CN116980389A

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

Info

Publication number: CN116980389A
Application number: CN202310076461.6A
Authority: CN
Inventors: 邓爱露; 邓国雄; 匡皓琦; 刘立强
Original assignee: Tencent Technology Shenzhen Co Ltd
Current assignee: Tencent Technology Shenzhen Co Ltd
Priority date: 2023-01-13
Filing date: 2023-01-13
Publication date: 2023-10-31

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, session processing 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, apparatus, computer device, computer readable storage medium, and computer program product.

Background

With the development of computer technology, session modes are more and more diversified. For example, when performing on-line education, a teacher plays a main role in a lecture mode, and a student plays a session. When students are required to discuss course content, a discussion group may be established such that students communicate in the discussion group.

However, at present, after the discussion group is created, students can automatically enter each discussion group, meanwhile, the lecture hall mode of a teacher is automatically exited, the lecture hall mode can be returned after the discussion is finished, and the mode switching is inflexible.

Disclosure of Invention

In view of the foregoing, it is desirable to provide a session processing method, apparatus, computer device, computer readable storage medium, and computer program product that can improve flexibility of different mode switching.

The application provides a session processing method, which 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 interaction element, obtaining at least one sub-session in the interaction mode divided from the main session;

Displaying a mode switching interaction element for switching the main speaking mode and the interaction mode on the 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 participate in the at least one sub-session to at least a portion of the plurality of participant objects.

The application also provides a session processing device, which comprises:

the system comprises an initiator interface display module, a main conversation module and a sub-conversation module, wherein the initiator interface display module is used for displaying an initiator conversation interface of a main conversation in a main conversation mode, and a creation interaction element used for creating a sub-conversation in an interaction mode is displayed on the initiator conversation interface; the master session includes a plurality of participant objects;

a sub-session creation module, configured to obtain at least one sub-session in the interaction mode divided from the main session in response to a trigger event for creating an interaction element;

the element display module is used for displaying a mode switching interaction element for switching the main speaking mode and the interaction mode on the initiator session interface;

and the initiator mode switching module is used for responding to the switching operation of the mode switching interaction element in the main speaking mode, switching from the main speaking mode to the interaction mode and sending a sub-session invitation for participating in the at least one sub-session to at least one part of the plurality of participation objects.

In one embodiment, the sub-session creation module is further configured to display a sub-session configuration item in response to an element triggering operation for the creation of the interactive element; the sub-session configuration item comprises a theme editing area; and displaying sub-session topics of at least one sub-session in the interaction mode divided from the main session in response to an editing operation in the topic editing area.

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 apparatus further comprises a receiving module; the receiving module is used for displaying a session request of at least one sub-session on an initiator session interface in the interaction mode; and in response to a selection operation of a target session request in the session requests of the at least one sub-session, joining the sub-session requested to be joined by the target session request.

In one embodiment, the apparatus further comprises an interactive area display module; the interaction area display module is used for displaying an interaction area of the sub-session added in response to the selection operation on an initiator session interface in the interaction mode; and in response to a triggering operation of the speaking range indication control displayed in the interaction area, triggering playing the voice of the participation object triggering the speaking range indication control in the sub-session indicated by the speaking range indication control.

In one embodiment, when the floor range indication control for which the triggering operation is directed is a public floor control, the sub-session indicated by the floor range indication control is each of the at least one sub-session.

In one embodiment, when the speech range indication control for which the triggering operation is directed is a private speech control, the sub-session indicated by the speech range indication control is a sub-session to which the participant triggering the private speech control joins.

In one embodiment, the apparatus further comprises an interactive status display module; the interaction state display module is used for displaying the interaction state of the corresponding sub-session corresponding to each sub-session in the at least one sub-session on the initiator session interface in the interaction mode; the interaction state comprises at least one of interaction heat of the corresponding sub-session or recording progress of the interaction recording document of the corresponding sub-session.

In one embodiment, the apparatus further comprises a derivation module; the export module is used for displaying a document export control on an initiator session interface in the interaction mode; responding to the export triggering operation of the document export control, and displaying the interaction record document of each sub-session; and storing the target interaction record document in response to the operation of storing the target interaction record document in the interaction record document of each sub-session.

In one embodiment, the apparatus further comprises a document sending module, configured to display at least one document receiving object in response to a sending operation of a target interactive record document in the interactive record documents of the at least one sub-session; and responding to the selection operation of a target receiving object in the at least one document receiving object, and 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 interaction mode; switching from the interactive mode to the talk-around mode in response to a switching operation of the mode switching interactive element; in the main mode, the display of the at least one sub-session is canceled, and the plurality of participant objects in the main session are displayed.

In one embodiment, the initiator mode switching module is further configured to switch from the talkback mode to the interaction mode in response to a switching operation of the mode switching interaction element when switching to the talkback mode; in the interaction mode, displaying the at least one sub-session created by the main session history, wherein the at least one sub-session created by the history comprises participation objects which are respectively added in the history.

The application also provides a computer device comprising a memory and a processor, the memory storing a computer program, the processor implementing the following steps when executing the computer program:

The present application also provides a computer readable storage medium having stored thereon a computer program which when executed by a processor performs the steps of:

The application also provides a computer program product comprising a computer program which, when executed by a processor, performs the steps of:

The session processing method, the session processing device, the computer equipment, the storage medium and the computer program product display an initiator session interface of a main session in a main speaking mode, display a creation interaction element for creating a sub-session in an interaction mode on the initiator session interface, wherein the main session comprises a plurality of participation objects, and respond to a trigger event aiming at the creation interaction element to obtain at least one sub-session in the interaction mode divided from the main session, so that the sub-session can be divided for the main session. After creating the sub-session, a mode switching interaction element for switching the main speaking mode and the interaction mode is displayed on the session interface of the initiator, so that after creating the sub-session, the main speaking mode and the interaction mode can coexist, and the session initiator can freely select the mode to switch. In the main speaking mode, in response to the switching operation of the mode switching interaction element, switching from the main speaking mode to the interaction mode, and sending a sub-session invitation for participating in at least one sub-session to at least one part of the plurality of participating objects so as to distribute each participating object to the sub-session for discussion communication, so that the main session in the main speaking mode and the sub-session in the interaction mode can coexist, and the session mode suitable for the current scene can be rapidly switched through flexible mode switching, so that the application of the main session and the sub-session is more flexible.

under the condition of joining the main session, displaying a receiver session interface in a main speaking mode;

switching from the main talk mode to an interactive mode in response to a sub-session invite event for a sub-session divided from the main session;

displaying a sub-session entry of the sub-session indicated by the sub-session invitation event in the interactive mode;

and responding to the displayed selected event of the target sub-session entry in the sub-session entry, and displaying sub-session information of the target sub-session after joining the target sub-session indicated by the target sub-session entry on a receiver session interface in the interaction mode.

The application also provides a session processing device, which comprises:

the receiver interface display module is used for displaying a receiver session interface in a main speaking mode under the condition of joining the main session;

a receiver mode switching module for switching from the main talk mode to an interactive mode in response to a sub-session invite event for a sub-session divided from the main session;

an entry display module, configured to display, in the interaction mode, a sub-session entry of the sub-session indicated by the sub-session invitation event;

And the information display module is used for responding to the displayed selected event of the target sub-session entry in the sub-session entry, and displaying sub-session information of the target sub-session after the target sub-session indicated by the target sub-session entry is added in a receiver session interface in the interaction mode.

In one embodiment, the apparatus further comprises an interactive control response module; the interaction control response module is used for displaying at least one interaction control aiming at the added target sub-session on a receiver session interface in the interaction mode; and responding to the triggering operation of a target interaction control in the at least one interaction control, and triggering the interaction action indicated by the target interaction control based on the target sub-session.

In one embodiment, the interaction control response module is further configured to trigger, in each of at least one sub-session of the main session, playing a voice of a participant object that triggers the public speaking control in response to a triggering operation for the public speaking control in the at least one interaction control.

In one embodiment, the interaction control response module is further configured to trigger, in response to a triggering operation for the private speech control in the at least one interaction control, playing a voice of a participant object triggering the private speech control in a sub-session in which the participant object triggering the private speech control is added.

