序博客网 时间：2024/06/11 19:24
在你的Chrome扩展文件里面，找到 名为uglify.js的文件。
我的文件地址：
C:\Users\jin\AppData\Local\Google\Chrome\User Data\Default\Extensions\gidgenkbbabolejbgbpnhbimgjbffefm\1.7.7_0
实在不行，你手动搜索一下，然后打开之后把文件格式化一下，这个自行百度。然后找到下面这个图的地方。你可以用 Vysor subscription is 这个关键词去搜索，找到这个地方,然后去掉
var e = ！1, t = ！1 （原文）
改后:
var e = 1, t = 1 （改后）
改完，保存重启。谢谢。
下面的代码下载地址：
完整代码：这里展示：
/** * Created by jin on 2017/6/27. */!function (e, t) { function n(e) { setTimeout(e, 0) } function o(e) { for (var t = e.toString(16); t.length < 4;)t = "0" + t; return t } function i(e) { return unescape(encodeURIComponent(e)) } function r(e) { return decodeURIComponent(escape(e)) } function s(e) { return "ArrayBuffer" == e.constructor.name && (e = new Uint8Array(e)), r(String.fromCharCode.apply(null, e)) } function c(e, t, n) { e = i(e); var o = e.length; n && o++, t || (t = new ArrayBuffer(o)); var r = new Uint8Array(t); n && (r[e.length] = 0); for (var s = 0, c = e.length; s < c; s++)r[s] = e.charCodeAt(s); return t } function a(e, t, n) { "Object" == t.constructor.name && (t = JSON.stringify(t)), u(e, t + "\n", n) } function d(e, t) { function n() { e.read(function (i) { for (var r = 0; r < i.byteLength; r++)if (i[r] == we) { var c = i.subarray(0, r); o.push(c); var a = ""; for (var d in o)d = o[d], a += s(d); var l = i.subarray(r + 1); return e.unshift(l), void t(a) } o.push(i), n() }) } var o = []; n() } function l(e, t) { function n(t) { o += s(t), e.read(n) } var o = ""; e.onClose = function () { t(o) }, e.read(n) } function u(e, t, n) { "Object" == t.constructor.name && (t = JSON.stringify(t)), e.write(c(t), n) } function h(e, t) { var n = new Uint8Array(e.byteLength + t.byteLength); return n.set(e, 0), n.set(t, e.byteLength), n } function f(e) { for (var t = window.atob(e), n = t.length, o = new Uint8Array(n), i = 0; i < n; i++) { var r = t.charCodeAt(i); o[i] = r } return o.buffer } function p(e) { var t, n, o = ""; for (t = 0; t + 3 <= e.length; t += 3)n = parseInt(e.substring(t, t + 3), 16), o += be.charAt(n >> 6) + be.charAt(63 & n); for (t + 1 == e.length ? (n = parseInt(e.substring(t, t + 1), 16), o += be.charAt(n << 2)) : t + 2 == e.length && (n = parseInt(e.substring(t, t + 2), 16), o += be.charAt(n >> 2) + be.charAt((3 & n) << 4)); (3 & o.length) > 0;)o += ke; return o } function v(e, t) { t || (t = window.location); for (var n = t.search.substring(1), o = n.split("&"), i = 0; i < o.length; i++) { var r = o[i].split("="); if (decodeURIComponent(r[0]) == e)return decodeURIComponent(r[1]) } } function g(e, t, n, o) { return e || (e = {items: []}), e.items.push(t), e.timeout || (e.timeout = setTimeout(function () { delete e.timeout, o(e.items), e.items = [] }, n)), e } function m(e, t) { if (console.log("notification:", e), window.chrome && window.chrome.notifications) { var n = chrome.runtime.getManifest(), o = n.name; t = t || n.icons[128], chrome.notifications.create({type: "basic", iconUrl: t, title: o, message: e}) } } function y() { } function w(e, t) { return window.chrome && window.chrome.identity ? void chrome.identity.getAuthToken({ interactive: e, scopes: ["https://www.googleapis.com/auth/userinfo.profile", "https://www.googleapis.com/auth/userinfo.email", "https://www.googleapis.com/auth/chromewebstore.readonly"] }, function (e) { e || console.error("unable to get authToken", chrome.runtime.lastError), t(e) }) : (console.error("no auth token implemented"), void process.nextTick(t)) } function b(e) { e && (this.dataReceived(e), this.dataReceived(null)) } function k(e, t) { this.promise = fetch(e).then(function (e) { this.connected = !0, this.response = e, this.reader = this.response.body.getReader(), this.reader.closed.then(function () { this.onClose && this.dataReceived(null) }.bind(this)), this.onResume(), t(this) }.bind(this), function (e) { t(null, e) }) } function C(e, t, n, o, i) { o = f(o), n = c(n), window.crypto.subtle.importKey("jwk", { kty: "RSA", e: e, n: t, alg: "RS1" }, {name: "RSASSA-PKCS1-v1_5", hash: {name: "SHA-1"}}, !0, ["verify"]).then(function (e) { window.crypto.subtle.verify({name: "RSASSA-PKCS1-v1_5", hash: {name: "SHA-1"}}, e, o, n).then(function (e) { return e ? void i() : void i("invalid signature") }).catch(function (e) { i("failure to verify", e) }) }).catch(function (e) { i("key import failed", e) }) } function S() { } function A(e, t, n) { this.adbSocketFactory = e, this.conn = n, this.conn.openSocket = this.openSocket.bind(this); var o = t.properties.substring(t.properties.indexOf("product")).replace(/ /g, ";").replace("device", "ro.product.device").replace("model", "ro.product.model").replace("product", "ro.product.name").replace(/:/g, "="); this.properties = "device::" + o + ";" } function D(e) { chrome.storage.local.get("whitelist", function (t) { var n = {}; return t.whitelist && "Array" == t.whitelist.constructor.name ? ($.each(t.whitelist, function (e, t) { n[t] = !0 }), void e(n)) : void e(n) }) } function I(e, t) { chrome.storage.local.set({whitelist: Object.keys(e)}, t) } function L(e, t) { D(function (n) { n[e] = !0, I(n, t) }) } function O(e, t) { chrome.storage.local.get(["whitelist", "serverMode"], function (n) { if (1 == n.serverMode)return void t(!0); if (2 != n.serverMode) { return n.whitelist && "Array" == n.whitelist.constructor.name ? void t(n.whitelist.indexOf(e) != -1, !0) : void t(!1, !0) } w(!1, function (n) { return n ? void $.ajax({ type: "get", url: "https://billing.vysor.io/whitelist", headers: {Authorization: "Bearer " + n}, data: {email: e}, error: function () { console.error("failure checking vysor enterprise whitelist", arguments), t(!1) }, success: function (n) { n.whitelist || console.error("access denied to", e, n), t(n.whitelist, !1) } }) : (console.error("unable to get token for vysor enterprise whitelist check"), void t(!1)) }) }) } function R(e) { return e ? (e.friendlyName && !e.friendlyName.length && delete e.friendlyName, e) : null } function E(e) { window.chrome && window.chrome.storage ? chrome.storage.local.get("device-settings", function (t) { e(t["device-settings"] || {}) }) : e({}) } function U(e) { e.contentWindow._lm = { _il: We.a(), _ilc: We.c(), _cl: We.b.bind(We), refresh: We.refresh.bind(We), startPurchase: We.startPurchase.bind(We) }, e.contentWindow._rl && e.contentWindow._rl() } function T(e, t) { if (De) { var n = De.contentWindow.shortModal; n && n(e, t) } } function W() { T(null, Pe) } function P() { De && De.contentWindow.updateVysorShareServer && De.contentWindow.updateVysorShareServer(Ae) } function M(e, t) { var n = j(e); console.log(e, n, "status", t); var o = chrome.app.window.get(n); o && o.contentWindow.updateWindowStatusText && o.contentWindow.updateWindowStatusText(t) } function N(e, t) { M(e, "Installing Vysor APK..."), AdbUtils.installApk("/Vysor-release.apk", e, t) } function _(e, t, n) { function o(o) { var i = Math.round(Math.random() * (1 << 30)).toString(16), r = "echo -n " + i + " > /data/local/tmp/vysor.pwd ; chmod 600 /data/local/tmp/vysor.pwd"; AdbUtils.runMain(e, o, "com.koushikdutta.vysor.Main password=" + i + " keyboard=" + Se, function (o) { Adb.shell({serialno: e, command: 'sh -c "' + r + '"'}, function (e) { Socket.eat(o), n(t, i) }) }, function (e, t) { e.command = "shell:" + e.command, Adb.sendClientCommand(e, t) }) } function i(t) { M(e, "Connecting..."), AdbUtils.getApkPath(e, "com.koushikdutta.vysor", function (n) { return n ? void AdbUtils.runMain(e, n, "com.koushikdutta.vysor.ProtocolVersionMain", function (e) { var o = e.match(/vysor-io-.*?[\r\n]/); return o && o.length ? (e = o[0], e && (e = e.trim()), console.log("protocol version: " + e), void t("vysor-io-45" != e ? null : n)) : void t(null) }) : void t() }) } M(e, "Connecting..."), i(function (t) { return t ? void o(t) : (console.log("installing apk"), void N(e, function (t) { i(function (n) { return n ? void o(n) : (t || (t = ""), m("Error installing APK:\n" + t.trim()), void x(e)) }) })) }) } function x(e) { var t = j(e), n = chrome.app.window.get(t); n && n.close() } function F(e, t) { return void _(e, null, t) } function B(e, t, n, o) { isElectron() ? (console.log("adb client socket factory path"), e.contentWindow.adbSocketFactory = null, e.contentWindow.adbSocketFactoryFactory = { type: "adb-client", arguments: {serialno: t} }) : Le[t] ? (console.log("vysor socket fast path"), e.contentWindow.adbSocketFactory = Le[t]) : Ie.isRunning() ? (console.log("adb server socket path"), e.contentWindow.adbSocketFactory = Ie.adbDevices[t]) : (console.log("adb client socket path"), e.contentWindow.adbSocketFactory = Adb.createSocketFactory(t)), U(e), e.contentWindow.openList = G, e.contentWindow.password = o, e.contentWindow.port = n, Me && Me.socket && (e.contentWindow.httpPort = Me.socket.localPort), e.contentWindow.device = Le[t] || $e[t], e.contentWindow.tracker = Ue } function V() { setTimeout(function () { chrome.app.window.getAll().length || chrome.runtime.reload() }, 5e3) } function j(e) { var t = e; return Le[e] && Le[e].id ? t = Le[e].id : $e[e] && $e[e].id ? t = $e[e].id : Ye[e] && (t = Ye[e]), t } function K(e, t, n) { ee(); var o = j(e), i = chrome.app.window.get(o); return i ? (i.show(), t && F(e, function (t, n) { B(i, e, t, n), i.contentWindow.connectionReady() }), void(n && n(i))) : void chrome.app.window.create("screen.html", { id: o, innerBounds: {width: 576, height: 1024} }, function (t) { var o; t.onClosed.addListener(o = function () { t.onClosed.removeListener(o), V(), t.contentWindow.h264Socket && (console.log("cleaning up h264 socket"), t.contentWindow.h264Socket.destroy(), t.contentWindow.h264Socket = null), t.contentWindow.inputWebSocket && (console.log("cleaning up input websocket"), t.contentWindow.inputWebSocket.close(), t.contentWindow.inputWebSocket = null) }), B(t, e, null, null), t.contentWindow.onload = function () { return n && n(t), $e[e] ? void F(e, function (n, o) { B(t, e, n, o), t.contentWindow.connectionReady() }) : void console.log("Vysor requested for", e, "which is not available yet") } }) } function q() { Ae = null, _e && _e.stopListen("share"), P() } function H(e) { var t = Re[e]; t && t.gcmConn.destroy() } function J(e, t, n) { var o = Re[e]; if (o && o.devices[t]) { o.gcmConn.gcmConns[t] && o.gcmConn.gcmConns[t].destroy(); var i, r = o.gcmConn.gcmConns[t] = { id: t, farm: !0, newSocket: function (e, n) { i || o.gcmConn.newSocket(t + ":" + e, n) }, destroy: function () { i = !0, o.gcmConn.gcmConns[t] == r && delete o.gcmConn.gcmConns[t], delete $e[r.serialno], o.gcmConn.newSocket("close:" + t, function (e) { e && e.destroy() }); var e = r.onClose; e && (delete r.onClose, e()), ue() } }; Q(t, function (e) { e(r) }, n), ue() } } function Y(e, t, n) { function o(e) { n && n(null, e) } function i(e) { return _e ? void _e.connect({ senderId: "64148182473", registrationId: e.registration, port: "share" }, function (i) { function s() { i.newSocket("devices:", function (e) { l(e, function (e) { var t = JSON.parse(e), n = t.devices, o = t.sharedDevices; h.devices ? ($.each(Object.keys(n), function (e, t) { delete h.devices[t] }), $.each(Object.keys(h.devices), function (e, t) { var n = i.gcmConns[t]; n && n.destroy() }), h.devices = n) : h.devices = n, h.sharedDevices = o, ue() }) }) } Ue.sendEvent("connected-device-farm"); var c, u = Re[r]; u && u.gcmConn.destroy(); var h = Re[r] = {info: e, gcmConn: i}; i.gcmConns = {}, i.openSocket = function (e, r) { function l() { c.read(function () { s(), l() }) } if (e.startsWith("challenge:")) { console.log("received challenge", e); var u = e.split(":")[1]; $.ajax({ type: "post", url: "https://billing.vysor.io/verifyauth", headers: {Authorization: "Bearer " + t}, data: {nonce: u}, dataType: "json", success: function (e) { Ne = JSON.parse(e.signed_data), console.log("sending challenge response", e), a(r, e, function () { d(r, function (e) { return r.destroy(), "ok" == e ? (s(), void(n && n(h.info))) : void o("Access denied: " + e) }) }) }, error: function (e, t) { o("Unable to verify identity."), r.destroy() } }) } else if (e.startsWith("close:")) { r.destroy(); var f = e.split(":")[1], p = i.gcmConns[f]; if (!p)return void console.log("can't close unknown subconn"); p.destroy() } else e.startsWith("tracker:") ? (console.log("got tracker socket"), c = r, l()) : (console.log("got unknown socket request", e), r.destroy()) }, i.onClose = function () { Re[r] == h && delete Re[r], $.each(Object.keys(i.gcmConns), function (e, t) { var n = i.gcmConns[t]; n && n.destroy() }), ue() }, console.log("Connection to device farm established", i) }) : void o(Pe) } e = new URL(e); var r = e.hash.replace("#", ""); $.ajax({ url: "https://billing.vysor.io/gcm/" + r, dataType: "json", success: i, error: function (e, t) { m("Unable to find server: " + t) } }) } function X(e, t) { function n(e) { ue(), t ? t(null, e) : m(e) } function o() { ue(), t && t(Ae) } q(), w(e, function (e) { function t() { console.log("registering vysor share server"), $.ajax({ type: "post", url: "https://billing.vysor.io/gcm", headers: {Authorization: "Bearer " + e}, data: {registration: _e.registrationId}, dataType: "json", success: function (e) { console.log("vysor share server", e), chrome.storage.local.set({ lastDeviceFarmRegistrationId: _e.registrationId, lastDeviceFarmServerId: e.id }), Ae = "https://vysor.clockworkmod.com/server#" + e.id, o(Ae) }.bind(this), error: function (e, t) { q(), n("Unable to register server: " + t) } }) } function i() { r = g(r, null, 500, function () { $.each(l, function (e, t) { t.trackerSocket && t.trackerSocket.write(c("0000\n"), function () { }) }), ue() }) } if (!e)return void n("Unable to get Auth Token."); if (!