TeaSpeak/TeaSpeak-Client
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Made the client compatible with the newest webpack stuff

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This commit is contained in:
WolverinDEV 2020-04-01 21:56:23 +02:00
parent c86b9510a5
commit 75b5192801
36 changed files with 2034 additions and 7414 deletions
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2
github

@ -1 +1 @@
Subproject commit 171e88fa1f9e4ea67522c1f6bc07b5ca3c8f4b49 Subproject commit 6d45c4c883f9b2a53fe1bfeb23fe559b62a61cac

4
jenkins/create_build.sh
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@ -121,6 +121,6 @@ function deploy_client() {
#install_npm #install_npm
#compile_scripts #compile_scripts
#compile_native compile_native
#package_client package_client
deploy_client deploy_client

2
modules/renderer/PersistentLocalStorage.ts
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@ -8,7 +8,7 @@ const SETTINGS_DIR = path.join(APP_DATA, "settings");
let _local_storage: {[key: string]: any} = {}; let _local_storage: {[key: string]: any} = {};
let _local_storage_save: {[key: string]: boolean} = {}; let _local_storage_save: {[key: string]: boolean} = {};
export async function initialize() { export async function initialize() {
await fs.mkdirs(SETTINGS_DIR); await fs.mkdirp(SETTINGS_DIR);
const files = await fs.readdir(SETTINGS_DIR); const files = await fs.readdir(SETTINGS_DIR);
for(const file of files) { for(const file of files) {

5
modules/renderer/app_backend.ts
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@ -1,6 +1,9 @@
window["require_setup"](module); import {createErrorModal} from "tc-shared/ui/elements/Modal";
import * as electron from "electron"; import * as electron from "electron";
import {tr, tra} from "tc-shared/i18n/localize";
import {server_connections} from "tc-shared/ui/frames/connection_handlers";
import {handle_connect_request} from "tc-shared/main";
electron.ipcRenderer.on('connect', (event, url) => handle_native_connect_request(url)); electron.ipcRenderer.on('connect', (event, url) => handle_native_connect_request(url));

199
modules/renderer/audio/AudioPlayer.ts
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@ -1,132 +1,73 @@
window["require_setup"](module); import * as native from "tc-native/connection";
import {audio as naudio} from "teaclient_connection"; //FIXME: Native audio initialize handle!
export interface Device {
namespace audio.player { device_id: string;
//FIXME: Native audio initialize handle! name: string;
export interface Device {
device_id: string;
name: string;
}
interface Navigator {
mozGetUserMedia(constraints: MediaStreamConstraints, successCallback: NavigatorUserMediaSuccessCallback, errorCallback: NavigatorUserMediaErrorCallback): void;
webkitGetUserMedia(constraints: MediaStreamConstraints, successCallback: NavigatorUserMediaSuccessCallback, errorCallback: NavigatorUserMediaErrorCallback): void;
}
let _initialized_callbacks: (() => any)[] = [];
export let _initialized = false;
export let _initializing = false;
export let _audioContext: AudioContext;
export let _processor: ScriptProcessorNode;
export let _output_stream: naudio.playback.OwnedAudioOutputStream;
export let _current_device: naudio.AudioDevice;
export function initialized() : boolean {
return _initialized;
}
export function context() : AudioContext {
if(!_audioContext) throw "Initialize first!";
return _audioContext;
}
export function destination() : AudioNode {
if(!_initialized)
throw "Audio player hasn't yet be initialized";
return _processor || _audioContext.destination;
}
export function on_ready(cb: () => any) {
if(_initialized)
cb();
else
_initialized_callbacks.push(cb);
}
export function initialize() {
if(_initializing) return;
_initializing = true;
naudio.initialize(() => {
_output_stream = naudio.playback.create_stream();
_output_stream.set_buffer_max_latency(0.4);
_output_stream.set_buffer_latency(0.02);
_output_stream.callback_overflow = () => {
console.warn("Main audio overflow");
_output_stream.clear();
};
_output_stream.callback_underflow = () => {
console.warn("Main audio underflow");
};
_audioContext = new AudioContext({
sampleRate: _output_stream.sample_rate
});
_processor = _audioContext.createScriptProcessor(1024 * 8, _output_stream.channels, _output_stream.channels);
_processor.onaudioprocess = function(event) {
const buffer = event.inputBuffer;
//console.log("Received %d channels of %d with a rate of %d", buffer.numberOfChannels, buffer.length, buffer.sampleRate);
const target_buffer = new Float32Array(buffer.numberOfChannels * buffer.length);
for(let channel = 0; channel < buffer.numberOfChannels; channel++) {
const channel_data = buffer.getChannelData(channel);
target_buffer.set(channel_data, channel * buffer.length);
}
_output_stream.write_data_rated(target_buffer.buffer, false, buffer.sampleRate);
};
_processor.connect(_audioContext.destination);
_initialized = true;
for(const callback of _initialized_callbacks)
callback();
_initialized_callbacks = [];
});
return true;
}
export async function available_devices() : Promise<Device[]> {
return naudio.available_devices().filter(e => e.output_supported || e.output_default);
}
export async function set_device(device_id?: string) : Promise<void> {
const dev = naudio.available_devices().filter(e => e.device_id == device_id);
if(dev.length == 0) {
console.warn("Missing audio device with is %s", device_id);
throw "invalid device id";
}
try {
naudio.playback.set_device(dev[0].device_id);
} catch(error) {
if(error instanceof Error)
throw error.message;
throw error;
}
_current_device = dev[0];
}
export function current_device() : Device {
if(_current_device)
return _current_device;
const dev = naudio.available_devices().filter(e => e.output_default);
if(dev.length > 0)
return dev[0];
return {device_id: "default", name: "default"} as Device;
}
export function get_master_volume() : number {
return naudio.playback.get_master_volume();
}
export function set_master_volume(volume: number) {
naudio.playback.set_master_volume(volume);
}
} }
Object.assign(window["audio"] || (window["audio"] = {} as any), audio); let _initialized_callbacks: (() => any)[] = [];
export let _initialized = false;
export let _initializing = false;
export let _current_device: native.audio.AudioDevice;
export function initialized() : boolean {
return _initialized;
}
export function on_ready(cb: () => any) {
if(_initialized)
cb();
else
_initialized_callbacks.push(cb);
}
export function initialize() {
if(_initializing) return;
_initializing = true;
native.audio.initialize(() => {
_initialized = true;
for(const callback of _initialized_callbacks)
callback();
_initialized_callbacks = [];
});
return true;
}
export async function available_devices() : Promise<Device[]> {
return native.audio.available_devices().filter(e => e.output_supported || e.output_default);
}
export async function set_device(device_id?: string) : Promise<void> {
const dev = native.audio.available_devices().filter(e => e.device_id == device_id);
if(dev.length == 0) {
console.warn("Missing audio device with is %s", device_id);
throw "invalid device id";
}
try {
native.audio.playback.set_device(dev[0].device_id);
} catch(error) {
if(error instanceof Error)
throw error.message;
throw error;
}
_current_device = dev[0];
}
export function current_device() : Device {
if(_current_device)
return _current_device;
const dev = native.audio.available_devices().filter(e => e.output_default);
if(dev.length > 0)
return dev[0];
return {device_id: "default", name: "default"} as Device;
}
export function get_master_volume() : number {
return native.audio.playback.get_master_volume();
}
export function set_master_volume(volume: number) {
native.audio.playback.set_master_volume(volume);
}