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

In one embodiment, the interactive control response module is further configured to display a recording progress of the interactive recording document; and responding to the viewing operation of the recording progress, and displaying the document content of the interactive recording document.

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

In one embodiment, the receiver mode switching module is further configured to switch from the interaction mode to the talk-around mode in response to a switching operation of the mode switching interaction element by a session initiator; in the main mode, the target sub-session is canceled from being displayed, and the plurality of participation objects in the main session are displayed.

In one embodiment, the receiving party mode switching module is further configured to, when switching to the main speaking mode, switch from the main speaking mode to the interactive mode and join the target sub-session in response to a switching operation of the mode switching interactive element by the session initiator.

The session processing method, the session processing device, the computer equipment, the storage medium and the computer program product can coexist the main speaking mode and the interaction mode after the session initiator creates the sub-session, and the session initiator can freely select the switching of the modes. Under the condition that a conversation receiver joins a main conversation, a receiver conversation interface in a main conversation mode is displayed, a conversation initiator responds to a sub-conversation invitation event of a sub-conversation divided from the main conversation after creating the sub-conversation, and the conversation receiver is switched from the main conversation mode to an interactive mode, so that the flexible switching between the main conversation mode and the interactive mode is realized based on the mode switching operation of the conversation initiator. In the interactive mode, a sub-session entry of a sub-session invitation event indication sub-session is displayed, so that a session receiver can autonomously select a target sub-session entry from the displayed sub-session entries to join in a target sub-session which a session receiver wants to join in, and therefore the session receiver is distributed to the sub-session for discussion exchange, and the main session in the main talk mode and the sub-session in the interactive mode can coexist. And displaying sub-session information of the target sub-session after the target sub-session indicated by the target sub-session entry is added in a receiver session interface in an interactive mode, so that a session receiver obtains more information of the target sub-session. And, through flexible mode switching, the conversation mode suitable for the current scene is switched rapidly, so that the application to the main conversation and the sub-conversation is more flexible.

Drawings

FIG. 1 is an application environment diagram of a session handling method in one embodiment;

FIG. 2 is a flow diagram of a session handling method in one embodiment;

FIG. 3A is a schematic diagram of an interface for creating a sub-session in one embodiment;

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

FIG. 3C is a schematic diagram of a sub-session configuration item in one embodiment;

FIG. 4A is a schematic diagram of an interface for adding a sub-session in one embodiment;

FIG. 4B is a schematic diagram of an interface displaying a public speech control and a private speech control in an interaction region in one embodiment;

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

FIG. 5B is a schematic diagram of an interface for exporting an interactive recording document according to one embodiment;

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

FIG. 7 is a flow chart of a method of session handling in another embodiment;

FIG. 8 is a schematic diagram of an interface displaying sub-sessions and sub-session information in one embodiment;

FIG. 9A is a schematic diagram of an interface displaying a public speaking control, a private speaking control, a document recording control, and a session request control in one embodiment;

FIG. 9B is a diagram of an interface for displaying document content of an interactive recording document in one embodiment;

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

FIG. 11 is a flow diagram of primary session creation in one embodiment;

FIG. 12 is a flow diagram of sub-session creation in one embodiment;

FIG. 13 is a schematic illustration of the layout of a container assembly in one embodiment;

FIG. 14 is a schematic view of the structure of a container assembly in one embodiment;

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

FIG. 16 is a schematic diagram of a bubble module in one embodiment;

FIG. 17 is a schematic diagram of the contents of a bubble assembly object in one embodiment;

FIG. 18 is a schematic flow diagram of file export in one embodiment;

FIG. 19 is a block diagram of a session handling apparatus in one embodiment;

FIG. 20 is a block diagram of a session handling apparatus in one embodiment;

fig. 21 is an internal structural view of a computer device in one embodiment.

Detailed Description

The present application will be described in further detail with reference to the drawings and examples, in order to make the objects, technical solutions and advantages of the present application more apparent. It should be understood that the specific embodiments described herein are for purposes of illustration only and are not intended to limit the scope of the application.

The session processing method provided by the embodiment of the application can be applied to an application environment shown in figure 1. Wherein the initiator terminal 102 and the recipient terminal 104 communicate with the server 106 via a network. The data storage system may store data that the server 106 needs to process. The data storage system may be integrated on the server 106 or may be located on the cloud or other server. The initiator terminal 102 displays an initiator session interface of the main session in the main talk mode, and displays a creation interaction element for creating a sub-session in the interaction mode at the initiator session interface; the master session includes a plurality of participating objects. The initiator terminal 102 obtains at least one sub-session in an interaction mode divided from the main session in response to a trigger event for creating an interaction element. The initiator terminal 102 displays a mode switching interaction element for switching the main talk mode and the interaction mode at the initiator session interface. In the talk-back mode, the initiator terminal 102 switches from the talk-back mode to the interactive mode in response to a switching operation of the mode switching interactive element, and transmits a sub-session invitation to participate in at least one sub-session to at least a part of the plurality of participant objects.

The receiver terminal 104 displays a receiver session interface in a main talk mode in the case of joining the main session. The recipient terminal 104 switches from the talk mode to the interactive mode in response to a sub-session invitation for a sub-session divided from the main session. In the interactive mode, the receiver terminal 104 displays a sub-session invitation event indicating a sub-session entry of the sub-session. The receiving terminal 104 responds to the selected event of the target sub-session entry in the displayed sub-session entries, and displays sub-session information 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.

The initiator terminal 102 and the receiver terminal 104 may be, but not limited to, various desktop computers, notebook computers, smart phones, tablet computers, internet of things devices and portable wearable devices, and the internet of things devices may be smart speakers, smart televisions, smart air conditioners, smart vehicle devices, and the like. The portable wearable device may be a smart watch, smart bracelet, headset, or the like. The server 104 may be implemented as a stand-alone server or as a server cluster of multiple servers.

In one embodiment, as shown in fig. 2, a session processing method is provided, and an example of application of the method to the initiator terminal in fig. 1 is described, including the following steps:

step S202, 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 participating objects.

The main session refers to a main mode of a plurality of participating objects to conduct a session. The sub-session is a secondary session manner established based on the existing primary session, and may be a discussion group.

The main speaking mode refers to a mode of performing a main session, and the interactive mode refers to a mode of performing a sub-session. In the main session, the main talk can be performed by the session initiator, and the rest of the participating objects except the session initiator can hear the voice of the session initiator, and the participating objects cannot interact. The participant in a sub-session may interact with other participant objects in the sub-session.

The session initiator refers to a party initiating a session, and a terminal used by the session initiator is an initiator terminal. The party receiving the session is called a session receiver, and the terminal used by the session receiver is a receiver terminal. The plurality of participant objects in the primary session include a session initiator and a session receiver.

The session initiator and the session receiver can conduct 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 may be different session applications.

The session application may be presented to the user in the form of an application program through which the user may conduct a session. The application may refer to a client installed in the terminal, and the client refers to a program installed and running in the terminal. An application may also refer to an installation-free application, i.e. an application that can be used without downloading an installation, which may also be referred to as an applet, which is typically run as a sub-program in a client, which is then referred to as a parent application, and a sub-program running in the client is referred to as a child application. An application may also refer to a web application or the like that is opened through a browser.

The initiator session interface refers to a user interface on the initiator terminal for the session initiator and the session receiver to conduct the session. The user interface may be a pop-up window, a floating layer, or a stand-alone interface.

Specifically, the session initiator runs a session application on the initiator terminal, initiates a main session through the session application, and displays an initiator session interface of the main session in a main talk mode. The master session includes a plurality of participating objects. The initiator terminal displays a creation interaction element for creating a sub-session in the interaction mode on an initiator session interface.

Step S204, at least one sub-session in the interaction mode divided from the main session is obtained in response to the trigger event for creating the interaction element.

The triggering event refers to an event triggering the creation of the interactive element, and can be executed through triggering operation, specifically, touch operation, cursor operation, key operation, voice operation, and the like. The touch operation may be a touch click operation, a touch press operation, or a touch slide operation, and the touch operation may be a single touch operation or a multi-touch operation. The cursor operation may be an operation of controlling the cursor to click, press, or slide. The key operation may be a virtual key operation or a physical key operation, etc.