_e)return void n(Pe); _e.onRegistrationIdChanged = t, chrome.storage.local.get(["lastDeviceFarmRegistrationId", "lastDeviceFarmServerId"], function (e) { return e && e.lastDeviceFarmRegistrationId == _e.registrationId && e.lastDeviceFarmServerId ? (console.log("device farm registration unchanged, not registering with server."), Ae = "https://vysor.clockworkmod.com/server#" + e.lastDeviceFarmServerId, void o(Ae)) : void t() }); var r, s, l = []; _e.listen("share", function (e) { var t, n, o, r = {}, c = Math.round(Math.random() * (1 << 30)).toString(16) + Math.round(Math.random() * (1 << 30)).toString(16); e.onClose = function () { var t = l.indexOf(e); t != -1 && l.splice(t, 1), e.trackerSocket && (e.trackerSocket.destroy(), delete e.trackerSocket), $.each(Object.keys(r), function (e, t) { var n = r[t]; n.destroy() }) }, e.newSocket("challenge:" + c, function (i) { return i ? void d(i, function (r) { function s(e) { e = e || "fail", console.log("Remote user failed to authorize", e), a(i, e, function () { i.destroy() }) } console.log("received challenge response", r); var d = JSON.parse(r); C("AQAB", "hDuGsIhbjLYXteQX3F3KNriQHwUSZurS5voCkdpA1733A65pqtGOrk9g_yLiF94_vSK0VmL-4stq7WAYEbn6nw", d.signed_data, d.signature, function (r) { function u() { function r() { l.push(e), t = !0, a(i, "ok", function () { i.destroy() }), m("Vysor is sharing Android devices with " + n.name, o), Adb.sendHostCommand("host:track-devices", function (t) { return t ? void e.newSocket("tracker:", function (n) { return n ? (e.trackerSocket = n, void Socket.stream(n, t)) : (t.destroy(), void console.error("unable to open remote tracker")) }) : void console.error("unable to track adb devices", chrome.runtime.lastError) }) } O(n.email, function (e, t) { if (e)return void r(); if (!t)return void s("Denied by policy."); var i = chrome.runtime.getManifest().name; chrome.notifications.create({ type: "basic", iconUrl: o, title: i, message: n.name + " is requesting access to Vysor shared Android devices.", buttons: [{title: "Allow"}, {title: "Deny"}] }, function (e) { var t, o = function (n) { n == e && (chrome.notifications.onClosed.removeListener(o), chrome.notifications.onButtonClicked.removeListener(i), t || s("Denied by user.")) }, i = function (o, i) { o == e && (chrome.notifications.clear(o), t = !0, 0 == i ? (L(n.email, function () { P() }), r()) : s("Denied by user.")) }; chrome.notifications.onClosed.addListener(o), chrome.notifications.onButtonClicked.addListener(i) }) }) } return r ? void s("Identify signature verification failed.") : (n = JSON.parse(d.signed_data), n.nonce != c ? void s("Mismatched nonce in authentication.") : void(n.picture ? Ce(n.picture, function (e) { o = e, u() }) : (o = "/icon.png", u()))) }) }) : (console.error("challenge socket failed"), void e.destroy()) }), e.openSocket = function (o, c) { if (!t)return void c.destroy(); if ("devices:" == o) s = g(s, c, 500, function (e) { E(function (t) { Adb.devices(function (n) { n || (n = {}), $.each(Object.keys(n), function (e, o) { Le[o] && delete n[o], R(t[o]), t[o] && t[o].friendlyName && (n[o].name = t[o].friendlyName) }); var o = {}; $.each(Object.keys(Oe), function (e, t) { o[t] = {userInfo: Oe[t].userInfo} }), $(e).each(function (e, t) { u(t, {devices: n, sharedDevices: o}, function () { t.destroy() }) }) }) }) }); else if (o.startsWith("close:")) { c.destroy(); var a = o.split(":")[1], d = r[a]; d && d.destroy() } else { var l = o.indexOf(":"); if (l == -1)return console.error("unexpected command received by device farm server"), void c.destroy(); var a = o.substring(0, l); if (!$e[a]) { if (l = o.indexOf(":", l + 1), l == -1)return void c.destroy(); if (a = o.substring(0, l), !$e[a])return void console.error("request for unknown device", a) } var d = r[a]; if (!d) { var h = Adb.createSocketFactory(a); d = r[a] = new A(h, $e[a], {}), d.destroy = function () { try { e.newSocket("close:" + a, function (e) { e && e.destroy() }) } catch (e) { } var t = Oe[a]; t && (t.userInfo == n && delete t.userInfo, t.gcmConn == this && delete t.gcmConn, t.key || t.gcmConn || delete Oe[a]); var o = this.onClose; o && (delete this.onClose, o()), i() }.bind(d) } var f = Oe[a]; f || (f = Oe[a] = {}), f.gcmConn != d && (te(a), f.gcmConn = d, f.userInfo = n, Oe[a] = f), i(); var p = o.substring(l + 1); d.openSocket(p, c) } } }) }) } function z(e) { Se = e } function G() { return De ? void De.focus() : void chrome.app.window.create("list.html", { id: "list", innerBounds: {width: 768, height: 768, minWidth: 768, minHeight: 768} }, function (e) { De = e, De.contentWindow.openList = G, U(De), De.contentWindow.disconnectSharedDevice = ae, De.contentWindow.toggleShare = de, De.contentWindow.unshareDevice = ne, De.contentWindow.quietSerial = ce, De.contentWindow.openWindow = K, De.contentWindow.closeWindow = x, De.contentWindow.createDeviceFarmConnection = J, De.contentWindow.destroyDeviceFarmConnection = H, De.contentWindow.adbServer = Ie, De.contentWindow.tracker = Ue, De.contentWindow.startWireless = le, De.contentWindow.startDeviceFarm = X, De.contentWindow.stopDeviceFarm = q, De.contentWindow.updateKeyboard = z, De.contentWindow.onload = function () { U(De), P(), ue() }, De.onClosed.addListener(function () { De = null, V() }) }) } function Q(e, t, n) { Ie.start(); var o = new Server; o.listen({port: 0, address: "127.0.0.1"}, function (e) { o.destroy(); var i = new AdbDaemon(new AdbTcpTransport(e)); t(function (e) { Ue.sendEvent("connected-shared-device"); var t = "127.0.0.1:" + o.localPort; e.serialno = t, e.id || (e.id = t), Le[t] = e, console.log("connected gcm socket"), e.openSocket = function () { console.log("got a new socket? this should not happen..."), e.destroy() }, i.onClose = e.onClose = function () { delete Le[t], i.destroy(), e.destroy() }, e.onClose = function () { delete Le[t], i.destroy(), e.destroy(), m("Disconnected from shared Android device.") }, i.openSocket = function (t, n) { e.newSocket(t, function (e) { Socket.stream(n, e, function () { }) }) }, e.newSocket("properties", function (o) { l(o, function (o) { var r = AdbDevice.parseConnectionPayload(o); e.name = e.name || r["ro.product.model"].replace("_", " "), i.start(o), console.log("got properties", o), n(t) }) }) }) }.bind(this), function (t) { if (t)return void console.log("adb daemon failed to listen: " + t); var n = "127.0.0.1:" + o.localPort; Le[n] = { id: e || n, destroy: function () { } }, console.log("mapping", n, e), ue(), Adb.sendHostCommand("host:connect:" + n, function (e, t) { e && (e.destroy(), t = s(t), console.log("adb connect result", t)) }) }.bind(this)) } function Z(e, t) { if (m("Vysor is connecting to a remote Android device"), De && De.show(), console.log("attempting to connect to shared device", e), !_e)return void W(); var n = new URL(e), o = v("senderId", n), i = v("registrationId", n), r = v("channel", n); o || (o = "64148182473"), Q(null, function (e) { _e.connect({senderId: o, registrationId: i, port: r}, e) }, t) } function ee() { chrome.runtime.requestUpdateCheck(function (e, t) { console.log("update check", arguments), "update_available" == e && ye() }) } function te(e) { var t = Oe[e]; if (t && t.gcmConn) { var n = t.gcmConn; delete t.gcmConn, n.destroy() } } function ne(e) { te(e), delete Oe[e], ue() } function oe(e, t) { function n(e) { t && t(null, e) } var o = $e[e]; if (!_e)return void n(Pe); var i = Math.round(Math.random() * (1 << 30)).toString(16); Oe[e] || (Oe[e] = {}), Oe[e].key = i, ue(); var r = "https://vysor.clockworkmod.com/redirect/?registrationId=" + encodeURIComponent(_e.registrationId) + "&channel=" + i; console.log(r), _e.listen(i, function (t) { Ue.sendEvent("shared-device"); var n = Oe[e]; if (!n || n.key != i)return t.destroy(), void console.log("device is no longer being shared."); n.gcmConn && n.gcmConn.destroy(), n.gcmConn = t, n.userInfo = {name: "Someone"}, ue(), console.log("accepted gcm socket"); var r = Adb.createSocketFactory(e), s = new A(r, o, t); s.onOpenSocket = function (t, n) { if ("webstart" == t)return _(e, null, function (e, t) { a(n, t, function () { console.log("sent password", t), n.destroy() }) }), !0 } }); var s = "https://tu3ph.app.goo.gl/?ad=0&apn=com.koushikdutta.inkwire&link=" + encodeURIComponent(r); t(s) } function ie() { return xe ? xe : (console.log("creating persistent gcm connection"), xe = new Promise(function (e, t) { GcmRtcManager.start({ 3505780036: "AIzaSyDt0GimPRhk8_d_4XjOYzQUn50UkvXhMtE", 64148182473: "AIzaSyDd7k1v017osyYbIC92fyf-36s3pv0z73U" }, { iceServers: [{ url: "turn:n0.clockworkmod.com", username: "foo", credential: "bar" }, {url: "turn:n1.clockworkmod.com", username: "foo", credential: "bar"}] }, function (t) { return _e = t, console.log("persistent gcm connection created", null != t), _e ? (_e.defaultSenderId = "64148182473", void e(_e)) : (xe = null, void e()) }) })) } function re(e) { return function () { var t = arguments; ie().then(function () { e.apply(null, t) }) } } function se(e) { var t = ze[e]; clearTimeout(t), ze[e] = setTimeout(function () { delete ze[e] }, 1e4), delete Xe[e] } function ce(e) { var t = Xe[e]; clearTimeout(t), Xe[e] = setTimeout(function () { delete Xe[e] }, 1e4), delete ze[e] } function ae(e) { x(e); var t = Le[e]; t && t.destroy() } function de(e, t) { Oe[e] ? ne(e) : oe(e, t), ue() } function le(e) { var t = Adb.createSocketFactory(e); t.newSocket("shell:ifconfig wlan0", function (n) { return n ? void l(n, function (n) { function o(e, t) { Adb.sendHostCommand("host:disconnect:" + a, function (n, o) { n && n.destroy(), delete $e[a], Adb.sendHostCommand("host:connect:" + a, function (n, o) { return n ? (n.destroy(), o = s(o), o.indexOf("unable to connect") != -1 ? (m("Unable to connect via wireless. Is your Android on the same network as your PC?"), void(t && t(o))) : (t && t(), chrome.storage.local.set({lastConnectAddress: a}), console.log("adb connect result", o), void(e && i()))) : (m("Unable to connect via wireless. Is your Android on the same network as your PC?"), void(t && t("host connect failed"))) }) }) } function i() { ue(), m("Vysor is connected wirelessly. You may disconnect your device."), Ue.sendEvent("go-wireless"), ce(a), K(a, !0, function (e) { se(a), e.contentWindow.tryReconnect = function () { se(a), o(!1) } }) } console.log("ifconfig result", n); var r = n.match("inet addr:(.*?) "); if (r || (r = n.match("wlan0: ip (.*?) ")), !r)return void m("Unable to switch to wireless mode. Is your Android connected to Wifi?"); var c = r[1], a = c + ":5555"; Je[e] = a, Ye[a] = e; var d = $e[a]; return d && (d.id = e), Ye[e] && (device.id = Ye[e]), d && "device" == d.status ? void i() : (ce(e), void t.newSocket("tcpip:5555", function (e) { return e ? void l(e, function (e) { console.log("tcpip:5555 result", e), o(!0, function (e) { e && (console.error("host:connect failed, trying again in a few seconds", e), setTimeout(function () { o(!0, function (e) { e && console.err("host:connect failed again, giving up.", e) }) }, 3e3)) }) }) : void m("Failure while switching to wireless mode.") })) }) : void console.log("error running tcpip:5555") }) } function ue() { Be || (Be = n(function () { Be = null, De && De.contentWindow.refreshList && De.contentWindow.refreshList($e, Le, Ne, Re, Oe, Ye, Je, _e && _e.isListening("share"), Fe, Ie.isRunning(), je) })) } function he() { chrome.storage.local.get("connect-automatically", function (e) { var t; t = e["connect-automatically"] === !1 ? 