850
modules/renderer/audio/AudioRecorder.ts
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@ -1,498 +1,498 @@
window["require_setup"](module); import {
filter,
AbstractInput,
InputDevice,
InputState,
InputConsumer,
InputConsumerType, InputStartResult, LevelMeter
} from "tc-shared/voice/RecorderBase";
import {audio} from "tc-native/connection";
import {tr} from "tc-shared/i18n/localize";
import {audio as naudio} from "teaclient_connection"; interface NativeDevice extends InputDevice {
// <reference types="../imports/import_shared.d.ts" /> device_index: number;
/// <reference types="../../modules/renderer/imports/imports_shared.d.ts" /> native: any;
}
export namespace _audio.recorder { let _device_cache: NativeDevice[] = undefined;
import InputDevice = audio.recorder.InputDevice; export function devices() : InputDevice[] {
import AbstractInput = audio.recorder.AbstractInput; //TODO: Handle device updates!
if(!audio.initialized()) return [];
interface NativeDevice extends InputDevice { return _device_cache || (_device_cache = audio.available_devices().filter(e => e.input_supported || e.input_default).map(e => {
device_index: number; return {
native: any; unique_id: e.device_id,
channels: 2, /* TODO */
default_input: e.input_default,
supported: e.input_supported,
name: e.name,
driver: e.driver,
sample_rate: 48000, /* TODO! */
native: e
} as NativeDevice
}));
}
export function device_refresh_available() : boolean { return false; }
export function refresh_devices() : Promise<void> { throw "not supported yet!"; }
export function create_input() : AbstractInput {
return new NativeInput();
}
namespace filters {
export abstract class NativeFilter implements filter.Filter {
type: filter.Type;
handle: NativeInput;
enabled: boolean = false;
protected constructor(handle, type) { this.handle = handle; this.type = type; }
abstract initialize();
abstract finalize();
is_enabled(): boolean { return this.enabled; }
} }
let _device_cache: NativeDevice[] = undefined; export class NThresholdFilter extends NativeFilter implements filter.ThresholdFilter {
export function devices() : InputDevice[] { private filter: audio.record.ThresholdConsumeFilter;
//TODO: Handle device updates!
if(!naudio.initialized()) return [];
return _device_cache || (_device_cache = naudio.available_devices().filter(e => e.input_supported || e.input_default).map(e => { private _margin_frames: number = 6; /* 120ms */
return { private _threshold: number = 50;
unique_id: e.device_id, private _callback_level: any;
channels: 2, /* TODO */
default_input: e.input_default,
supported: e.input_supported,
name: e.name,
driver: e.driver,
sample_rate: 48000, /* TODO! */
native: e
} as NativeDevice
}));
}
export function device_refresh_available() : boolean { return false; } private _attack_smooth = 0;
export function refresh_devices() : Promise<void> { throw "not supported yet!"; } private _release_smooth = 0;
export function create_input() : AbstractInput { callback_level: (level: number) => any;
return new NativeInput();
}
namespace filter { constructor(handle) {
export abstract class NativeFilter implements audio.recorder.filter.Filter { super(handle, filter.Type.THRESHOLD);
type: audio.recorder.filter.Type;
handle: NativeInput;
enabled: boolean = false;
protected constructor(handle, type) { this.handle = handle; this.type = type; } Object.defineProperty(this, 'callback_level', {
get(): any {
return this._callback_level;
}, set(v: any): void {
if(v === this._callback_level)
return;
abstract initialize(); this._callback_level = v;
abstract finalize(); if(this.filter)
this.filter.set_analyze_filter(v);
},
is_enabled(): boolean { return this.enabled; } enumerable: true,
configurable: false,
})
} }
export class NThresholdFilter extends NativeFilter implements audio.recorder.filter.ThresholdFilter { get_margin_frames(): number {
private filter: naudio.record.ThresholdConsumeFilter; return this.filter ? this.filter.get_margin_frames() : this._margin_frames;
}
private _margin_frames: number = 6; /* 120ms */ get_threshold(): number {
private _threshold: number = 50; return this.filter ? this.filter.get_threshold() : this._threshold;
private _callback_level: any; }
private _attack_smooth = 0; set_margin_frames(value: number) {
private _release_smooth = 0; this._margin_frames = value;
if(this.filter)
this.filter.set_margin_frames(value);
}
callback_level: (level: number) => any; get_attack_smooth(): number {
return this.filter ? this.filter.get_attack_smooth() : this._attack_smooth;
}
constructor(handle) { get_release_smooth(): number {
super(handle, audio.recorder.filter.Type.THRESHOLD); return this.filter ? this.filter.get_release_smooth() : this._release_smooth;
}
Object.defineProperty(this, 'callback_level', { set_attack_smooth(value: number) {
get(): any { this._attack_smooth = value;
return this._callback_level; if(this.filter)
}, set(v: any): void { this.filter.set_attack_smooth(value);
if(v === this._callback_level) }
return;
this._callback_level = v; set_release_smooth(value: number) {
if(this.filter) this._release_smooth = value;
this.filter.set_analyze_filter(v); if(this.filter)
}, this.filter.set_release_smooth(value);
enumerable: true, }
configurable: false,
})
}
get_margin_frames(): number { set_threshold(value: number): Promise<void> {
return this.filter ? this.filter.get_margin_frames() : this._margin_frames; if(typeof(value) === "string")
} value = parseInt(value); /* yes... this happens */
this._threshold = value;
if(this.filter)
this.filter.set_threshold(value);
return Promise.resolve();
}
get_threshold(): number { finalize() {
return this.filter ? this.filter.get_threshold() : this._threshold; if(this.filter) {
} if(this.handle.consumer)
this.handle.consumer.unregister_filter(this.filter);
set_margin_frames(value: number) { this.filter = undefined;
this._margin_frames = value;
if(this.filter)
this.filter.set_margin_frames(value);
}
get_attack_smooth(): number {
return this.filter ? this.filter.get_attack_smooth() : this._attack_smooth;
}
get_release_smooth(): number {
return this.filter ? this.filter.get_release_smooth() : this._release_smooth;
}
set_attack_smooth(value: number) {
this._attack_smooth = value;
if(this.filter)
this.filter.set_attack_smooth(value);
}
set_release_smooth(value: number) {
this._release_smooth = value;
if(this.filter)
this.filter.set_release_smooth(value);
}
set_threshold(value: number): Promise<void> {
if(typeof(value) === "string")
value = parseInt(value); /* yes... this happens */
this._threshold = value;
if(this.filter)
this.filter.set_threshold(value);
return Promise.resolve();
}
finalize() {
if(this.filter) {
if(this.handle.consumer)
this.handle.consumer.unregister_filter(this.filter);
this.filter = undefined;
}
}
initialize() {
if(!this.handle.consumer)
return;
this.finalize();
this.filter = this.handle.consumer.create_filter_threshold(this._threshold);
if(this._callback_level)
this.filter.set_analyze_filter(this._callback_level);
this.filter.set_margin_frames(this._margin_frames);
this.filter.set_attack_smooth(this._attack_smooth);
this.filter.set_release_smooth(this._release_smooth);
} }
} }
export class NStateFilter extends NativeFilter implements audio.recorder.filter.StateFilter { initialize() {
private filter: naudio.record.StateConsumeFilter; if(!this.handle.consumer)
private active = false;
constructor(handle) {
super(handle, audio.recorder.filter.Type.STATE);
}
finalize() {
if(this.filter) {
if(this.handle.consumer)
this.handle.consumer.unregister_filter(this.filter);
this.filter = undefined;
}
}
initialize() {
if(!this.handle.consumer)
return;
this.finalize();
this.filter = this.handle.consumer.create_filter_state();
this.filter.set_consuming(this.active);
}
is_active(): boolean {
return this.active;
}
async set_state(state: boolean): Promise<void> {
if(this.active === state)
return;
this.active = state;
if(this.filter)
this.filter.set_consuming(state);
}
}
export class NVoiceLevelFilter extends NativeFilter implements audio.recorder.filter.VoiceLevelFilter {
private filter: naudio.record.VADConsumeFilter;
private level = 3;
private _margin_frames = 5;
constructor(handle) {
super(handle, audio.recorder.filter.Type.VOICE_LEVEL);
}
finalize() {
if(this.filter) {
if(this.handle.consumer)
this.handle.consumer.unregister_filter(this.filter);
this.filter = undefined;
}
}
initialize() {
if(!this.handle.consumer)
return;
this.finalize();
this.filter = this.handle.consumer.create_filter_vad(this.level);
this.filter.set_margin_frames(this._margin_frames);
}
get_level(): number {
return this.level;
}
set_level(value: number) {
if(this.level === value)
return;
this.level = value;
if(this.filter) {
this.finalize();
this.initialize();
}
}
set_margin_frames(value: number) {
this._margin_frames = value;
if(this.filter)
this.filter.set_margin_frames(value);
}
get_margin_frames(): number {
return this.filter ? this.filter.get_margin_frames() : this._margin_frames;
}
}
}
export class NativeInput implements AbstractInput {
private handle: naudio.record.AudioRecorder;
consumer: naudio.record.AudioConsumer;
private _current_device: audio.recorder.InputDevice;
private _current_state: audio.recorder.InputState = audio.recorder.InputState.PAUSED;
callback_begin: () => any;
callback_end: () => any;
private filters: filter.NativeFilter[] = [];
constructor() {
this.handle = naudio.record.create_recorder();
this.consumer = this.handle.create_consumer();
this.consumer.callback_ended = () => {
if(this._current_state !== audio.recorder.InputState.RECORDING)
return;
this._current_state = audio.recorder.InputState.DRY;
if(this.callback_end)
this.callback_end();
};
this.consumer.callback_started = () => {
if(this._current_state !== audio.recorder.InputState.DRY)
return;
this._current_state = audio.recorder.InputState.RECORDING;
if(this.callback_begin)
this.callback_begin();
};
this._current_state = audio.recorder.InputState.PAUSED;
}
/* TODO: some kind of finalize? */
current_consumer(): audio.recorder.InputConsumer | undefined {
return {
type: audio.recorder.InputConsumerType.NATIVE
};
}
async set_consumer(consumer: audio.recorder.InputConsumer): Promise<void> {
if(typeof(consumer) !== "undefined")
throw "we only support native consumers!"; /* TODO: May create a general wrapper? */
return;
}
async set_device(_device: audio.recorder.InputDevice | undefined): Promise<void> {
if(_device === this._current_device)
return; return;
this._current_device = _device; this.finalize();
try { this.filter = this.handle.consumer.create_filter_threshold(this._threshold);
await new Promise(resolve => this.handle.set_device(this._current_device ? this._current_device.unique_id : undefined, resolve)); if(this._callback_level)
if(this._current_state !== audio.recorder.InputState.PAUSED && this._current_device) this.filter.set_analyze_filter(this._callback_level);
await new Promise((resolve, reject) => { this.filter.set_margin_frames(this._margin_frames);
this.handle.start(flag => { this.filter.set_attack_smooth(this._attack_smooth);
if(typeof flag === "boolean" && flag) this.filter.set_release_smooth(this._release_smooth);
resolve(); }
else }
reject(typeof flag === "string" ? flag : "failed to start");
}); export class NStateFilter extends NativeFilter implements filter.StateFilter {
}); private filter: audio.record.StateConsumeFilter;
} catch(error) { private active = false;
console.warn(tr("Failed to start playback on new input device (%o)"), error);
throw error; constructor(handle) {
super(handle, filter.Type.STATE);
}
finalize() {
if(this.filter) {
if(this.handle.consumer)
this.handle.consumer.unregister_filter(this.filter);
this.filter = undefined;
} }
} }
current_device(): audio.recorder.InputDevice | undefined { initialize() {
return this._current_device; if(!this.handle.consumer)
return;
this.finalize();
this.filter = this.handle.consumer.create_filter_state();
this.filter.set_consuming(this.active);
} }
current_state(): audio.recorder.InputState { is_active(): boolean {
return this._current_state; return this.active;
} }
disable_filter(type: audio.recorder.filter.Type) { async set_state(state: boolean): Promise<void> {
const filter = this.get_filter(type) as filter.NativeFilter; if(this.active === state)
if(filter.is_enabled()) return;
filter.enabled = false; this.active = state;
filter.finalize(); if(this.filter)
this.filter.set_consuming(state);
}
}
export class NVoiceLevelFilter extends NativeFilter implements filter.VoiceLevelFilter {
private filter: audio.record.VADConsumeFilter;
private level = 3;
private _margin_frames = 5;
constructor(handle) {
super(handle, filter.Type.VOICE_LEVEL);
} }
enable_filter(type: audio.recorder.filter.Type) { finalize() {
const filter = this.get_filter(type) as filter.NativeFilter; if(this.filter) {
if(!filter.is_enabled()) { if(this.handle.consumer)
filter.enabled = true; this.handle.consumer.unregister_filter(this.filter);
filter.initialize(); this.filter = undefined;
} }
} }
clear_filter() { initialize() {
for(const filter of this.filters) { if(!this.handle.consumer)
filter.enabled = false; return;
filter.finalize();
this.finalize();
this.filter = this.handle.consumer.create_filter_vad(this.level);
this.filter.set_margin_frames(this._margin_frames);
}
get_level(): number {
return this.level;
}
set_level(value: number) {
if(this.level === value)
return;
this.level = value;
if(this.filter) {
this.finalize();
this.initialize();
} }
} }
get_filter(type: audio.recorder.filter.Type): audio.recorder.filter.Filter | undefined { set_margin_frames(value: number) {
for(const filter of this.filters) this._margin_frames = value;
if(filter.type === type) if(this.filter)
return filter; this.filter.set_margin_frames(value);
let _filter: filter.NativeFilter;
switch (type) {
case audio.recorder.filter.Type.THRESHOLD:
_filter = new filter.NThresholdFilter(this);
break;
case audio.recorder.filter.Type.STATE:
_filter = new filter.NStateFilter(this);
break;
case audio.recorder.filter.Type.VOICE_LEVEL:
_filter = new filter.NVoiceLevelFilter(this);
break;
default:
throw "this filter isn't supported!";
}
this.filters.push(_filter);
return _filter;
} }
supports_filter(type: audio.recorder.filter.Type) : boolean { get_margin_frames(): number {
switch (type) { return this.filter ? this.filter.get_margin_frames() : this._margin_frames;
case audio.recorder.filter.Type.THRESHOLD:
case audio.recorder.filter.Type.STATE:
case audio.recorder.filter.Type.VOICE_LEVEL:
return true;
default:
return false;
}
} }
}
}
async start(): Promise<audio.recorder.InputStartResult> { export class NativeInput implements AbstractInput {
try { private handle: audio.record.AudioRecorder;
await this.stop(); consumer: audio.record.AudioConsumer;
} catch(error) {
console.warn(tr("Failed to stop old record session before start (%o)"), error);
}
this._current_state = audio.recorder.InputState.DRY; private _current_device: InputDevice;
try { private _current_state: InputState = InputState.PAUSED;
if(this._current_device)
await new Promise((resolve, reject) => {
this.handle.start(flag => {
if(flag)
resolve();
else
reject("start failed");
});
});
for(const filter of this.filters)
if(filter.is_enabled())
filter.initialize();
return audio.recorder.InputStartResult.EOK;
} catch(error) {
this._current_state = audio.recorder.InputState.PAUSED;
throw error;
}
}
async stop(): Promise<void> { callback_begin: () => any;
this.handle.stop(); callback_end: () => any;
for(const filter of this.filters)
filter.finalize(); private filters: filters.NativeFilter[] = [];
constructor() {
this.handle = audio.record.create_recorder();
this.consumer = this.handle.create_consumer();
this.consumer.callback_ended = () => {
if(this._current_state !== InputState.RECORDING)
return;
this._current_state = InputState.DRY;
if(this.callback_end) if(this.callback_end)
this.callback_end(); this.callback_end();
this._current_state = audio.recorder.InputState.PAUSED; };
} this.consumer.callback_started = () => {
if(this._current_state !== InputState.DRY)
return;
get_volume(): number { this._current_state = InputState.RECORDING;
return this.handle.get_volume(); if(this.callback_begin)
} this.callback_begin();
};
set_volume(volume: number) { this._current_state = InputState.PAUSED;
this.handle.set_volume(volume);
}
} }
export async function create_levelmeter(device: InputDevice) : Promise<audio.recorder.LevelMeter> { /* TODO: some kind of finalize? */
const meter = new NativeLevelmenter(device as any); current_consumer(): InputConsumer | undefined {
await meter.initialize(); return {
return meter; type: InputConsumerType.NATIVE
};
} }
class NativeLevelmenter implements audio.recorder.LevelMeter { async set_consumer(consumer: InputConsumer): Promise<void> {
readonly _device: NativeDevice; if(typeof(consumer) !== "undefined")
throw "we only support native consumers!"; /* TODO: May create a general wrapper? */
return;
}
private _callback: (num: number) => any; async set_device(_device: InputDevice | undefined): Promise<void> {
private _recorder: naudio.record.AudioRecorder; if(_device === this._current_device)
private _consumer: naudio.record.AudioConsumer; return;
private _filter: naudio.record.ThresholdConsumeFilter;
constructor(device: NativeDevice) { this._current_device = _device;
this._device = device; try {
} await new Promise(resolve => this.handle.set_device(this._current_device ? this._current_device.unique_id : undefined, resolve));
if(this._current_state !== InputState.PAUSED && this._current_device)
async initialize() {
try {
this._recorder = naudio.record.create_recorder();
this._consumer = this._recorder.create_consumer();
this._filter = this._consumer.create_filter_threshold(.5);
this._filter.set_attack_smooth(.75);
this._filter.set_release_smooth(.75);
await new Promise(resolve => this._recorder.set_device(this._device ? this._device.unique_id : undefined, resolve));
await new Promise((resolve, reject) => { await new Promise((resolve, reject) => {
this._recorder.start(flag => { this.handle.start(flag => {
if(typeof flag === "boolean" && flag) if(typeof flag === "boolean" && flag)
resolve(); resolve();
else else
reject(typeof flag === "string" ? flag : "failed to start"); reject(typeof flag === "string" ? flag : "failed to start");
}); });
}); });
} catch(error) { } catch(error) {
if(typeof(error) === "string") console.warn(tr("Failed to start playback on new input device (%o)"), error);
throw error; throw error;
console.warn(tr("Failed to initialize levelmeter for device %o: %o"), this._device, error); }
throw "initialize failed (lookup console)"; }
}
/* references this variable, needs a destory() call, else memory leak */ current_device(): InputDevice | undefined {
this._filter.set_analyze_filter(value => { return this._current_device;
(this._callback || (() => {}))(value); }
});
current_state(): InputState {
return this._current_state;
}
disable_filter(type: filter.Type) {
const filter = this.get_filter(type) as filters.NativeFilter;
if(filter.is_enabled())
filter.enabled = false;
filter.finalize();
}
enable_filter(type: filter.Type) {
const filter = this.get_filter(type) as filters.NativeFilter;
if(!filter.is_enabled()) {
filter.enabled = true;
filter.initialize();
}
}
clear_filter() {
for(const filter of this.filters) {
filter.enabled = false;
filter.finalize();
}
}
get_filter(type: filter.Type): filter.Filter | undefined {
for(const filter of this.filters)
if(filter.type === type)
return filter;
let _filter: filters.NativeFilter;
switch (type) {
case filter.Type.THRESHOLD:
_filter = new filters.NThresholdFilter(this);
break;
case filter.Type.STATE:
_filter = new filters.NStateFilter(this);
break;
case filter.Type.VOICE_LEVEL:
_filter = new filters.NVoiceLevelFilter(this);
break;
default:
throw "this filter isn't supported!";
}
this.filters.push(_filter);
return _filter;
}
supports_filter(type: filter.Type) : boolean {
switch (type) {
case filter.Type.THRESHOLD:
case filter.Type.STATE:
case filter.Type.VOICE_LEVEL:
return true;
default:
return false;
}
}
async start(): Promise<InputStartResult> {
try {
await this.stop();
} catch(error) {
console.warn(tr("Failed to stop old record session before start (%o)"), error);
} }
destory() { this._current_state = InputState.DRY;
if(this._filter) { try {
this._filter.set_analyze_filter(undefined); if(this._current_device)
this._consumer.unregister_filter(this._filter); await new Promise((resolve, reject) => {
} this.handle.start(flag => {
if(this._consumer) if(flag)
this._recorder.delete_consumer(this._consumer); resolve();
this._recorder.stop(); else
this._recorder.set_device(undefined, () => {}); /* -1 := No device */ reject("start failed");
this._recorder = undefined; });
this._consumer = undefined; });
this._filter = undefined; for(const filter of this.filters)
if(filter.is_enabled())
filter.initialize();
return InputStartResult.EOK;
} catch(error) {
this._current_state = InputState.PAUSED;
throw error;
} }
}
device(): audio.recorder.InputDevice { async stop(): Promise<void> {
return this._device; this.handle.stop();
} for(const filter of this.filters)
filter.finalize();
if(this.callback_end)
this.callback_end();
this._current_state = InputState.PAUSED;
}
set_observer(callback: (value: number) => any) { get_volume(): number {
this._callback = callback; return this.handle.get_volume();
} }
set_volume(volume: number) {
this.handle.set_volume(volume);
} }
} }
Object.assign(window["audio"] || (window["audio"] = {} as any), _audio); export async function create_levelmeter(device: InputDevice) : Promise<LevelMeter> {
const meter = new NativeLevelmenter(device as any);
await meter.initialize();
return meter;
}
class NativeLevelmenter implements LevelMeter {
readonly _device: NativeDevice;
private _callback: (num: number) => any;
private _recorder: audio.record.AudioRecorder;
private _consumer: audio.record.AudioConsumer;
private _filter: audio.record.ThresholdConsumeFilter;
constructor(device: NativeDevice) {
this._device = device;
}
async initialize() {
try {
this._recorder = audio.record.create_recorder();
this._consumer = this._recorder.create_consumer();
this._filter = this._consumer.create_filter_threshold(.5);
this._filter.set_attack_smooth(.75);
this._filter.set_release_smooth(.75);
await new Promise(resolve => this._recorder.set_device(this._device ? this._device.unique_id : undefined, resolve));
await new Promise((resolve, reject) => {
this._recorder.start(flag => {
if (typeof flag === "boolean" && flag)
resolve();
else
reject(typeof flag === "string" ? flag : "failed to start");
});
});
} catch (error) {
if (typeof (error) === "string")
throw error;
console.warn(tr("Failed to initialize levelmeter for device %o: %o"), this._device, error);
throw "initialize failed (lookup console)";
}
/* references this variable, needs a destory() call, else memory leak */
this._filter.set_analyze_filter(value => {
(this._callback || (() => {
}))(value);
});
}
destory() {
if (this._filter) {
this._filter.set_analyze_filter(undefined);
this._consumer.unregister_filter(this._filter);
}
if (this._consumer)
this._recorder.delete_consumer(this._consumer);
this._recorder.stop();
this._recorder.set_device(undefined, () => {
}); /* -1 := No device */
this._recorder = undefined;
this._consumer = undefined;
this._filter = undefined;
}
device(): InputDevice {
return this._device;
}
set_observer(callback: (value: number) => any) {
this._callback = callback;
}
}