Specifically, the session initiator triggers the creation of an interactive element at the initiator 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 the interaction element at the initiator session interface, and displays the sub-session configuration item. In response to a configuration operation in the sub-session configuration item, the configured at least one sub-session in the interactive mode is displayed.

Step S206, a mode switching interaction element for switching the main speaking mode and the interaction mode is displayed on the initiator session interface.

The interactive element refers to a visual element that can be operated by a user, and the interactive element has various expression forms, for example, a control, a button, a blank box, a radio frame, an option group, an image, a text, a logo, a link, and the like, but is not limited thereto. A visual element refers to an element that can be displayed so as to be visible to the human eye for conveying information.

The mode switching interaction element is a visualization element for switching a main talk mode and an interaction mode. The mode switch interactive element may include at least one mode switch control. For example, the mode-switching interactive element may include two mode-switching controls that are displayed as a "talk mode" and an "interactive mode" respectively at the initiator session interface.

Specifically, after at least one sub-session is created, the initiator terminal displays a mode switching interaction element on the initiator session interface, and the session initiator can switch between a main speaking mode and an interaction mode through the mode switching interaction element.

Step S208, in response to the switching operation of the mode switching interaction element in the main speaking mode, switching from the main speaking mode to the interaction mode, and sending a sub-session invitation to participate in at least one sub-session to at least a part of the plurality of participation objects.

Where a sub-session invitation refers to a request for inviting at least a part of a plurality of participating objects to enter a sub-session. The sub-session invitation can be presented in the forms of invitation links, popup windows, floating layers or session interfaces, and the like, and can also be presented in the forms of voice prompt, vibration prompt, bright screen prompt, and the like.

In particular, a session initiator in a talk-around mode may trigger a mode switch interactive element to switch from talk-around mode to interactive mode to initiate a sub-session. The initiator terminal switches from the talk mode to the interactive mode in response to a switching operation of the mode switching interactive element, and transmits a sub-session invitation to participate in at least one sub-session to at least a part of the plurality of participation objects.

The receiving side terminal of the participation object receiving the sub-session invitation responds to the sub-session invitation and switches from a main speaking mode to an interactive mode, and in the interactive mode, a sub-session invitation event is displayed to indicate a sub-session entrance of the sub-session. And the receiver terminal responds to the selected event of the target sub-session entry in the displayed sub-session entry, and displays sub-session information of the target sub-session after the target sub-session indicated by the target sub-session entry is added in the receiver session interface in the interactive mode.

In this embodiment, before creating the sub-session, the main talk mode is displayed on the initiator session interface, and after creating the sub-session, the main talk mode and the interactive mode are displayed on the initiator session interface. The session initiator may switch from the talk-around mode to the interactive mode by triggering the interactive mode. The session initiator may switch from the interactive mode to the talk-around mode by triggering the talk-around mode.

In this embodiment, an initiator session interface of a main session in a main talk mode is displayed, a creation interaction element for creating a sub-session in an interaction mode is displayed on the initiator session interface, the main session includes a plurality of participation objects, and at least one sub-session in the interaction mode divided from the main session is obtained in response to a trigger event for creating the interaction element, so that the sub-session can be divided for the main session. After creating the sub-session, a mode switching interaction element for switching the main speaking mode and the interaction mode is displayed on the session interface of the initiator, so that after creating the sub-session, the main speaking mode and the interaction mode can coexist, and the session initiator can freely select the mode to switch. In the main speaking mode, in response to the switching operation of the mode switching interaction element, switching from the main speaking mode to the interaction mode, and sending a sub-session invitation for participating in at least one sub-session to at least one part of the plurality of participating objects so as to distribute each participating object to the sub-session for discussion communication, so that the main session in the main speaking mode and the sub-session in the interaction mode can coexist, and the session mode suitable for the current scene can be rapidly switched through flexible mode switching, so that the application of the main session and the sub-session is more flexible.

As shown in fig. 3A, a session initiator initiates a main session entitled "life trend discussion workshops" that acts as a moderator. The master session includes 21 participating objects including a moderator a and a participating object B, C, D, and so on. The initiator terminal displays an initiator session interface 300 of the main session in the main talk mode. The main speaking mode is a classroom mode, and the classroom mode refers to a mode that a host A main speaks and other participated objects listen and talk.

A create interaction element 302 for creating a sub-session in the interactive mode is displayed in the initiator session interface 300, the create interaction element 302 being a creation portal for the sub-session, and is displayed as "classroom mode" in the initiator session interface 300. The session initiator triggers the create interaction element to create a sub-session in the interaction mode. After the sub-session creation is completed, a mode switching interaction element is displayed on the initiator session interface 300, and the mode switching interaction element is displayed in two modes, namely, a "classroom mode" and a "group mode" in the initiator session interface 300.

In the initiator session interface 300 in the classroom mode, a mode switching interactive element displayed as a "group mode" is triggered, a switch is made from the main talk mode to the interactive mode, and each created sub-session is displayed in the initiator session interface 300 in the interactive mode. For example, "striving squad", "spitting squad", "exploring squad" and "XX squad".

In one embodiment, 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, comprises:

in response to an element triggering operation for creating the interactive element, displaying a sub-session configuration item; the sub-session configuration item includes a theme edit area; in response to an editing operation in the theme editing area, sub-session themes of at least one sub-session in an interactive mode divided from the main session are displayed.

The sub-session configuration items refer to 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 a user interface for editing a theme of a sub-session, which may be a popup, a floating layer, or a separate interface. Sub-session topics refer to the interactive topics of the participating objects in the corresponding sub-session. Creating sub-session is realized through editing sub-session theme, namely, one sub-session theme characterizes one sub-session.

Specifically, the session initiator triggers creation of an interactive element at the initiator session interface. The initiator terminal displays a sub-session configuration item in response to an element triggering operation for creating the interactive element, the sub-session configuration item including a theme editing area. The session initiator may edit the at least one sub-session theme in the theme edit area to characterize the at least one sub-session by the edited at least one sub-session theme. The initiator terminal displays the edited at least one sub-session theme in the theme 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 triggering operation for creating an interaction element, a sub-session configuration item including a theme editing area is displayed, in response to an editing operation in the theme editing area, at least one edited sub-session theme is displayed to obtain at least one sub-session in an interaction mode divided from a main session, and the main session can be divided into a plurality of sub-sessions of different discussion topics by setting the sub-session theme, so that creation of the sub-session is more flexible.

In one embodiment, the sub-session configuration item further comprises an attribute configuration item, the method further comprising:

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.

Wherein the sub-session configuration item includes an attribute configuration item for configuring attribute information of the sub-session. The attribute information includes at least one of a discussion time configured for the sub-session, the number of the participation objects, or an allocation manner of the participation objects.

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

The same attribute information may be configured for different sub-sessions, or respective attribute information may be configured 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, so that attributes such as the number of participants, the discussion time, and the allocation mode of the participant in the created sub-session can be set, a more flexible setting mode can be provided for the session initiator, and different application scenarios can be satisfied.

As shown in fig. 3B, a creation interaction element 302 for creating a sub-session in the interactive mode is displayed in the initiator session interface 300, and the creation interaction element 302 is a creation portal of the sub-session, and is displayed as "classroom mode" in the initiator session interface 300. The moderator a triggers the creation of the interactive element 302, displaying a class mode option and a group discussion mode option 304, which is the interactive mode. The moderator triggers the group discussion mode option 304, displaying a sub-session configuration item 306 as shown in fig. 3C.

The sub-session configuration items include a theme edit area 308 and an attribute configuration item 310. Host a performs editing operations in the topic editing area 308, displaying the edited sub-session topics, thereby creating a plurality of sub-sessions, one sub-session topic representing one sub-session, such as "striving for a small team", "spitting a small team", and "exploring a small team". The moderator a performs an attribute configuration operation in the attribute configuration item 310 to configure attribute information such as a discussion time limit of the sub-session and an upper limit of the number of people per sub-session.

In other embodiments, moderator A triggers creation of interactive element 302, displaying sub-session configuration item 306 as shown in FIG. 3C.

In one embodiment, the method further comprises:

displaying a session request of at least one sub-session on an initiator session interface in an interactive mode; in response to a selection operation of a target session request among session requests of at least one sub-session, joining the sub-session requested to join by the target session request.

