CN116980389A - Session processing method, session processing device, computer equipment and computer readable storage medium - Google Patents

Abstract

The present application relates to a session processing method, apparatus, computer device, storage medium and computer program product. The method comprises the following steps: displaying an initiator session interface of a main session in a main speaking mode, and displaying a creation interaction element for creating a sub-session in an interaction mode on the initiator session interface; the master session includes a plurality of participant objects; in response to a trigger event for creating an interactive element, obtaining at least one sub-session in an interactive mode divided from a main session; displaying a mode switching interaction element for switching a main speaking mode and an interaction mode on an initiator session interface; in the main speaking mode, in response to a switching operation of the mode switching interaction element, switching from the main speaking mode to the interaction mode, and sending a sub-session invitation to at least a portion of the plurality of participant objects to participate in at least one sub-session. The method can be used for switching the main speaking mode and the interaction mode.

Description

Session processing method, device, computer equipment and computer-readable storage medium

Technical field

The present application relates to the field of computer technology, and in particular, to a session processing method, device, computer equipment, computer-readable storage medium and computer program product.

Background technique

With the development of computer technology, conversation methods are becoming more and more diverse. For example, when conducting online teaching, the teacher gives lectures in lecture mode and students listen to the lectures for conversation. When students are required to discuss course content, a discussion group can be established so that students can communicate and discuss in the discussion group.

However, at present, after the discussion group is created, students will automatically enter each discussion group, and the teacher's lecture mode will be automatically exited. They can only return to the lecture mode after the discussion ends, and the mode switching is not flexible.

Contents of the invention

Based on this, it is necessary to address the above technical problems and provide a session processing method, device, computer equipment, computer-readable storage medium and computer program product that can improve the flexibility of switching between different modes.

This application provides a session processing method, which includes:

Display the initiator session interface of the main session in the lecture mode, and display the creation interactive element for creating the sub-session in the interactive mode on the initiator session interface; the main session includes multiple participating objects;

In response to a triggering event for the created interactive element, obtaining at least one sub-session in the interactive mode divided from the main session;

Display a mode switching interactive element for switching between the lecture mode and the interactive mode on the initiator session interface;

In the lecture mode, in response to a switching operation on the mode switching interactive element, switch from the lecture mode to the interactive mode, and send at least one of the participating objects to at least a part of the plurality of participating objects. A subsession invitation for a subsession.

This application also provides a session processing device, which includes:

The initiator interface display module is used to display the initiator session interface of the main session in the lecture mode, and the initiator session interface displays the creation interactive elements for creating the sub-session in the interactive mode; the main session includes multiple participants;

A sub-session creation module, configured to obtain at least one sub-session in the interactive mode divided from the main session in response to a triggering event for the creation of an interactive element;

An element display module, configured to display mode switching interactive elements for switching the lecture mode and the interactive mode on the initiator conversation interface;

The initiator mode switching module is configured to, in the lecture mode, switch from the lecture mode to the interactive mode in response to the switching operation of the mode switching interactive element, and provide a message to the plurality of participating objects. At least in part, sending a sub-session invitation to participate in the at least one sub-session.

In one embodiment, the sub-session creation module is further configured to display sub-session configuration items in response to the element triggering operation for the created interactive element; the sub-session configuration items include a theme editing area; in response to the The editing operation of the topic editing area displays the sub-session topic of at least one sub-session in the interactive mode divided from the main session.

In one embodiment, the sub-session creation module is further configured to display the configured attribute information for the at least one sub-session in response to an attribute configuration operation in the attribute configuration item.

In one embodiment, the device further includes a receiving module; the receiving module is configured to display a session request of at least one sub-session on the initiator session interface in the interactive mode; in response to a request to the at least one sub-session The selection operation of the target session request in the session request of the session is to join the sub-session requested by the target session request.

In one embodiment, the device further includes an interactive area display module; the interactive area display module is configured to display the sub-session added in response to the selection operation on the initiator session interface in the interactive mode. Interaction area; in response to a triggering operation for the speech range indication control displayed in the interaction area, triggering in the sub-session indicated by the speech range indication control to play the voice of the participant who triggered the speech range indication control. .

In one embodiment, when the speech range indication control targeted by the triggering operation is a public speech control, the sub-session indicated by the speech range indication control is each sub-session in the at least one sub-session.

In one embodiment, when the speech range indication control targeted by the triggering operation is a private speech control, the sub-session indicated by the speech range indication control is a sub-session joined by the participating object that triggered the private speech control. session.

In one embodiment, the device further includes an interaction status display module; the interaction status display module is configured to display, on the initiator session interface in the interaction mode, corresponding to each sub-session in the at least one sub-session. , display the interaction status of the corresponding sub-session; the interaction status includes at least one of the interaction heat of the corresponding sub-session or the recording progress of the interaction record document of the corresponding sub-session.

In one embodiment, the device further includes an export module; the export module is configured to display a document export control on the initiator session interface in the interactive mode; and trigger an operation in response to the export of the document export control , display the interaction record document of each of the at least one sub-session; in response to the saving operation of the target interaction record document in the interaction record document of the at least one sub-session, store the target interaction record document.

In one embodiment, the device further includes a document sending module configured to display at least one document received in response to a sending operation of a target interaction record document among the interaction record documents of the at least one sub-session. Object; in response to a selection operation on a target receiving object in the at least one document receiving object, sending the target interaction record document to the target receiving object.

In one embodiment, the initiator mode switching module is further configured to display the at least one sub-session in the interactive mode; in response to a switching operation on the mode switching interactive element, from the interactive mode Switch to the main lecture mode; in the main lecture mode, cancel the display of the at least one sub-session and display the multiple participating objects in the main session.

In one embodiment, the initiator mode switching module is also configured to, when switching to the main lecture mode, switch from the main lecture mode to the interactive mode in response to a switching operation on the mode switching interactive element; In the interactive mode, the at least one sub-session created historically by the main session is displayed, and the at least one sub-session created historically includes participating objects that have been added historically.

This application also provides a computer device. The computer device includes a memory and a processor. The memory stores a computer program. When the processor executes the computer program, it implements the following steps:

Display the initiator session interface of the main session in the lecture mode, and display the creation interactive element for creating the sub-session in the interactive mode on the initiator session interface; the main session includes multiple participating objects;

In response to a triggering event for the created interactive element, obtaining at least one sub-session in the interactive mode divided from the main session;

Display a mode switching interactive element for switching between the lecture mode and the interactive mode on the initiator session interface;

In the lecture mode, in response to a switching operation on the mode switching interactive element, switch from the lecture mode to the interactive mode, and send at least one of the participating objects to at least a part of the plurality of participating objects. A subsession invitation for a subsession.

This application also provides a computer-readable storage medium. The computer-readable storage medium has a computer program stored thereon. When the computer program is executed by a processor, the following steps are implemented:

Display the initiator session interface of the main session in the lecture mode, and display the creation interactive element for creating the sub-session in the interactive mode on the initiator session interface; the main session includes multiple participating objects;

In response to a triggering event for the created interactive element, obtaining at least one sub-session in the interactive mode divided from the main session;

Display a mode switching interactive element for switching between the lecture mode and the interactive mode on the initiator session interface;

In the lecture mode, in response to a switching operation on the mode switching interactive element, switch from the lecture mode to the interactive mode, and send at least one of the participating objects to at least a part of the plurality of participating objects. A subsession invitation for a subsession.

This application also provides a computer program product, which includes a computer program that implements the following steps when executed by a processor:

Display the initiator session interface of the main session in the lecture mode, and display the creation interactive element for creating the sub-session in the interactive mode on the initiator session interface; the main session includes multiple participating objects;

In response to a triggering event for the created interactive element, obtaining at least one sub-session in the interactive mode divided from the main session;

Display a mode switching interactive element for switching between the lecture mode and the interactive mode on the initiator session interface;

In the lecture mode, in response to a switching operation on the mode switching interactive element, switch from the lecture mode to the interactive mode, and send at least one of the participating objects to at least a part of the plurality of participating objects. A subsession invitation for a subsession.

The above-mentioned session processing method, device, computer equipment, storage medium and computer program product display the initiator session interface of the main session in the lecture mode, and display the creation interactive element for creating the sub-session in the interactive mode on the initiator session interface. , the main session includes a plurality of participating objects, and in response to a triggering event for creating an interactive element, at least one sub-session in the interactive mode divided from the main session is obtained, so that the main session can be divided into sub-sessions. After the sub-session is created, the mode switching interactive element for switching between the lecture mode and the interactive mode is displayed on the initiator's session interface, so that after the sub-session is created, the lecture mode and the interactive mode can coexist, and the session initiator can freely choose the mode switching . In the lecture mode, in response to the switching operation of the mode switching interactive element, switch from the lecture mode to the interactive mode, and send a sub-session invitation to participate in at least one sub-session to at least some of the plurality of participating objects, so that each participant Objects are allocated to sub-sessions for discussion and communication, so that the main session in the lecture mode and the sub-session in the interactive mode can coexist, and through flexible mode switching, the conversation mode suitable for the current scene can be quickly switched, making the main session and sub-session applications are more flexible.

This application provides a session processing method, which includes:

When joining the main session, display the receiver session interface in the main lecture mode;

In response to a sub-session invitation event for a sub-session divided from the main session, switching from the main lecture mode to the interactive mode;

In the interactive mode, display the sub-session entry of the sub-session indicated by the sub-session invitation event;

In response to the selection event of the target sub-session entry in the displayed sub-session entry, on the receiving session interface in the interactive mode, display the target sub-session after joining the target sub-session indicated by the target sub-session entry. Subsession information.

This application also provides a session processing device, which includes:

The receiver interface display module is used to display the receiver session interface in the main lecture mode when joining the main session;

A receiver mode switching module configured to switch from the main lecture mode to the interactive mode in response to a sub-session invitation event for a sub-session divided from the main session;

An entrance display module, configured to display the sub-session entrance of the sub-session indicated by the sub-session invitation event in the interactive mode;

An information display module configured to, in response to a selection event of a target sub-session entry in the displayed sub-session entry, display on the recipient session interface in the interactive mode after joining the target sub-session indicated by the target sub-session entry. Sub-session information of the target sub-session.

In one embodiment, the device further includes an interactive control response module; the interactive control response module is configured to display at least one response to the joined target sub-session on the receiving session interface in the interactive mode. Interactive control; in response to a triggering operation for a target interactive control in the at least one interactive control, trigger an interactive action indicated by the target interactive control based on the target sub-session.

In one embodiment, the interactive control response module is further configured to trigger each sub-session in at least one sub-session of the main session in response to a triggering operation of the public speaking control in the at least one interactive control. During the conversation, the voice of the participating object that triggers the public speaking control is played.

In one embodiment, the interactive control response module is further configured to, in response to a triggering operation for the private speech control in the at least one interactive control, trigger the sub-program added by the participating object that triggered the private speech control. During the conversation, the voice of the participant who triggered the private speech control is played.

In one embodiment, the interactive control response module is further configured to record the interaction information of each participating object in the target sub-session in response to a triggering operation of the document recording control in the at least one interactive control. , to form interactive record documents.

In one embodiment, the interactive control response module is also used to display the recording progress of the interaction record document; in response to a viewing operation of the recording progress, display the document content of the interaction record document.

In one embodiment, the interactive control response module is further configured to push a request to the session initiator to join the target sub-session in response to a triggering operation of the session request control in the at least one interactive control. Session request.

In one embodiment, the receiver mode switching module is further configured to switch from the interactive mode to the lecture mode in response to the session initiator's switching operation on the mode switching interactive element; in the lecture mode , cancel the display of the target sub-session, and display the multiple participating objects in the main session.

In one embodiment, the receiver mode switching module is also configured to, when switching to the main lecture mode, switch from the main lecture mode to the main lecture mode in response to the session initiator's switching operation of the mode switching interactive element. the interactive mode and join the target subsession.

This application also provides a computer device. The computer device includes a memory and a processor. The memory stores a computer program. When the processor executes the computer program, it implements the following steps:

When joining the main session, display the receiver session interface in the main lecture mode;

In response to a sub-session invitation event for a sub-session divided from the main session, switching from the main lecture mode to the interactive mode;

In the interactive mode, display the sub-session entry of the sub-session indicated by the sub-session invitation event;

In response to the selection event of the target sub-session entry in the displayed sub-session entry, on the receiving session interface in the interactive mode, display the target sub-session after joining the target sub-session indicated by the target sub-session entry. Subsession information.

This application also provides a computer-readable storage medium. The computer-readable storage medium has a computer program stored thereon. When the computer program is executed by a processor, the following steps are implemented:

When joining the main session, display the receiver session interface in the main lecture mode;

In response to a sub-session invitation event for a sub-session divided from the main session, switching from the main lecture mode to the interactive mode;

In the interactive mode, display the sub-session entry of the sub-session indicated by the sub-session invitation event;

In response to the selection event of the target sub-session entry in the displayed sub-session entry, on the receiving session interface in the interactive mode, display the target sub-session after joining the target sub-session indicated by the target sub-session entry. Subsession information.

This application also provides a computer program product, which includes a computer program that implements the following steps when executed by a processor:

When joining the main session, display the receiver session interface in the main lecture mode;

In response to a sub-session invitation event for a sub-session divided from the main session, switching from the main lecture mode to the interactive mode;

In the interactive mode, display the sub-session entry of the sub-session indicated by the sub-session invitation event;

In response to the selection event of the target sub-session entry in the displayed sub-session entry, on the receiving session interface in the interactive mode, display the target sub-session after joining the target sub-session indicated by the target sub-session entry. Subsession information.

In the above-mentioned session processing methods, devices, computer equipment, storage media and computer program products, after the session initiator creates a sub-session, the lecture mode and the interactive mode can coexist, and the session initiator can freely choose to switch between modes. When the session receiver joins the main session, the session receiver's session interface in the lecture mode is displayed. In response to the session initiator's sub-session invitation event for the sub-session divided from the main session after the session initiator creates the sub-session, the session receiver starts the lecture from the main session. The mode is switched to the interactive mode, thereby realizing flexible switching between the lecture mode and the interactive mode based on the mode switching operation of the session initiator. In the interactive mode, the sub-session invitation event is displayed to indicate the sub-session entry of the sub-session, so that the conversation recipient can independently select the target sub-session entry from the displayed sub-session entries to join the target sub-session that the conversation recipient wants to join. Thus, the conversation recipients are assigned to sub-sessions for discussion and communication, so that the main conversation in the lecture mode and the sub-sessions in the interactive mode can coexist. On the receiver session interface in interactive mode, the sub-session information of the target sub-session after joining the target sub-session indicated by the target sub-session entrance is displayed, so that the session receiver can obtain more information of the target sub-session. Moreover, through flexible mode switching, the session mode suitable for the current scenario can be quickly switched, making the application of the main session and sub-session more flexible.

