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node_event_handler.cpp
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/*
* Copyright (c) 2017 Agora.io
* All rights reserved.
* Proprietry and Confidential -- Agora.io
*/
/*
* Created by Wang Yongli, 2017
*/
#include "node_event_handler.h"
#include "node_log.h"
#include <stdio.h>
#include "node_uid.h"
#include "agora_rtc_engine.h"
#include "uv.h"
#include "node_async_queue.h"
namespace agora {
namespace rtc {
#define FUNC_TRACE
NodeEventHandler::NodeEventHandler(NodeRtcEngine *pEngine)
: m_engine(pEngine)
{
}
NodeEventHandler::~NodeEventHandler()
{
for (auto& handler : m_callbacks) {
delete handler.second;
}
}
#define MAKE_JS_CALL_0(ev) \
auto it = m_callbacks.find(ev); \
if (it != m_callbacks.end()) {\
Isolate *isolate = Isolate::GetCurrent();\
HandleScope scope(isolate);\
Local<Context> context = isolate->GetCurrentContext();\
NodeEventCallback& cb = *it->second;\
cb.callback.Get(isolate)->Call(context, cb.js_this.Get(isolate), 0, nullptr);\
}
#define MAKE_JS_CALL_1(ev, type, param) \
auto it = m_callbacks.find(ev); \
if (it != m_callbacks.end()) {\
Isolate *isolate = Isolate::GetCurrent();\
HandleScope scope(isolate);\
Local<Context> context = isolate->GetCurrentContext();\
Local<Value> argv[1]{ napi_create_##type##_(isolate, param)\
};\
NodeEventCallback& cb = *it->second;\
cb.callback.Get(isolate)->Call(context, cb.js_this.Get(isolate), 1, argv);\
}
#define MAKE_JS_CALL_2(ev, type1, param1, type2, param2) \
auto it = m_callbacks.find(ev); \
if (it != m_callbacks.end()) {\
Isolate *isolate = Isolate::GetCurrent();\
HandleScope scope(isolate);\
Local<Context> context = isolate->GetCurrentContext();\
Local<Value> argv[2]{ napi_create_##type1##_(isolate, param1),\
napi_create_##type2##_(isolate, param2)\
};\
NodeEventCallback& cb = *it->second;\
cb.callback.Get(isolate)->Call(context, cb.js_this.Get(isolate), 2, argv);\
}
#define MAKE_JS_CALL_3(ev, type1, param1, type2, param2, type3, param3) \
auto it = m_callbacks.find(ev); \
if (it != m_callbacks.end()) {\
Isolate *isolate = Isolate::GetCurrent();\
HandleScope scope(isolate);\
Local<Context> context = isolate->GetCurrentContext();\
Local<Value> argv[3]{ napi_create_##type1##_(isolate, param1),\
napi_create_##type2##_(isolate, param2),\
napi_create_##type3##_(isolate, param3) \
};\
NodeEventCallback& cb = *it->second;\
cb.callback.Get(isolate)->Call(context, cb.js_this.Get(isolate), 3, argv);\
}
#define MAKE_JS_CALL_4(ev, type1, param1, type2, param2, type3, param3, type4, param4) \
auto it = m_callbacks.find(ev); \
if (it != m_callbacks.end()) {\
Isolate *isolate = Isolate::GetCurrent();\
HandleScope scope(isolate);\
Local<Context> context = isolate->GetCurrentContext();\
Local<Value> argv[4]{ napi_create_##type1##_(isolate, param1),\
napi_create_##type2##_(isolate, param2),\
napi_create_##type3##_(isolate, param3), \
napi_create_##type4##_(isolate, param4), \
};\
NodeEventCallback& cb = *it->second;\
cb.callback.Get(isolate)->Call(context, cb.js_this.Get(isolate), 4, argv);\
}
#define MAKE_JS_CALL_5(ev, type1, param1, type2, param2, type3, param3, type4, param4, type5, param5) \
auto it = m_callbacks.find(ev); \
if (it != m_callbacks.end()) {\
Isolate *isolate = Isolate::GetCurrent();\
HandleScope scope(isolate);\
Local<Context> context = isolate->GetCurrentContext();\
Local<Value> argv[5]{ napi_create_##type1##_(isolate, param1),\
napi_create_##type2##_(isolate, param2),\
napi_create_##type3##_(isolate, param3), \
napi_create_##type4##_(isolate, param4), \
napi_create_##type5##_(isolate, param5), \
};\
NodeEventCallback& cb = *it->second;\
cb.callback.Get(isolate)->Call(context, cb.js_this.Get(isolate), 5, argv);\