Where a session request refers to a participant in a sub-session, a request to invite a session initiator to enter the sub-session. The session request can be presented in the forms of invitation links, popup windows, floating layers or session interfaces, and the like, and can also be presented in the forms of voice prompt, vibration prompt, bright screen prompt, and the like.

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

In particular, a participant in a sub-session may initiate a session request to a 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 session interface in the interactive mode. The session initiator may select a target session request from among the session requests of the 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 a sub-session corresponding to a target session request is added, sub-session information of the sub-session is displayed on an initiator session interface in an interactive mode. The sub-session information includes object information of each of the participating objects.

As shown in fig. 4A, at the initiator session interface 400 in interactive mode, session requests of "striving little team" and "spitting little team" are displayed. The moderator may select a session request of "strive to small teams" to join.

In this embodiment, in the session interface of the initiator in the interactive mode, a session request of at least one sub-session for the session initiator is displayed, so that the participant in the sub-session can call the presenter, and after receiving the call request, the presenter can select to join in a sub-session corresponding to the session request to participate in the discussion of the sub-session, so that the participant in the sub-session can get in touch with the outside at any time, thereby facilitating the seeking of assistance and the exchange of information.

In one embodiment, the method further comprises:

displaying an interaction area of the sub-session added in response to the selection operation on an initiator session interface in an interaction mode; in response to a triggering operation for the floor range indication control displayed in the interaction region, a voice of a participant triggering the floor range indication control is triggered to be played in the sub-session indicated by the floor range indication control.

Wherein the interaction area refers to a user interface for interaction of the participating objects in the sub-session. The user interface may be a pop-up window, a floating layer, or a stand-alone interface. The speaking range indication control is used for indicating the playing range of the speaking voice when the participant in the sub-session speaks. Such as in the sub-session to which the participating object belongs, or in some designated sub-sessions, or in all sub-sessions.

Specifically, after the session initiator joins the sub-session, the initiator terminal displays the interaction area of the joined sub-session on the initiator session interface in the interaction mode. And displaying a speaking range indication control in the interaction area, triggering the speaking range indication control by the session initiator to conduct voice speaking, determining a sub-session indicated by the speaking range indication control by the initiator terminal in response to the triggering operation, and playing the voice of the participation object triggering the speaking range indication control in the indicated sub-session. The participation object of the trigger speaking range indication control is the session initiator.

In this embodiment, in an initiator session interface in an interactive mode, an interactive area of a sub-session added in response to a selection operation is displayed, and in response to a triggering operation for a speaking range indication control displayed in the interactive area, a voice of a participant object triggering the speaking range indication control is triggered in the sub-session indicated by the speaking range indication control, so that a range selection of transmitting the voice can be provided for a user, the user can select to speak in the sub-session to which the user belongs to and shield other sub-sessions, information leakage is avoided, or members of other sub-sessions can hear the speaking voice to realize information sharing of different sub-sessions, so that the speaking mode of the user is more flexible, and different scene requirements can be met.

In one embodiment, when the floor scope indication control for which the trigger operation is directed is a public floor control, the sub-session indicated by the floor scope indication control is each of the at least one sub-session.

Specifically, the public speaking control is used for indicating that when the participant in the sub-session speaks in voice, the voice of the participant is played in each sub-session. After the session initiator joins the sub-session, the initiator terminal displays the interaction area of the joined sub-session on the initiator session interface in the interaction mode. And displaying a public speaking control in the interaction area, triggering the public speaking control by a session initiator to conduct voice speaking, and playing the voice of the session initiator in each sub-session of at least one sub-session by the initiator terminal in response to the triggering operation of the public speaking control.

In this embodiment, when the speaking range indication control pointed by the triggering operation is a public speaking control, the sub-session indicated by the speaking range indication control is each sub-session in at least one sub-session, so that the user can make public speaking by triggering the public speaking control, each sub-session can receive real-time voice from the participant in the sub-session, so that interactivity of different sub-sessions can be effectively increased, and discussion effects are improved.

In one embodiment, when the floor range indication control for which the trigger operation is directed is a private floor control, the sub-session indicated by the floor range indication control is the sub-session to which the participant object that triggered the floor range indication control joined.

Specifically, the private speaking control is used for indicating that when the participant in the sub-session speaks in voice, playing the voice of the participant in the sub-session and shielding other sub-sessions from the voice of the participant. After the session initiator joins the sub-session, the initiator terminal displays the interaction area of the joined sub-session on the initiator session interface in the interaction mode. And displaying a private speaking control in the interaction area, triggering the private speaking control by the session initiator to speak in the added sub-session, responding to the triggering operation of the private speaking control by the initiator terminal, playing the voice of the session initiator in the sub-session added by the session initiator, and shielding the voice of other sub-sessions.

In this embodiment, when the speech range indication control pointed by the triggering operation is the private speech control, the sub-session indicated by the speech range indication control is the sub-session to which the participation object triggering the speech range indication control joins, so that the user can make the private speech in the sub-session to which the user belongs by triggering the private speech control, so that only the member in the sub-session can hear the real-time speech of the user, and the other sub-sessions cannot receive the speech, so that the sub-sessions do not interfere with each other, and the privacy discussed in the sub-session can be ensured.

As shown in fig. 4B, after host a joins the sub-session "strive to small team", the initiator terminal displays an interaction area 404 of "strive to small team" at the initiator session interface 400 in team mode. The public speaking control 406 is displayed in the interaction area 404, and the presenter a performs voice speaking after triggering the public speaking control 406, and plays the real-time voice of the presenter a in each sub-session of at least one sub-session, so that the participant in each sub-session can hear the real-time voice of the presenter a.

In this embodiment, a private speech control 408 may also be displayed in the interaction area 404, where the presenter a triggers the private speech control 408 to speak private speech in the "stricken teams", so that each participant in the "stricken teams" can hear the real-time speech of the presenter a, and shield other sub-sessions from the speech, so that the participant in other sub-sessions cannot hear the real-time speech of the presenter a.

In other embodiments, when there are other sub-session call moderators, the pending call request may be displayed at the moderator's initiator session interface 400.

And, the moderator can view other sub-sessions, i.e., topic groups, at the initiator session interface 400. For example, after 4 topic teams are created, the topic team that the moderator joins is a "striving team," and then at the joined initiator session interface 400, a view control is displayed to view the other 3 topic teams. The moderator triggers the view control and can view the remaining topic groups.

In one embodiment, the method further comprises:

displaying an interaction state of the corresponding sub-session corresponding to each sub-session in the initiator session interface in the interaction mode; the interaction state includes at least one of an interaction heat of the corresponding sub-session or a recording progress of the interaction recording document of the corresponding sub-session.

Specifically, in the main speaking mode, in response to a switching operation of the mode switching interaction element, the initiator terminal switches from the main speaking mode to the interaction mode, and displays an initiator session interface in the interaction mode.

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

In this embodiment, in the session interface of the initiator in the interaction mode, corresponding to each sub-session in at least one sub-session, the interaction state of the corresponding sub-session is displayed, where the displayed interaction state includes at least one of the interaction heat of the corresponding sub-session or the recording progress of the interaction recording document of the corresponding sub-session, so that the session initiator can see the discussion heat, the recording progress of the document, etc. of each sub-session outside the sub-session, which is helpful for the session initiator to know the current progress of each sub-session, so as to control the session progress.

As shown in fig. 5A, at an initiator session interface 500 in an interactive mode, an interactive heat 502 of each sub-session and a recording progress 504 of an interactive recording document of each sub-session are displayed. For example, the interaction heat 502 of "effort little team" is "123", and the recording progress 504 of the interaction recording document is "recording complete"; the interactive heat 502 of the 'spitting small team' is '1234', and the recording progress 504 of the interactive recording document is 'in record'; the interaction heat 502 of the exploration team is 23, and the recording progress 504 of the interaction recording document is in recording; the interactive heat 502 of the "XX team" is "12234", and the recording schedule 504 of the interactive recording document is "in recording".

In this embodiment, when a sub-session exists to initiate a session request to a session initiator, the interaction state of the sub-session further includes a call state to the session initiator.