Description of the drawings

Figure 1 is an application environment diagram of the session processing method in one embodiment;

Figure 2 is a schematic flowchart of a session processing method in one embodiment;

Figure 3A is a schematic diagram of the interface for creating a sub-session in one embodiment;

Figure 3B is a schematic diagram of an interface for creating a sub-session in another embodiment;

Figure 3C is a schematic diagram of sub-session configuration items in an embodiment;

Figure 4A is a schematic diagram of the interface for joining a sub-session in one embodiment;

Figure 4B is a schematic interface diagram showing a public speech control and a private speech control in an interactive area in one embodiment;

Figure 5A is a schematic diagram showing the interaction heat of a sub-session and the recording progress of the interaction record document in one embodiment;

Figure 5B is a schematic diagram of the interface for exporting interaction record documents in one embodiment;

Figure 6 is a schematic diagram of sending a target interaction record document to a target receiving object in one embodiment;

Figure 7 is a schematic flowchart of a session processing method in another embodiment;

Figure 8 is a schematic diagram of an interface for displaying sub-session and sub-session information in one embodiment;

Figure 9A is a schematic diagram of an interface showing a public speech control, a private speech control, a document recording control and a session request control in one embodiment;

Figure 9B is a schematic diagram of an interface for displaying the document content of an interactive record document in one embodiment;

Figure 10 is a schematic diagram of a data storage structure in one embodiment;

Figure 11 is a schematic flowchart of main session creation in one embodiment;

Figure 12 is a schematic flowchart of sub-session creation in one embodiment;

Figure 13 is a schematic diagram of the layout of container components in one embodiment;

Figure 14 is a schematic structural diagram of a container component in an embodiment;

Figure 15 is a schematic diagram of creating a main session and a sub-session in one embodiment;

Figure 16 is a schematic structural diagram of the bubble assembly in one embodiment;

Figure 17 is a schematic diagram of the contents of a bubble component object in one embodiment;

Figure 18 is a schematic flowchart of document export in one embodiment;

Figure 19 is a structural block diagram of a session processing device in one embodiment;

Figure 20 is a structural block diagram of a session processing device in one embodiment;

Figure 21 is an internal structure diagram of a computer device in one embodiment.

Detailed ways

In order to make the purpose, technical solutions and advantages of the present application more clear, the present application will be further described in detail below with reference to the drawings and embodiments. It should be understood that the specific embodiments described here are only used to explain the present application and are not used to limit the present application.

The session processing method provided by the embodiment of this application can be applied in the application environment as shown in Figure 1. Among them, the initiator terminal 102 and the recipient terminal 104 communicate with the server 106 through the network. The data storage system may store data that server 106 needs to process. The data storage system can be integrated on the server 106, or placed on the cloud or other servers. The initiator terminal 102 displays the initiator session interface of the main session in the lecture mode, and displays the creation interactive element for creating the sub-session in the interactive mode on the initiator session interface; the main session includes multiple participating objects. In response to a triggering event for creating an interactive element, the initiating terminal 102 obtains at least one sub-session in the interactive mode divided from the main session. The initiator terminal 102 displays a mode switching interactive element for switching between the lecture mode and the interactive mode on the initiator session interface. In the lecture mode, the initiator terminal 102 switches from the lecture mode to the interactive mode in response to a switching operation on the mode switching interactive element, and sends a sub-session invitation to participate in at least one sub-session to at least some of the multiple participating objects.

When the receiver terminal 104 joins the main session, it displays the receiver session interface in the main lecture mode. The recipient terminal 104 switches from the lecture mode to the interactive mode in response to the sub-session invitation for the sub-session divided from the main session. In the interactive mode, the recipient terminal 104 displays the sub-session invitation event indicating the sub-session entry of the sub-session. In response to the selection event of the target sub-session entry in the displayed sub-session entry, the receiving terminal 104 displays the sub-session information of the target sub-session after joining the target sub-session indicated by the target sub-session entry on the receiving side session interface in the interactive mode.

Among them, the initiator terminal 102 and the receiver terminal 104 can be, but are not limited to, various desktop computers, notebook computers, smart phones, tablets, Internet of Things devices and portable wearable devices. The Internet of Things devices can be smart speakers, smart TVs, Smart air conditioners, smart vehicle equipment, etc. Portable wearable devices can be smart watches, smart bracelets, head-mounted devices, etc. The server 104 can be implemented as an independent server or a server cluster composed of multiple servers.

In one embodiment, as shown in Figure 2, a session processing method is provided. This method is explained by taking the method applied to the initiator terminal in Figure 1 as an example, and includes the following steps:

Step S202: Display the initiator's session interface of the main session in the lecture mode, and display the creation interactive element for creating the sub-session in the interactive mode on the initiator's session interface; the main session includes multiple participating objects.

Among them, the main conversation refers to the main way for multiple participating objects to conduct conversations. A sub-session is an auxiliary session established based on an existing main session. A sub-session can be a discussion group.

The lecture mode refers to the mode for conducting the main session, and the interactive mode refers to the mode for conducting the sub-session. In the main conversation, the conversation initiator can give the lecture, and other participating objects except the conversation initiator can hear the conversation initiator's voice, and the participating objects cannot interact. Participants in a sub-session can interact with other participants in the sub-session.

The session initiator refers to the party that initiates the session, and the terminal used by the session initiator is the initiator terminal. The party receiving the session is called the session receiver, and the terminal used by the session receiver is the receiver terminal. Multiple participating objects in the main session include session initiators and session receivers.

The session initiator and the session receiver can have a session through the session application and the terminal where the session application is located. The session application used by the session initiator and the session receiver for the session may be the same session application, or it may be different session applications.

The conversational application can be presented to the user in the form of an application program, and the user can conduct a conversation through the application program. The application may refer to a client installed in the terminal, and the client refers to a program installed and run in the terminal. Applications can also refer to installation-free applications, that is, applications that can be used without downloading and installing. This type of application can also be called a small program. It usually runs in the client as a subroutine, and the client is called As a parent application, the subprograms running in the client are called subapplications. Applications may also refer to web applications opened through a browser, etc.

The initiator's session interface refers to the user interface on the initiator's terminal used for the conversation between the session initiator and the session receiver. The user interface can be a pop-up window, floating layer or independent interface.

Specifically, the session initiator runs a session application on the initiator's terminal, initiates the main session through the session application, and displays the initiator's session interface of the main session in the lecture mode. The main session includes multiple participating objects. The initiator terminal displays, on the initiator session interface, a creation interactive element for creating a sub-session in interactive mode.

Step S204: In response to a trigger event for creating an interactive element, obtain at least one sub-session in the interactive mode divided from the main session.

Among them, the trigger event refers to an event that triggers the creation of an interactive element, which can be executed through a trigger operation, which can be a touch operation, a cursor operation, a key operation, or a voice operation, etc. The touch operation may be a touch click operation, a touch press operation or a touch sliding operation, and the touch operation may be a single touch operation or a multi-touch operation. Cursor operation can be to control the cursor to click, press or slide. The key operation may be a virtual key operation or a physical key operation.

Specifically, the session initiator triggers the creation of an interactive element on the initiator's session interface to divide at least one sub-session in the interactive mode from the main session and obtain at least one sub-session in the interactive mode.

In this embodiment, the session initiator triggers the creation of interactive elements and displays sub-session configuration items on the initiator's session interface. In response to the configuration operation in the sub-session configuration item, display at least one configured sub-session in the interactive mode.

Step S206: Display a mode switching interactive element for switching between the lecture mode and the interactive mode on the initiator's session interface.

Among them, interactive elements refer to visual elements that can be operated by users. Interactive elements can be expressed in various forms. For example, they can be controls, buttons, fill-in-the-blank boxes, radio buttons, option groups, images, text, logos, links, etc. But not limited to this. Visual elements are elements that can be displayed to the human eye to convey information.

The mode switching interactive element is a visual element used to switch between lecture mode and interactive mode. The mode switching interactive element may include at least one mode switching control. For example, the mode switching interactive element may include two mode switching controls, and the two mode switching controls are displayed as "lecture mode" and "interactive mode" respectively on the initiator's session interface.

Specifically, after at least one sub-session is created, the initiating terminal displays a mode switching interactive element on the initiating session interface, and the session initiating party can switch between the lecture mode and the interactive mode through the mode switching interactive element.

Step S208: In the lecture mode, in response to the switching operation of the mode switching interactive element, switch from the lecture mode to the interactive mode, and send a sub-session invitation to participate in at least one sub-session to at least some of the multiple participating objects.

The sub-session invitation refers to a request for inviting at least some of the multiple participating objects to enter the sub-session. Sub-session invitations can be presented in the form of invitation links, pop-up windows, floating layers, or conversational interfaces, and can also be presented in combination with voice prompts, vibration prompts, bright screen prompts, etc.

Specifically, when the session initiator is in the lecture mode, the mode switching interactive element can be triggered to switch from the lecture mode to the interactive mode to initiate a sub-session. The initiator terminal switches from the lecture mode to the interactive mode in response to the switching operation of the mode switching interactive element, and sends a sub-session invitation to participate in at least one sub-session to at least some of the multiple participating objects.

The recipient terminal of the participant who has received the sub-session invitation switches from the lecture mode to the interactive mode in response to the sub-session invitation. In the interactive mode, a sub-session invitation event is displayed to indicate the sub-session entrance of the sub-session. In response to the selection event of the target sub-session entry in the displayed sub-session entry, the receiving terminal displays the sub-session information of the target sub-session after joining the target sub-session indicated by the target sub-session entry on the receiving side session interface in the interactive mode.

In this embodiment, before the sub-session is created, the lecture mode is displayed on the initiator's session interface, and after the sub-session is created, the lecture mode and the interactive mode are displayed on the initiator's session interface. The conversation initiator can switch from the lecture mode to the interactive mode by triggering the interactive mode. The session initiator can switch from the interactive mode to the presenter mode by triggering the presenter mode.

In this embodiment, the initiator's session interface of the main session in the lecture mode is displayed, and the creation interactive element for creating a sub-session in the interactive mode is displayed on the initiator's session interface. The main session includes multiple participating objects. In response to the response to Create a trigger event of the interactive element to obtain at least one sub-session in the interactive mode divided from the main session, so that the main session can be divided into sub-sessions. After the sub-session is created, the mode switching interactive element for switching between the lecture mode and the interactive mode is displayed on the initiator's session interface, so that after the sub-session is created, the lecture mode and the interactive mode can coexist, and the session initiator can freely choose the mode switching . In the lecture mode, in response to the switching operation of the mode switching interactive element, switch from the lecture mode to the interactive mode, and send a sub-session invitation to participate in at least one sub-session to at least some of the plurality of participating objects, so that each participant Objects are allocated to sub-sessions for discussion and communication, so that the main session in the lecture mode and the sub-session in the interactive mode can coexist, and through flexible mode switching, the conversation mode suitable for the current scene can be quickly switched, making the main session and sub-session applications are more flexible.

As shown in Figure 3A, the session initiator initiates a main session with the theme "Life Trend Discussion Workshop", and the session initiator serves as the moderator. The main session includes 21 participants, including host A and participants B, C, D, etc. The initiator terminal displays the initiator session interface 300 of the main session in the presenter mode. The lecture mode is the classroom mode. The classroom mode refers to the mode where the host A lectures and other participants listen.

A creation interactive element 302 for creating a sub-session in interactive mode is displayed on the initiator conversation interface 300. The creation interaction element 302 is a creation entry for the sub-session and is displayed as “classroom mode” in the initiator conversation interface 300. The session initiator triggers the create interactive element to create a child session in interactive mode. After the sub-session is created, the mode switching interactive element is displayed on the initiating party's session interface 300. The mode switching interactive element is displayed in two modes on the initiating party's session interface 300, namely, "classroom mode" and "group mode".

In the initiator conversation interface 300 in the classroom mode, the mode switching interactive element displayed as "group mode" is triggered to switch from the lecture mode to the interactive mode, and each created child is displayed in the initiator conversation interface 300 in the interactive mode. session. For example, "effort team", "complaint team", "exploration team" and "XX team".

In one embodiment, in response to a trigger event for creating an interactive element, obtaining at least one sub-session in the interactive mode divided from the main session includes:

In response to an operation being triggered for an element that creates an interactive element, a sub-session configuration item is displayed; the sub-session configuration item includes a theme editing area; in response to an editing operation in the theme editing area, at least one interactive mode divided from the main session is displayed The subsession topic of the subsession.

Among them, the sub-session configuration items refer to the related configuration items of the sub-session, and the creation of the sub-session is completed through the configuration of the sub-session. The theme editing area refers to the user interface used to edit the theme of a sub-session. The user interface can be a pop-up window, a floating layer, or an independent interface. The sub-session topic refers to the interaction topic of the participating objects in the corresponding sub-session. By editing the sub-session topic, the sub-session is created, that is, a sub-session topic represents a sub-session.

Specifically, the session initiator triggers the creation of interactive elements on the initiator's session interface. In response to triggering an operation on the element that creates the interactive element, the initiating terminal displays a sub-session configuration item, the sub-session configuration item including a topic editing area. The conversation initiator may edit at least one sub-conversation topic in the topic editing area to characterize at least one sub-conversation through the edited at least one sub-conversation topic. The initiator terminal displays at least one edited sub-session topic in the topic editing area to obtain at least one sub-session in the interactive mode divided from the main session.

In this embodiment, in response to an element trigger operation for creating an interactive element, a sub-session configuration item including a topic editing area is displayed, and in response to an editing operation in the topic editing area, at least one edited sub-session topic is displayed to obtain from At least one sub-session in the interactive mode divided in the main session can be divided into multiple sub-sessions with different discussion topics by setting the sub-session topic, making the creation of the sub-session more flexible.

In one embodiment, the sub-session configuration items also include attribute configuration items, and the method further includes:

In response to the attribute configuration operation in the attribute configuration item, the configured attribute information for at least one sub-session is displayed.