2 : e["connect-automatically"] === !0 ? 0 : e["connect-automatically"] || 0, Adb.devices(function (e) { if (e) { var n; $.each(e, function (o, i) { function r() { return "unauthorized" != s.status || (m("Vysor has detected an Android device. 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(chrome.notifications.create("never-start-automatically", { type: "basic", iconUrl: "/icon.png", title: l, message: "Vysor has connected to an Android device and is starting.", buttons: [{title: "Never Start Automatically"}] }), void K(o, !0)) : void chrome.notifications.create("never-start-automatically-" + Math.random(), { type: "basic", iconUrl: "/icon.png", title: l, message: "Vysor has detected an Android device.", buttons: [{title: "View Android with Vysor"}, {title: "Never Start Automatically"}] }, function (e) { var t = function (o) { o == e && (chrome.notifications.onClosed.removeListener(t), chrome.notifications.onButtonClicked.removeListener(n)) }, n = function (t, n) { t == e && (chrome.notifications.clear(t), 0 == n ? K(o, !0) : chrome.storage.local.set({"connect-automatically": !1})) }; chrome.notifications.onClosed.addListener(t), chrome.notifications.onButtonClicked.addListener(n) }) } } } }), $e = e } else $e = {}; ue(), Ve = !0 }) }) } function fe() { if (!Fe) { if (isElectron()) { var e = require("os").platform(), t = chrome.runtime.getAppDirectory(), n = require("path").join(t, "native", e, "adb"); return "win32" == e ? n += ".exe" : require("fs").chmodSync(n, "755"), console.log("attempting to start built in adb binary", n), void require("child_process").execFile(n, ["start-server"]) } je || window.chrome && window.chrome.runtime && window.chrome.runtime.connectNative && (je = chrome.runtime.connectNative("com.clockworkmod.adb"), je.onDisconnect.addListener(function () { je = null }), je.postMessage({command: "start-server"})) } } function pe() { Ke || fe(), Ke = g(Ke, null, 1e4, fe) } function ve() { He = g(He, null, 300, function () { he() }) } function ge() { function e(t) { t.read(function (n) { ve(), e(t) }) } qe || (Adb.sendHostCommand("host:version", function (e, t) { e && (e.destroy(), t = s(t), console.log("ADB Server Version: ", t)) }), Adb.sendHostCommand("host:track-devices", function (t) { return qe ? void t.destroy() : void(t && (console.log("Connected to ADB Server"), Ie.isRunning() ? console.log("Using Vysor ADB") : console.log("Using Android SDK ADB"), Fe = !0, t.onClose = function () { qe = null, Fe = !1, ve() }, qe = t, e(t), ve())) })) } function me() { ge(), pe(), setTimeout(me, 1e3) } function ye() { Ge = g(Ge, null, 1e4, function () { var e = chrome.runtime.getManifest().name; chrome.notifications.create("reload", { type: "basic", iconUrl: "/icon.png", title: e, message: "There is an update available for Vysor.", buttons: [{title: "Reload"}] }) }) } var we = "\n".charCodeAt(0), be = ((new Date).getTime(), "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/"), ke = "="; String.prototype.startsWith || Object.defineProperty(String.prototype, "startsWith", { enumerable: !1, configurable: !1, writable: !1, value: function (e, t) { return t = t || 0, this.lastIndexOf(e, t) === t } }), Object.fromArray = function (e) { var t = {}; for (var n in e) { var o = e[n]; t[o] = o } return t }, $.ajaxTransport("+binary", function (e, t, n) { if (window.FormData && (e.dataType && "binary" == e.dataType || e.data && (window.ArrayBuffer && e.data instanceof ArrayBuffer || window.Blob && e.data instanceof Blob)))return { send: function (t, n) { var o = new XMLHttpRequest, i = e.url, r = e.type, s = e.async || !0, c = e.responseType || "blob", a = e.data || null, d = e.username || null, l = e.password || null; o.addEventListener("load", function () { var t = {}; t[e.dataType] = o.response, n(o.status, o.statusText, t, o.getAllResponseHeaders()) }), o.open(r, i, s, d, l); for (var u in t)o.setRequestHeader(u, t[u]); o.responseType = c, o.send(a) }, abort: function () { n.abort() } } }); var Ce = function () { var e = {}; return function (t, n) { if (e[t])return void n(e[t]); var o = new XMLHttpRequest; o.open("GET", t, !0), o.responseType = "blob", o.onload = function (o) { n(e[t] = window.URL.createObjectURL(this.response)) }, o.send() } }(); !function () { function*e() { } var t = e(); t.constructor.prototype.async = function () { function e() { i = o.throw(new Error(arguments)), n() } function t() { var e = arguments[0]; i = o.next(e), n() } function n(n) { var r, s; if (!i.done) { if (!i.value)return void(i = o.next(t)); if (i.value.constructor == Promise)return void i.value.then(t).catch(e); if (i.value == Error) r = !0, i = o.next(e); else { if (i.value != y)throw new Error("Unexpected yield value for callback. 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Only Error and Success allowed."); i = r ? o.next(t) : o.next(e) } } var o = this, i = o.next(); i.done || n() } }(), window.isElectron = function () { return navigator.userAgent.indexOf("Electron") != -1 }, isElectron() || (window.sharedGlobals = window), function () { function e(e) { try { for (var t in e)e[t] && e[t].constructor != String && (e[t] = JSON.stringify(e[t])); i += e.join(" ") + "\n" } catch (e) { } } function t(e) { return new Promise(function (t, n) { return e.getConsoleLog ? void e.getConsoleLog(function (e) { t({content: e && e.length ? e : "log is empty"}) }) : void t("getConsoleLog not found") }) } var n = console.log, o = console.error, i = ""; console.error = function () { o.apply(console, arguments), e(Array.prototype.slice.call(arguments)) }, console.log = function () { n.apply(console, arguments), e(Array.prototype.slice.call(arguments)) }, sharedGlobals.getConsoleLog = function (e) { e(i) }, window.gistConsoleLog = function (e, n) { chrome.runtime.getBackgroundPage(function (o) { t(o).then(function (n) { e["background.txt"] = n; var o = chrome.app.window.getAll(), i = o.map(function (n) { return t(n.contentWindow).then(function (t) { e["window-" + n.id + ".txt"] = t }) }); return Promise.all(i) }).then(function () { var t = {description: chrome.runtime.getManifest().name + " console log", public: !1, files: e}; fetch("https://api.github.com/gists", {method: "POST", body: JSON.stringify(t)}).then(function (e) { e.json().then(function (e) { n(e.html_url) }) }) }) }) } }(), function () { function e(e) { this.buffer = new ArrayBuffer(e), this.dataView = new DataView(this.buffer), this.uint8array = new Uint8Array(this.buffer), this.littleEndian = !1, this.position = 0, this.limit = e, this.capacity = e } function t(t, n) { var o = 8 * n, i = t + o, r = "get" + i, s = "set" + i, c = "put" + i; e.prototype[r] = function () { if (this.position + n > this.limit)throw new Error("Not enough room in byte buffer"); var e = this.dataView[r](this.position, this.littleEndian); return this.position += n, e }, e.prototype[c] = function (e) { if (this.position + n > this.limit)throw new Error("Not enough room in byte buffer"); if (null == e || void 0 == e || NaN == e || e.constructor != Number)throw new Error("no value provided"); return this.dataView[s](this.position, e, this.littleEndian), this.position += n, this } } e.prototype.flip = function () { this.limit = this.position, this.position = 0 }, e.prototype.asUint8Array = function () { return this.uint8array.subarray(this.position, this.limit) }; var n = {Int: [1, 2, 4], Uint: [1, 2, 4], Float: [4, 8]}; for (var o in n) { var i = n[o]; for (var r in i) { var r = i[r]; t(o, r) } } e.prototype.put = function (e) { if (e.constructor == Number)return this.putInt8(e); if (e.constructor == String && (e = c(e)), e.constructor == ArrayBuffer && (e = new Uint8Array(e)), this.position + e.byteLength > this.limit)throw new Error("Not enough room in byte buffer"); return this.uint8array.set(e, this.position), this.position += e.byteLength, this }, e.prototype.putByte = e.prototype.putInt8, e.prototype.putShort = e.prototype.putInt16, e.prototype.putInt = e.prototype.putInt32, e.prototype.putFloat = e.prototype.putFloat32, e.prototype.putDouble = e.prototype.putFloat64, window.ByteBuffer = e }(), window.chrome && window.chrome.sockets && (chrome.sockets.tcp.onReceive.addListener(function (e) { var t = Socket.readers[e.socketId]; null != t && t.dataReceived(new Uint8Array(e.data)) }), chrome.sockets.tcp.onReceiveError.addListener(function (e) { var t = Socket.readers[e.socketId]; null != t && (t.destroy(), t.dataReceived(null)) }), chrome.sockets.tcpServer.onAccept.addListener(function (e) { chrome.sockets.tcp.setPaused(e.clientSocketId, !1); var t = Server.listeners[e.socketId]; null != t && t(new Socket({socketId: e.clientSocketId})) })), function () { function e(t, n) { if (t.socketId) this.socketId = t.socketId, e.readers[this.socketId] = this; else if (window.chrome && window.chrome.sockets) chrome.sockets.tcp.create(function (o) { this.socketId = o.socketId, chrome.sockets.tcp.connect(this.socketId, t.host, t.port, function (t) { t ? (chrome.runtime.lastError, this.destroy(), n(null)) : (e.readers[o.socketId] = this, n(this)) }.bind(this)) }.bind(this)); else { var o; t.ns ? (this.ns = t.ns, o = !0) : (this.ns = new require("net").Socket(), this.ns.connect({ port: t.port, host: t.host }, function () { o = !0, n(this) }.bind(this))), this.ns.on("close", function () { this.destroy(), o || n(null) }.bind(this)), this.ns.on("data", function (e) { this.dataReceived(e) }.bind(this)) } } function t() { } e.readers = {}, e.connect = function (t, n) { return new e(t, n) }, e.pump = function (e, t, n) { if (!e || !t)return console.error("Socket.pump called with null socket", e, t), void n(); var o = function () { e.read(i) }.bind(e), i = function (e) { var n = e.buffer; (e.byteOffset || e.length != n.byteLength) && (n = n.slice(e.byteOffset, e.byteOffset + e.length)), t.write(n, o) }.bind(t); e.read(i), e.onClose = n }, e.stream = function (t, n, o) { e.pump(t, n, function () { if (n && n.destroy(), o) { var e = o; o = null, e() } }), e.pump(n, t, function () { if (t && t.destroy(), o) { var e = o; o = null, e() } }) }, e.eat = function (e) { function t() { e.read(t) } t() }, e.prototype.read = function () { if (this.pendingCallback)throw new Error("double callback"); if (this.closed && !this.pending) { var e = this.onClose; return void(e && (delete this.onClose, e())) } var t = 0; "Number" == arguments[t].constructor.name ? this.pendingLength = arguments[t++] : this.pendingLength = 0; var e = arguments[t]; if (!this.pending || this.paused)return void(this.pendingCallback = e); if (this.pendingLength) { if (this.pendingLength > this.buffered())return void(this.pendingCallback = e) } else this.pendingLength = this.buffered(); for (var n, o = 0; o < this.pendingLength;) { var i = this.pending.shift(); this.bufferedLength -= i.length, this.pending.length || delete this.pending; var r = i, s = Math.min(r.byteLength, this.pendingLength - o); if (s != r.byteLength) { var c = r.subarray(0, s), a = r.subarray(s); this.unshift(a), r = c; } n || r.byteLength == this.pendingLength || (n = new Uint8Array(this.pendingLength)), n ? n.set(r, o) : n = r, o += r.byteLength } e(n) }, e.prototype.write = function (e, t) { if (this.pendingWrite && console.error("write is already in progress!"), null == t && (console.error("write callback is null?"), t = function () { }), this.pendingWrite = t, window.chrome && window.chrome.sockets) chrome.sockets.tcp.send(this.socketId, e, function (n) { return chrome.runtime.lastError, !n || n.resultCode ? void delete this.pendingWrite : void(n.bytesSent < e.byteLength ? this.write(e.slice(n.bytesSent), t) : (delete this.pendingWrite, t())) }.bind(this)); else { if (!this.ns)return; if (!e.byteLength)return void require("process").nextTick(function () { delete this.pendingWrite, t() }.bind(this)); const n = window.Buffer || require("buffer").Buffer; this.ns.write(n.from(e), function () { delete this.pendingWrite, t() }.bind(this)) } }, e.prototype.destroy = function (e, t) { window.chrome && window.chrome.sockets ? chrome.sockets.tcp.close(this.socketId, function () { chrome.runtime.lastError }) : (this.dataReceived(null), this.ns && (this.ns.destroy(), delete this.ns)) }, e.prototype.unshift = function (e) { 0 != e.byteLength && (this.pending ? this.pending.unshift(e) : this.pending = [e], this.bufferedLength || (this.bufferedLength = 0), this.bufferedLength += e.length) }, e.prototype.dataReceived = function (e) { if (e && (e.asUint8Array && (e = e.asUint8Array()), e.constructor == ArrayBuffer && (e = new Uint8Array(e))), e && e.length) { var t = new Uint8Array(e); this.pending ? this.pending.push(t) : this.pending = [t] } if (null == e ? this.closed = !0 : (this.bufferedLength || (this.bufferedLength = 0), this.bufferedLength += e.length), this.paused || !this.pending || !this.pending.length) { var n = this.onClose; return void(this.closed && n && (delete this.onClose, n())) } var o = this.pendingLength, n = this.pendingCallback; n && (delete this.pendingCallback, this.read(o, n)) }, e.prototype.buffered = function () { return this.bufferedLength }, e.prototype.pause = function () { this.paused || (this.paused = !0, this.onPause()) }, e.prototype.resume = function () { this.paused && (this.paused = !1, this.onResume()) }, e.prototype.onResume = function () { chrome.sockets.tcp.setPaused(this.socketId, !1, function () { }) }, e.prototype.onPause = function () { chrome.sockets.tcp.setPaused(this.socketId, !0, function () { }) }, t.listeners = {}, t.prototype.