In one embodiment, the method further comprises:

displaying a document export control on an initiator session interface in an interactive mode; responding to the export triggering operation of the document export control, and displaying the respective interactive record document of at least one sub-session; the target interaction record document is stored in response to a save operation of the target interaction record document in the interaction record document of each of the at least one sub-session.

In an initiator session interface in an interactive mode, a document export control is displayed. The session initiator triggers the document export control to display the respective interactive record document for each of the at least one sub-session. The session initiator may select a target interaction record document from the respective interaction record documents to save for storage in the storage space of the initiator terminal.

In this embodiment, a plurality of candidate storage locations are displayed in response to a save operation of a target interactive record document in the interactive record documents of each of the at least one sub-session; in response to a selection operation of a target storage location of the plurality of candidate storage locations, storing the target interaction record document at the target storage location.

In this embodiment, in an initiator session interface in an interaction mode, an interaction state of a corresponding sub-session is displayed corresponding to each sub-session in at least one sub-session; the interaction state includes at least one of an interaction heat of the corresponding sub-session or a recording progress of the interaction recording document of the corresponding sub-session. And when the recording progress of the interactive recording document of each sub-session is recording completion, displaying a document export control on an initiator session interface in an interactive mode.

In this embodiment, the members in the sub-session may record the voice and text messages of the members in the form of a document. And displaying a document export control for exporting the interactive record documents of the sub-sessions on an initiator session interface in an interactive mode, so that a session initiator can select a target interactive record document to be saved from the respective interactive record documents of each sub-session based on export triggering operation of the document export control, thereby automatically recording and saving discussion contents in the sub-session in a document form, facilitating other members to know the discussion contents, and realizing information sharing and information integration of different sub-sessions.

As shown in fig. 5B, when the recording progress of the interactive recording document of each sub-session is "recording complete", in the initiator session interface 500 in the interactive mode, a document export control 506 is displayed, and the session initiator triggers the document export control 506 to display the interactive recording document of each sub-session, such as "discussion document of strive for small team", "discussion document of spit slot small team", "discussion document of explore small team" and "discussion document of XX small team". The session initiator selects a target interaction record document 508 from the 4 interaction record documents to save, namely, save "discussion document of effort squad", "discussion document of spittoon squad" and "discussion document of explore squad".

In one embodiment, the method further comprises:

responsive to a sending operation of a target interactive record document in the interactive record documents of the at least one sub-session, displaying at least one document receiving object; and transmitting the target interaction record document to the target receiving object in response to the selected operation of the target receiving object in the at least one document receiving object.

Specifically, the session initiator triggers the document export control to display the respective interactive record document for each of the at least one sub-session. The session initiator may select a target interaction record document from the respective interaction record documents to send to the specified object.

After the target interactive record document is selected, the session initiator triggers the sending operation of the target interactive record document, and at least one document receiving object is displayed. The session initiator selects a target receiving object from the at least one document receiving object and transmits the target interaction record document to the selected target receiving object.

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

As shown in fig. 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 4 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, i.e., "B" and "group H", from the at least one document receiving object, and clicks on send, the target interaction record document 508 is sent to "B" and "group H".

In this embodiment, the selected target interaction record document may be packaged and then sent to "B" and "group H".

In this embodiment, in the initiator session interface 500 in the interaction mode, a batch export control of the document may be displayed, so as to export all the interaction record documents at one time for saving or sending to the target receiving object.

In this embodiment, in response to a sending operation of a 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 a selecting operation of a target receiving object in the at least one document receiving object, the target interaction record document is sent to the target receiving object, so that after voice and text messages in the sub-session are recorded in the form of a document, the voice and text messages can be quickly forwarded to the receiving object selected by the user, and discussion contents in the sub-session can be effectively shared.

In one embodiment, the method further comprises:

in the interactive mode, displaying at least one sub-session; responding to a switching operation of the mode switching interaction element, and switching from an interaction mode to a main speaking mode; in the main talk mode, the display of at least one sub-session is canceled and a plurality of participating objects in the main session are displayed.

At least one sub-session is displayed in an initiator session interface in an interactive mode, and a mode switching interactive element is displayed. The session initiator may trigger a mode switch interaction element to switch from an interaction mode to a talk-around mode. After switching to the main mode, the initiator terminal cancels the display of each sub-session, displays the initiator session interface in the main mode, and displays a plurality of participation objects in the main session in the initiator session interface in the main mode.

In this embodiment, after creating the sub-session, the two modes of the main speaking mode and the interaction mode may coexist, so that the main session in the main speaking mode and the sub-session in the interaction mode may coexist. In the interactive mode, at least one sub-session is displayed, and in response to a switching operation of the mode switching interactive element, the interactive mode can be rapidly switched to the main speaking mode. And canceling the display of each sub-session in the main speaking mode, so that each participating object in the sub-session is gathered in the main session, and a session initiator can flexibly switch different modes back and forth, so that each participating object can be flexibly switched between the sub-session and the main session, thereby being more flexible in application to the main session and the sub-session and having higher degree of freedom.

In one embodiment, the method further comprises:

when switching to the main speaking mode, responding to the switching operation of the mode switching interaction element, and switching from the main speaking mode to the interaction mode; in the interactive mode, at least one sub-session of the history creation of the main session is displayed, and the at least one sub-session of the history creation respectively includes participation objects of respective historic joining.

Specifically, after the session initiator switches from the interactive mode to the main speaking mode, a plurality of participation objects in the main session are displayed in a session interface of the session initiator in the main speaking mode, and mode switching interactive elements are displayed. When the session initiator triggers the mode switching interaction element again, the mode is switched from the main speaking mode to the interaction mode, and an initiator session interface in the interaction mode is displayed.

When the main speaking mode is switched to the interactive mode, each participating object is automatically added into the sub-session of the history. At least one sub-session created for the main session history is displayed at the initiator session interface in the interactive mode, and the at least one sub-session created for the history includes the respective historically joined participant objects, respectively.

In this embodiment, after creating the sub-session, the two modes of the main speaking mode and the interaction mode may coexist, so that the main session in the main speaking mode and the sub-session in the interaction mode may coexist. When switching to the main speaking mode, in response to the switching operation of the mode switching interaction element, switching from the main speaking mode to the interaction mode, in the interaction mode, displaying at least one sub-session created by the main session history, wherein the at least one sub-session created by the history respectively comprises the participating objects which are respectively added by the histories, so that a plurality of participating objects can be automatically divided into the added histories, the sub-session created by the histories can be quickly entered after switching, and the sub-session does not need to be re-created, so that the switching of the two modes is more flexible.

For example, after creating sub-session 1, sub-session 2, and sub-session 3 of the main session, the host a selects the participation object B, C in the main session to join sub-session 1, the participation objects D, E and F to join sub-session 2, and the participation object G to join sub-session 3 in the interactive mode. The moderator a switches from the interactive mode back to the talk mode and the participant B, C, D, E, F, G moves out of the respective sub-session back to the main session. After switching back to the talk-back mode, when the presenter a switches from talk-back mode to interactive mode, sub-session 1, sub-session 2 and sub-session 3 are displayed, and the participation object B, C is automatically added to sub-session 1, the participation objects D, E and F are added to sub-session 2, and the participation object G is added to sub-session 3.

In one embodiment, as shown in fig. 7, a session processing method is provided, and the method is applied to the receiving terminal in fig. 1 for illustration, and includes the following steps:

in step S702, when the host session is joined, a receiver session interface in the host mode is displayed.

The initiator session interface refers to a user interface on the receiver terminal, which is used for the session between the session receiver and the session initiator. The user interface may be a pop-up window, a floating layer, or a stand-alone interface.

Specifically, a session initiator runs a session application on an initiator terminal, initiates a main session through the session application, and sends a main session invitation to a participant of the main session. The session receiver runs a session application on the receiver's terminal, joining the primary session in response to the primary session invitation. In the case of joining the main session, the receiver terminal displays a receiver session interface in the main talk mode.

Step S704, in response to the sub-session invite event for the sub-session divided from the main session, switches from the main talk 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. And the receiver terminal responds to the sub-session invitation event, switches from the main speaking mode to the interaction mode, and displays a receiver session interface in the interaction mode.

In step S706, in the interactive mode, a sub-session invitation event is displayed indicating a sub-session entry of the sub-session.