The sub-session configuration items include attribute configuration items used to configure attribute information of the sub-session. The attribute information includes at least one of the discussion time configured for the sub-session, the number of participating objects, or the allocation method of participating objects.

Specifically, the initiating terminal displays a sub-session configuration item in response to an element triggering operation for creating an interactive element, and the sub-session configuration item includes a theme editing area and an attribute configuration item. The session initiator can edit at least one sub-session topic in the topic editing area to obtain at least one sub-session in the interactive mode. The session initiator performs an attribute configuration operation in the attribute configuration item, and the initiator terminal displays the configured attribute information for at least one sub-session in the attribute configuration item in response to the attribute configuration operation.

You can configure the same attribute information for different sub-sessions, or you can configure individual attribute information for each sub-session.

In this embodiment, in response to the attribute configuration operation in the attribute configuration item, the configured attribute information for at least one sub-session is displayed, and the number of participants, discussion time, allocation method of participating objects, etc. of the created sub-session can be displayed. Setting attributes enables a more flexible setting method for the session initiator to meet different application scenarios.

As shown in FIG. 3B , the initiator session interface 300 displays a create interactive element 302 for creating a sub-session in interactive mode. The create interactive element 302 is the creation entry of the sub-session, and is displayed in the initiator session interface 300 as "Classroom Mode". Moderator A triggers the creation of interactive element 302 to display classroom mode options and group discussion mode options 304. The group discussion mode is the interactive mode. The moderator triggers the group discussion mode option 304 and displays the sub-session configuration item 306 as shown in Figure 3C.

The sub-session configuration items include a theme editing area 308 and an attribute configuration item 310. Moderator A performs an editing operation in the topic editing area 308 and displays each edited sub-conversation topic, thereby creating multiple sub-conversations. One sub-conversation topic represents a sub-conversation, such as "effort team", "complaint team" and "Exploration Team". Moderator A performs attribute configuration operations in the attribute configuration item 310 to configure attribute information such as the discussion time limit of the sub-session and the upper limit of the number of people in each sub-session.

In other embodiments, host A triggers the creation of interactive element 302 to display sub-session configuration items 306 as shown in Figure 3C.

In one embodiment, the method further includes:

Display the session request of at least one sub-session on the initiator's session interface in the interactive mode; in response to the selection operation of the target session request in the session request of the at least one sub-session, join the sub-session requested by the target session request.

Among them, the session request refers to the request of the participating objects in the sub-session to invite the session initiator to enter the sub-session. Session requests can be presented in the form of invitation links, pop-up windows, floating layers or conversation interfaces, or in combination with voice prompts, vibration prompts, bright screen prompts, etc.

The selection operation refers to the operation of selecting a target session request from the session requests of at least one sub-session. The selection operation may be various trigger operations, and the trigger operation may specifically be a touch operation, a cursor operation, a key operation, a voice operation, etc., but is not limited thereto.

Specifically, the participating objects in the sub-session can initiate a session request to the session initiator to request the session initiator to join the sub-session. The initiator terminal of the session initiator displays the session request of at least one sub-session on the initiator's session interface in the interactive mode. The session initiator may select a target session request from the session requests of at least one sub-session, and the initiator terminal joins the sub-session corresponding to the target session request in response to the selection of the target session request.

In this embodiment, after joining the sub-session corresponding to the target session request, the sub-session information of the sub-session is displayed on the initiator's session interface in interactive mode. Subsession information includes object information for each participating object.

As shown in FIG. 4A, on the initiator's conversation interface 400 in the interactive mode, conversation requests for "Effort Team" and "Tucao Team" are displayed. Moderators can join the "Effort Squad" by selecting the "Effort Squad" session request.

In this embodiment, the session interface of the initiator in interactive mode displays a session request from at least one sub-session to the session initiator, so that participants in the sub-session can call the host. After receiving the call request, the host can select Join a sub-session corresponding to a conversation request to participate in the discussion of the sub-session, so that participants in the sub-session can contact the outside world at any time to seek help and exchange information.

In one embodiment, the method further includes:

On the initiator's session interface in the interactive mode, the interactive area of the sub-session added in response to the selection operation is displayed; in response to the triggering operation on the speech range indication control displayed in the interactive area, the trigger is triggered on the speech range indication control indicated by the speech range indication control. In the sub-session, play the voice of the participating object that triggers the speaking range indication control.

Among them, the interaction area refers to the user interface used for interaction with participating objects in the sub-session. The user interface can be a pop-up window, floating layer or independent interface. The speaking range indication control is used to indicate the playback range of the speech voice played by the participating objects in the sub-session when speaking. For example, play in the sub-session to which the participating object belongs, or play in some specified sub-sessions, or play in all sub-sessions.

Specifically, after the session initiator joins the sub-session, the initiator terminal displays the interactive area of the joined sub-session on the initiator's session interface in interactive mode. A speech range indication control is displayed in the interaction area. The session initiator triggers the speech range indication control to perform a voice speech. In response to the triggering operation, the initiator terminal determines the sub-session indicated by the speech range indication control and performs a speech in the indicated sub-session. Play the voice of the participating object that triggers the speaking range indication control in the session. The participating object of the triggered speech scope indication control is the conversation initiator.

In this embodiment, on the initiator's session interface in the interactive mode, the interactive area of the sub-session added in response to the selection operation is displayed, and in response to the triggering operation of the speech range indication control displayed in the interactive area, the speech range is triggered by In the sub-session indicated by the indication control, playing the voice of the participating object that triggers the speaking range indication control can provide the user with a range of voice propagation options, allowing the user to choose to speak in the sub-session to which the user belongs and block other sub-sessions, avoiding Information leakage, or allowing members of other sub-sessions to hear the speaking voice to achieve information sharing in different sub-sessions, making the user's way of speaking more flexible and better able to meet the needs of different scenarios.

In one embodiment, when the speech scope indication control targeted by the triggering operation is a public speech control, the subsessions indicated by the speech scope indication control are each of the at least one subsession.

Specifically, the public speaking control is used to instruct the participant in the sub-session to play the voice of the participant in each sub-session when the participant speaks. After the session initiator joins the sub-session, the initiator terminal displays the interactive area of the joined sub-session on the initiator's session interface in interactive mode. A public speaking control is displayed in the interactive area, and the conversation initiator triggers the public speaking control to perform a voice speech. In response to the triggering operation of the public speaking control, the initiating party's terminal plays the conversation initiating party in each sub-session of at least one sub-session. voice.

In this embodiment, when the speech range indication control targeted by the triggering operation is a public speech control, the sub-session indicated by the speech range indication control is each sub-session of at least one sub-session, so that the user can make public by triggering the public speech control. Speak, so that each sub-session can receive real-time speech from the participants in the sub-session, which can effectively increase the interactivity of different sub-sessions and improve the effectiveness of the discussion.

In one embodiment, when the speech range indication control targeted by the triggering operation is a private speech control, the sub-session indicated by the speech range indication control is a sub-session joined by the participating object that triggered the speech range indication control.

Specifically, the private speech control is used to instruct a participant in a sub-session to play the participant's voice in the sub-session and shield the participant's voice from other sub-sessions when speaking. After the session initiator joins the sub-session, the initiator terminal displays the interactive area of the joined sub-session on the initiator's session interface in interactive mode. A private speech control is displayed in the interaction area. The session initiator triggers the private speech control to make a voice speech in the sub-session that the initiator has joined. In response to the triggering operation of the private speech control, the initiator's terminal activates the private speech control in the sub-session that the session initiator has joined. The voice of the conversation initiator is played in the session and is blocked from other sub-sessions.

In this embodiment, when the speech range indication control targeted by the triggering operation is a private speech control, the sub-session indicated by the speech range indication control is a sub-session joined by the participating object that triggered the speech range indication control, so that the user can trigger the private speech control. The speech control performs private speech within the sub-session to which it belongs, so that only members in the sub-session can hear the user's real-time voice, while other sub-sessions cannot receive the voice, so that the sub-sessions do not interfere with each other, thus Able to ensure the privacy of discussions within sub-sessions.

As shown in Figure 4B, after host A joins the sub-session "Effort Team", the initiator terminal displays the interaction area 404 of "Effort Team" on the initiator session interface 400 in group mode. A public speaking control 406 is displayed in the interactive area 404. The host A triggers the public speaking control 406 and then makes a voice speech. The real-time voice of the host A is played in each sub-session of at least one sub-session, so that the host A in each sub-session All participants can hear Moderator A’s real-time voice.

In this embodiment, a private speech control 408 can also be displayed in the interaction area 404. The host A triggers the private speech control 408 to perform a private voice speech in the "Effort Team", so that each person in the "Effort Team" All participating objects can hear the real-time voice of host A, and the voice is blocked from other sub-sessions, so that no participating objects in other sub-sessions can hear the real-time voice of host A.

In other embodiments, when there are other sub-session calls to the host, the pending call request may be displayed on the host's initiating session interface 400 .

In addition, the host can view other sub-sessions on the initiator's session interface 400, and the sub-sessions are topic groups. For example, after four topic groups are created, and the topic group the moderator joins is "Effort Team," the view control for viewing the other three topic groups is displayed on the initiator's session interface 400 after joining. The moderator triggers this view control to view the remaining topic groups.

In one embodiment, the method further includes:

On the initiator's session interface in interactive mode, corresponding to each sub-session in at least one sub-session, the interaction status of the corresponding sub-session is displayed; the interaction status includes the interaction popularity of the corresponding sub-session or the interaction record document of the corresponding sub-session At least one of the recorded progress.

Specifically, in the lecture mode, in response to the switching operation of the mode switching interactive element, the initiator terminal switches from the lecture mode to the interactive mode, and displays the initiator's session interface in the interactive mode.

In the session interface of the initiator in interactive mode, corresponding to each sub-session in at least one sub-session, the interaction status of the corresponding sub-session is displayed. The interaction status may be at least one of the interaction heat of the sub-session or the recording progress of the interaction record document of the sub-session. The recording progress of the interactive record document refers to the progress of the interactive record document formed by the record, such as starting recording, recording, and recording completion. The progress can also be represented by numerical values, such as 50% and 60%, but is not limited to this.

In this embodiment, on the initiator's session interface in the interactive mode, corresponding to each sub-session in at least one sub-session, the interaction status of the corresponding sub-session is displayed. The displayed interaction status includes the interaction heat or correspondence of the corresponding sub-session. At least one of the sub-session's interactive recording documents and the recording progress of the document, so that the session initiator can see the discussion heat, document recording progress, etc. of each sub-session outside the sub-session, which helps the session initiator understand each sub-session. The current progress of the session in order to control the progress of the session.

As shown in FIG. 5A , on the initiator session interface 500 in interactive mode, the interaction popularity 502 of each sub-session and the recording progress 504 of the interaction record document of each sub-session are displayed. For example, the interaction heat 502 of "Effort Team" is "123", and the recording progress of the interaction record document is 504 "recording completed"; the interaction heat 502 of "Tucao Team" is "1234", and the recording progress of the interaction record document is 504 is "Recording"; the interaction heat 502 of "Exploration Team" is "23", and the recording progress of the interaction record document is 504 "Recording"; the interaction heat 502 of "XX Team" is "12234", and the interaction record document The recording progress 504 is "Recording".

In this embodiment, when there is a sub-session that initiates a session request to the session initiator, the interaction status of the sub-session also includes the call status to the session initiator.

In one embodiment, the method further includes:

On the initiator session interface in interactive mode, display the document export control; in response to the export trigger operation of the document export control, display the interaction record document of at least one sub-session; in response to the interaction record document of at least one sub-session The save operation of the target interaction record document stores the target interaction record document.

Specifically, in the lecture mode, in response to the switching operation of the mode switching interactive element, the initiator terminal switches from the lecture mode to the interactive mode, and displays the initiator's session interface in the interactive mode.

Displays document export controls in the initiator session interface in interactive mode. The session initiator triggers the document export control to display the interaction record document of each sub-session in at least one sub-session. The session initiator can select a target interaction record document from each interaction record document and save it to the storage space of the initiator's terminal.

In this embodiment, in response to the saving operation of the target interaction record document in the interaction record document of at least one sub-session, multiple candidate storage locations are displayed; in response to the selection operation of the target storage location among the multiple candidate storage locations, in the target The storage location stores the target interaction record document.

In this embodiment, on the initiator's session interface in the interactive mode, corresponding to each sub-session in at least one sub-session, the interaction status of the corresponding sub-session is displayed; the interaction status includes the interaction heat of the corresponding sub-session or the corresponding sub-session. At least one of the recording progress of the session's interaction recording document. When the recording progress of the interaction record documents of each sub-session is Record Complete, the document export control is displayed on the initiator session interface in interactive mode.

In this embodiment, members in the sub-session can record the members' voice and text messages in the form of documents. On the session interface of the initiator in interactive mode, display the document export control for exporting the interaction record document of the sub-session, so that the session initiator can trigger the operation based on the export of the document export control, from the interaction record document of each sub-session. Select the target interaction record document you want to save, so that the discussion content in the sub-session can be automatically recorded and saved in the form of a document, so that other members can understand the discussion content and realize information sharing and information integration in different sub-sessions.

As shown in Figure 5B, when the recording progress of the interaction record documents of each sub-session is "recording completed", the document export control 506 is displayed in the initiator session interface 500 in the interactive mode, and the session initiator triggers the document export control 506, display the interaction record documents of each sub-session, such as "discussion documents of the hard work team", "discussion documents of the complaining team", "discussion documents of the exploration team" and "discussion documents of the XX team". The conversation initiator selects the target interaction record document 508 from the four interaction record documents to save, that is, the "discussion document of the effort team", the "discussion document of the complaint team" and the "discussion document of the exploration team" are saved.

In one embodiment, the method further includes:

In response to the sending operation of the target interaction record document in the interaction record document of at least one sub-session, display at least one document receiving object; in response to the selection operation of the target receiving object in the at least one document receiving object, send the target interaction to the target receiving object Documentation.

Specifically, the session initiator triggers the document export control to display the interaction record document of each sub-session in at least one sub-session. The session initiator can select the target interaction record document from each interaction record document and send it to the designated object.

After selecting the target interaction record document, the session initiator triggers the sending operation of the target interaction record document and displays at least one document recipient. The session initiator selects a target receiving object from at least one document receiving object, and sends the target interaction record document to the selected target receiving object.