}
#define CHECK_NAPI_OBJ(obj) \
if (obj.IsEmpty()) \
break;
#define NODE_SET_OBJ_PROP_STRING(obj, name, val) \
{ \
Local<Value> propName = String::NewFromUtf8(isolate, name, NewStringType::kInternalized).ToLocalChecked(); \
CHECK_NAPI_OBJ(propName); \
Local<Value> propVal = String::NewFromUtf8(isolate, val, NewStringType::kInternalized).ToLocalChecked(); \
CHECK_NAPI_OBJ(propVal); \
v8::Maybe<bool> ret = obj->Set(isolate->GetCurrentContext(), propName, propVal); \
if(!ret.IsNothing()) { \
if(!ret.ToChecked()) { \
break; \
} \
} \
}
#define NODE_SET_OBJ_PROP_UINT32(obj, name, val) \
{ \
Local<Value> propName = String::NewFromUtf8(isolate, name, NewStringType::kInternalized).ToLocalChecked(); \
CHECK_NAPI_OBJ(propName); \
Local<Value> propVal = v8::Uint32::New(isolate, val); \
CHECK_NAPI_OBJ(propVal); \
v8::Maybe<bool> ret = obj->Set(isolate->GetCurrentContext(), propName, propVal); \
if(!ret.IsNothing()) { \
if(!ret.ToChecked()) { \
break; \
} \
} \
}
#define NODE_SET_OBJ_PROP_UID(obj, name, val) \
{ \
Local<Value> propName = String::NewFromUtf8(isolate, name, NewStringType::kInternalized).ToLocalChecked(); \
CHECK_NAPI_OBJ(propName); \
Local<Value> propVal = NodeUid::getNodeValue(isolate, val); \
CHECK_NAPI_OBJ(propVal); \
v8::Maybe<bool> ret = obj->Set(isolate->GetCurrentContext(), propName, propVal); \
if(!ret.IsNothing()) { \
if(!ret.ToChecked()) { \
break; \
} \
} \
}
#define NODE_SET_OBJ_PROP_NUMBER(obj, name, val) \
{ \
Local<Value> propName = String::NewFromUtf8(isolate, name, NewStringType::kInternalized).ToLocalChecked(); \
CHECK_NAPI_OBJ(propName); \
Local<Value> propVal = v8::Number::New(isolate, val); \
CHECK_NAPI_OBJ(propVal); \
v8::Maybe<bool> ret = obj->Set(isolate->GetCurrentContext(), propName, propVal); \
if(!ret.IsNothing()) { \
if(!ret.ToChecked()) { \
break; \
} \
} \
}
void NodeEventHandler::onJoinChannelSuccess_node(const char* channel, uid_t id, int elapsed)
{
FUNC_TRACE;
MAKE_JS_CALL_3(RTC_EVENT_JOIN_CHANNEL, string, channel, uid, id, int32, elapsed);
}
void NodeEventHandler::onJoinChannelSuccess(const char* channel, uid_t uid, int elapsed)
{
FUNC_TRACE;
std::string channelName = channel;
node_async_call::async_call([this, channelName, uid, elapsed]() {
this->onJoinChannelSuccess_node(channelName.c_str(), uid, elapsed);
});
}
void NodeEventHandler::onRejoinChannelSuccess_node(const char* channel, uid_t uid, int elapsed)
{
FUNC_TRACE;
MAKE_JS_CALL_3(RTC_EVENT_REJOIN_CHANNEL, string, channel, uid, uid, int32, elapsed);
}
void NodeEventHandler::onRejoinChannelSuccess(const char* channel, uid_t uid, int elapsed)
{
FUNC_TRACE;
std::string channelName(channel);
node_async_call::async_call([this, channelName, uid, elapsed]() {
this->onRejoinChannelSuccess_node(channelName.c_str(), uid, elapsed);
});
}
void NodeEventHandler::onWarning_node(int warn, const char* msg)
{
FUNC_TRACE;
MAKE_JS_CALL_2(RTC_EVENT_WARNING, int32, warn, string, msg);
}
void NodeEventHandler::onWarning(int warn, const char* msg)
{
FUNC_TRACE;
std::string message;
if (msg)
message.assign(msg);
node_async_call::async_call([this, warn, message]() {
this->onWarning_node(warn, message.c_str());
});
}
void NodeEventHandler::onError_node(int err, const char* msg)
{
MAKE_JS_CALL_2(RTC_EVENT_ERROR, int32, err, string, msg);
}
void NodeEventHandler::onError(int err, const char* msg)
{
std::string errorDesc;
if (msg)
errorDesc.assign(msg);
node_async_call::async_call([this, err, errorDesc] {
this->onError_node(err, errorDesc.c_str());
});
}
void NodeEventHandler::onAudioQuality_node(uid_t uid, int quality, unsigned short dealy, unsigned short lost)
{
FUNC_TRACE;
MAKE_JS_CALL_4(RTC_EVENT_AUDIO_QUALITY, uid, uid, int32, quality, uint16, dealy, uint16, lost);