Wherein the sub-session entry is an entry for joining a corresponding sub-session.

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

In this embodiment, when the session initiator designates the participation object of each sub-session, the participation object receives the sub-session invitation of the corresponding sub-session, so as to display the sub-session entry of the corresponding sub-session in the interactive mode.

When the session initiator does not specify the participation object of each sub-session, the session initiator sends the session invitation of each sub-session to each participation object, and the participation object receives the session invitation of each sub-session, so that the sub-session entrance of each sub-session is displayed in the interaction mode, and the participation object can freely select the sub-session to be added.

Step S708, in response to the selected event of the target sub-session entry in the displayed sub-session entries, displaying sub-session information of the target sub-session after joining the target sub-session indicated by the target sub-session entry on the receiver session interface in the interactive mode.

Specifically, a session receiver selects a target sub-session entry from the displayed sub-session entries, a receiver terminal responds to a selected event of the target sub-session entry, joins the session receiver to a target sub-session indicated by the target sub-session entry, and displays sub-session information of the target sub-session on a receiver session interface in an 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 the sub-session, the main speaking mode and the interaction mode may coexist, and the session initiator may freely select the switching of the modes. Under the condition that a conversation receiver joins a main conversation, a receiver conversation interface in a main conversation mode is displayed, a conversation initiator responds to a sub-conversation invitation event of a sub-conversation divided from the main conversation after creating the sub-conversation, and the conversation receiver is switched from the main conversation mode to an interactive mode, so that the flexible switching between the main conversation mode and the interactive mode is realized based on the mode switching operation of the conversation initiator. In the interactive mode, a sub-session entry of a sub-session invitation event indication sub-session is displayed, so that a session receiver can autonomously select a target sub-session entry from the displayed sub-session entries to join in a target sub-session which a session receiver wants to join in, and therefore the session receiver is distributed to the sub-session for discussion exchange, and the main session in the main talk mode and the sub-session in the interactive mode can coexist. And displaying sub-session information of the target sub-session after the target sub-session indicated by the target sub-session entry is added in a receiver session interface in an interactive mode, so that a session receiver obtains more information of the target sub-session. And, through flexible mode switching, the conversation mode suitable for the current scene is switched rapidly, so that the application to the main conversation and the sub-conversation is more flexible.

As shown in fig. 8, in the case where a session receiver joins a main session, a receiver session interface 800 in a main talk mode is displayed. When receiving a sub-session invitation 802 sent by a session initiator, the session initiator switches from the talk mode to the interactive mode, and in the interactive mode, a sub-session invitation event is displayed indicating a sub-session entry 804 of the sub-session, such as an entry of sub-session 1, an entry of sub-session 2, an entry of sub-session 3, and an entry of sub-session 4. The session receiver may join sub-session 2 by joining the sub-session 2 entry from the plurality of sub-session entries 804. After joining sub-session 2, sub-session information 806 for each participating object in sub-session 2 is displayed.

In one embodiment, the method further comprises:

displaying at least one interaction control for the joined target sub-session on a receiver session interface in an interaction mode; and responding to the triggering operation for the target interaction control in the at least one interaction control, and triggering the interaction action indicated by the target interaction control based on the target sub-session.

Specifically, at least one interaction control for a joined target sub-session is displayed at a recipient session interface in an interactive mode. The at least one interaction 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 may select a target interaction control from the at least one interaction control and trigger, and the receiver terminal may trigger an interaction action indicated by the target interaction control based on the target sub-session in response to the selected target interaction control.

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

In this embodiment, at least one interaction control for the added target sub-session is displayed on the receiver session interface in the interaction mode, so that the participating object in the target sub-session can trigger the corresponding interaction action in the target sub-session by triggering different interaction controls, so that the interaction in the target sub-session is richer, and the functions of the sub-session are more diverse and flexible.

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

In response to a triggering operation for the public speaking control in the at least one interactive control, triggering playing of voice of a participation object triggering the public speaking control in each of at least one sub-session of the main session.

Specifically, after a conversation receiver joins a target sub-conversation, a receiver terminal displays a public speaking control for the target sub-conversation on a receiver conversation interface in an interactive mode. The conversation receiver triggers the public speaking control to make voice speaking, and the receiver terminal responds to the triggering operation of the public speaking control to play the voice of the conversation receiver in each sub-conversation of at least one sub-conversation. The conversation receiver is the participation object for triggering the public speaking control.

In this embodiment, in response to a triggering operation for a public speaking control in at least one interactive control, a voice of a participant object triggering the public speaking control is triggered in each sub-session in at least one sub-session of a main session, so that a user in the sub-session can make public speaking by triggering the public speaking control, each sub-session can receive real-time voice of the participant object from the sub-session, interactivity of different sub-sessions can be effectively increased, and discussion effects are improved.

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

and triggering to play the voice of the participation object triggering the private speaking control in the sub-session added by the participation object triggering the private speaking control in response to the triggering operation of the private speaking control in the at least one interaction control.

Specifically, after a session receiver joins a target sub-session, the receiver terminal displays a private speaking control for the target sub-session on a receiver session interface in an interactive mode. The session receiver triggers the private speaking control to make a voice speaking in the target sub-session, the receiver terminal responds to the triggering operation of the private speaking control, plays the voice of the session receiver in the target sub-session, and shields the voice for other sub-sessions.

In this embodiment, in response to a triggering operation for a private speaking control in at least one interactive control, a voice of a participant object triggering the private speaking control is played in a sub-session in which the participant object triggering the private speaking control is added, so that a user can make private speaking in a sub-session to which the private speaking control belongs by triggering the private speaking control, so that only members in the sub-session can hear real-time voice of the user, but other sub-sessions cannot receive the voice, so that the sub-sessions do not interfere with each other, and the privacy of discussion in the sub-session can be ensured.

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

and responding to triggering operation of a document recording control in at least one interaction control, and recording interaction information of each participating object in the target sub-session to form an interaction recording document.

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

The session receiver may trigger a document recording control to begin recording interactive information for each participant in the target sub-session. The interactive information includes at least one of text information or voice information. And the receiver terminal responds to the triggering operation of the document recording control, and records the interaction information of each participation object in the target sub-session in the form of a document to form an interaction recording document of the target sub-session.

In this embodiment, in response to a triggering operation for a document recording control in at least one interaction control, interaction information of each participating object in a target sub-session is recorded, so that voice and text messages of members in the sub-session can be recorded in a document form to form an interaction recording document corresponding to the target sub-session, discussion contents of different participating objects in the target sub-session can be integrated, and a session initiator and participating objects of other sub-sessions can conveniently learn the discussion contents of the target sub-session.

In one embodiment, the method further comprises:

displaying the recording progress of the interactive recording document; and displaying the document content of the interactive record document in response to the viewing operation of the record progress.

Specifically, the receiving terminal responds to the triggering operation of the document recording control, records text information and voice information of the participation objects in the target sub-session in the form of a document, forms an interactive recording document of the target sub-session, and displays the recording progress of the formed interactive recording document.

The session receiver can trigger the recording progress to view the interactive recording document, and the receiver terminal responds to the viewing operation of the recording progress to display the document content of the interactive recording document.

In this embodiment, the recording progress of the interactive recording document is displayed, so that the session initiator can know the current session state of the target sub-session conveniently. And responding to the viewing operation of the recording progress, displaying the document content of the interactive recording document, thereby being capable of viewing the recorded document content and facilitating the searching of the information.

As shown in fig. 9A, at least one of a public speaking control 902, a private speaking control 904, a document record control 906, or a session request control 908 of sub-session 1 is displayed at a recipient session interface 900 in an interactive mode.

When the document recording control 906 is displayed, the session receiver starts recording text information and voice information in the sub-session 1 in the form of a document when triggering the document recording control 906, so as to form an interactive recording document of the sub-session 1. And, a recording progress of the interactive recording document is displayed, and the session receiver triggers the recording progress, displaying the document content 910 as shown in fig. 9B. From the document content 910, the interactive information of the participation object B, C is text information, and can be directly recorded into the interactive recording document. And converting the voice of the participation object E into text information, and recording the text information into an interactive record document.

In this embodiment, a supplement control may also be provided, so that the participant object in the sub-session 1 may manually supplement the interaction record document, so as to improve the integrity and accuracy of the interaction record document.