In this embodiment, the document receiving object may be a participating object in the main session, or may not be a participating object in the main session.

As shown in Figure 6, the session initiator triggers the document export control 506 to display the interaction record document of each sub-session, selects the target interaction record document 508 from the four interaction record documents, triggers the sending operation for the target interaction record document 508, and displays At least one document receiving object. The session initiator selects the target receiving object 510 from at least one document receiving object, namely "B" and "Group H", and clicks send to send the target interaction record document 508 to "B" and "Group H".

In this embodiment, the selected target interaction record document can also be packaged and sent to "B" and "Group H".

In this embodiment, the batch export control of documents can also be displayed in the initiator session interface 500 in the interactive mode to export all the interaction record documents at once for saving or sending to the target recipient.

In this embodiment, in response to the sending operation of the target interaction record document in the interaction record document of at least one sub-session, at least one document receiving object is displayed, and in response to the selection operation of the target receiving object in the at least one document receiving object, the target interaction record document is displayed. The receiving object sends the target interaction record document, so that the voice and text messages in the sub-session can be recorded in the form of documents, and then quickly forwarded to the receiving object of their choice, so that the discussion content in the sub-session can be effectively shared.

In one embodiment, the method further includes:

In the interactive mode, display at least one sub-session; in response to a switching operation on the mode switching interactive element, switch from the interactive mode to the presenter mode; in the presenter mode, cancel the display of at least one sub-session and display multiple sub-session in the main session Participating objects.

Specifically, in the lecture mode, in response to the switching operation of the mode switching interactive element, the initiator terminal switches from the lecture mode to the interactive mode, and displays the initiator's session interface in the interactive mode.

In the initiator session interface in interactive mode, display at least one sub-session and display the mode switching interactive element. The session initiator can trigger the mode switching interactive element to switch from interactive mode to lecture mode. After switching to the presenter mode, the initiator terminal cancels the display of each sub-session and displays the initiator session interface in the presenter mode. The initiator session interface in the presenter mode displays multiple participating objects in the main session.

In this embodiment, after the sub-session is created, the lecture mode and the interactive mode can coexist, so that the main session in the lecture mode and the sub-session in the interactive mode can co-exist. In the interactive mode, at least one sub-session is displayed, and in response to a switching operation on the mode switching interactive element, the interactive mode can be quickly switched to the main lecture mode. Cancel the display of each sub-session in the main lecture mode, so that the participating objects in the sub-session can be gathered into the main session. The session initiator can flexibly switch back and forth between different modes, so that each participating object can flexibly switch between the sub-session and the main session. Switch, so that the application of main session and sub-session is more flexible and has a higher degree of freedom.

In one embodiment, the method further includes:

When switching to the lecture mode, in response to the switching operation of the mode switching interactive element, switch from the lecture mode to the interactive mode; in the interactive mode, display at least one sub-session created by the history of the main session, and at least one sub-session created by the history are respectively Including participating objects that have joined in their respective history.

Specifically, when the session initiator switches from the interactive mode to the lecture mode, multiple participating objects in the main session are displayed in the session interface of the initiator in the lecture mode, and the mode switching interactive element is displayed. When the session initiator triggers the mode switching interactive element again, it switches from the lecture mode to the interactive mode, and the initiator's session interface in the interactive mode is displayed.

When switching from lecture mode to interactive mode, each participant will automatically be added to the historical sub-session. On the initiator's session interface in the interactive mode, at least one sub-session created based on the history of the main session is displayed, and at least one sub-session created in the history includes participating objects that have been added in the respective history.

In this embodiment, after the sub-session is created, the lecture mode and the interactive mode can coexist, so that the main session in the lecture mode and the sub-session in the interactive mode can co-exist. When switching to the lecture mode, in response to the switching operation of the mode switching interactive element, the lecture mode is switched to the interactive mode. In the interactive mode, at least one sub-session created by the main session history is displayed, and at least one sub-session created by the history is respectively Including participating objects that have been added in history, multiple participating objects can be automatically divided into historical sub-sessions that they have joined, so that you can quickly enter the historically created sub-session after switching, without re-creating the sub-session, making it easier for you to Switching between the two modes is more flexible.

For example, after moderator A creates sub-session 1, sub-session 2 and sub-session 3 of the main session, in interactive mode, participants B and C in the main session choose to join sub-session 1, and participants D, E and F You chose to join sub-session 2, and participant G chose to join sub-session 3. When host A switches from interactive mode back to lecture mode, participating objects B, C, D, E, F, and G are removed from their respective sub-sessions and return to the main session. After switching back to the lecture mode, when the host A switches from the lecture mode to the interactive mode, sub-session 1, sub-session 2 and sub-session 3 are displayed, and participants B and C are automatically added to sub-session 1, and participants D, E and F joins sub-session 2, and participant G joins sub-session 3.

In one embodiment, as shown in Figure 7, a session processing method is provided. This method is explained by taking the method applied to the receiving terminal in Figure 1 as an example, and includes the following steps:

Step S702: When joining the main session, display the receiver's session interface in the main lecture mode.

The initiator session interface refers to the user interface on the receiver terminal used for the conversation between the session receiver and the session initiator. The user interface can be a pop-up window, floating layer or independent interface.

Specifically, the session initiator runs a session application on the initiator's terminal, initiates the main session through the session application, and sends the main session invitation to the participants of the main session. The session receiver's session application running on the receiver's terminal joins the main session in response to the main session invitation. When joining the main session, the receiver terminal displays the receiver session interface in the main lecture mode.

Step S704: In response to a sub-session invitation event for a sub-session divided from the main session, switch from the main lecture mode to the interactive mode.

Specifically, the session initiator divides at least one sub-session from the main session, and sends a session invitation of the corresponding sub-session to the session receiver. In response to the sub-session invitation event, the receiving terminal switches from the lecture mode to the interactive mode, and displays the receiving session interface in the interactive mode.

Step S706: In the interactive mode, display the sub-session entry of the sub-session indicated by the sub-session invitation event.

Among them, the sub-session entrance is the entrance used to join the corresponding sub-session.

Specifically, on the receiver session interface in the interactive mode, a sub-session invitation event indicating a sub-session entry of the sub-session is displayed.

In this embodiment, when the session initiator specifies the participating objects of each sub-session, the participating objects receive the sub-session invitation of the corresponding sub-session, thereby displaying the sub-session entrance of the corresponding sub-session in the interactive mode.

When the session initiator does not specify a participant object for each sub-session, and the session initiator sends a session invitation for each sub-session to each participant, then the participant object receives the session invitation for each sub-session, thereby displaying each sub-session in interactive mode. The sub-session entrance allows participants to freely choose the sub-session they want to join.

Step S708, in response to the selection event of the target sub-session entry in the displayed sub-session entry, display the sub-session information of the target sub-session after adding the target sub-session indicated by the target sub-session entry on the receiving session interface in the interactive mode.

Specifically, the session recipient selects the target sub-session entry from the displayed sub-session entries, and the receiving terminal responds to the selection event of the target sub-session entry, adds the session recipient to the target sub-session indicated by the target sub-session entry, and Display the sub-session information of the target sub-session on the receiver session interface in interactive mode. The sub-session information may include object information for each participating object in the target sub-session.

In this embodiment, after the session initiator creates a sub-session, the lecture mode and the interactive mode can coexist, and the session initiator can freely choose to switch between modes. When the session receiver joins the main session, the session receiver's session interface in the lecture mode is displayed. In response to the session initiator's sub-session invitation event for the sub-session divided from the main session after the session initiator creates the sub-session, the session receiver starts the lecture from the main session. The mode is switched to the interactive mode, thereby realizing flexible switching between the lecture mode and the interactive mode based on the mode switching operation of the session initiator. In the interactive mode, the sub-session invitation event is displayed to indicate the sub-session entry of the sub-session, so that the conversation recipient can independently select the target sub-session entry from the displayed sub-session entries to join the target sub-session that the conversation recipient wants to join. Thus, the conversation recipients are assigned to sub-sessions for discussion and communication, so that the main conversation in the lecture mode and the sub-sessions in the interactive mode can coexist. On the receiver session interface in interactive mode, the sub-session information of the target sub-session after joining the target sub-session indicated by the target sub-session entrance is displayed, so that the session receiver can obtain more information of the target sub-session. Moreover, through flexible mode switching, the session mode suitable for the current scenario can be quickly switched, making the application of the main session and sub-session more flexible.

As shown in FIG. 8 , when the session receiver joins the main session, the receiver session interface 800 in the main lecture mode is displayed. When receiving the sub-session invitation 802 sent by the session initiator, switch from the lecture mode to the interactive mode, and in the interactive mode, display the sub-session invitation event to indicate the sub-session entrance 804 of the sub-session, such as the entrance of sub-session 1, sub-session 2's entry, sub-session 3's entry, and sub-session 4's entry. The session recipient can enter the sub-session 2 from multiple sub-session portals 804, thereby joining the sub-session 2. After joining the sub-session 2, the sub-session information 806 of each participating object in the sub-session 2 is displayed.

In one embodiment, the method further includes:

In the receiver session interface in interactive mode, display at least one interactive control for the joined target sub-session; in response to a trigger operation for the target interactive control in the at least one interactive control, based on the target sub-session, trigger the target interactive control as indicated interactive actions.

Specifically, on the receiver session interface in interactive mode, at least one interactive control for the joined target sub-session is displayed. The at least one interactive control includes at least one of a public speaking control, a private speaking control, a document recording control, or a session request control.

The session receiver can select a target interactive control in at least one interactive control and trigger it. The receiver terminal responds to the selected target interactive control and triggers the interactive action indicated by the target interactive control based on the target sub-session.

In this embodiment, after the session receiver joins the target sub-session, the receiver terminal displays the interactive area of the target sub-session on the receiver's session interface in interactive mode. Sub-session information and at least one interactive control are displayed in the interactive area.

In this embodiment, on the receiver session interface in interactive mode, at least one interactive control for the joined target sub-session is displayed, so that participating objects in the target sub-session can trigger different interactive controls in the target sub-session. The corresponding interactive actions in the sub-session make the interaction in the target sub-session richer, thereby making the functions of the sub-session more diverse and flexible.

In one embodiment, the target interactive control is a public speaking control; in response to a triggering operation for the target interactive control in at least one interactive control, based on the target sub-session, trigger the interactive action indicated by the target interactive control, including:

In response to a triggering operation for the public speaking control in the at least one interactive control, triggering in each subsession of at least one subsession of the main session to play the voice of the participating object that triggered the public speaking control.

Specifically, after the conversation recipient joins the target sub-session, the recipient terminal displays the public speech control for the target sub-session on the recipient's session interface in interactive mode. The conversation receiver triggers the public speaking control to perform a voice speech, and the receiving terminal responds to the triggering operation of the public speaking control and plays the voice of the conversation recipient in each sub-session of at least one sub-session. The conversation receiver is the participating object that triggers the public speaking control.

In this embodiment, in response to the trigger operation for the public speaking control in at least one interactive control, the voice of the participating object that triggers the public speaking control is played in each sub-session of at least one sub-session of the main session, so that the sub-session Users in the sub-session can speak publicly by triggering the public speaking control, so that each sub-session can receive real-time speech from the participants in the sub-session, which can effectively increase the interactivity of different sub-sessions and improve the effectiveness of the discussion.

In one embodiment, the target interactive control is a private speech control; in response to a triggering operation for the target interactive control in at least one interactive control, based on the target sub-session, trigger the interactive action indicated by the target interactive control, including:

In response to a triggering operation for the private speaking control in at least one interactive control, it is triggered to play the voice of the participating object that triggered the private speaking control in a subsession joined by the participating object that triggered the private speaking control.

Specifically, after the session receiver joins the target sub-session, the receiver terminal displays the private speech control for the target sub-session on the receiver's session interface in interactive mode. The conversation receiver triggers the private speech control to make a voice speech in the target sub-session. The recipient terminal responds to the triggering operation of the private speech control, plays the conversation recipient's voice in the target sub-session, and blocks other sub-sessions. The voice.

In this embodiment, in response to the trigger operation for the private speech control in at least one interactive control, the voice of the participant who triggered the private speech control is played in the sub-session joined by the participant who triggered the private speech control, so that the user can By triggering the private speech control to speak privately in the sub-session to which it belongs, only members in the sub-session can hear the user's real-time voice, while other sub-sessions cannot receive the voice, making each sub-session incommunicado. interference, thereby ensuring the privacy of discussions within the sub-session.

In one embodiment, the target interactive control is a document recording control; in response to a triggering operation for the target interactive control in at least one interactive control, based on the target sub-session, triggering the interactive action indicated by the target interactive control, including:

In response to a triggering operation on the document recording control in at least one interaction control, the interaction information of each participating object in the target sub-session is recorded to form an interaction record document.

Specifically, after the session receiver joins the target sub-session, the receiver terminal displays the document recording control for the target sub-session on the receiver session interface in interactive mode.

The session receiver can trigger the documentation control to start recording interaction information for each participant in the target subsession. The interactive information includes at least one of text information or voice information. In response to the triggering operation of the document recording control, the receiving terminal records the interaction information of each participating object in the target sub-session in the form of a document, forming an interaction record document of the target sub-session.

In this embodiment, in response to the triggering operation of the document recording control in at least one interactive control, the interaction information of each participating object in the target sub-session is recorded, so that the voice and text messages of the members in the sub-session can be recorded in the form of documents. , forming an interaction record document corresponding to the target sub-session, which can integrate the discussion content of different participants in the target sub-session, making it easier for the session initiator and other sub-session participants to understand the discussion content of the target sub-session.

In one embodiment, the method further includes:

Display the recording progress of the interactive recording document; in response to the viewing operation of the recording progress, display the document content of the interactive recording document.

Specifically, in response to the triggering operation of the document recording control, the receiving terminal records the text information and voice information of the participating objects in the target sub-session in the form of a document, forms an interaction record document of the target sub-session, and displays the formed interaction record document. Interactively record the progress of a document.

The session receiver can trigger the recording progress to view the interaction record document, and the receiver terminal displays the document content of the interaction record document in response to the viewing operation of the recording progress.

In this embodiment, the recording progress of the interaction record document is displayed to facilitate the session initiator to understand the current session status of the target sub-session. In response to the viewing operation of the recording progress, the document content of the interactive recording document is displayed, so that the recorded document content can be viewed and the search for the information is facilitated.