45
modules/renderer/audio/sounds.ts
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@ -1,31 +1,24 @@
window["require_setup"](module); import {audio as naudio} from "tc-native/connection";
// <reference types="../imports/import_shared.d.ts" />
/// <reference types="../../modules/renderer/imports/imports_shared.d.ts" />
import {audio as naudio} from "teaclient_connection";
import * as paths from "path"; import * as paths from "path";
import {SoundFile} from "tc-shared/sound/Sounds";
namespace audio.sounds { export async function play_sound(file: SoundFile) : Promise<void> {
export async function play_sound(file: sound.SoundFile) : Promise<void> { await new Promise((resolve, reject) => {
await new Promise((resolve, reject) => { let pathname = paths.dirname(decodeURIComponent(location.pathname));
let pathname = paths.dirname(decodeURIComponent(location.pathname)); if(pathname[0] === '/' && pathname[2] === ':') //e.g.: /C:/test...
if(pathname[0] === '/' && pathname[2] === ':') //e.g.: /C:/test... pathname = pathname.substr(1);
pathname = pathname.substr(1); const path = paths.join(pathname, file.path);
const path = paths.join(pathname, file.path);
console.log(path); console.log(path);
naudio.sounds.playback_sound({ naudio.sounds.playback_sound({
callback: (result, message) => { callback: (result, message) => {
if(result == naudio.sounds.PlaybackResult.SUCCEEDED) if(result == naudio.sounds.PlaybackResult.SUCCEEDED)
resolve(); resolve();
else else
reject(naudio.sounds.PlaybackResult[result].toLowerCase() + ": " + message); reject(naudio.sounds.PlaybackResult[result].toLowerCase() + ": " + message);
}, },
file: path, file: path,
volume: file.volume volume: file.volume
});
}); });
} });
} }
Object.assign(window["audio"] || (window["audio"] = {} as any), audio);

16
modules/renderer/backend-impl/audio/player.ts Normal file
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@ -0,0 +1,16 @@
import * as handler from "../../audio/AudioPlayer";
export const initialize = handler.initialize;
export const initialized = handler.initialized;
export const context = handler.context;
export const get_master_volume = handler.get_master_volume;
export const set_master_volume = handler.set_master_volume;
export const on_ready = handler.on_ready;
export const available_devices = handler.available_devices;
export const set_device = handler.set_device;
export const current_device = handler.current_device;
export const initializeFromGesture = () => {};

8
modules/renderer/backend-impl/audio/recorder.ts Normal file
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@ -0,0 +1,8 @@
import * as handler from "../../audio/AudioRecorder";
export const devices = handler.devices;
export const device_refresh_available = handler.device_refresh_available;
export const refresh_devices = handler.refresh_devices;
export const create_input = handler.create_input;
export const create_levelmeter = handler.create_levelmeter;

3
modules/renderer/backend-impl/audio/sounds.ts Normal file
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@ -0,0 +1,3 @@
import * as handler from "../../audio/sounds";
export const play_sound = handler.play_sound;

4
modules/renderer/backend-impl/connection.ts Normal file
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@ -0,0 +1,4 @@
import * as handler from "../connection/ServerConnection";
export const spawn_server_connection = handler.spawn_server_connection;
export const destroy_server_connection = handler.destroy_server_connection;

4
modules/renderer/backend-impl/dns.ts Normal file
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@ -0,0 +1,4 @@
import * as handler from "../dns/dns_resolver";
export const supported = handler.supported;
export const resolve_address = handler.resolve_address;

12
modules/renderer/backend-impl/ppt.ts Normal file
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@ -0,0 +1,12 @@
import * as handler from "../ppt";
export const initialize = handler.initialize;
export const finalize = handler.finalize;
export const register_key_listener = handler.register_key_listener;
export const unregister_key_listener = handler.unregister_key_listener;
export const register_key_hook = handler.register_key_hook;
export const unregister_key_hook = handler.unregister_key_hook;
export const key_pressed = handler.key_pressed;

328
modules/renderer/connection/FileTransfer.ts
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@ -1,186 +1,180 @@
/// <reference path="../imports/imports_shared.d.ts" /> import * as native from "tc-native/connection";
window["require_setup"](module);
import * as native from "teaclient_connection";
import * as path from "path"; import * as path from "path";
import {DownloadKey, DownloadTransfer, UploadKey, UploadTransfer} from "tc-shared/FileManager";
import {base64_encode_ab, str2ab8} from "tc-shared/utils/buffers";
namespace _transfer { class NativeFileDownload implements DownloadTransfer {
class NativeFileDownload implements transfer.DownloadTransfer { readonly key: DownloadKey;
readonly key: transfer.DownloadKey; private _handle: native.ft.NativeFileTransfer;
private _handle: native.ft.NativeFileTransfer; private _buffer: Uint8Array;
private _buffer: Uint8Array;
private _result: Promise<void>; private _result: Promise<void>;
private _response: Response; private _response: Response;
private _result_success: () => any; private _result_success: () => any;
private _result_error: (error: any) => any; private _result_error: (error: any) => any;
constructor(key: transfer.DownloadKey) { constructor(key: DownloadKey) {
this.key = key; this.key = key;
this._buffer = new Uint8Array(key.total_size); this._buffer = new Uint8Array(key.total_size);
this._handle = native.ft.spawn_connection({ this._handle = native.ft.spawn_connection({
client_transfer_id: key.client_transfer_id, client_transfer_id: key.client_transfer_id,
server_transfer_id: key.server_transfer_id, server_transfer_id: key.server_transfer_id,
remote_address: key.peer.hosts[0], remote_address: key.peer.hosts[0],
remote_port: key.peer.port, remote_port: key.peer.port,
transfer_key: key.key, transfer_key: key.key,
object: native.ft.download_transfer_object_from_buffer(this._buffer.buffer) object: native.ft.download_transfer_object_from_buffer(this._buffer.buffer)
}); });
}
get_key(): transfer.DownloadKey {
return this.key;
}
async request_file(): Promise<Response> {
if(this._response)
return this._response;
try {
await (this._result || this._start_transfer());
} catch(error) {
throw error;
}
if(this._response)
return this._response;
const buffer = this._buffer.buffer.slice(this._buffer.byteOffset, this._buffer.byteOffset + Math.min(64, this._buffer.byteLength));
/* may another task has been stepped by and already set the response */
return this._response || (this._response = new Response(this._buffer, {
status: 200,
statusText: "success",
headers: {
"X-media-bytes": base64_encode_ab(buffer)
}
}));
}
_start_transfer() : Promise<void> {
return this._result = new Promise((resolve, reject) => {
this._result_error = (error) => {
this._result_error = undefined;
this._result_success = undefined;
reject(error);
};
this._result_success = () => {
this._result_error = undefined;
this._result_success = undefined;
resolve();
};
this._handle.callback_failed = this._result_error;
this._handle.callback_finished = aborted => {
if(aborted)
this._result_error("aborted");
else
this._result_success();
};
this._handle.start();
});
}
} }
class NativeFileUpload implements transfer.UploadTransfer { get_key(): DownloadKey {
readonly transfer_key: transfer.UploadKey; return this.key;
private _handle: native.ft.NativeFileTransfer;
private _result: Promise<void>;
private _result_success: () => any;
private _result_error: (error: any) => any;
constructor(key: transfer.UploadKey) {
this.transfer_key = key;
}
async put_data(data: BlobPart | File) : Promise<void> {
if(this._result) {
await this._result;
return;
}
let buffer: native.ft.FileTransferSource;
if(data instanceof File) {
if(data.size != this.transfer_key.total_size)
throw "invalid size";
buffer = native.ft.upload_transfer_object_from_file(path.dirname(data.path), data.name);
} else if(typeof(data) === "string") {
if(data.length != this.transfer_key.total_size)
throw "invalid size";
buffer = native.ft.upload_transfer_object_from_buffer(str2ab8(data));
} else {
let buf = <BufferSource>data;
if(buf.byteLength != this.transfer_key.total_size)
throw "invalid size";
if(ArrayBuffer.isView(buf))
buf = buf.buffer.slice(buf.byteOffset);
buffer = native.ft.upload_transfer_object_from_buffer(buf);
}
this._handle = native.ft.spawn_connection({
client_transfer_id: this.transfer_key.client_transfer_id,
server_transfer_id: this.transfer_key.server_transfer_id,
remote_address: this.transfer_key.peer.hosts[0],
remote_port: this.transfer_key.peer.port,
transfer_key: this.transfer_key.key,
object: buffer
});
await (this._result = new Promise((resolve, reject) => {
this._result_error = (error) => {
this._result_error = undefined;
this._result_success = undefined;
reject(error);
};
this._result_success = () => {
this._result_error = undefined;
this._result_success = undefined;
resolve();
};
this._handle.callback_failed = this._result_error;
this._handle.callback_finished = aborted => {
if(aborted)
this._result_error("aborted");
else
this._result_success();
};
this._handle.start();
}));
}
get_key(): transfer.UploadKey {
return this.transfer_key;
}
} }
async request_file(): Promise<Response> {
if(this._response)
return this._response;
export function spawn_download_transfer(key: transfer.DownloadKey) : transfer.DownloadTransfer { try {
return new NativeFileDownload(key); await (this._result || this._start_transfer());
} catch(error) {
throw error;
}
if(this._response)
return this._response;
const buffer = this._buffer.buffer.slice(this._buffer.byteOffset, this._buffer.byteOffset + Math.min(64, this._buffer.byteLength));
/* may another task has been stepped by and already set the response */
return this._response || (this._response = new Response(this._buffer, {
status: 200,
statusText: "success",
headers: {
"X-media-bytes": base64_encode_ab(buffer)
}
}));
} }
_start_transfer() : Promise<void> {
return this._result = new Promise((resolve, reject) => {
this._result_error = (error) => {
this._result_error = undefined;
this._result_success = undefined;
reject(error);
};
this._result_success = () => {
this._result_error = undefined;
this._result_success = undefined;
resolve();
};
export function spawn_upload_transfer(key: transfer.UploadKey) : transfer.UploadTransfer { this._handle.callback_failed = this._result_error;
return new NativeFileUpload(key); this._handle.callback_finished = aborted => {
if(aborted)
this._result_error("aborted");
else
this._result_success();
};
this._handle.start();
});
} }
} }
Object.assign(window["transfer"] || (window["transfer"] = {} as any), _transfer); class NativeFileUpload implements UploadTransfer {
readonly transfer_key: UploadKey;
private _handle: native.ft.NativeFileTransfer;
private _result: Promise<void>;
private _result_success: () => any;
private _result_error: (error: any) => any;
constructor(key: UploadKey) {
this.transfer_key = key;
}
async put_data(data: BlobPart | File) : Promise<void> {
if(this._result) {
await this._result;
return;
}
let buffer: native.ft.FileTransferSource;
if(data instanceof File) {
if(data.size != this.transfer_key.total_size)
throw "invalid size";
buffer = native.ft.upload_transfer_object_from_file(path.dirname(data.path), data.name);
} else if(typeof(data) === "string") {
if(data.length != this.transfer_key.total_size)
throw "invalid size";
buffer = native.ft.upload_transfer_object_from_buffer(str2ab8(data));
} else {
let buf = <BufferSource>data;
if(buf.byteLength != this.transfer_key.total_size)
throw "invalid size";
if(ArrayBuffer.isView(buf))
buf = buf.buffer.slice(buf.byteOffset);
buffer = native.ft.upload_transfer_object_from_buffer(buf);
}
this._handle = native.ft.spawn_connection({
client_transfer_id: this.transfer_key.client_transfer_id,
server_transfer_id: this.transfer_key.server_transfer_id,
remote_address: this.transfer_key.peer.hosts[0],
remote_port: this.transfer_key.peer.port,
transfer_key: this.transfer_key.key,
object: buffer
});
await (this._result = new Promise((resolve, reject) => {
this._result_error = (error) => {
this._result_error = undefined;
this._result_success = undefined;
reject(error);
};
this._result_success = () => {
this._result_error = undefined;
this._result_success = undefined;
resolve();
};
this._handle.callback_failed = this._result_error;
this._handle.callback_finished = aborted => {
if(aborted)
this._result_error("aborted");
else
this._result_success();
};
this._handle.start();
}));
}
get_key(): UploadKey {
return this.transfer_key;
}
}
export function spawn_download_transfer(key: DownloadKey) : DownloadTransfer {
return new NativeFileDownload(key);
}
export function spawn_upload_transfer(key: UploadKey) : UploadTransfer {
return new NativeFileUpload(key);
}