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

in response to a triggering operation for a session request control in the at least one interaction control, pushing a session request requesting to join the target sub-session to the session initiator.

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

In this embodiment, in response to a triggering operation for a session request control in at least one interaction control, a session request for requesting to join in a target sub-session is pushed to a session initiator, so that a participant in the sub-session can call the session initiator at any time to request the session initiator to participate in a discussion of the target sub-session, so that the participant in the sub-session can get in touch with the outside at any time, and help seeking and information exchange are facilitated.

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

In one embodiment, the method further comprises:

switching from an interactive mode to a talk-around mode in response to a session initiation Fang Duimo-type switching operation of switching interactive elements; in the main talk mode, the display target sub-session is canceled, and a plurality of participation objects in the main session are displayed.

Specifically, in the talk mode, in response to a switching operation of session initiation Fang Duimo type switching interaction element, the initiator terminal switches from the talk mode to the interaction mode, and displays the initiator session interface in the interaction mode. At least one sub-session is displayed in an initiator session interface in an interactive mode, and a mode switching interactive element is displayed. The session initiator switches from the interactive mode to the talk-around mode by a switching operation of the mode switching interactive element.

And the receiver terminal responds to the switching operation of the session initiation Fang Duimo type switching interaction element, switches from the interaction mode to the main speaking mode, and after switching to the main speaking mode, the receiver terminal cancels the display of the target sub-session and displays the receiver session interface in the main speaking mode. A plurality of participant objects in a main session are displayed at a receiver session interface in a main talk mode.

In this embodiment, after creating the sub-session, the two modes of the main speaking mode and the interaction mode may coexist, so that the main session in the main speaking mode and the sub-session in the interaction mode may coexist. In the interactive mode, the conversation receiver automatically switches from the interactive mode to the main speaking mode in response to the switching operation of the conversation initiation Fang Duimo type switching interactive element, and in the main speaking mode, the display target sub-conversation is canceled and a plurality of participation objects in the main conversation are displayed, so that the conversation receiver can be quickly switched from the interactive mode to the main speaking mode. And canceling the display of the target sub-session in the main speaking mode, so that all the participation objects in the target sub-session are gathered in the main session, and the session initiator flexibly switches different modes back and forth, so that all the participation objects are automatically and flexibly switched between the sub-session and the main session, thereby being more flexible in application to the main session and the sub-session and having higher degree of freedom.

In one embodiment, the method further comprises:

when switching to the talk-around mode, switching from the talk-around mode to the interactive mode and joining the target sub-session is performed in response to a session initiation Fang Duimo type switching operation of the interactive element.

Specifically, after the session initiator switches from the interactive mode to the main speaking mode, the receiver terminal automatically switches from the interactive mode to the main speaking mode in response to the switching operation of the session initiation Fang Duimo type switching interactive element, and in the main speaking mode, the display target sub-session is canceled and a plurality of participation objects in the main session are displayed.

After switching to the main speaking mode, when the session initiator triggers the mode switching interaction element again, the receiving terminal responds to the switching operation of the session initiation Fang Duimo type switching interaction element and automatically joins the target sub-session.

In this embodiment, after creating the sub-session, the two modes of the main speaking mode and the interaction mode may coexist, so that the main session in the main speaking mode and the sub-session in the interaction mode may coexist. When switching to the main speaking mode, responding to the switching operation of the session initiation Fang Duimo type switching interaction element, switching from the main speaking mode to the interaction mode and joining the target sub-session, so that a plurality of participation objects can be automatically divided into the joined history sub-session, the sub-session created by the history can be quickly entered after switching, the sub-session does not need to be re-created, and the switching of the two modes is more flexible.

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

at the initiator terminal:

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 participating objects.

In response to an element triggering operation for creating the interactive element, displaying a sub-session configuration item; the sub-session configuration item includes a theme editing area; in response to an editing operation in the theme editing area, sub-session themes of at least one sub-session in an interactive mode divided from the main session are displayed.

Optionally, 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.

And responding to the theme editing completion operation and the attribute configuration completion operation, and displaying a mode switching interaction element for switching the main speaking mode and the interaction mode on the 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.

Displaying an interaction area of the sub-session added in response to the selection operation on an initiator session interface in an interaction mode; displaying a public speaking control and a private speaking control in an interaction area; in response to a triggering operation for the public speaking control, triggering each sub-session in at least one sub-session, and playing voice of a participation object triggering the public speaking control; and triggering playing the voice of the participation object triggering the private speaking control in the added sub-session in response to the triggering operation of the private speaking control.

Under the condition that the sub-session is not added, displaying the interaction state of the corresponding sub-session corresponding to each sub-session in at least one sub-session on an initiator session interface in an interaction mode; the interaction state includes at least one of an interaction heat of the corresponding sub-session or a recording progress of the interaction recording document of the corresponding sub-session.

Under the condition that the sub-session is not added, displaying a document export control on an initiator session interface in an interactive mode; responding to the export triggering operation of the document export control, and displaying the respective interactive record document of at least one sub-session; the target interaction record document is stored in response to a save operation of the target interaction record document in the interaction record document of each of the at least one sub-session.

Optionally, in response to a sending operation of a target interactive record document in the interactive record documents of the at least one sub-session, displaying at least one document receiving object; and transmitting the target interaction record document to the target receiving object in response to the selected operation of the target receiving object in the at least one document receiving object.

Optionally, in the case of not joining a sub-session, displaying at least one sub-session in an interactive mode; responding to a switching operation of the mode switching interaction element, and switching from an interaction mode to a main speaking mode; in the main talk mode, the display of at least one sub-session is canceled and a plurality of participating objects in the main session are displayed.

Further, when switching to the main speaking mode, switching from the main speaking mode to the interactive mode in response to a switching operation of the mode switching interactive element; in the interactive mode, at least one sub-session of the history creation of the main session is displayed, and the at least one sub-session of the history creation respectively includes participation objects of respective historic joining.

At the receiving end:

under the condition of joining the main session, displaying a receiver session interface in a main speaking mode; switching from a main talk mode to an interactive mode in response to a sub-session invite event for a sub-session divided from the main session; displaying a sub-session invitation event indicating a sub-session entry of a sub-session in an interactive mode; and responding to the selected event of the target sub-session entry in the displayed sub-session entry, and displaying sub-session information of the target sub-session after the target sub-session indicated by the target sub-session entry is added in a receiver session interface in an interactive mode.

Further, displaying an interaction area of the target sub-session on a receiver session interface in an interaction mode; and displaying a public speaking control, a private speaking control, a document recording control and a session request control in the interaction area.

Optionally, in response to a triggering operation for the public speaking control in the at least one interactive control, triggering playing of the voice of the participant object triggering the public speaking control in each of the at least one sub-session of the main session.

Optionally, in response to a triggering operation for the private speech control in the at least one interactive control, triggering playing the voice of the participation object triggering the private speech control in the sub-session to which the participation object triggering the private speech control is added.

Optionally, in response to a triggering operation for a document recording control in at least one interactive control, recording interaction information of each participating object in the target sub-session to form an interactive recording document; displaying the recording progress of the interactive recording document; and displaying the document content of the interactive record document in response to the viewing operation of the record progress.

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

Optionally, switching from the interactive mode to the talk-around mode in response to a session initiation Fang Duimo-type switching operation of the interactive element; in the main talk mode, the display target sub-session is canceled, and a plurality of participation objects in the main session are displayed.

Further, when switching to the talk-around mode, switching from the talk-around mode to the interactive mode and joining the target sub-session is performed in response to a switching operation of the session initiation Fang Duimo type switching interactive element.

In one embodiment, the session processing method can be applied to any scene where a sub-session needs to be created in a main session, for example, an online conference scene, an online classroom scene.

In one embodiment, the application scenario of the session processing method is an online conference scenario, and the specific processing procedure is as follows:

the moderator initiates the online conference through the voice room, which defaults to the talk mode, i.e., the moderator announces that the participant listens. The voice room is an online voice-connected virtual room, and the participation objects in the room can perform voice interaction with other participation objects in the voice room through real-time voice.

Displaying a creation interaction element for creating a sub-room on an interface of a host; the online meeting includes a plurality of participant objects.