__proto__ = e.prototype, t.prototype.destroy = function () { window.chrome && window.chrome.sockets ? chrome.sockets.tcpServer.close(this.socketId, function () { chrome.runtime.lastError }) : this.ns && (this.ns.close(), delete this.ns) }, t.prototype.listen = function (n, o, i) { var r, s; "Number" == n.constructor.name ? (r = n, s = "0.0.0.0") : (s = n.address, r = n.port), window.chrome && window.chrome.sockets ? chrome.sockets.tcpServer.create(function (e) { this.socketId = e.socketId, t.listeners[this.socketId] = o, chrome.sockets.tcpServer.listen(e.socketId, s, r, function (e) { return chrome.runtime.lastError, e ? (this.destroy(), void(i && i(e))) : void chrome.sockets.tcpServer.getInfo(this.socketId, function (t) { this.localAddress = t.localAddress, this.localPort = t.localPort, i && i(e) }.bind(this)) }.bind(this)) }.bind(this)) : (this.ns = require("net").createServer(function (t) { o(new e({ns: t})) }.bind(this)), this.ns.on("close", function () { this.destroy() }.bind(this)), this.ns.on("error", function (e) { i && i(e) }.bind(this)), this.ns.on("listening", function () { var e = this.ns.address(); this.localAddress = e.address, this.localPort = e.port, i && i() }.bind(this)), this.ns.listen({port: r, host: s})) }, window.Socket = e, window.Server = t }(), function () { function e() { } function t(e) { this.request = e, this.statusLine = "HTTP/1.1 200 OK", this.headers = {Date: (new Date).toUTCString()} } function n(e, n, o) { this.server = e, this.socket = n, this.headers = {}, this.parseRequest(function () { o(this, new t(this)) }.bind(this)) } e.prototype.listen = function (e, t, n) { this.socket = new Server, this.requestCallback = t, this.socket.listen(e, this.onSocket.bind(this), n) }, e.prototype.onSocket = function (e) { new n(this, e, this.requestCallback) }, e.prototype.destroy = function () { this.socket.destroy() }, t.prototype.code = function (e) { this.statusLine = "HTTP/1.1 " + e + " " + HttpResponseCodes[e] }, t.prototype.write = function (e, t) { if (e.constructor.name == Object.prototype.constructor.name && (e = JSON.stringify(e)), e.constructor.name == String.prototype.constructor.name && (e = c(e)), !this.hasWritten) { this.hasWritten = !0, this.headers["Content-Length"] || "close" == this.headers.Connection || (this.headers["Content-Length"] = e.byteLength); var n = [this.statusLine]; for (var o in this.headers)n.push(o + ": " + this.headers[o]); var i = n.join("\r\n") + "\r\n\r\n"; return void this.request.socket.write(c(i), function () { this.write(e, t) }.bind(this)) } this.request.socket.write(e, t) }, t.prototype.end = function () { "close" == this.headers.Connection ? this.request.socket.destroy() : this.request.server.onSocket(this.request.socket), this.request.socket = null }, n.prototype.parseRequest = function (e) { var t = function () { d(this.socket, function (n) { if (n = n.trim(), !n.length) { var o = this.headers["content-length"]; return o ? (o = Number.parseInt(o), void this.socket.read(o, function (t) { this.body = t, "application/json" === this.headers["content-type"] && (this.body = JSON.parse(s(this.body))), e() }.bind(this))) : void e() } if (this.statusLine) { var i = n.split(":", 2); 2 == i.length && (this.headers[i[0].toLowerCase()] = i[1].trim()) } else { this.statusLine = n; var i = n.split(" "); if (i.length > 2 && (i = i[1].split("?"), this.path = i[0], this.queries = {}, i.length > 1))for (var r = this.query = i[1], c = r.split("&"), a = 0; a < c.length; a++) { var d, l = c[a].split("="), u = l[0]; l.length > 1 && (d = l[1]), this.queries[u] = d } } t() }.bind(this)) }.bind(this); t() }, window.HttpRequestParser = n, window.HttpServer = e, window.HttpResponseCodes = { 200: "OK", 202: "Accepted", 206: "Partial Content", 101: "Switching Protocols", 301: "Moved Permanently", 302: "Found", 402: "Payment Required", 404: "Not Found" } }(), b.prototype.write = function (e, t) { throw new Error("write not supported on dummy socket") }, b.prototype.destroy = function () { this.dataReceived(null) }, b.prototype.buffered = Socket.prototype.buffered, b.prototype.unshift = Socket.prototype.unshift, b.prototype.dataReceived = Socket.prototype.dataReceived, b.prototype.read = Socket.prototype.read, b.prototype.pause = Socket.prototype.pause, b.prototype.resume = Socket.prototype.resume, b.prototype.buffered = Socket.prototype.buffered, b.prototype.onPause = function () { }, b.prototype.onResume = function () { }, k.connect = function (e, t) { new k(e, t) }, k.prototype.write = function (e, t) { throw new Error("write not supported on fetch socket") }, k.prototype.destroy = function () { this.promise && this.promise.cancel && this.promise.cancel() }, k.prototype.unshift = Socket.prototype.unshift, k.prototype.dataReceived = Socket.prototype.dataReceived, k.prototype.read = Socket.prototype.read, k.prototype.pause = Socket.prototype.pause, k.prototype.resume = Socket.prototype.resume, k.prototype.buffered = Socket.prototype.buffered, k.prototype.onPause = function () { }, k.prototype.onResume = function () { this.reader.read().then(function (e) { e.value && (this.dataReceived(e.value), this.paused || this.onResume()) }.bind(this)) }, function () { function e(e, t) { this.conn = e, this.dc = t, this.gotEof = !1, t.onmessage = function (e) { var t = new Uint8Array(e.data), n = 1 == t[t.byteLength - 1]; this.dataReceived(t.subarray(0, t.byteLength - 1)), n && (this.gotEof = !0, this.destroy()) }.bind(this), t.onclose = t.onerror = this.destroy.bind(this), this.needsBufferShim = !0 } function t(e, t, n) { this.manager = e, this.pc = t, this.key = n, this.pc.oniceconnectionstatechange = function () { "new" != this.pc.iceConnectionState && "checking" != this.pc.iceConnectionState && delete e.gcmRtcConnections[n], "disconnected" != this.pc.iceConnectionState && "closed" != this.pc.iceConnectionState || this.destroy() }.bind(this) } function n(e, t, n) { this.senders = e, this.registrationId = t, this.rtcc = n, this.gcmRtcConnections = {}, this.gcmRtcListeners = {} } e.prototype.buffered = Socket.prototype.buffered, e.prototype.unshift = Socket.prototype.unshift, e.prototype.dataReceived = Socket.prototype.dataReceived, e.prototype.read = Socket.prototype.read, e.prototype.pause = Socket.prototype.pause, e.prototype.resume = Socket.prototype.resume, e.prototype.buffered = Socket.prototype.buffered, e.prototype.writeable = function () { var e = this.writeCallback; e && (delete this.writeCallback, e()) }, e.prototype.write = function (e, t) { if (!this.dc || "open" != this.dc.readyState)return void this.destroy(); this.writeCallback = t; var n = new Uint8Array(e.byteLength + 1); if (n.set(new Uint8Array(e)), this.dc.send(n.buffer), !this.reentrantWrite)try { for (this.reentrantWrite = !0; this.writeCallback && (0 == this.dc.bufferedAmount || this.needsBufferShim);)this.writeable() } finally { this.reentrantWrite = !1 } }, e.prototype.destroy = function () { if (this.dataReceived(null), null != this.dc) { var e = this.dc; if (this.dc = null, e.onclose = null, e.onerror = null, "open" == e.readyState)try { e.send(new Uint8Array([1])), this.gotEof ? this.conn.recycleChannel(e) : this.conn.waitForEof(e) } catch (e) { } } }, t.prototype.waitForCommand = function (t) { t.onmessage = function (n) { if (1 != n.data.byteLength) { this.removeChannel(t); var o = s(n.data), i = new e(this, t); this.openSocket(o, i) } }.bind(this) }, t.prototype.compactChannels = function () { this.inboundChannels && !this.inboundChannels.length && (this.inboundChannels = null), this.outboundChannels && !this.outboundChannels.length && (this.outboundChannels = null) }, t.prototype.getAppropriateChannels = function (e, t) { var n; return e.inbound ? (!this.inboundChannels && t && (this.inboundChannels = []), n = this.inboundChannels) : (!this.outboundChannels && t && (this.outboundChannels = []), n = this.outboundChannels), n }, t.prototype.removeChannel = function (e) { if (channels = this.getAppropriateChannels(e), channels) { var t = channels.indexOf(e); t != -1 && (channels.splice(t, 1), this.compactChannels()) } }, t.prototype.waitForEof = function (e) { e.onmessage = function (t) { var n = new Uint8Array(t.data), o = 1 == n[n.byteLength - 1]; o && this.recycleChannel(e) }.bind(this) }, t.prototype.recycleChannel = function (e) { var t = this.getAppropriateChannels(e, !0); t.push(e), e.onclose = e.onerror = function () { this.removeChannel(e) }.bind(this), this.waitForCommand(e) }, t.prototype.addCandidates = function (e) { for (var t in e.candidates)this.pc.addIceCandidate(new RTCIceCandidate(e.candidates[t])) }, t.prototype.setupPinger = function (e) { function t() { e.send(c("ping")), n = setTimeout(t, 1e3) } var n; e.onmessage = function (e) { }, e.onclose = e.onerror = function () { clearTimeout(n), this.destroy() }.bind(this), t() }, t.prototype.listenSockets = function () { this.pc.ondatachannel = function (e) { e.channel.inbound = !0, this.waitForCommand(e.channel) }.bind(this) }, t.prototype.prepareChannel = function (e) { var t = this.pc.createDataChannel(e || "gcm", {reliable: !0, ordered: !0}); return t.binaryType = "arraybuffer", t }, t.prototype.newSocket = function (t, n) { if ("closed" == this.pc.signalingState)return void n(); if (this.outboundChannels) { var o = this.outboundChannels.shift(); this.compactChannels(), o.send(c(t)); var i = new e(this, o); return void n(i, this) } var o = this.prepareChannel("gcm"); o.onopen = function () { o.send(c(t)); var i = new e(this, o); n(i, this) }.bind(this) }, t.prototype.destroy = function () { delete this.manager.gcmRtcConnections[this.key], "closed" != this.pc.signalingState && this.pc.close(); var e = this.onClose; e && (delete this.onClose, e()) }, n.prototype.onMessage = function (e) { var t = JSON.parse(e.message), o = e.type, i = e.senderId, r = e.src, s = e.srcPort, c = e.dstPort; if ("offer" == o) { var a = this.gcmRtcListeners[c]; return void(a ? a.listener.incoming(i, r, s, c, t, a.listenCallback) : console.log("not listening on " + c)) } if ("answer" == o) { var d = n.getKey(r, s, c), l = this.gcmRtcConnections[d]; return l ? void l.manager.incoming(i, r, s, c, t) : void console.log("pending connection not found") } n.onUnknownMessage ? n.onUnknownMessage(e) : console.log("unknown message " + o) }, n.hasLoadedChannels = !1, n.start = function (e, t, o) { if (console.log("starting GtcRtcManger"), window.chrome && window.chrome.gcm) { var i = Object.keys(e); chrome.gcm.register(i, function (i) { if (chrome.runtime.lastError, !i)return void o(); var r = new n(e, i, t); chrome.gcm.onMessage.addListener(function (e) { r.onMessage(e.data) }), o(r) }) } else { var r = new n(e, null, t); $.getScript("https://push.clockworkmod.com/socket.io/socket.io.js", function () { var e = io("https://push.clockworkmod.com"); e.on("registration", function (e) { e = "web:" + e, r.registrationId ? (r.registrationId = e, r.onRegistrationIdChanged && r.onRegistrationIdChanged(e)) : (r.registrationId = e, o(r)) }), e.on("data", function (e) { r.onMessage(e) }) }) } }, n.prototype.ensureChannel = function () { function e() { return delete n.channelPromise, n.gcmRtcConnections = {}, n.channel && (delete n.channel, !Object.keys(n.gcmRtcListeners).length) ? void console.log("not reconnecting, no listeners") : void t() } function t() { console.error("scheduling gcm reconnect"), n.reconnectTimeout = g(n.reconnectTimeout, null, 3e5, function () { console.error("reconnecting gcm"), n.ensureChannel() }) } if (this.channel)return Promise.resolve(); var n = this; return this.channelPromise ? this.channelPromise : this.channelPromise = new Promise(function (o, i) { $.ajax({ type: "GET", url: "https://vysor-1026.appspot.com/listen", error: function () { delete n.channelPromise, console.error("error ensuring gcm channe", error), t() }, success: function (t) { var i = new goog.appengine.Channel(t.token), r = { onopen: function () { n.channel = i; var e = "web:" + t.channel; n.registrationId = e, n.onRegistrationIdChanged && n.onRegistrationIdChanged(e), o() }, onmessage: function (e) { n.onMessage(JSON.parse(e.data)) }, onerror: function () { console.error("gcm onerror", arguments), e() }, onclose: function () { console.error("gcm onclose", arguments), e() } }; i.open(r) } }) }) }, n.prototype.sendGcm = function (e, t, n, o, i, r) { e || (e = this.defaultSenderId), t.startsWith("web:") ? $.ajax({ type: "POST", url: "https://vysor-1026.appspot.com/send", data: JSON.stringify({ channel: t.substring(4), data: {senderId: e, src: this.registrationId, srcPort: o, dstPort: n, type: i, message: JSON.stringify(r)} }), contentType: "application/json", dataType: "json", success: function () { } }) : $.ajax({ type: "POST", url: "https://gcm-http.googleapis.com/gcm/send", headers: {Authorization: "key=" + this.senders[e]}, data: JSON.stringify({ to: t, data: {senderId: e, src: this.registrationId, srcPort: o, dstPort: n, type: i, message: JSON.stringify(r)} }), contentType: "application/json", dataType: "json", error: function () { console.log("gcm error", arguments) }, success: function () { console.log("gcm", arguments) } }) }, n.getKey = function (e, t, n) { return n + ":" + t + ":" + e }, n.prototype.setupPeerConnection = function (e, o, i, r, s, c) { var a, d = window.RTCPeerConnection || window.webkitRTCPeerConnection, l = new d(this.rtcc), u = function (t) { var n = []; for (var a in t)a = t[a], n.push(a), JSON.stringify(n).length > 3200 && (this.sendGcm(o, i, r, s, e, { desc: c(), candidates: n }), n = []); n.length > 0 && this.sendGcm(o, i, r, s, e, {desc: c(), candidates: n}) }.bind(this); l.onicecandidate = function (e) { null != e.candidate && (console.log(e.candidate), a = g(a, e.candidate, 500, u)) }.bind(this); var h = n.getKey(i, r, s), f = new t(this, l, h); return l.onsignalingstatechange = function (e) { "stable" == l.signalingState ? this.gcmRtcConnections[h] == f : "closed" == l.signalingState && f.destroy() }.bind(this), this.gcmRtcConnections[h] = f, f }, n.gcmPortCount = 0, n.prototype.connect = function (e, t) { function o(e) { l.createOffer(e).then(function (e) { i = e, l.setLocalDescription(e) }) } var i, r = e.senderId, s = e.registrationId, c = e.port, a = n.gcmPortCount++, d = this.setupPeerConnection("offer", r, s, c, a, function () { return i }), l = d.pc; if (e.audio) navigator.webkitGetUserMedia({audio: !0, video: !1}, function (e) { l.addStream(e), l.onaddstream = function (e) { console.log("got the remote stream"), t(d, e) }, o({offerToReceiveAudio: !0, offerToReceiveVideo: !1, voiceActivityDetection: !1}) }, function () { console.error("audio fail", arguments), o({ offerToReceiveAudio: !0, offerToReceiveVideo: !1, voiceActivityDetection: !1 }) }); else { var u = d.prepareChannel("pinger"); u.onopen = function () { console.log("got rtc pinger"), d.setupPinger(u), t(d) }, d.listenSockets(), o({}) } }, n.prototype.isListening = function (e) { return null != this.gcmRtcListeners[e] }, n.prototype.stopListen = function (e) { delete this.gcmRtcListeners[e] }, n.prototype.listen = function (e, t) { return this.gcmRtcListeners[e] ? void console.log("already listening on gcm port " + e) : void(this.gcmRtcListeners[e] = { listener: this, listenCallback: t }) }, n.prototype.incoming = function (e, t, o, i, r, s) { var c = n.getKey(t, o, i), a = this.gcmRtcConnections[c]; if (a) { if (!a.remoteDesc) { a.remoteDesc = new RTCSessionDescription(r.desc); var d = a.pc; d.setRemoteDescription(a.remoteDesc) } } else { var l; a = this.setupPeerConnection("answer", e, t, o, i, function () { return l }), a.remoteDesc = new RTCSessionDescription(r.desc); var d = a.pc; d.ondatachannel = function (e) { console.log("got rtc pinger"), this.setupPinger(e.channel), s(a), this.listenSockets() }.bind(a), d.setRemoteDescription(a.remoteDesc, function () { d.createAnswer().then(function (e) { l = e, d.setLocalDescription(e) }, function () { console.error("answer error", arguments) }) }) } a.addCandidates(r) }, window.GcmRtcSocket = e, window.GcmRtcManager = n }(), function () { function e(e, t) { this.handle = e, this.iface = t, this.type = "usb"; for (var n in t.endpoints)n = t.endpoints[n], "bulk" == n.type && (this.zero_mask = n.maximumPacketSize - 1, "in" == n.direction ? this.in = n : this.out = n) } function t(e) { this.socket = e, this.zero_mask = (1 << 30) - 1, this.type = "tcp", e.onClose = function () { var e = this.currentRead; e && (delete this.currentRead, e({resultCode: -1})) }.bind(this) } function n(e, t) { this.onConnected = t, this.transport = e, this.currentSocketId = 0, this.sockets = {}, this.forwards = {}, this.maxPayload = n.MAX_PAYLOAD } function i(e) { var t = {}; "String" != e.constructor.name && (e = s(e)); var n = e.replace("device::", "").split(";"); for (var o in n) { o = n[o]; var i = o.split("="); 2 == i.length && (t[i[0]] = i[1]) } return t } function r(e, t, n) { n || (n = function () { }), this.device = e, this.localId = t, this.onConnected = n } function a(t, o, i) { console.log("connecting"); var r = new n(new e(t, o), i); console.log("sending CNXN"), r.sendMessage(n.kCommandCNXN, n.ADB_PROTOCOL_VERSION, n.MAX_PAYLOAD, "host::"), console.log("starting receive loop"), r.receiveMessages() } function d(e) { var e = e || {}, t = e.port || 5037, n = e.start !== !1; this.currentSocketId = 0, this.pendingDevices = {}, this.port = t, this.adbDevices = {}, this.clients = {}, n && this.start() } function u() { return (new Date).getTime() } function f(e, t) { this.server = e, this.socket = t } e.prototype.destroy = function () { chrome.usb.releaseInterface(this.handle, this.iface.interfaceNumber, function () { chrome.runtime.lastError, chrome.usb.closeDevice(this.handle, function () { chrome.runtime.lastError }) }.bind(this)) }, e.prototype.write = function (e, t) { if (this.writing)return this.pendingWrites || (this.pendingWrites = []), void this.pendingWrites.push({ data: e, callback: t }); var n = {direction: "out", endpoint: this.out.address, data: e}; this.writing = !0, chrome.usb.bulkTransfer(this.handle, n, function (e) { if (chrome.runtime.lastError, this.writing = !1, t(e), this.pendingWrites) { var n = this.pendingWrites.shift(); this.pendingWrites.length || (this.pendingWrites = null), this.write(n.data, n.callback) } }.bind(this)) }, e.prototype.read = function (e, t) { var n = {direction: "in", endpoint: this.in.address, length: e}; chrome.usb.bulkTransfer(this.handle, n, function (e) { chrome.runtime.lastError, t(e) }) }, t.prototype.destroy = function () { this.socket.destroy() }, t.prototype.write = function (e, t) { return this.writing ? (this.pendingWrites || (this.pendingWrites = []), void this.pendingWrites.push({ data: e, callback: t })) : (this.writing = !0, void this.socket.write(e, function () { if (this.writing = !1, t({resultCode: 0}), this.pendingWrites) { var e = this.pendingWrites.shift(); this.pendingWrites.length || (this.pendingWrites = null), this.write(e.data, e.callback) } }.bind(this))) }, t.prototype.read = function (e, t) { this.currentRead = t, this.socket.read(e, function (e) { delete this.currentRead, t({resultCode: 0, data: e.buffer.slice(e.byteOffset, e.byteOffset + e.byteLength)}) }) }, n.prototype.fatal = function (e) { console.log("fatal error", JSON.stringify(e)); var t = this.onConnected; t ? (delete this.onConnected, t()) : this.onError && (this.onError(), delete this.onError), this.destroy() }, n.prototype.destroy = function () { for (var e in this.sockets)e = this.sockets[e], e.dataReceived(null); this.forwards && $.each(this.forwards, function (e, t) { t.destroy() }), this.transport.destroy() }, n.kCommandSYNC = 1129208147, n.kCommandCNXN = 1314410051, n.kCommandOPEN = 1313165391, n.kCommandOKAY = 1497451343, n.kCommandCLSE = 1163086915, n.kCommandWRTE = 1163154007, n.kCommandAUTH = 1213486401, n.kAuthToken = 1, n.kAuthSignature = 2, n.kAuthRSAPublicKey = 3, n.ADB_PROTOCOL_VERSION = 16777216, n.ADB_VERSION = 39, n.MAX_PAYLOAD = 4096, n.checksum = function (e) { e = new Uint8Array(e); for (var t = 0, n = 0; n < e.byteLength; n++)t += e[n]; return 4294967295 & t }, n.prototype.sendMessage = function (e, t, o, i, r) { i || (i = ""), "String" == i.constructor.name && (i = c(i)); var s = !0; i.byteLength || (s = !1), e == n.kCommandAUTH && t == n.kAuthSignature && (s = !1), e == n.kCommandWRTE && (s = !1); var a = i.byteLength; if (s && a++, s) { var d = new ArrayBuffer(i.byteLength + 1), l = new Uint8Array(d); l.set(new Uint8Array(i)), l[d.byteLength - 1] = 0, i = d } var u = new ArrayBuffer(24), l = new DataView(u); l.setUint32(0, e, !0), l.setUint32(4, t, !0), l.setUint32(8, o, !0), l.setUint32(12, a, !0), l.setUint32(16, n.checksum(i), !0), l.setUint32(20, 4294967295 ^ e, !0), this.transport.write(u, function (e) { e.resultCode && this.fatal(e), !i.byteLength && r && r() }.bind(this)), i.byteLength && this.transport.write(i, function (e) { e.resultCode && this.fatal(e), r && r() }.bind(this)) }, n.prototype.getKey = function (e) { chrome.storage.local.get("adbkey", function (t) { var n = t.adbkey, o = new JSEncrypt({default_key_size: 2048}); n ? o.setPrivateKey(n) : (n = o.getPrivateKeyB64(), o.setPrivateKey(n), chrome.storage.local.set({adbkey: n})), e(o) }) }, n.prototype._convertToMinCrypt = function (e) { var t = 2048, n = t / 8 / 4, o = BigInteger.ONE.shiftLeft(32), i = e.n.clone(), r = BigInteger.ONE.shiftLeft(1).pow(t), s = r.multiply(r).mod(i), c = new Uint32Array(3 + 2 * n); c[0] = n, c[1] = o.subtract(i.modInverse(o)).intValue(); for (var a = n + 2, d = 2, l = 2 + n; d < a; ++d, ++l)c[d] = i.mod(o).intValue(), i = i.divide(o), c[l] = s.mod(o).intValue(), s = s.divide(o); c[c.length - 1] = e.e; for (var u = "", h = new Uint8Array(c.buffer), d = 0; d < h.length; ++d) { var f = h[d].toString(16); 1 == f.length && (u += "0"), u += f } return p(u) + " adb@chrome" }, n.prototype.sign = function (e, t) { if (null == e)throw"AuthManager is not initialized"; var n = 256, o = new Uint8Array(n); o[0] = 0, o[1] = 1; for (var i = [0, 48, 33, 48, 9, 6, 5, 43, 14, 3, 2, 26, 5, 0, 4, 20], r = n - i.length - t.byteLength, s = 2; s < r; s++)o[s] = 255; o.set(new Uint8Array(i), r), r += i.length, o.set(new Uint8Array(t), r); var c = new BigInteger(Array.apply([], o)); return new Uint8Array(e.doPrivate(c).toByteArray()).buffer }, n.parseConnectionPayload = i, n.prototype.handleUnknown = function (e, t) { console.log("no idea what this socket is."), this.sendMessage(n.kCommandCLSE, e, t) }, n.prototype.handleMessage = function (e, t) { var o = e.getUint32(0, !0), r = e.getUint32(4, !0), c = e.getUint32(8, !0); e.getUint32(12, !0), e.getUint32(16, !0); switch (o) { case n.kCommandOPEN: this.onOpenSocket && this.onOpenSocket(t, r); break; case n.kCommandAUTH: console.log("auth:", this), this.getKey(function (e) { if (this.sentSignature) { var o = this._convertToMinCrypt(e.getKey()); this.sendMessage(n.kCommandAUTH, n.kAuthRSAPublicKey, 0, o), m('Check your Android device