592
modules/renderer/connection/ServerConnection.ts
View File

@ -1,318 +1,318 @@
/// <reference path="../imports/imports_shared.d.ts" /> import {AbstractCommandHandler, AbstractCommandHandlerBoss} from "tc-shared/connection/AbstractCommandHandler";
window["require_setup"](module);
import { import {
destroy_server_connection as _destroy_server_connection, AbstractServerConnection, CommandOptionDefaults, CommandOptions,
NativeServerConnection, ConnectionStateListener,
ServerType, ServerCommand,
spawn_server_connection as _spawn_server_connection voice
} from "teaclient_connection"; } from "tc-shared/connection/ConnectionBase";
import {_audio} from "./VoiceConnection"; import {CommandResult} from "tc-shared/connection/ServerConnectionDeclaration";
import {tr} from "tc-shared/i18n/localize";
import {ConnectionHandler, ConnectionState, DisconnectReason} from "tc-shared/ConnectionHandler";
import {NativeServerConnection, ServerType, spawn_server_connection as spawn_native_server_connection, destroy_server_connection as destroy_native_server_connection} from "tc-native/connection";
import {ConnectionCommandHandler} from "tc-shared/connection/CommandHandler";
import {HandshakeHandler} from "tc-shared/connection/HandshakeHandler";
import {ServerAddress} from "tc-shared/ui/server";
import {TeaSpeakHandshakeHandler} from "tc-shared/profiles/identities/TeamSpeakIdentity";
import AbstractVoiceConnection = voice.AbstractVoiceConnection;
import {VoiceConnection} from "./VoiceConnection";
export namespace _connection { class ErrorCommandHandler extends AbstractCommandHandler {
export namespace native { private _handle: ServerConnection;
import VoiceConnection = _audio.native.VoiceConnection;
class ErrorCommandHandler extends connection.AbstractCommandHandler { constructor(handle: ServerConnection) {
private _handle: ServerConnection; super(handle);
this._handle = handle;
}
constructor(handle: ServerConnection) { handle_command(command: ServerCommand): boolean {
super(handle); if(command.command === "error") {
this._handle = handle; const return_listener: {[key: string]: (result: CommandResult) => any} = this._handle["_return_listener"];
} const data = command.arguments[0];
handle_command(command: connection.ServerCommand): boolean { let return_code : string = data["return_code"];
if(command.command === "error") { if(!return_code) {
const return_listener: {[key: string]: (result: CommandResult) => any} = this._handle["_return_listener"]; const listener = return_listener["last_command"] || return_listener["_clientinit"];
const data = command.arguments[0]; if(typeof(listener) === "function") {
console.warn(tr("Received error without return code. Using last command (%o)"), listener);
let return_code : string = data["return_code"]; listener(new CommandResult(data));
if(!return_code) { delete return_listener["last_command"];
const listener = return_listener["last_command"] || return_listener["_clientinit"]; delete return_listener["_clientinit"];
if(typeof(listener) === "function") { } else {
console.warn(tr("Received error without return code. Using last command (%o)"), listener); console.warn(tr("Received error without return code."), data);
listener(new CommandResult(data));
delete return_listener["last_command"];
delete return_listener["_clientinit"];
} else {
console.warn(tr("Received error without return code."), data);
}
return false;
}
if(return_listener[return_code]) {
return_listener[return_code](new CommandResult(data));
} else {
console.warn(tr("Error received for no handler! (%o)"), data);
}
return true;
} else if(command.command == "initivexpand") {
if(command.arguments[0]["teaspeak"] == true) {
console.log("Using TeaSpeak identity type");
this._handle.handshake_handler().startHandshake();
}
return true;
} else if(command.command == "initivexpand2") {
/* its TeamSpeak or TeaSpeak with experimental 3.1 and not up2date */
this._handle["_do_teamspeak"] = true;
} else if(command.command == "initserver") {
const return_listener: {[key: string]: (result: CommandResult) => any} = this._handle["_return_listener"];
if(typeof(return_listener["_clientinit"]) === "function") {
return_listener["_clientinit"](new CommandResult({id: 0, message: ""}));
delete return_listener["_clientinit"];
}
if(this._handle.onconnectionstatechanged)
this._handle.onconnectionstatechanged(ConnectionState.INITIALISING, ConnectionState.CONNECTING);
} else if(command.command == "notifyconnectioninforequest") {
this._handle.send_command("setconnectioninfo",
{
//TODO calculate
connection_ping: 0.0000,
connection_ping_deviation: 0.0,
connection_packets_sent_speech: 0,
connection_packets_sent_keepalive: 0,
connection_packets_sent_control: 0,
connection_bytes_sent_speech: 0,
connection_bytes_sent_keepalive: 0,
connection_bytes_sent_control: 0,
connection_packets_received_speech: 0,
connection_packets_received_keepalive: 0,
connection_packets_received_control: 0,
connection_bytes_received_speech: 0,
connection_bytes_received_keepalive: 0,
connection_bytes_received_control: 0,
connection_server2client_packetloss_speech: 0.0000,
connection_server2client_packetloss_keepalive: 0.0000,
connection_server2client_packetloss_control: 0.0000,
connection_server2client_packetloss_total: 0.0000,
connection_bandwidth_sent_last_second_speech: 0,
connection_bandwidth_sent_last_second_keepalive: 0,
connection_bandwidth_sent_last_second_control: 0,
connection_bandwidth_sent_last_minute_speech: 0,
connection_bandwidth_sent_last_minute_keepalive: 0,
connection_bandwidth_sent_last_minute_control: 0,
connection_bandwidth_received_last_second_speech: 0,
connection_bandwidth_received_last_second_keepalive: 0,
connection_bandwidth_received_last_second_control: 0,
connection_bandwidth_received_last_minute_speech: 0,
connection_bandwidth_received_last_minute_keepalive: 0,
connection_bandwidth_received_last_minute_control: 0
}
);
} }
return false; return false;
} }
}
export class ServerConnection extends connection.AbstractServerConnection { if(return_listener[return_code]) {
private _native_handle: NativeServerConnection; return_listener[return_code](new CommandResult(data));
private _voice_connection: VoiceConnection; } else {
console.warn(tr("Error received for no handler! (%o)"), data);
private _do_teamspeak: boolean; }
private _return_listener: {[key: string]: (result: CommandResult) => any} = {};
private _command_handler: NativeConnectionCommandBoss;
private _command_error_handler: ErrorCommandHandler;
private _command_handler_default: connection.ConnectionCommandHandler;
private _remote_address: ServerAddress;
private _handshake_handler: connection.HandshakeHandler;
private _return_code_index: number = 0;
onconnectionstatechanged: connection.ConnectionStateListener;
constructor(props: ConnectionHandler) {
super(props);
this._command_handler = new NativeConnectionCommandBoss(this);
this._command_error_handler = new ErrorCommandHandler(this);
this._command_handler_default = new connection.ConnectionCommandHandler(this);
this._command_handler.register_handler(this._command_error_handler);
this._command_handler.register_handler(this._command_handler_default);
this._native_handle = _spawn_server_connection();
this._native_handle.callback_disconnect = reason => {
this.client.handleDisconnect(DisconnectReason.CONNECTION_CLOSED, {
reason: reason,
event: event
});
};
this._native_handle.callback_command = (command, args, switches) => {
console.log("Received: %o %o %o", command, args, switches);
//FIXME catch error
this._command_handler.invoke_handle({
command: command,
arguments: args
});
};
this._voice_connection = new VoiceConnection(this, this._native_handle._voice_connection);
this.command_helper.initialize();
this._voice_connection.setup();
}
native_handle() : NativeServerConnection {
return this._native_handle;
}
finalize() {
if(this._native_handle)
_destroy_server_connection(this._native_handle);
this._native_handle = undefined;
}
connect(address: ServerAddress, handshake: connection.HandshakeHandler, timeout?: number): Promise<void> {
this._remote_address = address;
this._handshake_handler = handshake;
this._do_teamspeak = false;
handshake.setConnection(this);
handshake.initialize();
return new Promise<void>((resolve, reject) => {
this._native_handle.connect({
remote_host: address.host,
remote_port: address.port,
timeout: typeof(timeout) === "number" ? timeout : -1,
callback: error => {
if(error != 0) {
/* required to notify the handle, just a promise reject does not work */
this.client.handleDisconnect(DisconnectReason.CONNECT_FAILURE, error);
reject(this._native_handle.error_message(error));
return;
} else {
resolve();
}
console.log("Remote server type: %o (%s)", this._native_handle.server_type, ServerType[this._native_handle.server_type]);
if(this._native_handle.server_type == ServerType.TEAMSPEAK || this._do_teamspeak) {
console.log("Trying to use TeamSpeak's identity system");
this.handshake_handler().on_teamspeak();
}
},
identity_key: (handshake.get_identity_handler() as profiles.identities.TeaSpeakHandshakeHandler).identity.private_key,
teamspeak: false
})
});
}
remote_address(): ServerAddress {
return this._remote_address;
}
handshake_handler(): connection.HandshakeHandler {
return this._handshake_handler;
}
connected(): boolean {
return typeof(this._native_handle) !== "undefined" && this._native_handle.connected();
}
disconnect(reason?: string): Promise<void> {
console.trace("Disconnect: %s",reason);
return new Promise<void>((resolve, reject) => this._native_handle.disconnect(reason || "", error => {
if(error == 0)
resolve();
else
reject(this._native_handle.error_message(error));
}));
}
support_voice(): boolean {
return true; return true;
} } else if(command.command == "initivexpand") {
if(command.arguments[0]["teaspeak"] == true) {
console.log("Using TeaSpeak identity type");
this._handle.handshake_handler().startHandshake();
}
return true;
} else if(command.command == "initivexpand2") {
/* its TeamSpeak or TeaSpeak with experimental 3.1 and not up2date */
this._handle["_do_teamspeak"] = true;
} else if(command.command == "initserver") {
const return_listener: {[key: string]: (result: CommandResult) => any} = this._handle["_return_listener"];
voice_connection(): connection.voice.AbstractVoiceConnection { if(typeof(return_listener["_clientinit"]) === "function") {
return this._voice_connection; return_listener["_clientinit"](new CommandResult({id: 0, message: ""}));
} delete return_listener["_clientinit"];
command_handler_boss(): connection.AbstractCommandHandlerBoss {
return this._command_handler;
}
private generate_return_code() : string {
return (this._return_code_index++).toString();
}
send_command(command: string, data?: any, _options?: connection.CommandOptions): Promise<CommandResult> {
if(!this.connected()) {
console.warn(tr("Tried to send a command without a valid connection."));
return Promise.reject(tr("not connected"));
} }
const options: connection.CommandOptions = {}; if(this._handle.onconnectionstatechanged)
Object.assign(options, connection.CommandOptionDefaults); this._handle.onconnectionstatechanged(ConnectionState.INITIALISING, ConnectionState.CONNECTING);
Object.assign(options, _options); } else if(command.command == "notifyconnectioninforequest") {
this._handle.send_command("setconnectioninfo",
{
//TODO calculate
connection_ping: 0.0000,
connection_ping_deviation: 0.0,
data = $.isArray(data) ? data : [data || {}]; connection_packets_sent_speech: 0,
if(data.length == 0) /* we require min one arg to append return_code */ connection_packets_sent_keepalive: 0,
data.push({}); connection_packets_sent_control: 0,
connection_bytes_sent_speech: 0,
let return_code = data[0]["return_code"] !== undefined ? data[0].return_code : this.generate_return_code(); connection_bytes_sent_keepalive: 0,
data[0]["return_code"] = return_code; connection_bytes_sent_control: 0,
connection_packets_received_speech: 0,
console.log("Sending %s (%o)", command, data); connection_packets_received_keepalive: 0,
const promise = new Promise<CommandResult>((resolve, reject) => { connection_packets_received_control: 0,
const timeout_id = setTimeout(() => { connection_bytes_received_speech: 0,
delete this._return_listener[return_code]; connection_bytes_received_keepalive: 0,
reject("timeout"); connection_bytes_received_control: 0,
}, 5000); connection_server2client_packetloss_speech: 0.0000,
connection_server2client_packetloss_keepalive: 0.0000,
this._return_listener[return_code] = result => { connection_server2client_packetloss_control: 0.0000,
clearTimeout(timeout_id); connection_server2client_packetloss_total: 0.0000,
delete this._return_listener[return_code]; connection_bandwidth_sent_last_second_speech: 0,
connection_bandwidth_sent_last_second_keepalive: 0,
(result.success ? resolve : reject)(result); connection_bandwidth_sent_last_second_control: 0,
}; connection_bandwidth_sent_last_minute_speech: 0,
connection_bandwidth_sent_last_minute_keepalive: 0,
if(command == "clientinit") connection_bandwidth_sent_last_minute_control: 0,
this._return_listener["_clientinit"] = this._return_listener[return_code]; /* fix for TS3 (clientinit does not accept a return code) */ connection_bandwidth_received_last_second_speech: 0,
connection_bandwidth_received_last_second_keepalive: 0,
try { connection_bandwidth_received_last_second_control: 0,
this._native_handle.send_command(command, data, options.flagset || []); connection_bandwidth_received_last_minute_speech: 0,
} catch(error) { connection_bandwidth_received_last_minute_keepalive: 0,
console.warn(tr("Failed to send command: %o"), error); connection_bandwidth_received_last_minute_control: 0
} }
}); );
return this._command_handler_default.proxy_command_promise(promise, options);
} }
return false;
}
}
ping(): { native: number; javascript?: number } { export class ServerConnection extends AbstractServerConnection {
return { private _native_handle: NativeServerConnection;
native: this._native_handle ? (this._native_handle.current_ping() / 1000) : -2 private _voice_connection: VoiceConnection;
};
private _do_teamspeak: boolean;
private _return_listener: {[key: string]: (result: CommandResult) => any} = {};
private _command_handler: NativeConnectionCommandBoss;
private _command_error_handler: ErrorCommandHandler;
private _command_handler_default: ConnectionCommandHandler;
private _remote_address: ServerAddress;
private _handshake_handler: HandshakeHandler;
private _return_code_index: number = 0;
onconnectionstatechanged: ConnectionStateListener;
constructor(props: ConnectionHandler) {
super(props);
this._command_handler = new NativeConnectionCommandBoss(this);
this._command_error_handler = new ErrorCommandHandler(this);
this._command_handler_default = new ConnectionCommandHandler(this);
this._command_handler.register_handler(this._command_error_handler);
this._command_handler.register_handler(this._command_handler_default);
this._native_handle = spawn_native_server_connection();
this._native_handle.callback_disconnect = reason => {
this.client.handleDisconnect(DisconnectReason.CONNECTION_CLOSED, {
reason: reason,
event: event
});
};
this._native_handle.callback_command = (command, args, switches) => {
console.log("Received: %o %o %o", command, args, switches);
//FIXME catch error
this._command_handler.invoke_handle({
command: command,
arguments: args
});
};
this._voice_connection = new VoiceConnection(this, this._native_handle._voice_connection);
this.command_helper.initialize();
this._voice_connection.setup();
}
native_handle() : NativeServerConnection {
return this._native_handle;
}
finalize() {
if(this._native_handle)
destroy_native_server_connection(this._native_handle);
this._native_handle = undefined;
}
connect(address: ServerAddress, handshake: HandshakeHandler, timeout?: number): Promise<void> {
this._remote_address = address;
this._handshake_handler = handshake;
this._do_teamspeak = false;
handshake.setConnection(this);
handshake.initialize();
return new Promise<void>((resolve, reject) => {
this._native_handle.connect({
remote_host: address.host,
remote_port: address.port,
timeout: typeof(timeout) === "number" ? timeout : -1,
callback: error => {
if(error != 0) {
/* required to notify the handle, just a promise reject does not work */
this.client.handleDisconnect(DisconnectReason.CONNECT_FAILURE, error);
reject(this._native_handle.error_message(error));
return;
} else {
resolve();
}
console.log("Remote server type: %o (%s)", this._native_handle.server_type, ServerType[this._native_handle.server_type]);
if(this._native_handle.server_type == ServerType.TEAMSPEAK || this._do_teamspeak) {
console.log("Trying to use TeamSpeak's identity system");
this.handshake_handler().on_teamspeak();
}
},
identity_key: (handshake.get_identity_handler() as TeaSpeakHandshakeHandler).identity.private_key,
teamspeak: false
})
});
}
remote_address(): ServerAddress {
return this._remote_address;
}
handshake_handler(): HandshakeHandler {
return this._handshake_handler;
}
connected(): boolean {
return typeof(this._native_handle) !== "undefined" && this._native_handle.connected();
}
disconnect(reason?: string): Promise<void> {
console.trace("Disconnect: %s",reason);
return new Promise<void>((resolve, reject) => this._native_handle.disconnect(reason || "", error => {
if(error == 0)
resolve();
else
reject(this._native_handle.error_message(error));
}));
}
support_voice(): boolean {
return true;
}
voice_connection(): AbstractVoiceConnection {
return this._voice_connection;
}
command_handler_boss(): AbstractCommandHandlerBoss {
return this._command_handler;
}
private generate_return_code() : string {
return (this._return_code_index++).toString();
}
send_command(command: string, data?: any, _options?: CommandOptions): Promise<CommandResult> {
if(!this.connected()) {
console.warn(tr("Tried to send a command without a valid connection."));
return Promise.reject(tr("not connected"));
}
const options: CommandOptions = {};
Object.assign(options, CommandOptionDefaults);
Object.assign(options, _options);
data = $.isArray(data) ? data : [data || {}];
if(data.length == 0) /* we require min one arg to append return_code */
data.push({});
let return_code = data[0]["return_code"] !== undefined ? data[0].return_code : this.generate_return_code();
data[0]["return_code"] = return_code;
console.log("Sending %s (%o)", command, data);
const promise = new Promise<CommandResult>((resolve, reject) => {
const timeout_id = setTimeout(() => {
delete this._return_listener[return_code];
reject("timeout");
}, 5000);
this._return_listener[return_code] = result => {
clearTimeout(timeout_id);
delete this._return_listener[return_code];
(result.success ? resolve : reject)(result);
};
if(command == "clientinit")
this._return_listener["_clientinit"] = this._return_listener[return_code]; /* fix for TS3 (clientinit does not accept a return code) */
try {
this._native_handle.send_command(command, data, options.flagset || []);
} catch(error) {
console.warn(tr("Failed to send command: %o"), error);
} }
} });
return this._command_handler_default.proxy_command_promise(promise, options);
} }
export class NativeConnectionCommandBoss extends connection.AbstractCommandHandlerBoss { ping(): { native: number; javascript?: number } {
constructor(connection: connection.AbstractServerConnection) { return {
super(connection); native: this._native_handle ? (this._native_handle.current_ping() / 1000) : -2
} };
}
/* override the "normal" connection */
export function spawn_server_connection(handle: ConnectionHandler) : connection.AbstractServerConnection {
console.log("Spawning native connection");
return new native.ServerConnection(handle); /* will be overridden by the client */
}
export function destroy_server_connection(handle: connection.AbstractServerConnection) {
if(!(handle instanceof native.ServerConnection))
throw "invalid handle";
//TODO: Here!
console.log("Call to destroy a server connection");
} }
} }
Object.assign(window["connection"] || (window["connection"] = {} as any), _connection);
export class NativeConnectionCommandBoss extends AbstractCommandHandlerBoss {
constructor(connection: AbstractServerConnection) {
super(connection);
}
}
/* override the "normal" connection */
export function spawn_server_connection(handle: ConnectionHandler) : AbstractServerConnection {
console.log("Spawning native connection");
return new ServerConnection(handle); /* will be overridden by the client */
}
export function destroy_server_connection(handle: AbstractServerConnection) {
if(!(handle instanceof ServerConnection))
throw "invalid handle";
//TODO: Here!
console.log("Call to destroy a server connection");
}