}
void NodeEventHandler::onAudioQuality(uid_t uid, int quality, unsigned short dealy, unsigned short lost)
{
FUNC_TRACE;
node_async_call::async_call([this, uid, quality, dealy, lost] {
this->onAudioQuality_node(uid, quality, dealy, lost);
});
}
void NodeEventHandler::onAudioVolumeIndication_node(AudioVolumeInfo* speakers, unsigned int speakerNumber, int totalVolume)
{
FUNC_TRACE;
auto it = m_callbacks.find(RTC_EVENT_AUDIO_VOLUME_INDICATION);
if (it != m_callbacks.end()) {
Isolate *isolate = Isolate::GetCurrent();
HandleScope scope(isolate);
Local<Context> context = isolate->GetCurrentContext();
Local<v8::Array> arrSpeakers = v8::Array::New(isolate, speakerNumber);
for(int i = 0; i < speakerNumber; i++) {
Local<Object> obj = Object::New(isolate);
obj->Set(context, napi_create_string_(isolate, "uid"), napi_create_uid_(isolate, speakers[i].uid));
obj->Set(context, napi_create_string_(isolate, "volume"), napi_create_uint32_(isolate, speakers[i].volume));
arrSpeakers->Set(context, i, obj);
}
Local<Value> argv[3]{ arrSpeakers,
napi_create_uint32_(isolate, speakerNumber),
napi_create_uint32_(isolate, totalVolume)
};
NodeEventCallback& cb = *it->second;
cb.callback.Get(isolate)->Call(context, cb.js_this.Get(isolate), 3, argv);
}
// MAKE_JS_CALL_4(RTC_EVENT_AUDIO_VOLUME_INDICATION, uid, speaker.uid, uint32, speaker.volume, uint32, speakerNumber, int32, totalVolume);
}
void NodeEventHandler::onAudioVolumeIndication(const AudioVolumeInfo* speaker, unsigned int speakerNumber, int totalVolume)
{
FUNC_TRACE;
if (speaker) {
AudioVolumeInfo* localSpeakers = new AudioVolumeInfo[speakerNumber];
for(int i = 0; i < speakerNumber; i++) {
AudioVolumeInfo tmp = speaker[i];
localSpeakers[i].uid = tmp.uid;
localSpeakers[i].volume = tmp.volume;
}
node_async_call::async_call([this, localSpeakers, speakerNumber, totalVolume] {
this->onAudioVolumeIndication_node(localSpeakers, speakerNumber, totalVolume);
delete []localSpeakers;
});
}
}
void NodeEventHandler::onLeaveChannel_node(const RtcStats& stats)
{
FUNC_TRACE;
MAKE_JS_CALL_0(RTC_EVENT_LEAVE_CHANNEL);
}
void NodeEventHandler::onLeaveChannel(const RtcStats& stats)
{
FUNC_TRACE;
node_async_call::async_call([this, stats] {
this->onLeaveChannel_node(stats);
});
}
void NodeEventHandler::onRtcStats_node(const RtcStats& stats)
{
unsigned int usercount = stats.userCount;
LOG_INFO("duration : %d, tx :%d, rx :%d, txbr :%d, rxbr :%d, txAudioBr :%d, rxAudioBr :%d, users :%d\n",
stats.duration, stats.txBytes, stats.rxBytes, stats.txKBitRate, stats.rxKBitRate, stats.txAudioKBitRate,
stats.rxAudioKBitRate, usercount);
do {
Isolate *isolate = Isolate::GetCurrent();
HandleScope scope(isolate);
Local<Context> context = isolate->GetCurrentContext();
Local<Object> obj = Object::New(isolate);
CHECK_NAPI_OBJ(obj);
NODE_SET_OBJ_PROP_UINT32(obj, "duration", stats.duration);
NODE_SET_OBJ_PROP_UINT32(obj, "txBytes", stats.txBytes);
NODE_SET_OBJ_PROP_UINT32(obj, "rxBytes", stats.rxBytes);
NODE_SET_OBJ_PROP_UINT32(obj, "txKBitRate", stats.txKBitRate);
NODE_SET_OBJ_PROP_UINT32(obj, "rxKBitRate", stats.rxKBitRate);
NODE_SET_OBJ_PROP_UINT32(obj, "rxAudioBytes", stats.rxAudioBytes);
NODE_SET_OBJ_PROP_UINT32(obj, "txAudioBytes", stats.txAudioBytes);
NODE_SET_OBJ_PROP_UINT32(obj, "rxVideoBytes", stats.rxVideoBytes);
NODE_SET_OBJ_PROP_UINT32(obj, "txVideoBytes", stats.txVideoBytes);
NODE_SET_OBJ_PROP_UINT32(obj, "rxAudioKBitRate", stats.rxAudioKBitRate);
NODE_SET_OBJ_PROP_UINT32(obj, "txAudioKBitRate", stats.txAudioKBitRate);
NODE_SET_OBJ_PROP_UINT32(obj, "rxVideoKBitRate", stats.rxVideoKBitRate);
NODE_SET_OBJ_PROP_UINT32(obj, "txVideoKBitRate", stats.txVideoKBitRate);
