Creating Seamless, Efficient Real-time Universal Meeting Experiences Across All Industries
Room Management
Create/Destroy/Join/Exit rooms and Room Status Management.
Member Management
Manage the audio, video, information, and status of members in the member list.
Personalized UI
Provide personalized UI and support flexible customization.
Meeting Floating Window
The meeting interface can float on the surface, support moving and more operations.
Screen Sharing
Support screen sharing for meeting members and permission control through role classification.
On-cloud Recording
Support recording the meeting screen on the cloud.
Multi-terminal Login
Support cross-platform login and platform switching to enter the meeting.
Microphone Management
Raise hand to go live/get off the microphone, and set the quantity and order of microphones.
20,000+ devices
High Compatibility
200+ countries
Optimized Global Deployment
<300 ms
Global End-to-end Latency
99.9% SLA
High Stability & Availability
Suitable for Versatile Collaborative Audio-visual Interactions in Diverse Group Settings
Video Meeting
Enhance the quality of your video conferences, providing high-definition audio and video for a seamless and professional meeting experience, enabling online office collaboration.
Online Education
Corporate and Professional Training
Digital Recruitment
Webinar
Telehealth/Telemedicine
A Few Lines of Code, Say Goodbye to Busy Works
Android
iOS/Mac
Web/H5
Flutter
Windows
Electron
// init
json::Value init_config(json::ObjectVal);
init_config[kTIMSdkConfigConfigFilePath] = GetCurrentDirectory() + "init";
init_config[kTIMSdkConfigLogFilePath] = GetCurrentDirectory() + "log";
std::string init_config_json = json::Serialize(json::Value(init_config));
int ret = TIMInit(sdk_app_id, init_config_json.c_str());
// login
std::string user_id = "kkkb";
std::string user_sig = "userSig";
int ret = TIMLogin(user_id.c_str(), user_sig.c_str(),
[](int32_t code, const char* desc, const char* json_param, const void* user_data) {
}, nullptr);
// create message
json::Array json_element_array;
json::Object json_element;
json_element[kTIMElemType] = kTIMElem_Text;
json_element[kTIMTextElemContent] = "send text";
json_element_array.push_back(json_element);
json::Object json_message;
json_message[kTIMMsgElemArray] = json_element_array;
std::string json_parameters = json::Serialize(json_message);
// send message
const size_t kMessageIDLength = 128;
char message_id_buffer[kMessageIDLength] = {0};
int ret = TIMMsgSendMessage("kkka", kTIMConv_C2C, json_parameters.c_str(), message_id_buffer,
[](int32_t code, const char* desc, const char* json_param, const void* user_data) {
}, nullptr);
// logout
int ret = TIMLogout([](int32_t code, const char* desc, const char* json_param, const void* user_data) {
}, nullptr);
Tencent Cloud has many success stories in Japan in terms of real-time distribution and live streaming technologies,which further enhances our confidence in Tencent Cloud services.