As shown in FIG. 9A , on the recipient conversation interface 900 in the interactive mode, at least one of the public speech control 902 , the private speech control 904 , the document recording control 906 or the session request control 908 of the sub-session 1 is displayed.

When the document recording control 906 is displayed and the session recipient triggers the document recording control 906, the text information and voice information in the sub-session 1 will be recorded in the form of documents to form an interaction record document of the sub-session 1. Moreover, the recording progress of the interactive recording document is displayed, and the session receiver triggers the recording progress to display the document content 910 as shown in FIG. 9B. From the document content 910, the interaction information of participating objects B and C is text information, which can be directly recorded into the interaction record document. For the voice information of participant E, the voice is converted into text information and then recorded in the interaction record document.

In this embodiment, supplementary controls may also be provided so that participating objects in sub-session 1 can manually supplement the interaction record document to improve the completeness and accuracy of the interaction record document.

In one embodiment, the target interactive control is a session request control; in response to a triggering operation for the target interactive control in at least one interactive control, based on the target sub-session, triggering the interactive action indicated by the target interactive control includes:

In response to a triggering operation on the session request control in the at least one interaction control, a session request requesting to join the target subsession is pushed to the session initiator.

Specifically, after the session receiver joins the target sub-session, the receiver terminal displays the session request control for the session initiator on the receiver session interface in interactive mode. The receiving terminal responds to the triggering operation on the session request control, generates a session request to join the target sub-session, and pushes the session request to the session initiator.

In this embodiment, in response to the triggering operation of the session request control in at least one interactive control, a session request to join the target sub-session is pushed to the session initiator, so that participating objects in the sub-session can call the session initiator at any time to request The conversation initiator participates in the discussion of the target sub-session, so that the participants in the sub-session can contact the outside world at any time to seek help and exchange information.

As shown in FIG. 9A , when the session request control 908 is displayed, the session recipient triggers the session request control 908 to generate a session invitation for sub-session 1 and send the session invitation to the session initiator.

In one embodiment, the method further includes:

In response to the session initiator's switching operation on the mode switching interactive element, switch from the interactive mode to the lecture mode; in the lecture mode, cancel the display of the target sub-session and display multiple participating objects in the main session.

Specifically, in the lecture mode, in response to the session initiator's switching operation on the mode switching interactive element, the initiator terminal switches from the lecture mode to the interactive mode, and displays the initiator's session interface in the interactive mode. In the initiator session interface in interactive mode, display at least one sub-session and display the mode switching interactive element. The conversation initiator switches from the interactive mode to the lecture mode by switching the mode switching interactive element.

The receiving terminal responds to the session initiator's switching operation of the mode switching interactive element and switches from the interactive mode to the presenting mode. After switching to the presenting mode, the receiving terminal cancels the display of the target sub-session and displays the recipient in the presenting mode. Conversational interface. In the receiver session interface in lecture mode, multiple participating objects in the main session are displayed.

In this embodiment, after the sub-session is created, the lecture mode and the interactive mode can coexist, so that the main session in the lecture mode and the sub-session in the interactive mode can co-exist. In the interactive mode, in response to the session initiator's switching operation on the mode switching interactive element, the session receiver automatically switches from the interactive mode to the presenter mode. In the presenter mode, the target sub-session is cancelled, and multiple sub-sessions in the main session are displayed. Participating objects, so that you can quickly switch from interactive mode to lecture mode. Cancel the display of the target sub-session in the lecture mode, so that all participating objects in the target sub-session can be gathered into the main session. The session initiator can flexibly switch back and forth between different modes, so that each participating object can automatically flexibly switch between the sub-session and the main session. Switch, so that the application of main session and sub-session is more flexible and has a higher degree of freedom.

In one embodiment, the method further includes:

When switching to the lecture mode, in response to the session initiator's switching operation on the mode switching interactive element, the mode is switched from the lecture mode to the interactive mode, and the target sub-session is joined.

Specifically, when the session initiator switches from the interactive mode to the lecture mode, the receiving terminal responds to the session initiator's switching operation of the mode switching interactive element, automatically switches from the interactive mode to the lecture mode, and cancels the display target in the lecture mode. subsession and displays multiple participating objects from the main session.

After switching to the lecture mode, when the session initiator triggers the mode switching interactive element again, the receiving terminal responds to the session initiator's switching operation of the mode switching interactive element and automatically joins the target subsession.

In this embodiment, after the sub-session is created, the lecture mode and the interactive mode can coexist, so that the main session in the lecture mode and the sub-session in the interactive mode can co-exist. When switching to the lecture mode, in response to the session initiator's switching operation of the mode switching interactive element, switch from the lecture mode to the interactive mode, and join the target sub-session, so that multiple participating objects can be automatically divided into the joined history In the sub-session, you can quickly enter the sub-session created in history after switching without having to re-create the sub-session, making switching between the two modes more flexible.

In one embodiment, a session processing method is provided, including:

In the initiator terminal:

The initiator session interface of the main session in the lecture mode is displayed, and the creation interactive element for creating the sub-session in the interactive mode is displayed on the initiator session interface; the main session includes multiple participating objects.

In response to an operation being triggered for an element that creates an interactive element, a sub-session configuration item is displayed; the sub-session configuration item includes a theme editing area; in response to an editing operation in the theme editing area, at least one sub-session in the interactive mode divided from the main session is displayed. The sub-session topic of the session.

Optionally, in response to the attribute configuration operation in the attribute configuration item, the configured attribute information for at least one sub-session is displayed.

In response to the topic editing completion operation and the attribute configuration completion operation, a mode switching interactive element for switching the lecture mode and the interactive mode is displayed on the initiator session interface.

In the lecture mode, in response to a switching operation on the mode switching interactive element, the lecture mode is switched to the interactive mode, and a sub-session invitation to participate in at least one sub-session is sent to at least some of the plurality of participating objects.

Display the session request of at least one sub-session on the initiator's session interface in the interactive mode; in response to the selection operation of the target session request in the session request of the at least one sub-session, join the sub-session requested by the target session request.

On the initiator's session interface in interactive mode, the interactive area of the sub-session added in response to the selection operation is displayed; the public speech control and the private speech control are displayed in the interactive area; in response to the triggering operation for the public speech control, the trigger is triggered on at least one Each sub-session in the sub-session plays the voice of the participant who triggered the public speech control; in response to the triggering operation for the private speech control, the voice of the participant who triggered the private speech control is played in the joined sub-session.

In the absence of joining a sub-session, on the initiator's session interface in interactive mode, corresponding to each sub-session in at least one sub-session, the interaction status of the corresponding sub-session is displayed; the interaction status includes the interaction popularity of the corresponding sub-session or At least one of the recording progress of the interaction record document of the corresponding sub-session.

In the absence of joining a sub-session, display the document export control on the initiator's session interface in interactive mode; in response to the export triggering operation of the document export control, display the interaction record document of at least one sub-session; in response to at least one A save operation of the target interaction record document in the respective interaction record document of a sub-session, and stores the target interaction record document.

Optionally, in response to the sending operation of the target interaction record document in the interaction record document of at least one sub-session, display at least one document receiving object; in response to the selection operation of the target receiving object in the at least one document receiving object, receive to the target The object sends the target interaction record document.

Optionally, in the case of not joining a sub-session, in the interactive mode, display at least one sub-session; in response to the switching operation of the mode switching interactive element, switch from the interactive mode to the main lecture mode; in the main lecture mode, cancel the display At least one subsession and displays multiple participating objects from the main session.

Further, when switching to the lecture mode, in response to the switching operation of the mode switching interactive element, the lecture mode is switched to the interactive mode; in the interactive mode, at least one sub-session created by the main session history is displayed, and at least one sub-session created by the history is displayed. The sub-sessions each include participating objects that have been added historically.

In the receiving terminal:

In the case of joining the main session, display the recipient session interface in the main session; in response to the sub-session invitation event for the sub-session divided from the main session, switch from the main session mode to the interactive mode; in the interactive mode, display The sub-session invitation event indicates the sub-session entry of the sub-session; in response to the selection event of the target sub-session entry in the displayed sub-session entry, after the target sub-session indicated by the joining target sub-session entry is displayed on the recipient session interface in the interactive mode Subsession information for the target subsession.

Further, on the receiver session interface in interactive mode, the interaction area of the target sub-session is displayed; the public speech control, the private speech control, the document recording control and the session request control are displayed in the interaction area.

Optionally, in response to a triggering operation for the public speaking control in at least one interactive control, triggering in each subsession of at least one subsession of the main session to play the voice of the participating object that triggered the public speaking control.

Optionally, in response to a triggering operation for the private speaking control in at least one interactive control, it is triggered to play the voice of the participating object that triggered the private speaking control in the subsession joined by the participating object that triggered the private speaking control.

Optionally, in response to the triggering operation of the document recording control in at least one interaction control, record the interaction information of each participating object in the target sub-session to form an interaction record document; display the recording progress of the interaction record document; in response to the recording progress The view operation displays the document content of the interaction record document.

Optionally, in response to a triggering operation on the session request control in at least one interaction control, a session request requesting to join the target sub-session is pushed to the session initiator.

Optionally, in response to the session initiator's switching operation on the mode switching interactive element, switch from the interactive mode to the lecture mode; in the lecture mode, cancel the display of the target sub-session and display multiple participating objects in the main session.

Further, when switching to the main lecture mode, in response to the session initiator's switching operation on the mode switching interactive element, the main lecture mode is switched to the interactive mode, and the target sub-session is joined.

In one embodiment, the session processing method can be applied to any scenario that requires the creation of a sub-session in the main session, such as an online conference scenario or an online classroom scenario.

In one embodiment, the application scenario of the session processing method is an online conference scenario. The specific processing process is as follows:

The host initiates an online meeting through the voice room. The voice room defaults to the lecture mode, that is, the host preaches and the participants listen. Among them, the voice room refers to an online voice-connected virtual room. Participants in the room can interact with other participants in the voice room through real-time voice.

Create interactive elements for creating subrooms are displayed on the moderator's interface; the online conference includes multiple participating objects.

The moderator clicks to create an interactive element to display the theme editing area and attribute configuration items. The moderator edits the topic of each sub-room in the topic editing area, and sets the discussion time and the upper limit of the number of people in the sub-room in the property configuration items.

The host clicks Finish, and the lecture mode and interactive mode are displayed on the interface. The displayed lecture mode and interactive mode represent the switching controls of the two modes. When the interactive mode is clicked, the mode is switched from the lecture mode to the interactive mode. When the lecture mode is clicked, the interactive mode is switched to the lecture mode.

In the lecture mode, if the host clicks the interactive mode, it will switch from the lecture mode to the interactive mode, and a joining invitation for each sub-room will be sent to every participant except the host.

When each participant receives the invitation to join, it will automatically switch from the lecture mode to the interactive mode, and the entrance to each sub-room will be displayed. Each participant can choose the sub-room they want to join. Participants who have not joined the sub-room before the time limit is reached will be automatically assigned to the sub-room.

The host can join any subroom or not. Without joining a subroom, the host can see the interaction intensity of each subroom and the recording progress of the subroom's interaction record document from the interface, and can also receive call requests from each subroom.

In the subroom, public speaking controls, private speaking controls, document recording controls and session request controls are provided. When a participant in a sub-room clicks the public speaking control to speak, the participant's voice will be played in each sub-room. If a participant in a sub-room clicks the private speech control to speak, the participant's voice will only be played in the sub-room. The participants in the sub-room click the document recording control to record the discussion content between the participants in the sub-room in the form of a document. The discussion content includes text content and voice. The voice will be converted into text and recorded in the interaction record document. Participants in the subroom can call the moderator by clicking the session request control.

When receiving a call request, the moderator can join the subroom corresponding to the call request for discussion. When there are multiple requests, the moderator can select the subroom to join for processing.

When the interaction record document recording of each sub-room is completed or the sub-room reaches the discussion time, the document export control is displayed on the moderator's interface. The moderator clicks the document export control to batch export and save the interaction record documents of each sub-room, and can also send the interaction record documents to other users or groups.

When the host clicks the lecture mode in the interactive mode, it switches from the interactive mode to the lecture mode, ends the discussion in each sub-room, and each participant returns to the voice room from the sub-room.

After switching to the lecture mode, if the host clicks the interactive mode, it will switch from the lecture mode to the interactive mode, and each participating object will be automatically assigned to the original sub-room.

In the conversation processing method provided in this embodiment, the voice room defaults to the lecture mode, that is, the host lectures and the participants listen. The host can create a new "group topic discussion" mode based on the current meeting process, and specifically set the number of topics, topics, and discussion time limits, etc., which can provide the host with a high degree of freedom in mode customization.

When the host creates a new topic discussion, a switch will appear on the room interface from the host's perspective. The host can switch the current lecture mode to the topic discussion mode when needed, and can engage in conversation mode without leaving the current interface. Flexible and free switching, providing a flexible and independent mode switching experience.

After switching the topic mode, multiple sub-rooms will be displayed on the room interface. Participants can select topics of interest to join the sub-room and participate in discussions with others, so that participants can be automatically grouped and discussed based on interests and intentions.

In order to ensure the privacy of discussions within the group, discussions in sub-rooms can only be heard by members of the sub-room by default, and sub-rooms do not interfere with each other by default; in addition, the moderator role can enter each sub-room at any time to observe and grasp the current discussion. schedule.

Moreover, participants can communicate with each other via voice inside and outside the sub-room without leaving the sub-room. In the subroom discussion view, in order to facilitate contact with the outside world at any time, you can choose to call the moderator. After receiving the call, the moderator can choose to go to a specific subroom to participate in the discussion; you can click to speak publicly, so that all subrooms can Speech sounds from this subroom can be received.

Co-creation of documents can be initiated in a sub-room, so that members in the sub-room can record voice and text messages in the form of documents, effectively improving the efficiency and quality of discussions.

Improved visual sub-room discussion progress display for the host, so that the host can see the discussion intensity, document recording progress, etc. of the sub-room outside the room to understand the progress of the current sub-room and facilitate control of the meeting progress. It also provides an automatic packaging function for session output. After the session ends, the host can save relevant documents in batches and quickly forward and share them in a packaged form to the corresponding group chat, so that the valuable ideas in the discussion can be precipitated.