NODE_SET_OBJ_PROP_UINT32(obj, "lastmileDelay", stats.lastmileDelay);
NODE_SET_OBJ_PROP_UINT32(obj, "users", usercount);
NODE_SET_OBJ_PROP_UINT32(obj, "userCount", stats.userCount);
NODE_SET_OBJ_PROP_UINT32(obj, "txPacketLossRate", stats.txPacketLossRate);
NODE_SET_OBJ_PROP_UINT32(obj, "rxPacketLossRate", stats.rxPacketLossRate);
NODE_SET_OBJ_PROP_NUMBER(obj, "cpuAppUsage", stats.cpuAppUsage);
NODE_SET_OBJ_PROP_NUMBER(obj, "cpuTotalUsage", stats.cpuTotalUsage);
Local<Value> arg[1] = { obj };
auto it = m_callbacks.find(RTC_EVENT_RTC_STATS);
if (it != m_callbacks.end()) {
it->second->callback.Get(isolate)->Call(context, it->second->js_this.Get(isolate), 1, arg); \
}
} while (false);
}
void NodeEventHandler::onRtcStats(const RtcStats& stats)
{
node_async_call::async_call([this, stats] {
this->onRtcStats_node(stats);
});
}
void NodeEventHandler::onAudioDeviceStateChanged_node(const char* deviceId, int deviceType, int deviceStats)
{
FUNC_TRACE;
MAKE_JS_CALL_3(RTC_EVENT_AUDIO_DEVICE_STATE_CHANGED, string, deviceId, int32, deviceType, int32, deviceStats);
}
void NodeEventHandler::onAudioDeviceStateChanged(const char* deviceId, int deviceType, int deviceStats)
{
FUNC_TRACE;
std::string id(deviceId);
node_async_call::async_call([this, id, deviceType, deviceStats] {
this->onAudioDeviceStateChanged_node(id.c_str(), deviceType, deviceStats);
});
}
void NodeEventHandler::onAudioMixingFinished_node()
{
FUNC_TRACE;
MAKE_JS_CALL_0(RTC_EVENT_AUDIO_MIXING_FINISHED);
}
void NodeEventHandler::onAudioMixingFinished()
{
FUNC_TRACE;
node_async_call::async_call([this] {
this->onAudioMixingFinished_node();
});
}
void NodeEventHandler::onRemoteAudioMixingBegin_node()
{
FUNC_TRACE;
MAKE_JS_CALL_0(RTC_EVENT_REMOTE_AUDIO_MIXING_BEGIN);
}
void NodeEventHandler::onRemoteAudioMixingBegin()
{
FUNC_TRACE;
node_async_call::async_call([this] {
this->onRemoteAudioMixingBegin_node();
});
}
void NodeEventHandler::onRemoteAudioMixingEnd_node()
{
FUNC_TRACE;
MAKE_JS_CALL_0(RTC_EVENT_REMOTE_AUDIO_MIXING_END);
}
void NodeEventHandler::onRemoteAudioMixingEnd()
{
FUNC_TRACE;
node_async_call::async_call([this] {
this->onRemoteAudioMixingEnd_node();
});
}
void NodeEventHandler::onAudioEffectFinished_node(int soundId)
{
FUNC_TRACE;
MAKE_JS_CALL_1(RTC_EVENT_AUDIO_EFFECT_FINISHED, int32, soundId);
}
void NodeEventHandler::onAudioEffectFinished(int soundId)
{
FUNC_TRACE;
node_async_call::async_call([this, soundId] {
this->onAudioEffectFinished_node(soundId);
});
}
void NodeEventHandler::onVideoDeviceStateChanged_node(const char* deviceId, int deviceType, int deviceState)
{
FUNC_TRACE;
MAKE_JS_CALL_3(RTC_EVENT_VIDEO_DEVICE_STATE_CHANGED, string, deviceId, int32, deviceType, int32, deviceState);
}
void NodeEventHandler::onVideoDeviceStateChanged(const char* deviceId, int deviceType, int deviceState)
{
FUNC_TRACE;
std::string id(deviceId);
node_async_call::async_call([this, id, deviceType, deviceState] {
this->onVideoDeviceStateChanged_node(id.c_str(), deviceType, deviceState);
});
}
void NodeEventHandler::onNetworkQuality_node(uid_t uid, int txQuality, int rxQuality)
{
//event_log("uid : %d, txQuality :%d, rxQuality :%d\n", uid, txQuality, rxQuality);
MAKE_JS_CALL_3(RTC_EVENT_NETWORK_QUALITY, uid, uid, int32, txQuality, int32, rxQuality);
}
void NodeEventHandler::onNetworkQuality(uid_t uid, int txQuality, int rxQuality)
{
node_async_call::async_call([this, uid, txQuality, rxQuality] {
this->onNetworkQuality_node(uid, txQuality, rxQuality);
});
}
void NodeEventHandler::onLastmileQuality_node(int quality)
{
FUNC_TRACE;
MAKE_JS_CALL_1(RTC_EVENT_LASTMILE_QUALITY, int32, quality);
}
void NodeEventHandler::onLastmileQuality(int quality)
{
FUNC_TRACE;
node_async_call::async_call([this, quality] {