342
modules/renderer/connection/VoiceConnection.ts
View File

@ -1,182 +1,180 @@
import {_connection} from "./ServerConnection"; import {voice} from "tc-shared/connection/ConnectionBase";
import {_audio as _recorder} from "../audio/AudioRecorder"; import AbstractVoiceConnection = voice.AbstractVoiceConnection;
import {ServerConnection} from "./ServerConnection";
import {NativeVoiceConnection} from "tc-native/connection";
import {RecorderProfile} from "tc-shared/voice/RecorderProfile";
import {tr} from "tc-shared/i18n/localize";
import {LogCategory} from "tc-shared/log";
import * as log from "tc-shared/log";
import VoiceClient = voice.VoiceClient;
import LatencySettings = voice.LatencySettings;
import {NativeInput} from "../audio/AudioRecorder";
import { export class VoiceConnection extends AbstractVoiceConnection {
NativeVoiceConnection, readonly connection: ServerConnection;
NativeVoiceClient readonly handle: NativeVoiceConnection;
} from "teaclient_connection";
export namespace _audio { private _audio_source: RecorderProfile;
export namespace native {
import ServerConnection = _connection.native.ServerConnection;
export class VoiceConnection extends connection.voice.AbstractVoiceConnection { constructor(connection: ServerConnection, voice: NativeVoiceConnection) {
readonly connection: ServerConnection; super(connection);
readonly handle: NativeVoiceConnection; this.connection = connection;
this.handle = voice;
}
private _audio_source: RecorderProfile; setup() { }
constructor(connection: ServerConnection, voice: NativeVoiceConnection) { async acquire_voice_recorder(recorder: RecorderProfile | undefined, enforce?: boolean) {
super(connection); if(this._audio_source === recorder && !enforce)
this.connection = connection; return;
this.handle = voice;
}
setup() { } if(this._audio_source)
await this._audio_source.unmount();
async acquire_voice_recorder(recorder: RecorderProfile | undefined, enforce?: boolean) { if(recorder) {
if(this._audio_source === recorder && !enforce) if(!(recorder.input instanceof NativeInput))
return; throw "Recorder input must be an instance of NativeInput!";
await recorder.unmount();
if(this._audio_source)
await this._audio_source.unmount();
if(recorder) {
if(!(recorder.input instanceof _recorder.recorder.NativeInput))
throw "Recorder input must be an instance of NativeInput!";
await recorder.unmount();
}
this.handleVoiceEnded();
this._audio_source = recorder;
if(recorder) {
recorder.current_handler = this.connection.client;
recorder.callback_unmount = () => {
this._audio_source = undefined;
this.handle.set_audio_source(undefined);
this.connection.client.update_voice_status(undefined);
};
recorder.callback_start = this.on_voice_started.bind(this);
recorder.callback_stop = this.handleVoiceEnded.bind(this);
recorder.callback_support_change = () => {
this.connection.client.update_voice_status(undefined);
};
this.handle.set_audio_source((recorder.input as _recorder.recorder.NativeInput).consumer);
}
this.connection.client.update_voice_status(undefined);
}
voice_playback_support() : boolean {
return this.connection.connected();
}
voice_send_support() : boolean {
return this.connection.connected();
}
private current_channel_codec() : number {
const chandler = this.connection.client;
return (chandler.getClient().currentChannel() || {properties: { channel_codec: 4}}).properties.channel_codec;
}
private handleVoiceEnded() {
const chandler = this.connection.client;
chandler.getClient().speaking = false;
if(!chandler.connected)
return false;
if(chandler.client_status.input_muted)
return false;
console.log(tr("Local voice ended"));
//TODO
}
private on_voice_started() {
const chandler = this.connection.client;
if(chandler.client_status.input_muted) {
/* evil hack due to the settings :D */
log.warn(LogCategory.VOICE, tr("Received local voice started event, even thou we're muted! Do not send any voice."));
if(this.handle) {
this.handle.enable_voice_send(false);
}
return;
}
log.info(LogCategory.VOICE, tr("Local voice started"));
this.handle.enable_voice_send(true);
const ch = chandler.getClient();
if(ch) ch.speaking = true;
}
connected(): boolean {
return true; /* we cant be disconnected at any time! */
}
voice_recorder(): RecorderProfile {
return this._audio_source;
}
available_clients(): connection.voice.VoiceClient[] {
return this.handle.available_clients().map(e => Object.assign(e, {
support_latency_settings() { return true; },
reset_latency_settings: function() {
const stream = this.get_stream();
stream.set_buffer_latency(0.02);
stream.set_buffer_max_latency(0.2);
return this.latency_settings();
},
latency_settings: function (settings?: connection.voice.LatencySettings) : connection.voice.LatencySettings {
const stream = this.get_stream();
if(typeof settings !== "undefined") {
stream.set_buffer_latency(settings.min_buffer / 1000);
stream.set_buffer_max_latency(settings.max_buffer / 100);
}
return {
max_buffer: Math.floor(stream.get_buffer_max_latency() * 1000),
min_buffer: Math.floor(stream.get_buffer_latency() * 1000)
};
},
support_flush() { return true; },
flush: function () {
const stream = this.get_stream();
stream.flush_buffer();
}
}));
}
find_client(client_id: number) : connection.voice.VoiceClient | undefined {
for(const client of this.available_clients())
if(client.client_id === client_id)
return client;
return undefined;
}
unregister_client(client: connection.voice.VoiceClient): Promise<void> {
this.handle.unregister_client(client.client_id);
return Promise.resolve();
}
register_client(client_id: number): connection.voice.VoiceClient {
const client = this.handle.register_client(client_id);
const c = this.find_client(client_id);
c.reset_latency_settings();
return c;
}
decoding_supported(codec: number): boolean {
return this.handle.decoding_supported(codec);
}
encoding_supported(codec: number): boolean {
return this.handle.encoding_supported(codec);
}
get_encoder_codec(): number {
return this.handle.get_encoder_codec();
}
set_encoder_codec(codec: number) {
return this.handle.set_encoder_codec(codec);
}
} }
this.handleVoiceEnded();
this._audio_source = recorder;
if(recorder) {
recorder.current_handler = this.connection.client;
recorder.callback_unmount = () => {
this._audio_source = undefined;
this.handle.set_audio_source(undefined);
this.connection.client.update_voice_status(undefined);
};
recorder.callback_start = this.on_voice_started.bind(this);
recorder.callback_stop = this.handleVoiceEnded.bind(this);
recorder.callback_support_change = () => {
this.connection.client.update_voice_status(undefined);
};
this.handle.set_audio_source((recorder.input as NativeInput).consumer);
}
this.connection.client.update_voice_status(undefined);
}
voice_playback_support() : boolean {
return this.connection.connected();
}
voice_send_support() : boolean {
return this.connection.connected();
}
private current_channel_codec() : number {
const chandler = this.connection.client;
return (chandler.getClient().currentChannel() || {properties: { channel_codec: 4}}).properties.channel_codec;
}
private handleVoiceEnded() {
const chandler = this.connection.client;
chandler.getClient().speaking = false;
if(!chandler.connected)
return false;
if(chandler.client_status.input_muted)
return false;
console.log(tr("Local voice ended"));
//TODO
}
private on_voice_started() {
const chandler = this.connection.client;
if(chandler.client_status.input_muted) {
/* evil hack due to the settings :D */
log.warn(LogCategory.VOICE, tr("Received local voice started event, even thou we're muted! Do not send any voice."));
if(this.handle) {
this.handle.enable_voice_send(false);
}
return;
}
log.info(LogCategory.VOICE, tr("Local voice started"));
this.handle.enable_voice_send(true);
const ch = chandler.getClient();
if(ch) ch.speaking = true;
}
connected(): boolean {
return true; /* we cant be disconnected at any time! */
}
voice_recorder(): RecorderProfile {
return this._audio_source;
}
available_clients(): VoiceClient[] {
return this.handle.available_clients().map(e => Object.assign(e, {
support_latency_settings() { return true; },
reset_latency_settings: function() {
const stream = this.get_stream();
stream.set_buffer_latency(0.02);
stream.set_buffer_max_latency(0.2);
return this.latency_settings();
},
latency_settings: function (settings?: LatencySettings) : LatencySettings {
const stream = this.get_stream();
if(typeof settings !== "undefined") {
stream.set_buffer_latency(settings.min_buffer / 1000);
stream.set_buffer_max_latency(settings.max_buffer / 100);
}
return {
max_buffer: Math.floor(stream.get_buffer_max_latency() * 1000),
min_buffer: Math.floor(stream.get_buffer_latency() * 1000)
};
},
support_flush() { return true; },
flush: function () {
const stream = this.get_stream();
stream.flush_buffer();
}
}));
}
find_client(client_id: number) : VoiceClient | undefined {
for(const client of this.available_clients())
if(client.client_id === client_id)
return client;
return undefined;
}
unregister_client(client: VoiceClient): Promise<void> {
this.handle.unregister_client(client.client_id);
return Promise.resolve();
}
register_client(client_id: number): VoiceClient {
const client = this.handle.register_client(client_id);
const c = this.find_client(client_id);
c.reset_latency_settings();
return c;
}
decoding_supported(codec: number): boolean {
return this.handle.decoding_supported(codec);
}
encoding_supported(codec: number): boolean {
return this.handle.encoding_supported(codec);
}
get_encoder_codec(): number {
return this.handle.get_encoder_codec();
}
set_encoder_codec(codec: number) {
return this.handle.set_encoder_codec(codec);
} }
} }

6
modules/renderer/context-menu.ts
View File

@ -1,7 +1,5 @@
import {class_to_image} from "./icon-helper"; import {class_to_image} from "./icon-helper";
import * as contextmenu from "tc-shared/ui/elements/ContextMenu";
window["require_setup"](module);
import * as electron from "electron"; import * as electron from "electron";
const remote = electron.remote; const remote = electron.remote;
const {Menu, MenuItem} = remote; const {Menu, MenuItem} = remote;
@ -124,5 +122,3 @@ class ElectronContextMenu implements contextmenu.ContextMenuProvider {
} }
contextmenu.set_provider(new ElectronContextMenu()); contextmenu.set_provider(new ElectronContextMenu());
export {};

48
modules/renderer/dns/dns_resolver.ts
View File

@ -1,34 +1,32 @@
/// <reference path="../imports/imports_shared.d.ts" /> import {ServerAddress} from "tc-shared/ui/server";
import * as loader from "tc-loader";
window["require_setup"](module); import {AddressTarget, ResolveOptions} from "tc-shared/dns";
import * as dns_handler from "teaclient_dns"; import * as dns_handler from "tc-native/dns";
namespace _dns { export function supported() { return true; }
export function supported() { return true; } export async function resolve_address(address: ServerAddress, _options?: ResolveOptions) : Promise<AddressTarget> {
export async function resolve_address(address: ServerAddress, _options?: dns.ResolveOptions) : Promise<dns.AddressTarget> { /* backwards compatibility */
/* backwards compatibility */ if(typeof(address) === "string") {
if(typeof(address) === "string") { address = {
address = { host: address,
host: address, port: 9987
port: 9987
}
} }
return new Promise<dns.AddressTarget>((resolve, reject) => {
dns_handler.resolve_cr(address.host, address.port, result => {
if(typeof(result) === "string")
reject(result);
else
resolve({
target_ip: result.host,
target_port: result.port
});
});
})
} }
return new Promise<AddressTarget>((resolve, reject) => {
dns_handler.resolve_cr(address.host, address.port, result => {
if(typeof(result) === "string")
reject(result);
else
resolve({
target_ip: result.host,
target_port: result.port
});
});
})
} }
Object.assign(window["dns"] || (window["dns"] = {} as any), _dns);
loader.register_task(loader.Stage.JAVASCRIPT_INITIALIZING, { loader.register_task(loader.Stage.JAVASCRIPT_INITIALIZING, {
name: "Native DNS initialized", name: "Native DNS initialized",
function: async () => { function: async () => {

2
modules/renderer/icon-helper.ts
View File

@ -33,7 +33,7 @@ export function class_to_image(klass: string) : NativeImage {
export async function initialize() { export async function initialize() {
if(!_div) { if(!_div) {
_div = $.spawn("div"); _div = $(document.createElement("div"));
_div.css('display', 'none'); _div.css('display', 'none');
_div.appendTo(document.body); _div.appendTo(document.body);
} }

5426
modules/renderer/imports/.copy_imports_shared.d.ts vendored
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97
modules/renderer/imports/.copy_imports_shared_loader.d.ts vendored
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@ -1,97 +0,0 @@
/* File: /home/wolverindev/TeaSpeak/Web-Client/shared/loader/loader.ts */
declare interface Window {
tr(message: string): string;
}
declare namespace loader {
export namespace config {
export const loader_groups;
export const verbose;
export const error;
}
export type Task = {
name: string;
priority: number; /* tasks with the same priority will be executed in sync */
function: () => Promise<void>;
};
export enum Stage {
/*
loading loader required files (incl this)
*/
INITIALIZING,
/*
setting up the loading process
*/
SETUP,
/*
loading all style sheet files
*/
STYLE,
/*
loading all javascript files
*/
JAVASCRIPT,
/*
loading all template files
*/
TEMPLATES,
/*
initializing static/global stuff
*/
JAVASCRIPT_INITIALIZING,
/*
finalizing load process
*/
FINALIZING,
/*
invoking main task
*/
LOADED,
DONE
}
export function get_cache_version();
export function finished();
export function running();
export function register_task(stage: Stage, task: Task);
export function execute(): Promise<any>;
export function execute_managed();
export type DependSource = {
url: string;
depends: string[];
};
export type SourcePath = string | DependSource | string[];
export class SyntaxError {
source: any;
constructor(source: any);
}
export function load_script(path: SourcePath): Promise<void>;
export function load_scripts(paths: SourcePath[]): Promise<void>;
export function load_style(path: SourcePath): Promise<void>;
export function load_styles(paths: SourcePath[]): Promise<void>;
export type ErrorHandler = (message: string, detail: string) => void;
export function critical_error(message: string, detail?: string);
export function critical_error_handler(handler?: ErrorHandler, override?: boolean): ErrorHandler;
}
declare let _fadeout_warned;
declare function fadeoutLoader(duration?, minAge?, ignoreAge?);
/* File: /home/wolverindev/TeaSpeak/Web-Client/shared/loader/app.ts */
declare interface Window {
$: JQuery;
}
declare namespace app {
export enum Type {
UNKNOWN,
CLIENT_RELEASE,
CLIENT_DEBUG,
WEB_DEBUG,
WEB_RELEASE
}
export let type: Type;
export function is_web();
export function ui_version();
}
declare const loader_javascript;
declare const loader_webassembly;
declare const loader_style;
declare function load_templates(): Promise<any>;