The conversation processing method provided in this embodiment can formulate different discussion modes according to the target intention of the host, group and merge groups at any time, and switch the privacy and publicity of voice discussions at any time, all in the same page, allowing everyone to conduct group discussions on the current page, which is efficient enough to help users carry out highly organized voice discussion activities in the voice room, greatly enhancing the interactivity, fun, and efficiency of the voice room, and at the same time, it can be used in voice discussions The important resources are precipitated and preserved, which greatly enhances the continued value of the voice room discussion results and better promotes the convenient user experience for users to discuss topics in real-time online communication scenarios.

In one embodiment, the technical side of the session processing method includes:

Sub-session creation process, which includes the design of service and storage structures. The basic data storage structure created by this sub-session is shown in Figure 10, including the Users table, Rooms table, Teams table, Docs table and Records table. in,

The Users table includes: user id, user nickname name, user avatar and user identity role. User identities include host and participant, namely session initiator and session receiver.

The Rooms table includes: room id, the list of topics in the room teams id, the list of users in the room users id, and the title of the room.

The Teams table includes: topic id, roomId of the room to which it belongs, user list users id in the topic, host hostId, topic title, limit number of participants limitJoin, limit discussion duration limitTime, and topic start timestamp startTime.

The Docs table includes: document id, teamId of the topic it belongs to, roomId of the room it belongs to, and document status status. Among them, the document status, for example, 0 represents recording, 1 represents recording, and 2 represents recording completed.

The Records table includes: record id, docsId of the file it belongs to, userId of the recorder, record type type, which has two types: voice and text, and record content content, that is, document content.

Communication data structure, core services include the following:

FetchRoomData: Get all the data in the room, specifically including all the above table data associated with a roomId, and request the roomId;

CreateTeam: Create a topic. The request parameters include: roomId of the room where the topic is located, userId of the creator, topic of the topic, topic limit number of people limitJoin, topic limit time limitTime;

CreateRoom: Create a lecture hall (room), that is, create a main session, and request the parameter title (room name);

JoinRoom: Enter the room and request the userId and roomId parameters;

JoinTeam: Enter the topic and request the parameters userId and teamId;

CreateDocs: Create a document and request the teamId;

Record: record documents, request input parameters docsId, content, userId;

RecordAudio: Upload audio and return the CDN address after processing;

RecordFinish: End the record document and request the docsId parameter;

ExportDocs: Package documents, request roomId.

In addition to the above HTTP services, conversational applications can also include the following IM services:

im.joinRoom: Someone joins the room, callback userId;

im.joinTeam: Someone joins the discussion and calls back userId;

im.createDocs: Someone created a shared document, callback docs;

im.createTeam: The host creates a new topic and calls back team;

im.record: Someone writes new content in the document, callback record.

The lecture creation process, that is, the main session creation process is shown in Figure 11. The user clicks to create a main session in the session application, and the creation panel pops up on the front end of the session application. The user selects the main session in the creation panel and enters a title, and clicks to confirm the creation. In response to the click operation, the front end requests the background to create a room service. This room is the main session. The front end sends the user ID, title parameters, etc. required to create the room service to the backend of the session application. After receiving the user ID and title parameters in the background, it creates a new room object instance and inserts a record into the room table. At the same time, the background returns a prompt that the creation is successful and closes the pop-up window, which ends the creation of the main session.

The topic group creation process, that is, the sub-session creation process is shown in Figure 12. The user clicks create on the session interface of the main session, and the front-end verifies whether the role of the current user ID clicked to create is the moderator, otherwise an error message is returned. If so, the creation panel will pop up. The user selects the topic in the creation panel and enters the title, time limit and number of people limit, and clicks to confirm the creation. In response to the click operation, the front end requests the background to create a topic service. The background receives parameters such as userId, title, roomId, limitJoin, limitTime, etc., and verifies whether the role of the current user ID is a moderator, otherwise a failure response is returned to the front end. The front end receives the failure response, closes the panel, and gives a label prompt. If so, a new topic object instance is created in the background and a record is inserted into the topic table. Then, a successful response is returned to the front end. The front end receives the successful response, closes the panel, and gives a label prompt. The background sends a registration event that the host has created a new topic to the front end. The front end calls initData to update data and render based on the registration event, thus ending the creation of the topic. This topic is a sub-conversation.

The Tab container component of the front-end voice room is defined as TabContainer, which consists of two parts, the list TabSwtch and the view TabView. The layout relationship is shown in Figure 13. Moreover, the structure of the TabContainer class diagram is shown in Figure 14. in,

tabSwitch: A list of two buttons. A click event is bound to the button. Clicking can switch the viewType attribute of the instance.

viewType: determines the style of the TabContainer; two values, ViewType.one and ViewType.two, can be defined. The former means that only the lecture hall tab is displayed, and the latter means that the TabContainer has two tabs at the same time.

roomView: lecture room view.

teamView: group discussion list view. The subcomponent in the View is a TeamList list view. There are several TeamItem components in the TeamList to display each item in the group discussion list.

registerEvent(): Register the click event in the View and the IM detection event of the component.

initData(): Data needs to be initialized when TabContainer is instantiated or when the component receives an update signal (such as im.createTeam, im.joinRoom, etc.), and the FetchRoomData service is called to obtain all data under the roomId.

joinRoom(): To join a lecture room or a topic group, the JoinRoom or JoinTeam service will be called.

In one embodiment, the sub-session functions include: speaking in group mode (that is, speaking privately), speaking publicly, calling the moderator, co-creating documents, and exporting documents.

Group mode speech: The voice room is built based on RTC (for example, TRTC SDK can be used). In this embodiment, the ability to add sub-rooms to the voice room needs to be added, that is, a voice room needs to have a lecture room (i.e., the main conversation) and multiple topics. Discussion room (i.e. sub-session).

A group mode voice room can be built through two TRTCs: enterRoom and whitelist broadcast stream. Whitelist broadcast streams need to be re-encapsulated based on muteRemoteAudio and muteAllRemoteAudio.

The implementation of whitelist broadcast streaming is as follows: when a user enters the room, the software first calls muteAllRemoteAudio to prevent the device from pulling streams, and then searches for the list of users in the subroom based on the subroom where the user is located, and calls muteRemoteAudio for these user lists in order to cancel these users. Mute and restore the device to pull the stream of the specified user, thereby achieving the effect of white-list broadcasting in the sub-room.

The background needs to be given a voice room id (roomId) to build and maintain a whitelist of multiple teamIds. As shown in Figure 15, A represents the host, and the others are participating objects B, C, D, E, F, G, H, I; roomId is the room number, which also corresponds to the id field in the room table. In addition, it is also the strRoomId field transmitted by the TRTC room entry interface. A roomId corresponds to a voice room and a lecture hall.

According to the defined data structure, one room will correspond to multiple sub-rooms (teams), that is, room 3614 corresponds to 3 sub-rooms, namely 3614-1, 3614-2 and 3614-3. At the same time, there will be at least one participating object in each team, and team.users is used to maintain the user IDs in the current sub-room. In this way, multiple sub-rooms can be isolated from each other, that is, they cannot play the voice streams of other rooms. This is the encapsulated whitelist playback capability.

The specific house building process is as follows:

1) There were originally 9 users A-I in the room, among which the host was A. He created three topic discussion groups 3614-1, 3614-2 and 3614-3 in the voice room, that is, calling CreateTeam To implement, there will be 3 team instances in the background and merged into the table.

2) User E called JoinTeam to enter the subroom 3614-1 and connected to the microphone.

3) Users F, G, and H called JoinTeam to enter the subroom 3614-2 and connected to the microphone.

4) User I called JoinTeam to enter the subroom 3614-3 and connected to the microphone.

At this time, there are a total of 6 voice streams A, E, F, G, H, and I. The voice isolation process is as follows:

1) When B, C, and D in the lecture hall receive im.joinTeam, they need the muteRemoteAudio interface to prohibit the voice stream from entering the topic group, so that B, C, and D can only hear A's speech.

2) After user E enters 3614-1, he immediately calls muteAllRemoteAudio to prevent streaming. Then he searches the users field corresponding to the 3614-1team table record and finds that there is only E. Then he calls muteRemoteAudio to pass in E and resumes streaming for E. Blocking the pull stream means muting everyone, and then restoring the voice stream to the participants in the subroom, so that the participants in the subroom can hear each other's voices.

3) After user F enters 3614-2, he immediately calls muteAllRemoteAudio to prevent streaming. Then he searches the users field corresponding to the 3614-2team table record and finds that there is only F. Then he calls muteRemoteAudio to pass in F and restores F's streaming.

4) After user G enters 3614-2, he immediately calls muteAllRemoteAudio to prevent streaming. Then he searches the users field corresponding to the 3614-2team table record and finds that there are F and G. Then he calls muteRemoteAudio to pass in F and G and restores F and G. Pull flow. But at this time, F received the im.joinTeam event and found that the room number called back by this event was 3614-2, which is the current sub-room. At this time, F restored the users data corresponding to this callback, that is, the streams of F and G.

5) User H enters the room with the same process as step 4.

6) User I enters the room with the same process as 2.

Through pull control, the voice isolation effect of multiple sub-rooms in a voice room is achieved.

For the function of public speaking, a pair of new im events are defined: im.startPublicTalk and im.stopPublicTalk. The specific process is as follows:

When the user clicks the public speaking button, the front end calls the background im trigger, and the background broadcasts the im.startPublicTalk event downstream to the current room; when the user closes public speaking, the im.stopPublicTalk event is broadcast downstream. Both im events call back the userId field.

When the user receives im.startPublicTalk, muteRemoteAudio is unconditionally called on the userId field of this message to pull the stream, thereby realizing the ability to speak publicly.

When the user receives im.stopPublicTalk, he or she needs to determine whether the userId of this message is in the same team as the user. If so, no processing is performed. If not, muteRemoteAudio is called to prevent the stream from being pulled.

For the function of calling the host, define a new im event: im.callHost. The specific process is as follows:

When the user clicks the "Call Host" control on the front end, the front end calls the background im trigger, and the background downloads the im.callHost message on demand to the userId of the host of the current room.

When the user receives the im.callHost message (because it is on-demand, the user who receives this message must be the host), the front end displays the defined ceiling bubble component. The user can enter the room by clicking on the bubble component, that is, calling joinRoom to enter the room.

When a user in the topic group receives the im.joinTeam message and finds that the team.id of this message is the id of their own group, and there is the user.id of the moderator in users, it means that the moderator has successfully entered the room, and the front-end topic The group page performs UI alienation processing based on the moderator's status in the room.

The technical process for co-building documents is as follows:

1) When the user clicks the document button, the front-end calls the CreateDocs service. After receiving it, the back-end will create a new Docs table record, and the front-end displays the record panel.

2) When the user inputs text, the Record service is called directly. After receiving it in the background, a new Record record will be created, and the record bubble will be displayed on the front end.

3) When the user inputs voice, the front end calls the system recording audio interface. When the recording ends, the interface will return a temporary file address corresponding to the audio file. The front end first calls the RecordAudio service, and the background returns the corresponding CDN address. Finally, the front end carries this CDN address. Call the Record service to record.

4) When the recording is completed, the user clicks to end the recording, and the front end calls the RecordFinish service. After receiving it, the background will change the status value of the Docs record corresponding to the docsId to 2, which means the recording is completed.

The front end involves the implementation of the recording panel, and the core of the panel lies in the recording bubble component IMMessageItem, which includes:

view: View UI, which is spliced together according to contentView and userAvatarView according to a certain size and position relationship;

contentView: View UI of the bubble text part;

userAvatarView: bubble speaker avatar UI;

render(): rendering function, the core logic is to parse the content of content and draw contentView.

The core logic of the render function provides a parser, which will process the content and assign the matching NSMutableAttributedString object to the attribute contentView's attributedText. Then the UITextView will display the content of the IM bubble. As shown in Figure 17, the content assignment of the IMMessageItem bubble component object here is: tag content: from the AAA breeding base.

The render function needs to parse the content. When the parser in the function encounters a "label", it knows that it is a label and that the content of the label is "AAA Breeding Base". Therefore, the parsing result is: "Tag content: AAA breeding base" is an NSAttributedString object. After instantiation, it is modified to blue, and then appended to NSMutableAttributedString. "Lai Jin" is an NSAttributedString object. After instantiation, it is modified to black, and then appended to NSMutableAttributedString. Finally, contentView.attributedText is rendered as shown in Figure 17.

For the function of exporting documents, the process is shown in Figure 18. When the host clicks the "Export Discussion Record" control, the front-end sends the document export request and the sub-room identification roomId to the back-end. After receiving it, the back-end processes all the interactive record documents docs records of this sub-room. It will traverse the corresponding docs under each docs. After integrating all the record tables into a docs, the API interface is called in the background to export the interactive record document, and then uploaded to the file storage service for storage, and the document list of the address and interactive record document is returned to the front end for display.

It should be understood that although the steps in the flowcharts involved in the above-mentioned embodiments are shown in sequence as indicated by the arrows, these steps are not necessarily executed in the order indicated by the arrows. Unless explicitly stated in this article, there is no strict order restriction on the execution of these steps, and these steps can be executed in other orders. Moreover, at least some of the steps in the flowcharts involved in the above embodiments may include multiple steps or stages. These steps or stages are not necessarily executed at the same time, but may be completed at different times. The execution order of these steps or stages is not necessarily sequential, but may be performed in turn or alternately with other steps or at least part of the steps or stages in other steps.

Based on the same inventive concept, embodiments of the present application also provide a session processing device for implementing the above-mentioned session processing method. The problem-solving solution provided by this device is similar to the solution recorded in the above method. Therefore, for the specific limitations in one or more session processing device embodiments provided below, please refer to the above limitations on the session processing method. I won’t go into details here.

In one embodiment, as shown in Figure 19, a session processing device 1900 is provided, including:

The initiator interface display module 1902 is used to display the initiator session interface of the main session in the lecture mode, and to display the creation interactive elements for creating the sub-session in the interactive mode on the initiator session interface; the main session includes multiple participating objects. .

The sub-session creation module 1904 is configured to obtain at least one sub-session in the interactive mode divided from the main session in response to a triggering event for creating an interactive element.

The element display module 1906 is used to display mode switching interactive elements for switching the lecture mode and the interactive mode on the initiator's session interface.