this->onLastmileQuality_node(quality);
});
}
void NodeEventHandler::onFirstLocalVideoFrame_node(int width, int height, int elapsed)
{
FUNC_TRACE;
MAKE_JS_CALL_3(RTC_EVENT_FIRST_LOCAL_VIDEO_FRAME, int32, width, int32, height, int32, elapsed);
}
void NodeEventHandler::onFirstLocalVideoFrame(int width, int height, int elapsed)
{
FUNC_TRACE;
node_async_call::async_call([this, width, height, elapsed] {
this->onFirstLocalVideoFrame_node(width, height, elapsed);
});
}
void NodeEventHandler::onFirstRemoteVideoDecoded_node(uid_t uid, int width, int height, int elapsed)
{
FUNC_TRACE;
MAKE_JS_CALL_4(RTC_EVENT_FIRST_REMOTE_VIDEO_DECODED, uid, uid, int32, width, int32, height, int32, elapsed);
}
void NodeEventHandler::onFirstRemoteVideoDecoded(uid_t uid, int width, int height, int elapsed)
{
FUNC_TRACE;
node_async_call::async_call([this, uid, width, height, elapsed] {
this->onFirstRemoteVideoDecoded_node(uid, width, height, elapsed);
});
}
void NodeEventHandler::onVideoSizeChanged_node(uid_t uid, int width, int height, int rotation)
{
FUNC_TRACE;
MAKE_JS_CALL_4(RTC_EVENT_VIDEO_SIZE_CHANGED, uid, uid, int32, width, int32, height, int32, rotation);
}
void NodeEventHandler::onVideoSizeChanged(uid_t uid, int width, int height, int rotation)
{
FUNC_TRACE;
node_async_call::async_call([this, uid, width, height, rotation] {
this->onVideoSizeChanged_node(uid, width, height, rotation);
});
}
void NodeEventHandler::onRemoteVideoStateChanged_node(uid_t uid, REMOTE_VIDEO_STATE state, REMOTE_VIDEO_STATE_REASON reason, int elapsed)
{
FUNC_TRACE;
MAKE_JS_CALL_4(RTC_EVENT_REMOTE_VIDEO_STATE_CHANGED, uid, uid, int32, state, int32, reason, int32, elapsed);
}
void NodeEventHandler::onRemoteVideoStateChanged(uid_t uid, REMOTE_VIDEO_STATE state, REMOTE_VIDEO_STATE_REASON reason, int elapsed)
{
FUNC_TRACE;
node_async_call::async_call([this, uid, state, reason, elapsed] {
this->onRemoteVideoStateChanged_node(uid, state, reason, elapsed);
});
}
void NodeEventHandler::onFirstRemoteVideoFrame_node(uid_t uid, int width, int height, int elapsed)
{
FUNC_TRACE;
MAKE_JS_CALL_4(RTC_EVENT_FIRST_REMOTE_VIDEO_FRAME, uid, uid, int32, width, int32, height, int32, elapsed);
}
void NodeEventHandler::onFirstRemoteVideoFrame(uid_t uid, int width, int height, int elapsed)
{
FUNC_TRACE;
node_async_call::async_call([this, uid, width, height, elapsed] {
this->onFirstRemoteVideoFrame_node(uid, width, height, elapsed);
});
}
void NodeEventHandler::onUserJoined_node(uid_t uid, int elapsed)
{
FUNC_TRACE;
MAKE_JS_CALL_2(RTC_EVENT_USER_JOINED, uid, uid, int32, elapsed);
}
void NodeEventHandler::onUserJoined(uid_t uid, int elapsed)
{
FUNC_TRACE;
node_async_call::async_call([this, uid, elapsed] {
this->onUserJoined_node(uid, elapsed);
});
}
void NodeEventHandler::onUserOffline_node(uid_t uid, USER_OFFLINE_REASON_TYPE reason)
{
FUNC_TRACE;
MAKE_JS_CALL_2(RTC_EVENT_USER_OFFLINE, uid, uid, int32, reason);
}
void NodeEventHandler::onUserOffline(uid_t uid, USER_OFFLINE_REASON_TYPE reason)
{
FUNC_TRACE;
node_async_call::async_call([this, uid, reason] {
this->onUserOffline_node(uid, reason);
});
}
void NodeEventHandler::onUserMuteAudio_node(uid_t uid, bool muted)
{
FUNC_TRACE;
MAKE_JS_CALL_2(RTC_EVENT_USER_MUTE_AUDIO, uid, uid, int32, muted);
}
void NodeEventHandler::onUserMuteAudio(uid_t uid, bool muted)
{
FUNC_TRACE;
node_async_call::async_call([this, uid, muted] {
this->onUserMuteAudio_node(uid, muted);
});
}
void NodeEventHandler::onUserMuteVideo_node(uid_t uid, bool muted)
{
FUNC_TRACE;
MAKE_JS_CALL_2(RTC_EVENT_USER_MUTE_VIDEO, uid, uid, int32, muted);
}
void NodeEventHandler::onUserMuteVideo(uid_t uid, bool muted)
{
FUNC_TRACE;
node_async_call::async_call([this, uid, muted] {