and click "Allow USB Debugging".') } else { this.sentSignature = !0; var i = this.sign(e.getKey(), t); this.sendMessage(n.kCommandAUTH, n.kAuthSignature, 0, i, function () { }) } }.bind(this)); break; case n.kCommandOKAY: var a = r, d = c, l = this.sockets[d]; if (!l)return void this.handleUnknown(d, a); var u = l.onConnected; u && (delete l.onConnected, l.remoteId = a, u(l)); var h = l.pendingWrite; if (h)return u = l.wrote, delete l.wrote, delete l.pendingWrite, void l.write(h, u); u = l.wrote, u && (delete l.wrote, u()); break; case n.kCommandCNXN: this.rawProperties = s(t), this.properties = i(t); var u = this.onConnected; u && (delete this.onConnected, u(this)); break; case n.kCommandWRTE: var a = r, d = c, l = this.sockets[d]; if (!l)return void this.handleUnknown(d, a); l.paused || this.sendMessage(n.kCommandOKAY, l.localId, l.remoteId), l.dataReceived(new Uint8Array(t)); break; case n.kCommandCLSE: var a = r, d = c, l = this.sockets[d]; if (!l)return void console.log("asked to close unknown socket?"); delete this.sockets[d], l.destroy(); var u = l.onConnected; u && (delete l.onConnected, u()); break; default: console.log("unknown command: ", o.toString(16), r, c, t) } }, n.prototype.onReceiveMessage = function (e) { if (e.resultCode)return void this.fatal(e); var t = new DataView(e.data), o = t.getUint32(12, !0); if (o) this.transport.read(o, function (e) { if (e.resultCode)return void this.fatal(e); var o = e.data; if (n.checksum(o) != t.getUint32(16, !0))return void this.receiveMessages(); try { this.handleMessage(t, o) } finally { this.receiveMessages() } }.bind(this)); else try { this.handleMessage(t, null) } finally { this.receiveMessages() } }, n.prototype.receiveMessages = function () { this.transport.read(24, this.onReceiveMessage.bind(this)) }, n.prototype.forwardPort = function (e) { var t = new Server; t.listen({port: e.fromPort, address: "127.0.0.1"}, function (t) { this.newSocket(e.to, function (e) { e ? Socket.stream(t, e) : t.destroy() }.bind(this)) }.bind(this), function () { this.forwards[e.fromPort] = t }.bind(this)) }, n.prototype.newAdbSocket = function (e, t) { var n; return n = this.createSocket ? this.createSocket(e, t) : new r(this, e, t) }, n.prototype.newSocket = function (e, t) { var o = ++this.currentSocketId; this.sockets[o] = this.newAdbSocket(o, t), this.sendMessage(n.kCommandOPEN, o, 0, e) }, r.prototype.write = function (e, t) { if (this.pendingWrite || this.wrote)throw console.log("bad adb socket state, already writing"), new Error("bad adb socket state, already writing"); var o = Math.min(this.device.transport.zero_mask, this.device.maxPayload); o < e.byteLength ? (this.pendingWrite = e.slice(o), e = e.slice(0, o)) : this.pendingWrite = null, this.wrote = t, this.device.sendMessage(n.kCommandWRTE, this.localId, this.remoteId, e) }, r.prototype.destroy = function () { this.device.sendMessage(n.kCommandCLSE, this.localId, this.remoteId), this.dataReceived(null) }, r.prototype.buffered = Socket.prototype.buffered, r.prototype.dataReceived = Socket.prototype.dataReceived, r.prototype.read = Socket.prototype.read, r.prototype.pause = Socket.prototype.pause, r.prototype.resume = Socket.prototype.resume, r.prototype.unshift = Socket.prototype.unshift, r.prototype.onPause = function () { }, r.prototype.onResume = function () { this.device.sendMessage(n.kCommandOKAY, this.localId, this.remoteId) }, d.prototype.start = function () { if (this.server)return void console.log("ADB Server started while already started"); this.clients = {}, this.adbDevices = {}, this.pendingDevices = {}, this.refreshing = {}; var e = new Server; e.listen({port: this.port, address: "127.0.0.1"}, function (e) { var t = new f(this, e), n = ++this.currentSocketId; this.clients[n] = t, e.onClose = function () { delete this.clients[n] }.bind(this), t.receiveHeader() }.bind(this), function (t) { return t ? void console.log("adb server failed to listen: " + t) : (console.log("ADB Server started"), this.server = e, void this.refresh()) }.bind(this)) }, d.prototype.isRunning = function () { return null != this.server }, d.prototype.kill = function () { this.server.destroy(), this.server = null, this.refreshing = {}; for (var e in this.clients)e = this.clients[e], e.socket.destroy(); this.clients = {}; for (var t in this.adbDevices)t = this.adbDevices[t], t.destroy(); this.adbDevices = {}, this.pendingDevices = {} }, d.prototype.selectDevice = function (e) { chrome.usb.getUserSelectedDevices({ filters: [{ interfaceClass: 255, interfaceSubclass: 66, interfaceProtocol: 1 }] }, function (t) { for (var n in t)n = t[n], this.refreshDevice(n, e) }.bind(this)) }, d.prototype.withAdbDevice = function (e, t) { e.onError = function () { delete this.adbDevices[e.serialno], this.internalOnDevicesChanged() }.bind(this); var n = function (n) { e.serialno = n.trim(), this.adbDevices[e.serialno] = e, console.log("found device: " + e.serialno), this.internalOnDevicesChanged(), t(e) }.bind(this); return e.serialno ? void n(e.serialno) : void e.newSocket("shell:getprop ro.serialno", function (e) { l(e, function (e) { n(e) }.bind(this)) }.bind(this)) }, d.prototype.tryDevice = function (e, t, n) { function o(o) { var s = o.interfaceNumber; return !i[s] && (i[s] = e, console.log("claiming:", JSON.stringify(e), JSON.stringify(o)), chrome.usb.claimInterface(e, o.interfaceNumber, function () { console.log("claimed:", JSON.stringify(chrome.runtime.lastError)), a(e, o, function (e) { return e ? (e.serialno = t, void r.withAdbDevice(e, function (e) { delete i[s], n(e) })) : (delete i[s], void n()) }) }), !0) } var i = (this.adbDevices, this.pendingDevices), r = this; chrome.usb.listInterfaces(e, function (t) { if (!t)return console.log("unable list interfaces", JSON.stringify(chrome.runtime.lastError)), void(n && n()); console.log("got interfaces", JSON.stringify(t)); var i = !1; for (var r in t)r = t[r], 255 == r.interfaceClass && 66 == r.interfaceSubclass && 1 == r.interfaceProtocol && (i |= o(r)); i || chrome.usb.closeDevice(e) }) }, d.prototype.refreshDevice = function (e, t) { chrome.usb.openDevice(e, function (n) { return n ? (this.start(), void this.tryDevice(n, e.serialNumber, function (n) { n && (n.usbDevice = e), t(n) })) : (console.log("unable to open device", JSON.stringify(chrome.runtime.lastError)), void(t && t())) }.bind(this)) }, d.prototype.refresh = function () { if (!this.server)return void console.log("adb server refresh requested while server killed"); var e = u(); if (!(this.server.lastRefresh && this.server.lastRefresh > e - 1e4)) { this.server.lastRefresh = e; var t = chrome.runtime.getManifest().permissions.pop().usbDevices; $(t).each(function (e, t) { var n = t.vendorId + "&" + t.productId; this.refreshing[n] || (this.refreshing[n] = !0, chrome.usb.findDevices({ productId: t.productId, vendorId: t.vendorId }, function (e) { var o = e.length; if (!o)return void delete this.refreshing[n]; console.log("found:", t, e); for (var i in e)console.log("trying:", e[i]), this.tryDevice(e[i], e[i].serialNumber, function () { o--, o || delete this.refreshing[n] }.bind(this)) }.bind(this))) }.bind(this)) } }, d.prototype.internalOnDevicesChanged = function () { for (var e in this.clients)if (e = this.clients[e], e.tracking) { var t = e.getDevicesString(); t.length || (t = "0000\n"), e.socket.write(c(t), function () { }) } }, d.prototype.stop = function () { this.server.destroy() }, f.prototype.resolveTransport = function (e, t) { if (t) { var n = this.server.adbDevices[t]; return n ? n : "device not found" } var o = Object.keys(this.server.adbDevices); if (o > 1)return "more than one device"; if (0 == o)return "no devices connected"; for (var i in this.server.adbDevices)return this.server.adbDevices[i] }, f.prototype.write = function (e, t, n) { t || (t = "OKAY"), e = c(e); var i = e.byteLength, r = o(i); r = c(t + r); var s = h(new Uint8Array(r), new Uint8Array(e)).buffer; n || (n = function () { this.socket.destroy() }.bind(this)), this.socket.write(s, n) }, f.prototype.getDevicesString = function (e) { var e = e || {}, t = e.longformDevices, n = ""; for (var o in this.server.adbDevices)o = this.server.adbDevices[o], n += o.serialno + "\tdevice", t && (n += "usb" == o.transport.type ? " usb:" + o.transport.iface.interfaceNumber : " tpcip:something", n += " product:" + o.properties["ro.product.name"], n += " model:" + o.properties["ro.product.model"], n += " device:" + o.properties["ro.product.device"]), n += "\n"; return n }, f.prototype.writeDevices = function (e, t) { this.write(this.getDevicesString(e), null, t) }, f.prototype.handlePayload = function (e) { e = s(e); var i, r = e.split(":"), a = e; switch ("host-serial" == r[0] && (r[0] = "host", i = r.splice(1, 1)[0], Number.isInteger(parseInt(r[1])) && (i += ":" + r.splice(1, 1)[0])), r.length >= 2 && (a = r[0] + ":" + r[1]), a) { case"host:version": this.write(o(n.ADB_VERSION)); break; case"host:devices-l": case"host:devices": var d = "host:devices-l" == e; this.server.refresh(), this.writeDevices({longformDevices: d}); break; case"host:features": var l = this.resolveTransport(e, i); if ("String" == l.constructor.name) { this.write(l, "FAIL"); break } var h = l.properties.features; h || (h = ""), this.write(o(h)); break; case"host:transport-usb": case"host:transport-any": var l = this.resolveTransport(e, i); if ("String" == l.constructor.name) { this.write(l, "FAIL"); break } this.transport = l, this.socket.write(c("OKAY"), function () { }); break; case"host:kill": this.server.kill(); break; case"host:disconnect": if (r.length > 4) { this.write("host:disconnect only takes 1 argument", "FAIL"); break } if (r.length > 2) { var f = r[2]; if (f.length) { var p = 5555; r.length > 3 && (p = Number.parseInt(r[3])); var v = f + ":" + p, g = this.server.adbDevices[v]; g && "tcp" == g.transport.type && g.destroy(), this.write("disconnected"); break } } for (var g in this.server.adbDevices)g = this.server.adbDevices[g], "tcp" == g.transport.type && g.destroy(); this.write("disconnected"); break; case"host:connect": if (r.length < 3) { this.write("need more arguments for connect <host>[:<port>]", "FAIL"); break } var f = r[2], p = 5555; r.length > 3 && (p = Number.parseInt(r[3])), Socket.connect({host: f, port: p}, function (e, o) { if (!e)return console.error("connect failed"), this.write("unable to connect to " + f + " " + p + ": " + o, "FAIL"), this; var i = new n(new t(e), function (e) { this.server.withAdbDevice(e, function () { var e = "connected to " + f + ":" + p; console.log(e), this.write(e) }.bind(this)) }.bind(this)); i.serialno = f + ":" + p, e.onClose = function () { i.fatal("socket closed") }.bind(this), i.sendMessage(n.kCommandCNXN, n.ADB_PROTOCOL_VERSION, n.MAX_PAYLOAD, "host::"), i.receiveMessages() }.bind(this)); break; case"host:track-devices": this.tracking = u(), this.writeDevices({}, function () { }); break; case"host:forward": var m = r.join(":").substring(a.length + 1).split(";"), y = m[0].split(":"), w = parseInt(y[1]), l = this.resolveTransport(e, i); if ("String" == l.constructor.name) { this.write(l, "FAIL"); break } l.forwardPort({fromPort: w, to: m[1]}), this.socket.write(c("OKAYOKAY"), function () { }.bind(this)); break; default: if (this.transport) { var l = this.transport; return void l.newSocket(e, function (e) { return e ? (this.socket.write(c("OKAY"), function () { }), void Socket.stream(e, this.socket)) : void this.socket.write(c("OKAY"), function () { this.socket.destroy() }.bind(this)) }.bind(this)) } var b = "host:transport:"; if (e.startsWith(b)) { var i = e.substr(b.length), g = this.server.adbDevices[i]; if (!g)return void this.write("device not found", "FAIL"); this.transport = g, this.socket.write(c("OKAY"), function () { }); break } console.log("unknown request: " + e), this.write("unknown command: " + e, "FAIL"); var k = chrome.runtime.getManifest().name; chrome.notifications.create({ type: "basic", iconUrl: "/icon.png", title: k, message: k + "'s adb server encountered an unknown adb command.