The initiator mode switching module 1908 is configured to, in the lecture mode, switch from the lecture mode to the interactive mode in response to the switching operation of the mode switching interactive element, and send participation in at least one sub-session to at least some of the multiple participating objects. sub-session invitation.

In this embodiment, the initiator's session interface of the main session in the lecture mode is displayed, and the creation interactive element for creating a sub-session in the interactive mode is displayed on the initiator's session interface. The main session includes multiple participating objects. In response to the response to Create a trigger event of the interactive element to obtain at least one sub-session in the interactive mode divided from the main session, so that the main session can be divided into sub-sessions. After the sub-session is created, the mode switching interactive element for switching between the lecture mode and the interactive mode is displayed on the initiator's session interface, so that after the sub-session is created, the lecture mode and the interactive mode can coexist, and the session initiator can freely choose the mode switching . In the lecture mode, in response to the switching operation of the mode switching interactive element, switch from the lecture mode to the interactive mode, and send a sub-session invitation to participate in at least one sub-session to at least some of the plurality of participating objects, so that each participant Objects are allocated to sub-sessions for discussion and communication, so that the main session in the lecture mode and the sub-session in the interactive mode can coexist, and through flexible mode switching, the conversation mode suitable for the current scene can be quickly switched, making the main session and sub-session applications are more flexible.

In one embodiment, the sub-session creation module 1904 is also configured to display sub-session configuration items in response to an element triggering operation for creating an interactive element; the sub-session configuration items include a theme editing area; in response to an editing operation in the theme editing area , displays the sub-session topics of at least one sub-session in interactive mode divided from the main session.

In this embodiment, in response to an element trigger operation for creating an interactive element, a sub-session configuration item including a topic editing area is displayed, and in response to an editing operation in the topic editing area, at least one edited sub-session topic is displayed to obtain from At least one sub-session in the interactive mode divided in the main session can be divided into multiple sub-sessions with different discussion topics by setting the sub-session topic, making the creation of the sub-session more flexible.

In one embodiment, the sub-session creation module 1904 is also configured to display the configured attribute information for at least one sub-session in response to the attribute configuration operation in the attribute configuration item.

In this embodiment, in response to the attribute configuration operation in the attribute configuration item, the configured attribute information for at least one sub-session is displayed, and the number of participants, discussion time, allocation method of participating objects, etc. of the created sub-session can be displayed. Setting attributes enables a more flexible setting method for the session initiator to meet different application scenarios.

In one embodiment, the device further includes a receiving module; a receiving module configured to display a session request of at least one sub-session on the initiator session interface in the interactive mode; and in response to the session request for the at least one sub-session in the target session The requested selection operation joins the subsession requested by the target session request.

In this embodiment, the session interface of the initiator in interactive mode displays a session request from at least one sub-session to the session initiator, so that participants in the sub-session can call the host. After receiving the call request, the host can select Join a sub-session corresponding to a conversation request to participate in the discussion of the sub-session, so that participants in the sub-session can contact the outside world at any time to seek help and exchange information.

In one embodiment, the device further includes an interactive area display module; an interactive area display module configured to display, on the initiator session interface in interactive mode, the interactive area of the sub-session added in response to the selection operation; in response to displaying The triggering operation of the speaking range indicating control in the interactive area triggers the playing of the voice of the participating object that triggered the speaking range indicating control in the sub-session indicated by the speaking range indicating control.

In this embodiment, on the initiator's session interface in the interactive mode, the interactive area of the sub-session added in response to the selection operation is displayed, and in response to the triggering operation of the speech range indication control displayed in the interactive area, the speech range is triggered by In the sub-session indicated by the indication control, playing the voice of the participating object that triggers the speaking range indication control can provide the user with a range of voice propagation options, allowing the user to choose to speak in the sub-session to which the user belongs and block other sub-sessions, avoiding Information leakage, or allowing members of other sub-sessions to hear the speaking voice to achieve information sharing in different sub-sessions, making the user's way of speaking more flexible and better able to meet the needs of different scenarios.

In one embodiment, when the speech scope indication control targeted by the triggering operation is a public speech control, the subsessions indicated by the speech scope indication control are each of the at least one subsession.

In this embodiment, when the speech range indication control targeted by the triggering operation is a public speech control, the sub-session indicated by the speech range indication control is each sub-session of at least one sub-session, so that the user can make public by triggering the public speech control. Speak, so that each sub-session can receive real-time speech from the participants in the sub-session, which can effectively increase the interactivity of different sub-sessions and improve the effectiveness of the discussion.

In one embodiment, when the speech range indication control targeted by the triggering operation is a private speech control, the sub-session indicated by the speech range indication control is a sub-session joined by the participating object that triggered the speech range indication control.

In this embodiment, when the speech range indication control targeted by the triggering operation is a private speech control, the sub-session indicated by the speech range indication control is a sub-session joined by the participating object that triggered the speech range indication control, so that the user can trigger the private speech control. The speech control performs private speech within the sub-session to which it belongs, so that only members in the sub-session can hear the user's real-time voice, while other sub-sessions cannot receive the voice, so that the sub-sessions do not interfere with each other, thus Able to ensure the privacy of discussions within sub-sessions.

In one embodiment, the device further includes an interaction status display module; an interaction status display module configured to display the interaction of the corresponding sub-session corresponding to each sub-session in at least one sub-session on the initiator's session interface in the interactive mode. Status; the interaction status includes at least one of the interaction heat of the corresponding sub-session or the recording progress of the interaction record document of the corresponding sub-session.

In this embodiment, on the initiator's session interface in the interactive mode, corresponding to each sub-session in at least one sub-session, the interaction status of the corresponding sub-session is displayed. The displayed interaction status includes the interaction heat or correspondence of the corresponding sub-session. At least one of the sub-session's interactive recording documents and the recording progress of the document, so that the session initiator can see the discussion heat, document recording progress, etc. of each sub-session outside the sub-session, which helps the session initiator understand each sub-session. The current progress of the session in order to control the progress of the session.

In one embodiment, the device further includes an export module; the export module is configured to display a document export control on the initiator session interface in the interactive mode; in response to an export triggering operation on the document export control, display each of at least one sub-session the interaction record document of the at least one sub-session; in response to the saving operation of the target interaction record document in the respective interaction record document of at least one sub-session, store the target interaction record document.

In this embodiment, members in the sub-session can record the members' voice and text messages in the form of documents. On the session interface of the initiator in interactive mode, display the document export control for exporting the interaction record document of the sub-session, so that the session initiator can trigger the operation based on the export of the document export control, from the interaction record document of each sub-session. Select the target interaction record document you want to save, so that the discussion content in the sub-session can be automatically recorded and saved in the form of a document, so that other members can understand the discussion content and realize information sharing and information integration in different sub-sessions.

In one embodiment, the device further includes a document sending module configured to display at least one document receiving object in response to a sending operation of a target interaction record document in the interaction record document of at least one sub-session; The selection operation of the target receiving object in at least one document receiving object sends the target interaction record document to the target receiving object.

In this embodiment, in response to the sending operation of the target interaction record document in the interaction record document of at least one sub-session, at least one document receiving object is displayed, and in response to the selection operation of the target receiving object in the at least one document receiving object, the target interaction record document is displayed. The receiving object sends the target interaction record document, so that the voice and text messages in the sub-session can be recorded in the form of documents, and then quickly forwarded to the receiving object of their choice, so that the discussion content in the sub-session can be effectively shared.

In one embodiment, the initiator mode switching module 1908 is also configured to display at least one sub-session in the interactive mode; in response to the switching operation of the mode switching interactive element, switch from the interactive mode to the main lecture mode; in the main lecture mode , unshow at least one subsession, and show multiple participating objects in the main session.

In this embodiment, after the sub-session is created, the lecture mode and the interactive mode can coexist, so that the main session in the lecture mode and the sub-session in the interactive mode can co-exist. In the interactive mode, at least one sub-session is displayed, and in response to a switching operation on the mode switching interactive element, the interactive mode can be quickly switched to the main lecture mode. Cancel the display of each sub-session in the main lecture mode, so that the participating objects in the sub-session can be gathered into the main session. The session initiator can flexibly switch back and forth between different modes, so that each participating object can flexibly switch between the sub-session and the main session. Switch, so that the application of main session and sub-session is more flexible and has a higher degree of freedom.

In one embodiment, the initiator mode switching module 1908 is also configured to, when switching to the main lecture mode, switch from the main lecture mode to the interactive mode in response to the switching operation of the mode switching interactive element; in the interactive mode, display the main session history At least one sub-session is created, and at least one sub-session created historically includes participating objects that have been added historically.

In this embodiment, after the sub-session is created, the lecture mode and the interactive mode can coexist, so that the main session in the lecture mode and the sub-session in the interactive mode can co-exist. When switching to the lecture mode, in response to the switching operation of the mode switching interactive element, the lecture mode is switched to the interactive mode. In the interactive mode, at least one sub-session created by the main session history is displayed, and at least one sub-session created by the history is respectively Including participating objects that have been added in history, multiple participating objects can be automatically divided into historical sub-sessions that they have joined, so that you can quickly enter the historically created sub-session after switching, without re-creating the sub-session, making it easier for you to Switching between the two modes is more flexible.

In one embodiment, as shown in Figure 20, a session processing device 2000 is provided, including:

The receiver interface display module 2002 is used to display the receiver session interface in the main lecture mode when joining the main session.

The receiver mode switching module 2004 is configured to switch from the main lecture mode to the interactive mode in response to a sub-session invitation event for a sub-session divided from the main session.

The portal display module 2006 is configured to display the sub-session portal of the sub-session indicated by the sub-session invitation event in the interactive mode.

The information display module 2008 is configured to, in response to the selection event of the target sub-session entry in the displayed sub-session entry, display the sub-session of the target sub-session after joining the target sub-session indicated by the target sub-session entry on the receiving session interface in the interactive mode. Session information.

In this embodiment, after the session initiator creates a sub-session, the lecture mode and the interactive mode can coexist, and the session initiator can freely choose to switch between modes. When the session receiver joins the main session, the session receiver's session interface in the lecture mode is displayed. In response to the session initiator's sub-session invitation event for the sub-session divided from the main session after the session initiator creates the sub-session, the session receiver starts the lecture from the main session. The mode is switched to the interactive mode, thereby realizing flexible switching between the lecture mode and the interactive mode based on the mode switching operation of the session initiator. In the interactive mode, the sub-session invitation event is displayed to indicate the sub-session entry of the sub-session, so that the conversation recipient can independently select the target sub-session entry from the displayed sub-session entries to join the target sub-session that the conversation recipient wants to join. Thus, the conversation recipients are assigned to sub-sessions for discussion and communication, so that the main conversation in the lecture mode and the sub-sessions in the interactive mode can coexist. On the receiver session interface in interactive mode, the sub-session information of the target sub-session after joining the target sub-session indicated by the target sub-session entrance is displayed, so that the session receiver can obtain more information of the target sub-session. Moreover, through flexible mode switching, the session mode suitable for the current scenario can be quickly switched, making the application of the main session and sub-session more flexible.

In one embodiment, the device further includes an interactive control response module; an interactive control response module configured to display at least one interactive control for the joined target sub-session on the receiver session interface in interactive mode; in response to at least The triggering operation of the target interactive control in an interactive control triggers the interactive action indicated by the target interactive control based on the target subsession.

In this embodiment, on the receiver session interface in interactive mode, at least one interactive control for the joined target sub-session is displayed, so that participating objects in the target sub-session can trigger different interactive controls in the target sub-session. The corresponding interactive actions in the sub-session make the interaction in the target sub-session richer, thereby making the functions of the sub-session more diverse and flexible.

In one embodiment, the interactive control response module is further configured to, in response to a triggering operation for a public speaking control in at least one interactive control, trigger the playback of a public speaking control in at least one subsession of the main session. The voices of the participants.

In this embodiment, in response to the trigger operation for the public speaking control in at least one interactive control, the voice of the participating object that triggers the public speaking control is played in each sub-session of at least one sub-session of the main session, so that the sub-session Users in the sub-session can speak publicly by triggering the public speaking control, so that each sub-session can receive real-time speech from the participants in the sub-session, which can effectively increase the interactivity of different sub-sessions and improve the effectiveness of the discussion.

In one embodiment, the interactive control response module is also configured to respond to the triggering operation of the private speech control in at least one interactive control, triggering the playback of the private speech control in the sub-session joined by the participating object that triggered the private speech control. The voices of the participants.

In this embodiment, in response to the trigger operation for the private speech control in at least one interactive control, the voice of the participant who triggered the private speech control is played in the sub-session joined by the participant who triggered the private speech control, so that the user can By triggering the private speech control to speak privately in the sub-session to which it belongs, only members in the sub-session can hear the user's real-time voice, while other sub-sessions cannot receive the voice, making each sub-session incommunicado. interference, thereby ensuring the privacy of discussions within the sub-session.

In one embodiment, the interactive control response module is also configured to record the interaction information of each participating object in the target sub-session in response to a triggering operation on the document recording control in at least one interactive control to form an interaction record document.

In this embodiment, in response to the triggering operation of the document recording control in at least one interactive control, the interaction information of each participating object in the target sub-session is recorded, so that the voice and text messages of the members in the sub-session can be recorded in the form of documents. , forming an interaction record document corresponding to the target sub-session, which can integrate the discussion content of different participants in the target sub-session, making it easier for the session initiator and other sub-session participants to understand the discussion content of the target sub-session.

In one embodiment, the interactive control response module is also used to display the recording progress of the interactive recording document; in response to the viewing operation of the recording progress, display the document content of the interactive recording document.

In this embodiment, the recording progress of the interaction record document is displayed to facilitate the session initiator to understand the current session status of the target sub-session. In response to the viewing operation of the recording progress, the document content of the interactive recording document is displayed, so that the recorded document content can be viewed and the search for the information is facilitated.

In one embodiment, the interactive control response module is further configured to push a session request to the session initiator to join the target sub-session in response to a triggering operation on the session request control in at least one interactive control.

In this embodiment, in response to the triggering operation of the session request control in at least one interactive control, a session request to join the target sub-session is pushed to the session initiator, so that participating objects in the sub-session can call the session initiator at any time to request The conversation initiator participates in the discussion of the target sub-session, so that the participants in the sub-session can contact the outside world at any time to seek help and exchange information.

In one embodiment, the receiver mode switching module 2004 is also configured to switch from the interactive mode to the lecture mode in response to the session initiator's switching operation on the mode switching interactive element; in the lecture mode, cancel the display of the target sub-session, and Display multiple participants in the main session.