this->onUserMuteVideo_node(uid, muted);
});
}
void NodeEventHandler::onUserEnableVideo_node(uid_t uid, bool enabled)
{
FUNC_TRACE;
MAKE_JS_CALL_2(RTC_EVENT_USER_ENABLE_VIDEO, uid, uid, int32, enabled);
}
void NodeEventHandler::onUserEnableVideo(uid_t uid, bool enabled)
{
FUNC_TRACE;
node_async_call::async_call([this, uid, enabled] {
this->onUserEnableVideo_node(uid, enabled);
});
}
void NodeEventHandler::onUserEnableLocalVideo_node(uid_t uid, bool enabled)
{
FUNC_TRACE;
MAKE_JS_CALL_2(RTC_EVENT_USER_ENABLE_LOCAL_VIDEO, uid, uid, int32, enabled);
}
void NodeEventHandler::onUserEnableLocalVideo(uid_t uid, bool enabled)
{
FUNC_TRACE;
node_async_call::async_call([this, uid, enabled] {
this->onUserEnableLocalVideo_node(uid, enabled);
});
}
void NodeEventHandler::onApiCallExecuted_node(const char* api, int error)
{
FUNC_TRACE;
MAKE_JS_CALL_2(RTC_EVENT_APICALL_EXECUTED, string, api, int32, error);
}
void NodeEventHandler::onApiCallExecuted(int err, const char* api, const char* result)
{
FUNC_TRACE;
std::string apiName(api);
node_async_call::async_call([this, apiName, err] {
this->onApiCallExecuted_node(apiName.c_str(), err);
});
}
void NodeEventHandler::onLocalVideoStats_node(const LocalVideoStats& stats)
{
FUNC_TRACE;
do {
Isolate *isolate = Isolate::GetCurrent();
HandleScope scope(isolate);
Local<Context> context = isolate->GetCurrentContext();
Local<Object> obj = Object::New(isolate);
CHECK_NAPI_OBJ(obj);
NODE_SET_OBJ_PROP_UINT32(obj, "sentBitrate", stats.sentBitrate);
NODE_SET_OBJ_PROP_UINT32(obj, "sentFrameRate", stats.sentFrameRate);
NODE_SET_OBJ_PROP_UINT32(obj, "targetBitrate", stats.targetBitrate);
NODE_SET_OBJ_PROP_UINT32(obj, "targetFrameRate", stats.targetFrameRate);
NODE_SET_OBJ_PROP_UINT32(obj, "encoderOutputFrameRate", stats.encoderOutputFrameRate);
NODE_SET_OBJ_PROP_UINT32(obj, "rendererOutputFrameRate", stats.rendererOutputFrameRate);
NODE_SET_OBJ_PROP_UINT32(obj, "qualityAdaptIndication", stats.qualityAdaptIndication);
NODE_SET_OBJ_PROP_UINT32(obj, "encodedBitrate", stats.encodedBitrate);
NODE_SET_OBJ_PROP_UINT32(obj, "encodedFrameWidth", stats.encodedFrameWidth);
NODE_SET_OBJ_PROP_UINT32(obj, "encodedFrameHeight", stats.encodedFrameHeight);
NODE_SET_OBJ_PROP_UINT32(obj, "encodedFrameCount", stats.encodedFrameCount);
NODE_SET_OBJ_PROP_UINT32(obj, "codecType", stats.codecType);
Local<Value> arg[1] = { obj };
auto it = m_callbacks.find(RTC_EVENT_LOCAL_VIDEO_STATS);
if (it != m_callbacks.end()) {
it->second->callback.Get(isolate)->Call(context, it->second->js_this.Get(isolate), 1, arg); \
}
} while (false);
}
void NodeEventHandler::onLocalVideoStats(const LocalVideoStats& stats)
{
FUNC_TRACE;
node_async_call::async_call([this, stats] {
this->onLocalVideoStats_node(stats);
});
}
void NodeEventHandler::onRemoteVideoStats_node(const RemoteVideoStats& stats)
{
FUNC_TRACE;
do {
Isolate *isolate = Isolate::GetCurrent();
HandleScope scope(isolate);
Local<Context> context = isolate->GetCurrentContext();
Local<Object> obj = Object::New(isolate);
CHECK_NAPI_OBJ(obj);
NODE_SET_OBJ_PROP_UINT32(obj, "uid", stats.uid);
NODE_SET_OBJ_PROP_UINT32(obj, "delay", stats.delay);
NODE_SET_OBJ_PROP_UINT32(obj, "width", stats.width);
NODE_SET_OBJ_PROP_UINT32(obj, "height", stats.height);
NODE_SET_OBJ_PROP_UINT32(obj, "receivedBitrate", stats.receivedBitrate);
NODE_SET_OBJ_PROP_UINT32(obj, "decoderOutputFrameRate", stats.decoderOutputFrameRate);
NODE_SET_OBJ_PROP_UINT32(obj, "rendererOutputFrameRate", stats.rendererOutputFrameRate);
NODE_SET_OBJ_PROP_UINT32(obj, "rxStreamType", stats.rxStreamType);
NODE_SET_OBJ_PROP_UINT32(obj, "totalFrozenTime", stats.totalFrozenTime);
NODE_SET_OBJ_PROP_UINT32(obj, "frozenRate", stats.frozenRate);