2
modules/renderer/imports/.gitignore vendored
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@ -1,2 +0,0 @@
imports_shared.d.ts
imports_shared_loader.d.ts

368
modules/renderer/index.ts
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@ -1,12 +1,7 @@
/// <reference path="imports/imports_shared.d.ts" /> /* --------------- bootstrap --------------- */
import * as rh from "./require-handler";
import {Arguments, parse_arguments, process_args} from "../shared/process-arguments";
import * as electron from "electron";
import {remote} from "electron";
import * as crash_handler from "../crash_handler"; import * as crash_handler from "../crash_handler";
import * as path from "path"; import * as path from "path";
import * as os from "os";
import ipcRenderer = electron.ipcRenderer;
/* first of all setup crash handler */ /* first of all setup crash handler */
{ {
@ -14,266 +9,155 @@ import ipcRenderer = electron.ipcRenderer;
crash_handler.initialize_handler("renderer", is_electron_run); crash_handler.initialize_handler("renderer", is_electron_run);
} }
interface Window { /* some decls */
$: any; declare global {
jQuery: any; interface Window {
jsrender: any; $: any;
jQuery: any;
jsrender: any;
impl_display_critical_error: any; impl_display_critical_error: any;
displayCriticalError: any; displayCriticalError: any;
teaclient_initialize: any; teaclient_initialize: any;
open_connected_question: () => Promise<boolean>; open_connected_question: () => Promise<boolean>;
}
} }
rh.initialize(path.join(__dirname, "backend-impl"));
/* --------------- main initialize --------------- */
import {Arguments, parse_arguments, process_args} from "../shared/process-arguments";
import * as electron from "electron";
import {remote} from "electron";
import * as os from "os";
import * as loader from "tc-loader";
import ipcRenderer = electron.ipcRenderer;
declare const window: Window;
export const require_native: NodeRequireFunction = id => require(id); /* we use out own jquery resource */
export const initialize = async () => { loader.register_task(loader.Stage.JAVASCRIPT, {
/* we use out own jquery resource */ name: "teaclient jquery",
loader.register_task(loader.Stage.JAVASCRIPT, { function: async () => {
name: "teaclient jquery", window.$ = require("jquery");
function: jquery_initialize, window.jQuery = window.$;
priority: 80 Object.assign(window.$, window.jsrender = require('jsrender'));
}); },
priority: 80
});
loader.register_task(loader.Stage.JAVASCRIPT, { loader.register_task(loader.Stage.INITIALIZING, {
name: "teaclient general", name: "teaclient initialize persistent storage",
function: load_basic_modules, function: async () => {
priority: 10 const storage = require("./PersistentLocalStorage");
}); await storage.initialize();
},
priority: 90
});
loader.register_task(loader.Stage.JAVASCRIPT_INITIALIZING, { loader.register_task(loader.Stage.INITIALIZING, {
name: "teaclient javascript init", name: "teaclient initialize logging",
function: load_modules, function: async () => {
priority: 50 const logger = require("./logger");
}); logger.setup();
},
priority: 80
});
loader.register_task(loader.Stage.INITIALIZING, { loader.register_task(loader.Stage.INITIALIZING, {
name: "teaclient initialize modules", name: "teaclient initialize error",
function: module_loader_setup, function: async () => {
priority: 60 const _impl = message => {
});
loader.register_task(loader.Stage.INITIALIZING, {
name: "teaclient initialize persistent storage",
function: async () => {
const storage = require("./PersistentLocalStorage");
await storage.initialize();
},
priority: 90
});
loader.register_task(loader.Stage.INITIALIZING, {
name: "teaclient initialize logging",
function: initialize_logging,
priority: 80
});
loader.register_task(loader.Stage.INITIALIZING, {
name: "teaclient initialize error",
function: initialize_error_handler,
priority: 100
});
loader.register_task(loader.Stage.INITIALIZING, {
name: "teaclient initialize arguments",
function: async () => {
parse_arguments();
if(process_args.has_value(Arguments.DUMMY_CRASH_RENDERER))
crash_handler.handler.crash();
if(!process_args.has_flag(Arguments.DEBUG)) { if(!process_args.has_flag(Arguments.DEBUG)) {
window.open_connected_question = () => remote.dialog.showMessageBox(remote.getCurrentWindow(), { console.error("Displaying critical error: %o", message);
type: 'question', message = message.replace(/<br>/i, "\n");
buttons: ['Yes', 'No'],
title: 'Confirm',
message: 'Are you really sure?\nYou\'re still connected!'
}).then(result => result.response === 0);
}
},
priority: 110
});
loader.register_task(loader.Stage.INITIALIZING, { const win = remote.getCurrentWindow();
name: 'gdb-waiter', remote.dialog.showMessageBox({
function: async () => { type: "error",
if(process_args.has_flag(Arguments.DEV_TOOLS_GDB)) { buttons: ["exit"],
console.log("Process ID: %d", process.pid); title: "A critical error happened!",
await new Promise(resolve => { message: message
console.log("Waiting for continue!");
const listener = () => {
console.log("Continue");
document.removeEventListener('click', listener);
resolve();
};
document.addEventListener('click', listener);
}); });
win.close();
} else {
console.error("Received critical error: %o", message);
console.error("Ignoring error due to the debug mode");
} }
}, };
priority: 100
});
loader.register_task(loader.Stage.LOADED, { if(window.impl_display_critical_error)
name: "argv connect", window.impl_display_critical_error = _impl;
function: async () => { else
ipcRenderer.send('basic-action', "parse-connect-arguments"); window.displayCriticalError = _impl;
}, },
priority: 0 priority: 100
}) });
};
const jquery_initialize = async () => { loader.register_task(loader.Stage.INITIALIZING, {
window.$ = require("jquery"); name: "teaclient initialize arguments",
window.jQuery = window.$; function: async () => {
Object.assign(window.$, window.jsrender = require('jsrender')); parse_arguments();
}; if(process_args.has_value(Arguments.DUMMY_CRASH_RENDERER))
crash_handler.handler.crash();
const initialize_logging = async () => {
const logger = require("./logger");
logger.setup();
};
const initialize_error_handler = async () => {
const _impl = message => {
if(!process_args.has_flag(Arguments.DEBUG)) { if(!process_args.has_flag(Arguments.DEBUG)) {
console.error("Displaying critical error: %o", message); window.open_connected_question = () => remote.dialog.showMessageBox(remote.getCurrentWindow(), {
message = message.replace(/<br>/i, "\n"); type: 'question',
buttons: ['Yes', 'No'],
title: 'Confirm',
message: 'Are you really sure?\nYou\'re still connected!'
}).then(result => result.response === 0);
}
},
priority: 110
});
const win = remote.getCurrentWindow(); loader.register_task(loader.Stage.INITIALIZING, {
remote.dialog.showMessageBox({ name: 'gdb-waiter',
type: "error", function: async () => {
buttons: ["exit"], if(process_args.has_flag(Arguments.DEV_TOOLS_GDB)) {
title: "A critical error happened!", console.log("Process ID: %d", process.pid);
message: message await new Promise(resolve => {
console.log("Waiting for continue!");
const listener = () => {
console.log("Continue");
document.removeEventListener('click', listener);
resolve();
};
document.addEventListener('click', listener);
}); });
win.close();
} else {
console.error("Received critical error: %o", message);
console.error("Ignoring error due to the debug mode");
} }
}; },
priority: 100
});
if(window.impl_display_critical_error) loader.register_task(loader.Stage.LOADED, {
window.impl_display_critical_error = _impl; name: "argv connect",
else function: async () => {
window.displayCriticalError = _impl; ipcRenderer.send('basic-action', "parse-connect-arguments");
}; },
priority: 0
});
const module_loader_setup = async () => {
const native_paths = (() => {
const app_path = (remote || electron).app.getAppPath();
const result = [];
result.push(app_path + "/native/build/" + os.platform() + "_" + os.arch() + "/");
if(app_path.endsWith(".asar"))
result.push(path.join(path.dirname(app_path), "natives"));
return result;
})();
window["require_setup"] = _mod => {
if(!_mod || !_mod.paths) return;
_mod.paths.push(...native_paths); loader.register_task(loader.Stage.JAVASCRIPT_INITIALIZING, {
const original_require = _mod.__proto__.require; name: "teaclient load adapters",
if(!_mod.proxied) { function: async () => {
_mod.require = (path: string) => { /* all files which replaces a native driver */
if(path.endsWith("imports/imports_shared")) {
console.log("Proxy require for %s. Using 'window' as result.", path);
return window;
}
return original_require.apply(_mod, [path]);
};
_mod.proxied = true;
}
};
};
const load_basic_modules = async () => {
require("./logger");
require("./audio/AudioPlayer"); /* setup audio */
require("./audio/AudioRecorder"); /* setup audio */
require("./audio/sounds"); /* setup audio */
};
const load_modules = async () => {
window["require_setup"](this);
console.log(module.paths);
console.log("Loading native extensions...");
try {
try { try {
require("./version"); require("./version");
} catch(error) {
console.error("Failed to load version extension");
console.dir(error);
throw error;
}
try {
require("./app_backend");
} catch(error) {
console.error("Failed to load renderer app backend");
console.dir(error);
throw error;
}
try {
const helper = require("./icon-helper");
await helper.initialize();
} catch(error) {
console.error("Failed to load the icon helper extension");
console.dir(error);
throw error;
}
try {
require("./ppt");
} catch(error) {
console.error("Failed to load ppt");
console.dir(error);
throw error;
}
try {
require("./connection/ServerConnection");
} catch(error) {
console.error("Failed to load server connection extension");
console.dir(error);
throw error;
}
try {
require("./connection/FileTransfer");
} catch(error) {
console.error("Failed to load file transfer extension");
console.dir(error);
throw error;
}
try {
require("./dns/dns_resolver");
} catch(error) {
console.error("Failed to load dns extension");
console.dir(error);
throw error;
}
try {
require("./menu"); require("./menu");
} catch(error) {
console.error("Failed to load menu extension");
console.dir(error);
throw error;
}
try {
require("./context-menu"); require("./context-menu");
} catch(error) { require("./app_backend");
console.error("Failed to load context menu extension"); require("./icon-helper").initialize();
console.dir(error); } catch (error) {
console.log(error);
window.displayCriticalError("Failed to load native extensions: " + error);
throw error; throw error;
} }
} catch(error){ remote.getCurrentWindow().on('focus', () => remote.getCurrentWindow().flashFrame(false));
console.log(error); },
window.displayCriticalError("Failed to load native extensions: " + error); priority: 60
throw error; });
}
console.log("Loaded native extensions");
remote.getCurrentWindow().on('focus', () => remote.getCurrentWindow().flashFrame(false)); export async function initialize() { }
// remote.getCurrentWindow().flashFrame(true);
};