In this embodiment, after the sub-session is created, the lecture mode and the interactive mode can coexist, so that the main session in the lecture mode and the sub-session in the interactive mode can co-exist. In the interactive mode, in response to the session initiator's switching operation on the mode switching interactive element, the session receiver automatically switches from the interactive mode to the presenter mode. In the presenter mode, the target sub-session is cancelled, and multiple sub-sessions in the main session are displayed. Participating objects, so that you can quickly switch from interactive mode to lecture mode. Cancel the display of the target sub-session in the lecture mode, so that all participating objects in the target sub-session can be gathered into the main session. The session initiator can flexibly switch back and forth between different modes, so that each participating object can automatically flexibly switch between the sub-session and the main session. Switch, so that the application of main session and sub-session is more flexible and has a higher degree of freedom.

In one embodiment, the receiver mode switching module 2004 is also configured to, when switching to the lecture mode, respond to the session initiator's switching operation on the mode switching interactive element, switch from the lecture mode to the interactive mode, and join the target sub-session.

In this embodiment, after the sub-session is created, the lecture mode and the interactive mode can coexist, so that the main session in the lecture mode and the sub-session in the interactive mode can co-exist. When switching to the lecture mode, in response to the session initiator's switching operation of the mode switching interactive element, switch from the lecture mode to the interactive mode, and join the target sub-session, so that multiple participating objects can be automatically divided into the joined history In the sub-session, you can quickly enter the sub-session created in history after switching without having to re-create the sub-session, making switching between the two modes more flexible.

Each module in the above conversation processing device can be implemented in whole or in part by software, hardware, and combinations thereof. Each of the above modules may be embedded in or independent of the processor of the computer device in the form of hardware, or may be stored in the memory of the computer device in the form of software, so that the processor can call and execute the operations corresponding to the above modules.

In one embodiment, a computer device is provided. The computer device can be a terminal or a server. Taking the terminal as an example, its internal structure diagram can be shown in Figure 21. The computer device includes a processor, memory, input/output interface, communication interface, display unit and input device. Among them, the processor, memory and input/output interface are connected through the system bus, and the communication interface, display unit and input device are connected to the system bus through the input/output interface. Wherein, the processor of the computer device is used to provide computing and control capabilities. The memory of the computer device includes non-volatile storage media and internal memory. The non-volatile storage medium stores operating systems and computer programs. This internal memory provides an environment for the execution of operating systems and computer programs in non-volatile storage media. The input/output interface of the computer device is used to exchange information between the processor and external devices. The communication interface of the computer device is used for wired or wireless communication with external terminals. The wireless mode can be implemented through WIFI, mobile cellular network, NFC (Near Field Communication) or other technologies. The computer program, when executed by the processor, implements a session processing method. The display unit of the computer device is used to form a visually visible picture and can be a display screen, a projection device or a virtual reality imaging device. The display screen can be a liquid crystal display screen or an electronic ink display screen. The input device of the computer device can be a display screen. The touch layer covered above can also be buttons, trackballs or touch pads provided on the computer equipment shell, or it can also be an external keyboard, touch pad or mouse, etc.

Those skilled in the art can understand that the structure shown in Figure 21 is only a block diagram of a partial structure related to the solution of the present application, and does not constitute a limitation on the computer equipment to which the solution of the present application is applied. Specific computer equipment can May include more or fewer parts than shown, or combine certain parts, or have a different arrangement of parts.

In one embodiment, a computer device is also provided, including a memory and a processor. A computer program is stored in the memory. When the processor executes the computer program, it implements the steps in the above method embodiments.

In one embodiment, a computer-readable storage medium is provided, on which a computer program is stored. When the computer program is executed by a processor, the steps in the above method embodiments are implemented.

In one embodiment, a computer program product is provided, including a computer program that implements the steps in each of the above method embodiments when executed by a processor.

It should be noted that the user information (including but not limited to user equipment information, user personal information, etc.) and data (including but not limited to data used for analysis, stored data, displayed data, etc.) involved in this application are all It is information and data authorized by the user or fully authorized by all parties, and the collection, use and processing of relevant data need to comply with the relevant laws, regulations and standards of relevant countries and regions.

Those of ordinary skill in the art can understand that all or part of the processes in the methods of the above embodiments can be completed by instructing relevant hardware through a computer program. The computer program can be stored in a non-volatile computer-readable storage. In the media, when executed, the computer program may include the processes of the above method embodiments. Any reference to memory, database or other media used in the embodiments provided in this application may include at least one of non-volatile and volatile memory. Non-volatile memory can include read-only memory (Read-OnlyMemory, ROM), magnetic tape, floppy disk, flash memory, optical memory, high-density embedded non-volatile memory, resistive memory (ReRAM), magnetic variable memory (Magnetoresistive RandomAccess Memory, MRAM), ferroelectric memory (Ferroelectric Random Access Memory, FRAM), phase change memory (Phase Change Memory, PCM), graphene memory, etc. Volatile memory may include random access memory (Random Access Memory, RAM) or external cache memory, etc. By way of illustration but not limitation, RAM can be in various forms, such as static random access memory (Static Random Access Memory, SRAM) or dynamic random access memory (Dynamic Random Access Memory, DRAM). The databases involved in the various embodiments provided in this application may include at least one of a relational database and a non-relational database. Non-relational databases may include blockchain-based distributed databases, etc., but are not limited thereto. The processors involved in the various embodiments provided in this application may be general-purpose processors, central processing units, graphics processors, digital signal processors, programmable logic devices, quantum computing-based data processing logic devices, etc., and are not limited to this.

The technical features of the above embodiments can be combined in any way. To simplify the description, not all possible combinations of the technical features in the above embodiments are described. However, as long as there is no contradiction in the combination of these technical features, all possible combinations should be used. It is considered to be within the scope of this manual.

The above-described embodiments only express several implementation modes of the present application, and their descriptions are relatively specific and detailed, but should not be construed as limiting the patent scope of the present application. It should be noted that, for those of ordinary skill in the art, several modifications and improvements can be made without departing from the concept of the present application, and these all fall within the protection scope of the present application. Therefore, the scope of protection of this application should be determined by the appended claims.

Claims (25)

1. A session processing method, characterized in that the method includes: Display the initiator session interface of the main session in the lecture mode, and display the creation interactive element for creating the sub-session in the interactive mode on the initiator session interface; the main session includes multiple participating objects; In response to a triggering event for the created interactive element, obtaining at least one sub-session in the interactive mode divided from the main session; Display a mode switching interactive element for switching between the lecture mode and the interactive mode on the initiator session interface; In the lecture mode, in response to a switching operation on the mode switching interactive element, switch from the lecture mode to the interactive mode, and send at least one of the participating objects to at least a part of the plurality of participating objects. A subsession invitation for a subsession. 2. The method according to claim 1, characterized in that, in response to a triggering event for the creation of an interactive element, obtaining at least one sub-session in the interactive mode divided from the main session includes: : In response to triggering an operation for the element that creates the interactive element, display a sub-session configuration item; the sub-session configuration item includes a theme editing area; In response to an editing operation in the topic editing area, a sub-session topic of at least one sub-session in the interactive mode divided from the main session is displayed. 3. The method according to claim 2, wherein the sub-session configuration items further include attribute configuration items, and the method further includes: In response to the attribute configuration operation in the attribute configuration item, the configured attribute information for the at least one sub-session is displayed. 4. The method according to claim 1, characterized in that, the method further comprises: Display the session request of at least one sub-session on the initiator's session interface in the interactive mode; In response to a selection operation of a target session request among the session requests of the at least one sub-session, join the sub-session requested by the target session request. 5. The method according to claim 4, characterized in that, the method further comprises: On the initiator's session interface in the interactive mode, display the interactive area of the sub-session added in response to the selection operation; In response to a triggering operation on the speech range indication control displayed in the interaction area, the voice of the participating object that triggered the speech range indication control is triggered to be played in the sub-session indicated by the speech range indication control. 6. The method according to claim 5, characterized in that when the speech range indication control targeted by the triggering operation is a public speech control, the sub-session indicated by the speech range indication control is the at least one sub-session. for each subsession. 7. The method according to claim 5, characterized in that when the speech range indication control targeted by the triggering operation is a private speech control, the sub-session indicated by the speech range indication control is the private speech control that triggers the private speech control. The sub-session joined by the participant object of the speaking control. 8. The method according to claim 1, characterized in that, the method further comprises: On the initiator's session interface in the interactive mode, corresponding to each sub-session in the at least one sub-session, the interaction status of the corresponding sub-session is displayed; the interaction status includes the interaction heat of the corresponding sub-session or the corresponding sub-session. At least one of the recording progress of the session's interaction recording document. 9. The method according to claim 1, characterized in that, the method further comprises: Display a document export control on the initiator's session interface in the interactive mode; In response to an export trigger operation on the document export control, display the interaction record document of each of the at least one sub-session; In response to a saving operation on a target interaction record document among the interaction record documents of each of the at least one sub-session, the target interaction record document is stored. 10. The method according to claim 9, characterized in that the method further comprises: In response to a sending operation on the target interaction record document in the interaction record document of the at least one sub-session, display at least one document receiving object; In response to a selection operation on a target receiving object in the at least one document receiving object, sending the target interaction record document to the target receiving object. 11. The method according to any one of claims 1 to 10, characterized in that the method further includes: In the interactive mode, display the at least one sub-session; In response to a switching operation on the mode switching interactive element, switch from the interactive mode to the lecture mode; In the main lecture mode, the display of the at least one sub-session is cancelled, and the plurality of participating objects in the main session are displayed. 12. The method according to claim 11, characterized in that the method further comprises: When switching to the lecture mode, in response to a switching operation on the mode switching interactive element, switch from the lecture mode to the interactive mode; In the interactive mode, the at least one sub-session created historically by the main session is displayed, and the at least one sub-session created historically includes participating objects that have been added historically. 13. A session processing method, characterized in that the method includes: When joining the main session, display the receiver session interface in the main lecture mode; In response to a sub-session invitation event for a sub-session divided from the main session, switching from the main lecture mode to the interactive mode; In the interactive mode, display the sub-session entry of the sub-session indicated by the sub-session invitation event; In response to the selection event of the target sub-session entry in the displayed sub-session entry, on the receiving session interface in the interactive mode, display the target sub-session after joining the target sub-session indicated by the target sub-session entry. Subsession information. 14. The method according to claim 13, characterized in that the method further comprises: On the receiver session interface in the interactive mode, display at least one interactive control for the joined target sub-session; In response to a triggering operation on a target interactive control in the at least one interactive control, an interactive action indicated by the target interactive control is triggered based on the target sub-session. 15. The method according to claim 14, characterized in that the target interactive control is a public speaking control; the response to the triggering operation of the target interactive control in the at least one interactive control is based on the target sub-session. , triggering the interactive action indicated by the target interactive control, including: In response to a trigger operation for the public speaking control in the at least one interactive control, triggering in each sub-session of at least one sub-session of the main session to play the voice of the participating object that triggered the public speaking control. 16. The method according to claim 14, characterized in that the target interactive control is a private speech control; the response to the triggering operation of the target interactive control in the at least one interactive control is based on the target sub-session. , triggering the interactive action indicated by the target interactive control, including: In response to a triggering operation for the private speech control in the at least one interactive control, in the sub-session joined by the participating object that triggered the private speech control, the voice of the participating object that triggered the private speech control is played. 17. The method of claim 14, wherein the target interactive control is a document recording control; and in response to a triggering operation for a target interactive control in the at least one interactive control, the target sub-session is , triggering the interactive action indicated by the target interactive control, including: In response to a triggering operation on the document recording control in the at least one interactive control, the interaction information of each participating object in the target sub-session is recorded to form an interaction record document. 18. The method according to claim 17, characterized in that, the method further comprises: Display the recording progress of the interactive recording document; In response to the viewing operation of the recording progress, the document content of the interactive recording document is displayed. 19. The method of claim 14, wherein the target interactive control is a session request control; and in response to a triggering operation for a target interactive control in the at least one interactive control, the target sub-session is , triggering the interactive action indicated by the target interactive control, including: In response to a triggering operation on the session request control in the at least one interactive control, a session request requesting to join the target sub-session is pushed to the session initiator. 20. The method according to any one of claims 13 to 19, characterized in that the method further includes: In response to the session initiator's switching operation on the mode switching interactive element, switch from the interactive mode to the lecture mode; In the main lecture mode, the target sub-session is cancelled, and multiple participating objects in the main session are displayed. 21. A session processing device, characterized in that the device includes: The initiator interface display module is used to display the initiator session interface of the main session in the lecture mode, and the initiator session interface displays the creation interactive elements for creating the sub-session in the interactive mode; the main session includes multiple participants; A sub-session creation module, configured to obtain at least one sub-session in the interactive mode divided from the main session in response to a triggering event for the creation of an interactive element; An element display module, configured to display mode switching interactive elements for switching the lecture mode and the interactive mode on the initiator conversation interface; The initiator mode switching module is configured to, in the lecture mode, switch from the lecture mode to the interactive mode in response to the switching operation of the mode switching interactive element, and provide a message to the plurality of participating objects. At least in part, sending a sub-session invitation to participate in the at least one sub-session. 22. A session processing device, characterized in that the device includes: The receiver interface display module is used to display the receiver session interface in the main lecture mode when joining the main session; A receiver mode switching module configured to switch from the main lecture mode to the interactive mode in response to a sub-session invitation event for a sub-session divided from the main session; An entrance display module, configured to display the sub-session entrance of the sub-session indicated by the sub-session invitation event in the interactive mode; An information display module, configured to respond to the selection event of the target sub-session entry in the displayed sub-session entry, and display on the receiving session interface in the interactive mode after joining the target sub-session indicated by the target sub-session entry. Sub-session information of the target sub-session. 23. A computer device, comprising a memory and a processor, the memory stores a computer program, characterized in that when the processor executes the computer program, the method of any one of claims 1 to 20 is implemented. step. 24. A computer-readable storage medium with a computer program stored thereon, characterized in that when the computer program is executed by a processor, the steps of the method according to any one of claims 1 to 20 are implemented. 25. A computer program product, comprising a computer program, characterized in that, when executed by a processor, the computer program implements the steps of the method according to any one of claims 1 to 20.