NODE_SET_OBJ_PROP_UINT32(obj, "packetLossRate", stats.packetLossRate);
Local<Value> arg[1] = { obj };
auto it = m_callbacks.find(RTC_EVENT_REMOTE_VIDEO_STATS);
if (it != m_callbacks.end()) {
it->second->callback.Get(isolate)->Call(context, it->second->js_this.Get(isolate), 1, arg); \
}
} while (false);
}
void NodeEventHandler::onRemoteVideoStats(const RemoteVideoStats& stats)
{
FUNC_TRACE;
printf("frame rate : %d, bitrate : %d, width %d, height %d\n", stats.rendererOutputFrameRate, stats.receivedBitrate, stats.width, stats.height);
node_async_call::async_call([this, stats] {
this->onRemoteVideoStats_node(stats);
});
}
void NodeEventHandler::onCameraReady_node()
{
FUNC_TRACE;
MAKE_JS_CALL_0(RTC_EVENT_CAMERA_READY);
}
void NodeEventHandler::onCameraReady()
{
FUNC_TRACE;
node_async_call::async_call([this] {
this->onCameraReady_node();
});
}
void NodeEventHandler::onCameraFocusAreaChanged_node(int x, int y, int width, int height)
{
FUNC_TRACE;
MAKE_JS_CALL_4(RTC_EVENT_CAMERA_FOCUS_AREA_CHANGED, int32, x, int32, y, int32, width, int32, height);
}
void NodeEventHandler::onCameraFocusAreaChanged(int x, int y, int width, int height)
{
FUNC_TRACE;
node_async_call::async_call([this, x, y, width, height] {
this->onCameraFocusAreaChanged_node(x, y, width, height);
});
}
void NodeEventHandler::onCameraExposureAreaChanged_node(int x, int y, int width, int height)
{
FUNC_TRACE;
MAKE_JS_CALL_4(RTC_EVENT_CAMERA_FOCUS_AREA_CHANGED, int32, x, int32, y, int32, width, int32, height);
}
void NodeEventHandler::onCameraExposureAreaChanged(int x, int y, int width, int height)
{
FUNC_TRACE;
node_async_call::async_call([this, x, y, width, height] {
this->onCameraExposureAreaChanged_node(x, y, width, height);
});
}
void NodeEventHandler::onVideoStopped_node()
{
FUNC_TRACE;
MAKE_JS_CALL_0(RTC_EVENT_VIDEO_STOPPED);
}
void NodeEventHandler::onVideoStopped()
{
FUNC_TRACE;
node_async_call::async_call([this] {
this->onVideoStopped_node();
});
}
void NodeEventHandler::onConnectionLost_node()
{
FUNC_TRACE;
MAKE_JS_CALL_0(RTC_EVENT_CONNECTION_LOST);
}
void NodeEventHandler::onConnectionLost()
{
FUNC_TRACE;
node_async_call::async_call([this] {
this->onConnectionLost_node();
});
}
void NodeEventHandler::onConnectionInterrupted_node()
{
FUNC_TRACE;
MAKE_JS_CALL_0(RTC_EVENT_CONNECTION_INTERRUPTED);
}
void NodeEventHandler::onConnectionInterrupted()
{
FUNC_TRACE;
node_async_call::async_call([this] {
this->onConnectionInterrupted_node();
});
}
void NodeEventHandler::onConnectionBanned_node()
{
FUNC_TRACE;
MAKE_JS_CALL_0(RTC_EVENT_CONNECTION_BANNED);
}
void NodeEventHandler::onConnectionBanned()
{
FUNC_TRACE;
node_async_call::async_call([this] {
this->onConnectionBanned_node();
});
}
void NodeEventHandler::onStreamMessage_node(uid_t uid, int streamId, const char* data, size_t length)
{
FUNC_TRACE;
MAKE_JS_CALL_4(RTC_EVENT_STREAM_MESSAGE, uid, uid, int32, streamId, string, data, int32, length);
}
void NodeEventHandler::onStreamMessage(uid_t uid, int streamId, const char* data, size_t length)
{
FUNC_TRACE;
std::string msg(data);
node_async_call::async_call([this, uid, streamId, msg, length] {
this->onStreamMessage_node(uid, streamId, msg.c_str(), length);
});
}
void NodeEventHandler::onStreamMessageError_node(uid_t uid, int streamId, int code, int missed, int cached)
{
FUNC_TRACE;
MAKE_JS_CALL_5(RTC_EVENT_STREAM_MESSAGE_ERROR, uid, uid, int32, streamId, int32, code, int32, missed, int32, cached);
}
void NodeEventHandler::onStreamMessageError(uid_t uid, int streamId, int code, int missed, int cached)
{
FUNC_TRACE;
node_async_call::async_call([this, uid, streamId, code, missed, cached] {
this->onStreamMessageError_node(uid, streamId, code, missed, cached);
});
}