413
modules/renderer/menu.ts
View File

@ -1,257 +1,246 @@
import {class_to_image} from "./icon-helper"; import {class_to_image} from "./icon-helper";
window["require_setup"](module);
import * as electron from "electron"; import * as electron from "electron";
//import {top_menu as dtop_menu, Icon} from "./imports/imports_shared"; import * as mbar from "tc-shared/ui/frames/MenuBar";
/// <reference types="./imports/import_shared.d.ts" />
import dtop_menu = top_menu;
import {Arguments, process_args} from "../shared/process-arguments"; import {Arguments, process_args} from "../shared/process-arguments";
namespace _top_menu { import ipcRenderer = electron.ipcRenderer;
import {Icon} from "tc-shared/FileManager";
namespace native {
import ipcRenderer = electron.ipcRenderer; import ipcRenderer = electron.ipcRenderer;
namespace native { let _item_index = 1;
import ipcRenderer = electron.ipcRenderer;
let _item_index = 1;
abstract class NativeMenuBase { abstract class NativeMenuBase {
protected _handle: NativeMenuBar; protected _handle: NativeMenuBar;
protected _click: () => any; protected _click: () => any;
id: string; id: string;
protected constructor(handle: NativeMenuBar, id?: string) { protected constructor(handle: NativeMenuBar, id?: string) {
this._handle = handle; this._handle = handle;
this.id = id || ("item_" + (_item_index++)); this.id = id || ("item_" + (_item_index++));
}
abstract build() : electron.MenuItemConstructorOptions;
abstract items(): (dtop_menu.MenuItem | dtop_menu.HRItem)[];
trigger_click() {
if(this._click)
this._click();
}
} }
class NativeMenuItem extends NativeMenuBase implements dtop_menu.MenuItem { abstract build() : electron.MenuItemConstructorOptions;
private _items: (NativeMenuItem | NativeHrItem)[] = []; abstract items(): (mbar.MenuItem | mbar.HRItem)[];
private _label: string;
private _enabled: boolean = true;
private _visible: boolean = true;
private _icon_data: string; trigger_click() {
if(this._click)
this._click();
}
}
constructor(handle: NativeMenuBar) { class NativeMenuItem extends NativeMenuBase implements mbar.MenuItem {
super(handle); private _items: (NativeMenuItem | NativeHrItem)[] = [];
private _label: string;
private _enabled: boolean = true;
private _visible: boolean = true;
} private _icon_data: string;
append_hr(): dtop_menu.HRItem { constructor(handle: NativeMenuBar) {
const item = new NativeHrItem(this._handle); super(handle);
this._items.push(item);
return item;
}
append_item(label: string): dtop_menu.MenuItem {
const item = new NativeMenuItem(this._handle);
item.label(label);
this._items.push(item);
return item;
}
click(callback: () => any): this {
this._click = callback;
return this;
}
delete_item(item: dtop_menu.MenuItem | dtop_menu.HRItem) {
const i_index = this._items.indexOf(item as any);
if(i_index < 0) return;
this._items.splice(i_index, 1);
}
disabled(value?: boolean): boolean {
if(typeof(value) === "boolean")
this._enabled = !value;
return !this._enabled;
}
icon(klass?: string | Promise<Icon> | Icon): string {
if(typeof(klass) === "string") {
const buffer = class_to_image(klass);
if(buffer)
this._icon_data = buffer.toDataURL();
}
return "";
}
items(): (dtop_menu.MenuItem | dtop_menu.HRItem)[] {
return this._items;
}
label(value?: string): string {
if(typeof(value) === "string")
this._label = value;
return this._label;
}
visible(value?: boolean): boolean {
if(typeof(value) === "boolean")
this._visible = value;
return this._visible;
}
build(): Electron.MenuItemConstructorOptions {
return {
id: this.id,
label: this._label || "",
submenu: this._items.length > 0 ? this._items.map(e => e.build()) : undefined,
enabled: this._enabled,
visible: this._visible,
icon: this._icon_data
}
}
} }
class NativeHrItem extends NativeMenuBase implements dtop_menu.HRItem { append_hr(): mbar.HRItem {
constructor(handle: NativeMenuBar) { const item = new NativeHrItem(this._handle);
super(handle); this._items.push(item);
} return item;
build(): Electron.MenuItemConstructorOptions {
return {
type: 'separator',
id: this.id
}
}
items(): (dtop_menu.MenuItem | dtop_menu.HRItem)[] {
return [];
}
} }
function is_similar_deep(a, b) { append_item(label: string): mbar.MenuItem {
if(typeof(a) !== typeof(b)) const item = new NativeMenuItem(this._handle);
return false; item.label(label);
if(typeof(a) !== "object") this._items.push(item);
return a === b; return item;
const aProps = Object.keys(a);
const bProps = Object.keys(b);
if (aProps.length != bProps.length)
return false;
for (let i = 0; i < aProps.length; i++) {
const propName = aProps[i];
if(!is_similar_deep(a[propName], b[propName]))
return false;
}
return true;
} }
click(callback: () => any): this {
this._click = callback;
return this;
}
export class NativeMenuBar implements dtop_menu.MenuBarDriver { delete_item(item: mbar.MenuItem | mbar.HRItem) {
private static _instance: NativeMenuBar; const i_index = this._items.indexOf(item as any);
if(i_index < 0) return;
this._items.splice(i_index, 1);
}
private menu: electron.Menu; disabled(value?: boolean): boolean {
private _items: NativeMenuItem[] = []; if(typeof(value) === "boolean")
private _current_menu: electron.MenuItemConstructorOptions[]; this._enabled = !value;
return !this._enabled;
}
public static instance() : NativeMenuBar { icon(klass?: string | Promise<Icon> | Icon): string {
if(!this._instance) if(typeof(klass) === "string") {
this._instance = new NativeMenuBar(); const buffer = class_to_image(klass);
return this._instance; if(buffer)
this._icon_data = buffer.toDataURL();
} }
return "";
}
append_item(label: string): dtop_menu.MenuItem { items(): (mbar.MenuItem | mbar.HRItem)[] {
const item = new NativeMenuItem(this); return this._items;
item.label(label); }
this._items.push(item);
return item;
}
delete_item(item: dtop_menu.MenuItem) { label(value?: string): string {
const i_index = this._items.indexOf(item as any); if(typeof(value) === "string")
if(i_index < 0) return; this._label = value;
this._items.splice(i_index, 1); return this._label;
} }
flush_changes() { visible(value?: boolean): boolean {
const target_menu = this.build_menu(); if(typeof(value) === "boolean")
if(is_similar_deep(target_menu, this._current_menu)) this._visible = value;
return; return this._visible;
}
this._current_menu = target_menu; build(): Electron.MenuItemConstructorOptions {
ipcRenderer.send('top-menu', target_menu); return {
} id: this.id,
private build_menu() : electron.MenuItemConstructorOptions[] { label: this._label || "",
return this._items.map(e => e.build());
}
items(): dtop_menu.MenuItem[] { submenu: this._items.length > 0 ? this._items.map(e => e.build()) : undefined,
return this._items; enabled: this._enabled,
} visible: this._visible,
initialize() { icon: this._icon_data
this.menu = new electron.remote.Menu();
ipcRenderer.on('top-menu', (event, clicked_item) => {
console.log("Item %o clicked", clicked_item);
const check_item = (item: NativeMenuBase) => {
if(item.id == clicked_item) {
item.trigger_click();
return true;
}
for(const child of item.items())
if(check_item(child as NativeMenuBase))
return true;
};
for(const item of this._items)
if(check_item(item))
return;
});
} }
} }
} }
//Global variable class NativeHrItem extends NativeMenuBase implements mbar.HRItem {
// @ts-ignore constructor(handle: NativeMenuBar) {
top_menu.set_driver(native.NativeMenuBar.instance()); super(handle);
}
build(): Electron.MenuItemConstructorOptions {
return {
type: 'separator',
id: this.id
}
}
items(): (mbar.MenuItem | mbar.HRItem)[] {
return [];
}
}
function is_similar_deep(a, b) {
if(typeof(a) !== typeof(b))
return false;
if(typeof(a) !== "object")
return a === b;
const aProps = Object.keys(a);
const bProps = Object.keys(b);
if (aProps.length != bProps.length)
return false;
for (let i = 0; i < aProps.length; i++) {
const propName = aProps[i];
if(!is_similar_deep(a[propName], b[propName]))
return false;
}
return true;
}
const call_basic_action = (name: string, ...args: any[]) => ipcRenderer.send('basic-action', name, ...args); export class NativeMenuBar implements mbar.MenuBarDriver {
top_menu.native_actions = { private static _instance: NativeMenuBar;
open_change_log() {
call_basic_action("open-changelog");
},
check_native_update() { private menu: electron.Menu;
call_basic_action("check-native-update"); private _items: NativeMenuItem[] = [];
}, private _current_menu: electron.MenuItemConstructorOptions[];
quit() { public static instance() : NativeMenuBar {
call_basic_action("quit"); if(!this._instance)
}, this._instance = new NativeMenuBar();
return this._instance;
}
open_dev_tools() { append_item(label: string): mbar.MenuItem {
call_basic_action("open-dev-tools"); const item = new NativeMenuItem(this);
}, item.label(label);
this._items.push(item);
return item;
}
reload_page() { delete_item(item: mbar.MenuItem) {
call_basic_action("reload-window") const i_index = this._items.indexOf(item as any);
}, if(i_index < 0) return;
this._items.splice(i_index, 1);
}
show_dev_tools() { return process_args.has_flag(Arguments.DEV_TOOLS); } flush_changes() {
}; const target_menu = this.build_menu();
if(is_similar_deep(target_menu, this._current_menu))
return;
this._current_menu = target_menu;
ipcRenderer.send('top-menu', target_menu);
}
private build_menu() : electron.MenuItemConstructorOptions[] {
return this._items.map(e => e.build());
}
items(): mbar.MenuItem[] {
return this._items;
}
initialize() {
this.menu = new electron.remote.Menu();
ipcRenderer.on('top-menu', (event, clicked_item) => {
console.log("Item %o clicked", clicked_item);
const check_item = (item: NativeMenuBase) => {
if(item.id == clicked_item) {
item.trigger_click();
return true;
}
for(const child of item.items())
if(check_item(child as NativeMenuBase))
return true;
};
for(const item of this._items)
if(check_item(item))
return;
});
}
}
} }
mbar.set_driver(native.NativeMenuBar.instance());
// @ts-ignore
mbar.native_actions = {
open_change_log() {
call_basic_action("open-changelog");
},
export {}; check_native_update() {
call_basic_action("check-native-update");
},
quit() {
call_basic_action("quit");
},
open_dev_tools() {
call_basic_action("open-dev-tools");
},
reload_page() {
call_basic_action("reload-window")
},
show_dev_tools() { return process_args.has_flag(Arguments.DEV_TOOLS); }
};
const call_basic_action = (name: string, ...args: any[]) => ipcRenderer.send('basic-action', name, ...args);

262
modules/renderer/ppt.ts
View File

@ -1,137 +1,141 @@
window["require_setup"](module); import {KeyEvent as NKeyEvent, RegisterCallback, UnregisterCallback} from "tc-native/ppt";
import {EventType, KeyEvent, KeyHook, SpecialKey} from "tc-shared/PPTListener";
import {tr} from "tc-shared/i18n/localize";
import {LogCategory} from "tc-shared/log";
import * as log from "tc-shared/log";
import {KeyEvent as NKeyEvent} from "teaclient_ppt"; let key_listener: ((_: KeyEvent) => any)[] = [];
namespace _ppt {
let key_listener: ((_: ppt.KeyEvent) => any)[] = [];
let native_ppt; function listener_key(type: EventType, nevent: NKeyEvent) {
function listener_key(type: ppt.EventType, nevent: NKeyEvent) { if(nevent.key_code === 'VoidSymbol' || nevent.key_code === 'error')
if(nevent.key_code === 'VoidSymbol' || nevent.key_code === 'error') nevent.key_code = undefined; /* trigger event for state update */
nevent.key_code = undefined; /* trigger event for state update */
let event: ppt.KeyEvent = { let event: KeyEvent = {
type: type, type: type,
key: nevent.key_code, key: nevent.key_code,
key_code: nevent.key_code, key_code: nevent.key_code,
key_ctrl: nevent.key_ctrl, key_ctrl: nevent.key_ctrl,
key_shift: nevent.key_shift, key_shift: nevent.key_shift,
key_alt: nevent.key_alt, key_alt: nevent.key_alt,
key_windows: nevent.key_windows key_windows: nevent.key_windows
} as any;
//console.debug("Trigger key event %o", type);
for (const listener of key_listener)
listener && listener(event);
}
function native_keyhook(event: NKeyEvent) {
//console.log("Native event!: %o", event);
if(event.type == 0)
listener_key(ppt.EventType.KEY_PRESS, event);
else if(event.type == 1)
listener_key(ppt.EventType.KEY_RELEASE, event);
else if(event.type == 2)
listener_key(ppt.EventType.KEY_TYPED, event);
else
console.warn(tr("Received unknown native event: %o"), event);
}
export async function initialize() : Promise<void> {
native_ppt = require("teaclient_ppt");
register_key_listener(listener_hook);
native_ppt.RegisterCallback(native_keyhook);
}
export function finalize() {
unregister_key_listener(listener_hook);
native_ppt.UnregisterCallback(native_keyhook);
}
export function register_key_listener(listener: (_: ppt.KeyEvent) => any) {
key_listener.push(listener);
}
export function unregister_key_listener(listener: (_: ppt.KeyEvent) => any) {
key_listener.remove(listener);
}
let key_hooks: ppt.KeyHook[] = [];
interface CurrentState {
keys: {[code: string]:ppt.KeyEvent};
special: { [key:number]:boolean };
}
let current_state: CurrentState = {
special: []
} as any; } as any;
//console.debug("Trigger key event %o", type);
let key_hooks_active: ppt.KeyHook[] = []; for (const listener of key_listener)
listener && listener(event);
function listener_hook(event: ppt.KeyEvent) { }
if(event.type == ppt.EventType.KEY_TYPED)
return; function native_keyhook(event: NKeyEvent) {
//console.log("Native event!: %o", event);
let old_hooks = [...key_hooks_active];
let new_hooks = []; if(event.type == 0)
listener_key(EventType.KEY_PRESS, event);
current_state.special[ppt.SpecialKey.ALT] = event.key_alt; else if(event.type == 1)
current_state.special[ppt.SpecialKey.CTRL] = event.key_ctrl; listener_key(EventType.KEY_RELEASE, event);
current_state.special[ppt.SpecialKey.SHIFT] = event.key_shift; else if(event.type == 2)
current_state.special[ppt.SpecialKey.WINDOWS] = event.key_windows; listener_key(EventType.KEY_TYPED, event);
else
current_state[event.key_code] = undefined; console.warn(tr("Received unknown native event: %o"), event);
if(event.type == ppt.EventType.KEY_PRESS) { }
current_state[event.key_code] = event;
export async function initialize() : Promise<void> {
for(const hook of key_hooks) { register_key_listener(listener_hook);
if(hook.key_code !== event.key_code) continue; RegisterCallback(native_keyhook);
if(hook.key_alt != event.key_alt) continue; }
if(hook.key_ctrl != event.key_ctrl) continue;
if(hook.key_shift != event.key_shift) continue; export function finalize() {
if(hook.key_windows != event.key_windows) continue; unregister_key_listener(listener_hook);
UnregisterCallback(native_keyhook);
new_hooks.push(hook); }
if(!old_hooks.remove(hook) && hook.callback_press) {
hook.callback_press(); export function register_key_listener(listener: (_: KeyEvent) => any) {
log.trace(LogCategory.GENERAL, tr("Trigger key press for %o!"), hook); key_listener.push(listener);
} }
}
} export function unregister_key_listener(listener: (_: KeyEvent) => any) {
const index = key_listener.findIndex(e => e === listener);
//We have a new situation if(index !== -1) key_listener.splice(index, 1);
for(const hook of old_hooks) { }
//Do not test for meta key states because they could differ in a key release event
if(hook.key_code === event.key_code) { let key_hooks: KeyHook[] = [];
if(hook.callback_release) {
hook.callback_release(); interface CurrentState {
log.trace(LogCategory.GENERAL, tr("Trigger key release for %o!"), hook); keys: {[code: string]:KeyEvent};
} special: { [key:number]:boolean };
} else { }
new_hooks.push(hook); let current_state: CurrentState = {
} special: []
} } as any;
key_hooks_active = new_hooks;
} let key_hooks_active: KeyHook[] = [];
function listener_hook(event: KeyEvent) {
export function register_key_hook(hook: ppt.KeyHook) { if(event.type == EventType.KEY_TYPED)
key_hooks.push(hook); return;
}
let old_hooks = [...key_hooks_active];
export function unregister_key_hook(hook: ppt.KeyHook) { let new_hooks = [];
key_hooks.remove(hook);
key_hooks_active.remove(hook); current_state.special[SpecialKey.ALT] = event.key_alt;
} current_state.special[SpecialKey.CTRL] = event.key_ctrl;
current_state.special[SpecialKey.SHIFT] = event.key_shift;
export function key_pressed(code: string | ppt.SpecialKey) : boolean { current_state.special[SpecialKey.WINDOWS] = event.key_windows;
if(typeof(code) === 'string')
return typeof(current_state[code]) === "object"; current_state[event.key_code] = undefined;
return current_state.special[code]; if(event.type == EventType.KEY_PRESS) {
} current_state[event.key_code] = event;
for(const hook of key_hooks) {
if(hook.key_code !== event.key_code) continue;
if(hook.key_alt != event.key_alt) continue;
if(hook.key_ctrl != event.key_ctrl) continue;
if(hook.key_shift != event.key_shift) continue;
if(hook.key_windows != event.key_windows) continue;
new_hooks.push(hook);
const index = old_hooks.findIndex(e => e === hook);
if(index !== -1 && hook.callback_press) {
old_hooks.splice(index, 1);
hook.callback_press();
log.trace(LogCategory.GENERAL, tr("Trigger key press for %o!"), hook);
}
}
}
//We have a new situation
for(const hook of old_hooks) {
//Do not test for meta key states because they could differ in a key release event
if(hook.key_code === event.key_code) {
if(hook.callback_release) {
hook.callback_release();
log.trace(LogCategory.GENERAL, tr("Trigger key release for %o!"), hook);
}
} else {
new_hooks.push(hook);
}
}
key_hooks_active = new_hooks;
}
export function register_key_hook(hook: KeyHook) {
key_hooks.push(hook);
}
export function unregister_key_hook(hook: KeyHook) {
let index;
index = key_hooks.findIndex(e => e === hook);
if(index !== -1) key_hooks.splice(index, 1);
index = key_hooks_active.findIndex(e => e === hook);
if(index !== -1) key_hooks_active.splice(index, 1);
}
export function key_pressed(code: string | SpecialKey) : boolean {
if(typeof(code) === 'string')
return typeof(current_state[code]) === "object";
return current_state.special[code];
} }
Object.assign(window["ppt"] || (window["ppt"] = {} as any), _ppt);
console.dir(_ppt);