\nYou may want to close " + k + " and start your adb binary manually." }) } this.receiveHeader() }, f.prototype.receivePayload = function (e) { var t = parseInt(s(e), 16); this.socket.read(t, this.handlePayload.bind(this)) }, f.prototype.receiveHeader = function () { this.socket.read(4, this.receivePayload.bind(this)) }, window.AdbDevice = n, window.AdbServer = d, window.AdbTcpTransport = t }(), function () { function e() { } var t = {}; t.sendHostCommand = function (e, t) { Socket.connect({host: "127.0.0.1", port: 5037}, function (n) { if (!n)return void t(); var i = e; e = o(e.length) + e, n.read(4, function (e) { var o = s(e); return "OKAY" != o ? (console.error("error in response to adb host command", i, o), n.destroy(), void t()) : void n.read(4, function (e) { var o = s(e); return e = parseInt(o, 16), 0 == e || "OKAY" == o ? void t(n, new ArrayBuffer(0)) : void n.read(e, function (e) { t(n, e) }) }) }), n.write(c(e), function () { }) }) }, t.devices = function (e) { function n(e) { var t = e; e = e.replace("\t", " "); var n = e.indexOf(" "); if (n != -1) { var i = e.substring(0, n); e = e.substring(n).trim(); for (var r; r != e;)r = e, e = e.replace(" ", " "); var s = {}, c = e.indexOf(" "); c == -1 && (c = e.length); var a = e.substring(0, c); for (e = e.substring(c + 1); e.length && (n = e.indexOf(":"), n != -1);) { var d, l = e.substring(0, n), u = e.substring(n + 1), h = u.indexOf(" "), f = u.indexOf(":"); if (h == -1 || f == -1) d = u, e = ""; else for (; h != -1 && h < f;)d = u.substring(0, h), e = u.substring(h + 1), h = u.indexOf(" ", h + 1); s[l] = d } var p; p = s.model ? s.model.replace("_", " ") : i, o[i] = {serialno: i, name: p, status: a, properties: t} } } var o = {}; t.sendHostCommand("host:devices-l", function (t, i) { if (!t)return void e(); t.destroy(), i = s(i), console.log("ADB devices:", i), i = i.trim(); var r = i.split("\n"); for (var c in r)c = r[c], n(c); e(o) }) }, t.killServer = function (e) { t.sendHostCommand("host:kill-server", function (t, n) { return t ? (t.destroy(), n = s(n), void(e && e())) : void e() }) }, t.sendClientCommand = function (e, t) { var n = e.command, i = e.serialno; Socket.connect({host: "127.0.0.1", port: 5037}, function (e) { if (!e)return void t(); e.read(4, function (i) { var r = s(i); if ("OKAY" != r)return e.destroy(), void t(null); var a = n; a = o(a.length) + a, e.read(4, function (n) { var o = s(n); return "OKAY" != o ? (e.destroy(), void t(null)) : void t(e) }), e.write(c(a), function () { }) }); var r = "host:transport:" + i; r = o(r.length) + r, e.write(c(r), function () { }) }) }, t.shell = function (e, n) { var o = e.command; e.serialno; t.getOrCreateSockFactory(e).newSocket("shell:" + o, function (e) { return e ? void l(e, function (e) { n(e) }) : void n() }) }, t.forward = function (e, n) { var o = "host-serial:" + e.serialno + ":forward:" + e.from + ";" + e.to; t.sendHostCommand(o, function (e, t) { e && e.destroy(), n(e, t) }) }, e.MKID = function (e, t, n, o) { return e.charCodeAt(0) | t.charCodeAt(0) << 8 | n.charCodeAt(0) << 16 | o.charCodeAt(0) << 24 }, e.ID_RECV = e.MKID("R", "E", "C", "V"), e.ID_SEND = e.MKID("S", "E", "N", "D"), e.ID_DONE = e.MKID("D", "O", "N", "E"), e.ID_DATA = e.MKID("D", "A", "T", "A"), e.DATA_MAX = 65536, t.pull = function (n, o) { var i = n.file, r = (n.serialno, n.fileEntry), s = n.socket; s || !function () { var e; s = { write: function (t, n) { return e ? (e.onwriteend = n, void e.write(new Blob([t]))) : void r.createWriter(function (o) { e = o, s.write(t, n) }) } } }(); var a = new b; Socket.pump(a, s, function () { o(r) }), t.getOrCreateSockFactory(n).newSocket("sync:", function (t) { function n(e) { t.read(e, function (e) { a.dataReceived(e), r() }) } function r() { t.read(8, function (i) { var r = new DataView(i.buffer, i.byteOffset, i.byteLength), s = r.getUint32(0, !0); if (s == e.ID_DATA) { var c = r.getUint32(4, !0); return void n(c) } return t.destroy(), s == e.ID_DONE ? void a.dataReceived(null) : void o() }) } if (!t)return void o(); var s = new ArrayBuffer(8), d = new DataView(s); d.setUint32(0, e.ID_RECV, !0), d.setUint32(4, i.length, !0), t.write(s, function () { t.write(c(i), function () { r() }) }) }) }, t.createSocketFactory = function (e) { return { newSocket: function (n, o) { t.sendClientCommand({serialno: e, command: n}, o) } } }, t.getOrCreateSockFactory = function (e) { return e.socketFactory || t.createSocketFactory(e.serialno) }, t.push = function (n, o) { var i = n.file, r = (n.serialno, n.socket); t.getOrCreateSockFactory(n).newSocket("sync:", function (t) { if (!t)return void o(); var n = new ArrayBuffer(8), s = new DataView(n), a = i + ",0644"; s.setUint32(0, e.ID_SEND, !0), s.setUint32(4, a.length, !0), t.write(n, function () { t.write(c(a), function () { function n() { r.read(function (t) { if (t.byteLength > e.DATA_MAX) { var n = t.subarray(e.DATA_MAX); t = t.subarray(0, e.DATA_MAX), r.unshift(n) } i(t) }) } function i(o) { var i = new ArrayBuffer(8), r = new DataView(i); r.setUint32(0, e.ID_DATA, !0), r.setUint32(4, o.byteLength, !0), t.write(i, function () { var e = o.buffer; (o.byteOffset || o.length != e.byteLength) && (e = e.slice(o.byteOffset, o.byteOffset + o.byteLength)), t.write(e, function () { n() }) }) } r.onClose = function () { var n = new ArrayBuffer(8), i = new DataView(n); i.setUint32(0, e.ID_DONE, !0), i.setUint32(4, 0, !0), t.write(n, function () { t.read(8, function () { o() }) }) }, n() }) }) }) }, window.Adb = t }(), function () { function e(e, t) { this.transport = e, this.sockets = {}, this.currentSocketId = 0, this.maxPayload = t || AdbDevice.MAX_PAYLOAD } e.prototype.start = function (e) { var t = c(e, void 0, !0); this.sendMessage(AdbDevice.kCommandCNXN, AdbDevice.ADB_PROTOCOL_VERSION, this.maxPayload, t), this.receiveMessages() }, e.prototype.fatal = function (e) { console.log("fatal error", e); var t = this.onClose; t && (delete this.onClose, t()) }, e.prototype.sendMessage = AdbDevice.prototype.sendMessage, e.prototype.receiveMessages = AdbDevice.prototype.receiveMessages, e.prototype.onReceiveMessage = AdbDevice.prototype.onReceiveMessage, e.prototype.handleMessage = AdbDevice.prototype.handleMessage, e.prototype.handleUnknown = AdbDevice.prototype.handleUnknown, e.prototype.newAdbSocket = AdbDevice.prototype.newAdbSocket, e.prototype.destroy = AdbDevice.prototype.destroy, e.prototype.onOpenSocket = function (e, t) { if (this.openSocket) { var n = ++this.currentSocketId, o = this.newAdbSocket(n); o.remoteId = t, this.sockets[n] = o, this.sendMessage(AdbDevice.kCommandOKAY, n, t), this.openSocket(s(e), o) } }, window.AdbDaemon = e }(), function () { function e(e, t, n) { $.ajax({ url: e, dataType: "binary", responseType: "arraybuffer", success: function (e) { var o = new Uint8Array(e), i = new b(o), r = "/data/local/tmp/apk" + (new Date).getTime() + ".apk"; Adb.push({serialno: t, file: r, socket: i}, function () { Adb.shell({command: "pm install -r " + r, serialno: t}, n) }) }, error: function (e) { console.error("error fetching apk", e), n() } }) } function t(e, t, n) { Adb.shell({command: "pm path " + t, serialno: e}, function (e) { if ("" == e || !e)return void n(null); var t = e.match(/package:\/.*?[\r\n]/); return t && t.length ? (e = t[0], e = e.replace("package:", "").trim(), void n(e)) : void n(null) }) } function n(e, t, n, o, i) { i || (i = Adb.shell), Adb.shell({command: "ls -l /system/bin/app_process*", serialno: e}, function (r) { var s = "/system/bin/app_process"; r && r.indexOf("app_process32") != -1 && (s += "32"), i({ command: 'sh -c "CLASSPATH=' + t + " " + s + " /system/bin " + n + '"', serialno: e }, o) }) } window.AdbUtils = {runMain: n, installApk: e, getApkPath: t} }(), function () { var e = function (e) { this.authorization = e }; e.prototype.shorten = function (e, t) { $.ajax({ type: "POST", url: "https://www.googleapis.com/urlshortener/v1/url?key=" + this.authorization, data: JSON.stringify({longUrl: e}), contentType: "application/json", dataType: "json", success: function (e) { t(e.id) } }) }, window.Googl = e }(), function () { var e = 1, t = 1; S.prototype.refresh = function (e, t) { this.refreshInternal(e, t).async() }, S.prototype.refreshInternal = function*(o, i) { var r, s = function () { n(function () { if (this.a()) { var e, t = chrome.app.window.getAll().filter(function (e) { return e && "purchase" == e.id }); t && t.length, e = t[0], null != e && (e.close(), m("Vysor subscription is active. Thank you for your support!")) } }.bind(this)), this.globalRefresh ? this.globalRefresh() : console.error("no global refresh?"), r || (r = !0, o && o(this.a())) }.bind(this), c = !1, a = !1, d = !1, l = !1; window.chrome && window.chrome.runtime && window.chrome.runtime.connect || (d = !0); var u, h, f, p = function (e, t) { return !!t.licensed && (e != t.email ? (console.log("email mismatch"), !1) : (console.log("enterprise license retrieved"), !0)) }.bind(this), v = function (e, t) { if (t.sandbox != c)return console.log("sandbox mismatch"), !1; if (e != t.buyer_id)return console.log("id mismatch"), !1; if ("koushd@gmail.com" != t.seller_id)return console.log("seller mismatch"), !1; var n = !1; return t.subscriptions && $.each(t.subscriptions, function (e, t) { return console.log("subscription found", t), t.remote_plan_id.startsWith("vysor") ? void(t.subscription_active && (console.log("clockwork subscription retrieved"), n = t.license_first_retrieved)) : void console.log("skipping non-vysor subscription") }.bind(this)), $.each(t.orders, function (e, t) { return console.log("purchase found", t), t.product_id.startsWith("vysor") ? void(t.is_purchased && (console.log("clockwork license retrieved"), n = t.order_date)) : void console.log("skipping non-vysor purchase") }.bind(this)), n }.bind(this), g = function (t) { $.each(t, function (t, n) { console.log("subscription status", n), "ACTIVE" == n.state && (console.log("chrome license retrieved"), e = !0) }.bind(this)) }.bind(this), b = function*() { if (l)return void console.log("skipping enterprise"); if (f && !i)return console.log("Skipping enterprise license server check."), void console.log("Use Retrieve License from the purchase page to force refresh."); console.log("checking chrome enterprise licenses"); var n = yield w(!1, yield); if (!n)return chrome.runtime.lastError, void console.error("No auth token for enterprise licensing"); try { var o = yield chrome.identity.getProfileUserInfo(yield); if (!R)return void console.log("unable to retrieve user info for enterprise"); var r = (o.id, o.email); try { var o = yield $.ajax({ url: "https://billing.vysor.io/license", headers: {Authorization: "Bearer " + n}, dataType: "json", success: yield y, error: yield Error }), c = JSON.parse(o.signed_data); yield chrome.storage.local.set({cachedEnterpriseLicense: o}, yield); var a = p(r, c); if (!a)return void console.log("No enterprise license found on server"); e = !0, t = !0, s() } catch (e) { yield chrome.identity.removeCachedAuthToken({token: n}, yield), console.error("Error communicating with vysor enterprise", e) } } catch (e) { yield chrome.identity.removeCachedAuthToken({token: n}, yield), console.error("Unable to get email for enterprise", e) } }.bind(this), k = function*() { if (a)return void console.log("skipping clockwork"); if (h && !i)return console.log("Skipping clockwork license server check."), void console.log("Use Retrieve License from the purchase page to force refresh."); console.log("checking clockwork purchases"); var n = yield w(!1, yield); if (!n)return chrome.runtime.lastError, void console.error("No auth token for clockwork billing"); try { var o = yield chrome.identity.getProfileUserInfo(yield); if (!R)return void console.log("unable to retrieve user info for clockwork"); var r = o.id, d = "https://billing.clockworkmod.com/api/v1/purchase/koushd@gmail.com?sandbox=" + c + "&nonce=" + Date.now(); try { var o = yield $.ajax({ url: d, dataType: "json", headers: {Authorization: "Bearer " + n}, error: yield Error, success: yield y }), l = JSON.parse(o.signed_data); yield chrome.storage.local.set({cachedClockworkLicense: o}, yield); var u = v(r, l); if (!u)return void console.log("no clockwork license found on server"); e = !0, t = !0, s() } catch (e) { console.error("error requesting purchases", e) } } catch (e) { yield chrome.identity.removeCachedAuthToken({token: n}, yield), console.error("Unable to get buyer id for clockworkbilling", e) } }.bind(this), S = function*() { if (!d) { console.log("checking chrome store purchases"); var e; try { e = yield google.payments.inapp.getPurchases({ parameters: {env: "prod"}, success: yield y, failure: yield Error }) } catch (e) { if (console.error("Failed to query license from chrome store.", e), !i)return console.log("Skipping Chrome license server fallback check."), void console.log("Use Retrieve License from the purchase page to force refresh."); console.log("Falling back to server proxied query."); try { yield this.b(!1, yield), yield * I() } catch (e) { console.error("failed to do fallback server check", e) } return } if (g(e.response.details), !this.a())return void console.log("no chrome license found on server"); s(), console.log("Caching Vysor license."), yield this.b(!1, yield), this.c() && s() } }.bind(this), A = 4, D = A / 2, I = function*() { if (!d) { console.log("checking cached chrome license"); var e = yield chrome.storage.local.get("cachedLicense", yield); if (!e)return void console.error("storage access failed?", chrome.runtime.lastError); if (!e.cachedLicense)return void console.log("no cached chrome license found"); if (!R)return void console.log("unable to retrieve user info for cache"); var n = yield C("AQAB", "vMGBBmLcMO4lOmg-YAHq2DjZKHTaW-xs9KPNXU_zKJ7ZhFhWH3I6skF9ZO8lKeXOSwVEIW4HVMa7m16S6WTrUw", e.cachedLicense.signed_data, e.cachedLicense.signature, yield); if (n)return void console.error("error verifying cached signature", n); var o = JSON.parse(e.cachedLicense.signed_data); u = !1; var i = Date.now(); if ($.each(o.payments, function (e, t) { "ACTIVE" == t.state && (u = !0, i = Math.min(i, t.createdTime)) }.bind(this)), o.date > Date.now())return void console.log("cached license date from future?"); var r, c = new Date - new Date(i), a = c / 1e3 / 60 / 60 / 24; r = a < 14 ? 