void NodeEventHandler::onMediaEngineLoadSuccess_node()
{
FUNC_TRACE;
MAKE_JS_CALL_0(RTC_EVENT_MEDIA_ENGINE_LOAD_SUCCESS);
}
void NodeEventHandler::onMediaEngineLoadSuccess()
{
FUNC_TRACE;
node_async_call::async_call([this] {
this->onMediaEngineLoadSuccess_node();
});
}
void NodeEventHandler::onMediaEngineStartCallSuccess_node()
{
FUNC_TRACE;
MAKE_JS_CALL_0(RTC_EVENT_MEDIA_ENGINE_STARTCALL_SUCCESS);
}
void NodeEventHandler::onMediaEngineStartCallSuccess()
{
FUNC_TRACE;
node_async_call::async_call([this] {
this->onMediaEngineStartCallSuccess_node();
});
}
void NodeEventHandler::onRequestToken_node()
{
FUNC_TRACE;
MAKE_JS_CALL_0(RTC_EVENT_REQUEST_TOKEN);
}
void NodeEventHandler::onRequestToken()
{
FUNC_TRACE;
node_async_call::async_call([this] {
this->onRequestToken_node();
});
}
void NodeEventHandler::onTokenPrivilegeWillExpire_node(const char* token)
{
FUNC_TRACE;
MAKE_JS_CALL_1(RTC_EVENT_TOKEN_PRIVILEGE_WILL_EXPIRE, string, token);
}
void NodeEventHandler::onTokenPrivilegeWillExpire(const char* token)
{
FUNC_TRACE;
std::string sToken(token);
node_async_call::async_call([this, sToken] {
this->onTokenPrivilegeWillExpire_node(sToken.c_str());
});
}
void NodeEventHandler::onFirstLocalAudioFrame_node(int elapsed)
{
FUNC_TRACE;
MAKE_JS_CALL_1(RTC_EVENT_FIRST_LOCAL_AUDIO_FRAME, int32, elapsed);
}
void NodeEventHandler::onFirstLocalAudioFrame(int elapsed)
{
FUNC_TRACE;
node_async_call::async_call([this, elapsed] {
this->onFirstLocalAudioFrame_node(elapsed);
});
}
void NodeEventHandler::onFirstRemoteAudioFrame_node(uid_t uid, int elapsed)
{
FUNC_TRACE;
MAKE_JS_CALL_2(RTC_EVENT_FIRST_REMOTE_AUDIO_FRAME, uid, uid, int32, elapsed);
}
void NodeEventHandler::onFirstRemoteAudioFrame(uid_t uid, int elapsed)
{
FUNC_TRACE;
node_async_call::async_call([this, uid, elapsed] {
this->onFirstRemoteAudioFrame_node(uid, elapsed);
});
}
void NodeEventHandler::onFirstRemoteAudioDecoded_node(uid_t uid, int elapsed)
{
FUNC_TRACE;
MAKE_JS_CALL_2(RTC_EVENT_FIRST_REMOTE_AUDIO_DECODED, uid, uid, int32, elapsed);
}
void NodeEventHandler::onFirstRemoteAudioDecoded(uid_t uid, int elapsed)
{
FUNC_TRACE;
node_async_call::async_call([this, uid, elapsed] {
this->onFirstRemoteAudioDecoded_node(uid, elapsed);
});
}
void NodeEventHandler::onStreamPublished_node(const char *url, int error)
{
FUNC_TRACE;
MAKE_JS_CALL_2(RTC_EVENT_STREAM_PUBLISHED, string, url, int32, error);
}
void NodeEventHandler::onStreamPublished(const char *url, int error)
{
FUNC_TRACE;
std::string mUrl = std::string(url);
node_async_call::async_call([this, mUrl, error] {
this->onStreamPublished_node(mUrl.c_str(), error);
});
}
void NodeEventHandler::onStreamUnpublished_node(const char *url)
{
FUNC_TRACE;
MAKE_JS_CALL_1(RTC_EVENT_STREAM_UNPUBLISHED, string, url);
}
void NodeEventHandler::onStreamUnpublished(const char *url)
{
FUNC_TRACE;
std::string mUrl = std::string(url);
node_async_call::async_call([this, mUrl] {
this->onStreamUnpublished_node(mUrl.c_str());
});
}
void NodeEventHandler::onTranscodingUpdated_node()
{
FUNC_TRACE;
MAKE_JS_CALL_0(RTC_EVENT_TRANSCODING_UPDATED);
}
void NodeEventHandler::onTranscodingUpdated()
{
FUNC_TRACE;
node_async_call::async_call([this] {
this->onTranscodingUpdated_node();
});
}
void NodeEventHandler::onStreamInjectedStatus_node(const char* url, uid_t uid, int status)
{
FUNC_TRACE;
MAKE_JS_CALL_3(RTC_EVENT_STREAM_INJECT_STATUS, string, url, uid, uid, int32, status);
}
void NodeEventHandler::onStreamInjectedStatus(const char* url, uid_t uid, int status)
{
FUNC_TRACE;
node_async_call::async_call([this, url, uid, status] {
this->onStreamInjectedStatus_node(url, uid, status);
});
}
void NodeEventHandler::onLocalPublishFallbackToAudioOnly_node(bool isFallbackOrRecover)
{
FUNC_TRACE;