106
modules/renderer/require-handler.ts Normal file
View File

@ -0,0 +1,106 @@
import * as path from "path";
import {remote} from "electron";
import * as electron from "electron";
import * as os from "os";
const Module = require("module");
interface ModuleOverride {
name?: string,
test: string | RegExp | ((request: string) => boolean);
callback: (this: string, request: string, parent?: NodeJS.Module) => any;
}
const overrides: ModuleOverride[] = [];
function proxied_load(request: string, parent?: NodeJS.Module) {
for(const override of overrides) {
let test_satisfied = false;
if(typeof override.test === "string") {
test_satisfied = override.test === request;
} else if(typeof override.test === "function") {
test_satisfied = override.test(request);
} else if(typeof override === "object") {
if(override.test instanceof RegExp)
test_satisfied = !!request.match(override.test);
}
if(test_satisfied) {
//console.log("Using override %s for %s", override.name || "unnamed", request);
return override.callback.apply(this, arguments);
}
}
//console.log("No override found for %s", request);
return proxied_load.original_load.apply(this, arguments);
}
function shared_backend_loader(request: string) {
if(!request.startsWith("tc-backend/")) throw "invalid target";
const target = request.substr(11);
return require(path.join(backend_root, target));
}
namespace proxied_load {
export let original_load: typeof Module.require;
}
let backend_root: string;
export function initialize(backend_root_: string) {
backend_root = backend_root_;
proxied_load.original_load = Module._load;
Module._load = proxied_load;
window["backend-loader"] = {
require: shared_backend_loader
};
}
overrides.push({
name: "tc-loader",
test: "tc-loader",
callback: () => window["loader"]
});
overrides.push({
name: "native loader",
test: /^tc-native\/[a-zA-Z_-]+$/,
callback: request => {
const name = request.substr(10);
const file_mapping = {
connection: "teaclient_connection.node",
ppt: "teaclient_ppt.node",
dns: "teaclient_dns.node"
};
if(typeof file_mapping[name] !== "string")
throw "unknown native module";
const app_path = (remote || electron).app.getAppPath();
const target_path = path.join(app_path, "native", "build", os.platform() + "_" + os.arch(), file_mapping[name]);
return require(target_path);
}
});
overrides.push({
name: "shared loader",
test: /^tc-shared\/.*/,
callback: request => {
const webpack_path = path.dirname("shared/js/" + request.substr(10)); //FIXME: Get the prefix from a variable!
const loader = require("tc-loader");
const mapping = loader.module_mapping().find(e => e.application === "client-app"); //FIXME: Variable name!
if(!mapping) throw "missing mapping";
const entries = mapping.modules.filter(e => e.context === webpack_path);
if(!entries.length) throw "unknown target path";
const basename = path.basename(request, path.extname(request));
const entry = entries.find(e => path.basename(e.resource, path.extname(e.resource)) === basename);
if(!entry) throw "unknown import";
return window["shared-require"](entry.id);
}
});

1
modules/renderer/version.ts
View File

@ -1,3 +1,4 @@
//FIXME!
namespace native { namespace native {
const remote = require('electron').remote; const remote = require('electron').remote;
export async function client_version() : Promise<string> { export async function client_version() : Promise<string> {

2
native/dns/exports/exports.d.ts vendored
View File

@ -1,4 +1,4 @@
declare module "teaclient_dns" { declare module "tc-native/dns" {
export function resolve_cr(host: string, port: number, callback: (result: string | {host: string, port: number}) => any); export function resolve_cr(host: string, port: number, callback: (result: string | {host: string, port: number}) => any);
export function initialize(); export function initialize();
} }

2
native/ppt/exports/exports.d.ts vendored
View File

@ -1,4 +1,4 @@
declare module "teaclient_ppt" { declare module "tc-native/ppt" {
enum KeyEventType { enum KeyEventType {
PRESS = 0, PRESS = 0,
RELEASE = 1, RELEASE = 1,

2
native/serverconnection/exports/exports.d.ts vendored
View File

@ -1,4 +1,4 @@
declare module "teaclient_connection" { declare module "tc-native/connection" {
export enum ServerType { export enum ServerType {
UNKNOWN, UNKNOWN,
TEASPEAK, TEASPEAK,

19
native/serverconnection/src/connection/ProtocolHandler.cpp
View File

@ -139,6 +139,7 @@ void ProtocolHandler::execute_resend() {
this->handle->close_connection(); this->handle->close_connection();
return; return;
} }
log_trace(category::connection, tr("Resended {}"), resended);
auto socket = this->handle->get_socket(); auto socket = this->handle->get_socket();
if(socket) { if(socket) {
@ -164,6 +165,7 @@ void ProtocolHandler::progress_packet(const pipes::buffer_view &buffer) {
auto packet_type = packet->type(); auto packet_type = packet->type();
auto packet_id = packet->packetId(); auto packet_id = packet->packetId();
auto ordered = packet_type.type() == protocol::COMMAND || packet_type.type() == protocol::COMMAND_LOW; auto ordered = packet_type.type() == protocol::COMMAND || packet_type.type() == protocol::COMMAND_LOW;
log_trace(category::connection, tr("Received packet {} with id {}"), packet->type().name(), packet->packetId());
/* special handling */ /* special handling */
if(packet_type.type() == protocol::INIT1) { if(packet_type.type() == protocol::INIT1) {
@ -253,6 +255,7 @@ void ProtocolHandler::progress_packet(const pipes::buffer_view &buffer) {
unique_lock queue_lock(read_queue.buffer_lock); unique_lock queue_lock(read_queue.buffer_lock);
if(ordered) { /* ordered */ if(ordered) { /* ordered */
log_trace(category::connection, tr("Inserting packet {} with id {}"), packet->type().name(), packet->packetId());
if(!read_queue.insert_index(packet_id, std::forward<shared_ptr<ServerPacket>>(packet))) { if(!read_queue.insert_index(packet_id, std::forward<shared_ptr<ServerPacket>>(packet))) {
log_warn(category::connection, tr("Failed to insert ordered packet into queue. ({} | {} | {})"), packet_type.name(), read_queue.current_index(), packet_id); log_warn(category::connection, tr("Failed to insert ordered packet into queue. ({} | {} | {})"), packet_type.name(), read_queue.current_index(), packet_id);
} }
@ -519,7 +522,7 @@ bool ProtocolHandler::create_datagram_packets(std::vector<pipes::buffer> &result
void ProtocolHandler::send_command(const ts::Command &cmd, const std::function<void(bool)> &ack_callback) { void ProtocolHandler::send_command(const ts::Command &cmd, const std::function<void(bool)> &ack_callback) {
auto data = cmd.build(); auto data = cmd.build();
auto packet = make_shared<ClientPacket>(PacketTypeInfo::Command, pipes::buffer_view{data.data(), data.size()}); auto packet = make_shared<ClientPacket>(PacketTypeInfo::Command, pipes::buffer_view{data.data(), data.size()});
if(ack_callback) { if(ack_callback || true) {
auto begin = chrono::system_clock::now(); auto begin = chrono::system_clock::now();
packet->setListener(make_unique<threads::Future<bool>>()); packet->setListener(make_unique<threads::Future<bool>>());
packet->getListener()->waitAndGetLater([ack_callback, begin](bool f) { packet->getListener()->waitAndGetLater([ack_callback, begin](bool f) {
@ -527,7 +530,7 @@ void ProtocolHandler::send_command(const ts::Command &cmd, const std::function<v
if(ack_callback) if(ack_callback)
ack_callback(f); ack_callback(f);
log_trace(category::connection, tr("Time needed for command: {}"), chrono::duration_cast<chrono::milliseconds>(end - begin).count()); log_trace(category::connection, tr("Time needed for command: {}ms. Success: {}"), chrono::duration_cast<chrono::milliseconds>(end - begin).count(), f);
}); });
} }
packet->enable_flag(PacketFlag::NewProtocol); packet->enable_flag(PacketFlag::NewProtocol);
@ -541,6 +544,18 @@ void ProtocolHandler::send_packet(const std::shared_ptr<ts::protocol::ClientPack
return; return;
} }
{
if(packet->type() == protocol::PacketTypeInfo::Command && this->connection_state == connection_state::CONNECTED && false) {
ts::Command cmd{"whoami"};
auto data = cmd.build();
auto p1 = make_shared<ClientPacket>(PacketTypeInfo::Command, pipes::buffer_view{data.data(), data.size()});
if(!this->create_datagram_packets(result, p1))
log_error(category::connection, tr("failed to encode trap"));
std::reverse(result.begin(), result.end());
}
}
log_trace(category::connection, tr("Split up {} {} to {} packets. Ack waiting: {}"), packet->packetId(), packet->type().name(), result.size(), this->acknowledge_handler.awaiting_acknowledge());
auto socket = this->handle->get_socket(); auto socket = this->handle->get_socket();
if(!socket) { if(!socket) {
log_error(category::connection, tr("Failed to get socket!")); log_error(category::connection, tr("Failed to get socket!"));

6
native/serverconnection/src/connection/ProtocolHandlerPackets.cpp
View File

@ -1,7 +1,5 @@
#include "ProtocolHandler.h" #include "ProtocolHandler.h"
#include "ServerConnection.h"
#include "Socket.h" #include "Socket.h"
#include <protocol/buffers.h>
#include <thread> #include <thread>
#include <iostream> #include <iostream>
#include <tomcrypt.h> #include <tomcrypt.h>
@ -21,7 +19,9 @@ using namespace ts;
void ProtocolHandler::handlePacketAck(const std::shared_ptr<ts::protocol::ServerPacket> &ack) { void ProtocolHandler::handlePacketAck(const std::shared_ptr<ts::protocol::ServerPacket> &ack) {
string error; string error;
log_trace(category::connection, tr("Handle packet acknowledge for {}"), be2le16(&ack->data()[0])); log_trace(category::connection, tr("Handle packet acknowledge for {}"), be2le16(&ack->data()[0]));
this->acknowledge_handler.process_acknowledge(ack->type().type(), ack->data(), error); if(!this->acknowledge_handler.process_acknowledge(ack->type().type(), ack->data(), error)) {
log_warn(category::connection, tr("Failed to handle acknowledge {}: {}"), be2le16(&ack->data()[0]) ,error);
}
} }
void ProtocolHandler::handlePacketCommand(const std::shared_ptr<ts::protocol::ServerPacket> &packet) { void ProtocolHandler::handlePacketCommand(const std::shared_ptr<ts::protocol::ServerPacket> &packet) {

1
native/serverconnection/src/connection/ServerConnection.cpp
View File

@ -496,6 +496,7 @@ NAN_METHOD(ServerConnection::send_command) {
cmd[strobf("hwid").string()] = system_uuid(); /* we dont want anybody to patch this out */ cmd[strobf("hwid").string()] = system_uuid(); /* we dont want anybody to patch this out */
} }
} }
log_trace(category::audio, tr("Sending data {}"), cmd.command());
this->protocol_handler->send_command(cmd); this->protocol_handler->send_command(cmd);
auto end = chrono::system_clock::now(); auto end = chrono::system_clock::now();
} }

247
package-lock.json generated
View File

@ -1,6 +1,6 @@
{ {
"name": "TeaClient", "name": "TeaClient",
"version": "1.4.3-2", "version": "1.4.4",
"lockfileVersion": 1, "lockfileVersion": 1,
"requires": true, "requires": true,
"dependencies": { "dependencies": {
@ -17,6 +17,18 @@
"got": "^9.6.0", "got": "^9.6.0",
"sanitize-filename": "^1.6.2", "sanitize-filename": "^1.6.2",
"sumchecker": "^3.0.1" "sumchecker": "^3.0.1"
},
"dependencies": {
"fs-extra": {
"version": "8.1.0",
"resolved": "https://registry.npmjs.org/fs-extra/-/fs-extra-8.1.0.tgz",
"integrity": "sha512-yhlQgA6mnOJUKOsRUFsgJdQCvkKhcz8tlZG5HBQfReYZy46OwLcY+Zia0mtdHsOo9y/hP+CxMN0TU9QxoOtG4g==",
"requires": {
"graceful-fs": "^4.2.0",
"jsonfile": "^4.0.0",
"universalify": "^0.1.0"
}
}
} }
}, },
"@sindresorhus/is": { "@sindresorhus/is": {
@ -383,6 +395,11 @@
"resolved": "https://registry.npmjs.org/asynckit/-/asynckit-0.4.0.tgz", "resolved": "https://registry.npmjs.org/asynckit/-/asynckit-0.4.0.tgz",
"integrity": "sha1-x57Zf380y48robyXkLzDZkdLS3k=" "integrity": "sha1-x57Zf380y48robyXkLzDZkdLS3k="
}, },
"at-least-node": {
"version": "1.0.0",
"resolved": "https://registry.npmjs.org/at-least-node/-/at-least-node-1.0.0.tgz",
"integrity": "sha512-+q/t7Ekv1EDY2l6Gda6LLiX14rU9TV20Wa3ofeQmwPFZbOMo9DXrLbOjFaaclkXKWidIaopwAObQDqwWtGUjqg=="
},
"atob": { "atob": {
"version": "2.1.2", "version": "2.1.2",
"resolved": "https://registry.npmjs.org/atob/-/atob-2.1.2.tgz", "resolved": "https://registry.npmjs.org/atob/-/atob-2.1.2.tgz",
@ -777,23 +794,104 @@
} }
}, },
"chokidar": { "chokidar": {
"version": "2.1.8", "version": "3.3.1",
"resolved": "https://registry.npmjs.org/chokidar/-/chokidar-2.1.8.tgz", "resolved": "https://registry.npmjs.org/chokidar/-/chokidar-3.3.1.tgz",
"integrity": "sha512-ZmZUazfOzf0Nve7duiCKD23PFSCs4JPoYyccjUFF3aQkQadqBhfzhjkwBH2mNOG9cTBwhamM37EIsIkZw3nRgg==", "integrity": "sha512-4QYCEWOcK3OJrxwvyyAOxFuhpvOVCYkr33LPfFNBjAD/w3sEzWsp2BUOkI4l9bHvWioAd0rc6NlHUOEaWkTeqg==",
"dev": true, "dev": true,
"requires": { "requires": {
"anymatch": "^2.0.0", "anymatch": "~3.1.1",
"async-each": "^1.0.1", "braces": "~3.0.2",
"braces": "^2.3.2", "fsevents": "~2.1.2",
"fsevents": "^1.2.7", "glob-parent": "~5.1.0",
"glob-parent": "^3.1.0", "is-binary-path": "~2.1.0",
"inherits": "^2.0.3", "is-glob": "~4.0.1",
"is-binary-path": "^1.0.0", "normalize-path": "~3.0.0",
"is-glob": "^4.0.0", "readdirp": "~3.3.0"
"normalize-path": "^3.0.0", },
"path-is-absolute": "^1.0.0", "dependencies": {
"readdirp": "^2.2.1", "anymatch": {
"upath": "^1.1.1" "version": "3.1.1",
"resolved": "https://registry.npmjs.org/anymatch/-/anymatch-3.1.1.tgz",
"integrity": "sha512-mM8522psRCqzV+6LhomX5wgp25YVibjh8Wj23I5RPkPppSVSjyKD2A2mBJmWGa+KN7f2D6LNh9jkBCeyLktzjg==",
"dev": true,
"requires": {
"normalize-path": "^3.0.0",
"picomatch": "^2.0.4"
}
},
"binary-extensions": {
"version": "2.0.0",
"resolved": "https://registry.npmjs.org/binary-extensions/-/binary-extensions-2.0.0.tgz",
"integrity": "sha512-Phlt0plgpIIBOGTT/ehfFnbNlfsDEiqmzE2KRXoX1bLIlir4X/MR+zSyBEkL05ffWgnRSf/DXv+WrUAVr93/ow==",
"dev": true
},
"braces": {
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11
package.json
View File

@ -38,14 +38,14 @@
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7
tsconfig.json
View File

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