4 : Math.min(30, 4 + (a - 14) / 7); var l = r / 2; if (o.date + 24 * r * 60 * 60 * 1e3 < Date.now())return void console.log("cached license is expired."); if (R.id != o.userinfo.id)return void console.log("id mismatch"); if (g(o.payments), !this.a())return void console.log("no chrome license found in cache"); if (console.log("cached license is valid for " + (o.date + 24 * r * 60 * 60 * 1e3 - Date.now()) / 36e5 + " hours"), t = !0, s(), o.date + 24 * l * 60 * 60 * 1e3 < Date.now()) { console.log("Refreshing cached license"); try { yield this.b(!1, yield) } catch (e) { console.warn("Failed to re-cache license.", e) } } } }.bind(this), L = function*() { if (!a) { console.log("Checking cached Clockwork license."); var n = yield chrome.storage.local.get("cachedClockworkLicense", yield); if (!n)return void console.error("storage access failed?", chrome.runtime.lastError); if (!n.cachedClockworkLicense)return void console.log("Cached Clockwork payload not found."); if (!R)return void console.error("Unable to retrieve user info for cached Clockwork license."); var o = R.id, i = yield C("AQAB", "vMGBBmLcMO4lOmg-YAHq2DjZKHTaW-xs9KPNXU_zKJ7ZhFhWH3I6skF9ZO8lKeXOSwVEIW4HVMa7m16S6WTrUw", n.cachedClockworkLicense.signed_data, n.cachedClockworkLicense.signature, yield); if (i)return void console.error("Error verifying cached clockwork signature", i); var r = JSON.parse(n.cachedClockworkLicense.signed_data), c = v(o, r); if (!c)return console.log("No Clockwork license found in cache."), void(h = !0); var d, l = new Date - new Date(c), u = l / 1e3 / 60 / 60 / 24; d = u < 14 ? 4 : Math.min(30, 4 + (u - 14) / 7); var f = d / 2; if (r.timestamp + 24 * d * 60 * 60 * 1e3 < Date.now())return void console.log("Cached Clockwork license is expired. Requires server check."); if (r.timestamp > Date.now())return void console.error("Cached Clockwork license date from future?"); e = !0, console.log("Cached Clockwork license is valid for " + (r.timestamp + 24 * d * 60 * 60 * 1e3 - Date.now()) / 36e5 + " hours"), t = !0, s(), r.timestamp + 24 * f * 60 * 60 * 1e3 < Date.now() && (h = !1, yield * k()) } }.bind(this), O = function*() { if (!l) { console.log("Checking cached enterprise license."); var n = yield chrome.storage.local.get("cachedEnterpriseLicense", yield); if (!n)return void console.error("storage access failed?", chrome.runtime.lastError); if (!n.cachedEnterpriseLicense)return void console.log("Cached Enterprise payload not found."); if (!R)return void console.error("Unable to retrieve user info for cached Clockwork license."); var o = yield C("AQAB", "hDuGsIhbjLYXteQX3F3KNriQHwUSZurS5voCkdpA1733A65pqtGOrk9g_yLiF94_vSK0VmL-4stq7WAYEbn6nw", n.cachedEnterpriseLicense.signed_data, n.cachedEnterpriseLicense.signature, yield); if (o)return void console.error("Error verifying cached enterprise signature", o); var i = JSON.parse(n.cachedEnterpriseLicense.signed_data), r = p(R.email, i); if (!r)return f = !0, void console.log("No Enterprise license found in cache."); if (i.timestamp + 24 * A * 60 * 60 * 1e3 < Date.now())return void console.log("Cached Enterprise license is expired. Requires server check."); if (i.timestamp > Date.now())return void console.error("Cached Enterprise license date from future?"); e = !0, console.log("Cached Enterprise license is valid for " + (i.timestamp + 24 * A * 60 * 60 * 1e3 - Date.now()) / 36e5 + " hours"), t = !0, s(), i.timestamp + 24 * D * 60 * 60 * 1e3 < Date.now() && (f = !1, yield * b()) } }.bind(this); if (this.a())return void s(); console.log("starting license check"); var R = yield chrome.identity.getProfileUserInfo(yield); R ? console.log("user info", R) : console.log("unable to retrieve user info"), yield * O(), this.a() || (yield * L(), this.a() || (yield * I(), this.a() || (yield * b(), this.a() || (yield * k(), this.a() || (yield * S(), this.a() || s()))))) }, S.prototype.b = function (e, n) { console.log("caching chrome license"), w(e, function (o) { return o ? void $.ajax({ type: "post", url: "https://billing.clockworkmod.com/api/v1/verify/google/koushd@gmail.com", data: {token: o, item: chrome.runtime.id, version: chrome.runtime.getManifest().version}, dataType: "json", success: function (e) { console.log("chrome license cached"), t = !0, chrome.storage.local.set({cachedLicense: e}, n) }.bind(this), error: function (e, t) { console.error("unable to cache license", t), chrome.identity.removeCachedAuthToken({token: o}, function () { n && n(t) }) } }) : (chrome.runtime.lastError, e && m("Unable to get auth token: " + chrome.runtime.lastError), console.error("Unable to get auth token while caching license", chrome.runtime.lastError), void(n && n(chrome.runtime.lastError))) }.bind(this)) }, S.prototype.a = function () { return e }, S.prototype.c = function () { return t }, S.prototype.startPurchase = function () { chrome.app.window.create("purchase.html", { id: "purchase", innerBounds: {minWidth: 800, minHeight: 860} }, function (e) { this.refresh(), e.contentWindow._rlm = function (e) { chrome.storage.local.remove(["cachedLicense", "cachedClockworkLicense", "cachedEnterpriseLicense"], function () { this.refresh(e, !0) }.bind(this)) }.bind(this) }.bind(this)) } }(), A.prototype.openSocket = function (e, t) { if (!this.onOpenSocket || !this.onOpenSocket(e, t)) { if ("properties" == e) { var n = this.properties; return void t.write(c(n), function () { console.log("sent properties", n), t.destroy() }) } this.adbSocketFactory.newSocket(e, function (n) { return n ? void Socket.stream(n, t, function () { }) : (console.log("unable to execute adb proxy command?", e), void t.destroy()) }) } }; console.log("Vysor version", chrome.runtime.getManifest().version), console.log(navigator.userAgent), console.log("Electron", isElectron()); var Se, Ae, De, Ie = new AdbServer({start: !1}), Le = {}, Oe = {}, Re = {}, Ee = analytics.getService("vysor_app"), Ue = Ee.getTracker("UA-4956323-6"); if (isElectron()) { var Te = Ue; Ue = {sendEvent: Te.sendEvent.bind(Te), sendAppView: Te.sendAppView.bind(Te)} } var We = new S, Pe = "Chrome GCM Service is unavailable. Try restarting Chrome?", Me = new HttpServer; We.globalRefresh = function () { console.log("license global refresh"); var e = chrome.app.window.getAll(); for (var t in e)t = e[t], U(t) }, chrome.identity.onSignInChanged.addListener(function () { console.log("onSignInChanged, refreshing license"), We.refresh(null, !0) }), chrome.storage.local.get("keyboard", function (e) { Se = e.keyboard }), chrome.storage.local.get("vysorHttp", function (e) { function t() { Me.listen({port: n.port || 0, address: "127.0.0.1"}, function (e, t) { console.log("http request", e.path); var n, i; for (var r in o)if (n = e.path.match(r), i = o[r], n)break; return n ? void i(e, t, n) : (t.code(404), void t.write("", function () { })) }, function (e) { return e ? (console.error("http server failed to listen", e), void(n.port && (console.log("trying port 0"), n.port = 0, t()))) : (n.port = Me.socket.localPort, console.log("vysor http port: " + n.port), void chrome.storage.local.set({vysorHttp: n})) }) } if (!e)return void console.error("unable to start vysor httpServer, no dict"); var n = e.vysorHttp || {}; n.password = n.password || Math.round(Math.random() * (1 << 30)).toString(16); var o = { "/device/(.*?)/screenshot.jpg": function (e, t, n) { var o = n[1], i = chrome.app.window.get(o); if (!i)return console.error("device window", o, "not found"), t.code(404), void t.write("", function () { t.end() }); var r = i.contentWindow.password, s = Adb.createSocketFactory(o); s.newSocket("tcp:53516", function (e) { if (!e)return console.error("no socket", o, "for screenshot"), t.code(404), void t.write("", function () { t.end() }); t.headers.Connection = "close", t.headers["Cache-Control"] = "no-cache"; var n = new HttpRequestParser(null, e, function () { var e = n.body.buffer.slice(n.body.byteOffset, n.body.byteOffset + n.body.byteLength); t.write(e, function () { t.end() }) }); e.write(c("GET /screenshot.jpg?password=" + r + " HTTP/1.1\r\nConnection: close\r\n\r\n"), function (e) { }) }) }, "/device/(.*?)/sdcard-vysor/(.*)": function (e, t, n) { var o = n[1], i = n[2]; t.headers.Connection = "close", t.headers["Cache-Control"] = "no-cache", t.headers["Content-Type"] = "application/binary", Adb.pull({ file: "/sdcard/vysor/" + i, serialno: o, socket: t }, function () { t.end() }) }, "/device/(.*?)/video.flv": function (e, t, n) { var o = n[1], i = chrome.app.window.get(o); if (!We.a())return console.error("ignoring request, not licensed"), t.code(402), void t.write("This feature is only available in Vysor Pro", function () { t.end() }); if (!i)return console.error("device window", o, "not found"), t.code(404), void t.write("", function () { t.end() }); if (!i.contentWindow.siphonFlv)return console.error("siphonFlv", o, "not found"), t.code(404), void t.write("", function () { t.end() }); var r = new b; if (t.headers.Connection = "close", t.headers["Content-Type"] = "video/x-flv", Socket.pump(r, t, function () { console.log("flv source closed") }), isElectron()) { var s = r; r = { dataReceived: function (e) { s.dataReceived(e) }, destroy: s.destroy.bind(r) } } i.contentWindow.siphonFlv(r) } }; t() }), We.refresh(); var Ne; chrome.app.runtime.onLaunched.addListener(function (e) { G(), e && "vysor_purchase" == e.id && We.refresh(null, !0), e && "vysor_presentation" == e.id && Z(e.url, function (e) { K(e) }), e && "vysor_device_farm" == e.id && (console.log("device farm", e.url), De && De.show(), G(), m("Vysor is connecting to shared Android devices"), w(!0, function (t) { return t ? void Y(e.url, t, function (e, t) { return t ? void T("Vysor Share", "Unable to connect to shared devices. " + t) : void T("Vysor Share", "Connected to " + e.name + "'s remote devices.") }) : void m("Unable to get auth token") })), ee() }); var _e, xe; Y = re(Y), X = re(X), oe = re(oe), Z = re(Z), chrome.storage.local.get("share-all-devices", function (e) { e["share-all-devices"] && X(!1, function () { P() }) }); var Fe, Be, Ve, je, Ke, qe, He, Je = {}, Ye = {}, $e = {}, Xe = {}, ze = {}; me(), ve(); var Ge; chrome.runtime.onUpdateAvailable.addListener(function () { V() }), chrome.notifications.onButtonClicked.addListener(function (e, t) { "reload" == e ? chrome.runtime.reload() : "never-start-automatically" == e && (chrome.storage.local.set({"connect-automatically": !1}), chrome.notifications.clear(e)) }), chrome.notifications.onClicked.addListener(function (e, t) { }), t[""] = e}({}, function () { return this}());阅读全文
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