The moderator clicks on the create interactive element, displaying the theme edit area and the property configuration item. The host edits the theme of each sub-room in the theme edit area, and sets the discussion time and the upper limit of the number of sub-rooms in the attribute configuration item.

The host clicks to complete, and the host mode and the interaction mode are displayed on the interface, wherein the displayed host mode and interaction mode represent the switching control of the two modes. When the interactive mode is clicked, the mode is switched from the main speaking mode to the interactive mode, and when the main speaking mode is clicked, the mode is switched from the interactive mode to the main speaking mode.

In the presenter mode, the presenter clicks on the interactive mode, and then switches from the presenter mode to the interactive mode and sends an invitation to join each sub-room to each participant other than the presenter.

When each participating object receives the joining invitation, the method automatically switches from the main speaking mode to the interactive mode, and displays the entrance of each sub-room, and each participating object can select the sub-room which the participating object wants to join. The participating objects that have not yet joined the sub-room for the time limit are automatically allocated to the sub-room.

The presenter may or may not join any of the sub-rooms. Under the condition that the sub-rooms are not added, the presenter can see the interaction heat of each sub-room and the recording progress of the interaction record file of the sub-room from the interface, and can also receive the call request of each sub-room.

In the ovary, a public speaking control, a private speaking control, a document recording control and a session request control are provided. After clicking the public speaking control, the participant in the sub-room speaks the voice, and the voice of the participant is played in each sub-room. After clicking the private speech control, the participant in the sub-room speaks the voice, and the voice of the participant can only be played in the sub-room. The participant objects in the sub-room click on the document recording control, and discussion contents between the participant objects in the sub-room can be recorded in the form of documents, wherein the discussion contents comprise text contents and voices, and the voices are converted into text and recorded in the interactive recording document. The participant in the sub-room clicks on the session request control and may call the moderator.

When a plurality of requests exist, the presenter can select the rooms to be added for processing.

And when the interaction record document record among the sub-rooms is completed or the discussion time among the sub-rooms is reached, a document export control is arranged on the interface of the host. The host clicks the document export control, so that the interaction record documents of each sub-room can be exported in batches and saved, and the interaction record documents can be sent to other users or groups.

When the presenter clicks the main speaking mode in the interactive mode, the presenter switches from the interactive mode to the main speaking mode, and the discussion of each sub-room is ended, and each participation object returns to the voice room from the sub-room.

After the main speaking mode is switched, if the host clicks the interaction mode, the main speaking mode is switched to the interaction mode, and each participation object is automatically distributed to the original ovary.

In the session processing method provided in this embodiment, the speech room defaults to the lecture mode, i.e., the presenter announces and the participant listens. The moderator can newly establish a grouping topic discussion mode aiming at the current conference process, specifically set the topic quantity, the topic, the discussion time limit and the like, and can provide a highly free mode custom function for the moderator.

When the host newly builds topic discussion, a change-over switch appears on the room interface of the host view angle, the host can change the current lecture hall mode into the topic discussion mode when needed, the session mode can be flexibly and freely changed without leaving the current interface, and flexible and autonomous mode switching experience is provided.

After the topic mode is switched, a plurality of sub-rooms are displayed on the room interface, and the participators can select topics of interest to the participators to join the sub-rooms and other persons to participate in the discussion, so that participators can automatically group and discuss based on interests and intents.

In order to ensure the privacy of the discussion in the group, the discussion in the sub-rooms can only be heard by members of the sub-rooms by default, and the rooms are not interfered by each other by default; and, the host role can enter each ovary at any time to listen to each other so as to master the progress of the current discussion.

And the participating objects can communicate voice between the inside and outside of the sub-rooms without leaving the sub-rooms. In the view of the inter-ovary discussion, in order to be convenient to get in touch with the outside at any time, a call host can be selected, and the host can choose to go to a specific inter-ovary to participate in the discussion after receiving the call; the public speech may be clicked so that all the inter-ovary cells receive speech from the inter-ovary cell.

Co-building documents can be initiated in the sub-rooms, so that members in the sub-rooms can record voice and text messages in the form of documents, and the discussion efficiency and quality are effectively improved.

The visual inter-room discussion progress display is improved for the presenter, and the presenter can see the discussion heat, the document recording progress and the like of the sub-room outside the room so as to know the progress of the current sub-room, thereby being convenient for controlling the conference progress. The automatic conversation output packaging function is also provided, after the conversation is finished, the host can save related documents in batches and rapidly forward and share the related documents to the corresponding group chat in a packaged mode, so that precious ideas in the discussion are precipitated.

The session processing method provided in the embodiment can set different discussion modes according to the target will of a host, can group and combine people at any time and switch the privacy and the openness of voice discussion at any time, all of which are performed on the same page, so that the user can be helped to perform group discussion on the current page without going away from the ground, the user can be helped to perform voice discussion activities with high organization in a voice room, the interactivity, the interestingness and the high efficiency of the voice room are greatly enhanced, meanwhile, important resources in the voice discussion can be deposited and saved, the continuous action value of the voice room discussion result is greatly improved, and the convenience and the user experience of the user on-line real-time communication scene for topic discussion are better promoted.

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

a sub-session creation flow that includes the design of the service and storage structures. The underlying data storage structure for this sub-session creation is shown in fig. 10 and includes Users table, rooms table, teams table, docs table and Records table. Wherein, the liquid crystal display device comprises a liquid crystal display device,

the Users table includes: user id, user nickname name, user avatar, and user identity role, which includes both moderator and participant, i.e., session initiator and session receiver.

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

The Teams table includes: topic id, room roomId, user list in topic user id, host hostId, topic title, limit participation number limit join, limit discussion duration limit time, topic start time stamp startTime.

The Docs table includes: document id, topic teamId, room roomId, document status. Wherein, the document status, for example, 0 represents a record, 1 represents a record, and 2 represents a record completion.

The Records table includes: the record id, the file docsId, the record person userId and the record type are two types of voice and text, and the record content is the document content.

The communication data structure, the core service includes the following:

FetchRoomData: acquiring all data in a room, wherein the data specifically comprises all table data related to a roomId in the above, and requesting to enter the roomId;

CreateTeam: creating topics, requesting to enter the parameters includes: the method comprises the steps of (1) a room roomId where a topic is located, a creator userId, a topic of the topic, a topic limiting number limit join, and a topic limiting time limit time;

CreateRoom: creating a lecture hall (room), namely creating a main session and requesting to enter a title (room name);

JoinRoom, enter room, request to enter the parameter userId and roomId;

JoinTeam: entering topics, requesting to enter a userId and a teamId;

CreateDocs: creating a document, and requesting to enter a paramid;

record: recording a document, requesting entry docsId, content, userId;

recordadio: uploading audio, and returning to the CDN address after processing;

RecordFinish: ending the recorded document, and requesting to enter a paramcsId;

ExportDocs: packaging the document and requesting to enter the roomId.

In addition to the several HTTP services above, the session application may also include the following IM services:

join room: a person joins the room and calls back userId;

join team: someone joins the discussion and calls back userId;

createdocs: someone creates a shared document, callback docs;

createteam: the moderator newly builds a topic and calls back the team;

record: someone writes new content in the document, callback record.

The lecture hall creation flow, i.e., the main session creation flow, is shown in fig. 11, and the user clicks to create the main session in the session application, and the front end of the session application pops up the creation panel. The user selects a main session in the creation panel and inputs a title, clicks to confirm creation, and the front end requests the background to create a room service in response to the clicking operation. The room is the main session. The front end sends the user identification, title parameters, etc. required to create the room service to the background of the session application. After receiving the user identification and the title parameter, the background establishes a room object instance, and inserts a record into the room table. And simultaneously, the background returns a prompt of successful creation and closes the popup window, namely ending the creation of the main session.

The topic group creation flow, namely the sub-session creation flow, is shown in fig. 12, the user clicks the creation on the session interface of the main session, the front end checks whether the role of the current user identifier created by clicking is the host, otherwise, an error prompt is returned. If yes, the creation panel is popped up, the user selects topics in the creation panel and inputs the title, the time limit and the number of people limit, and clicks to confirm creation. The front end requests the background to create a topic service in response to the click operation. The background receives userId, title, roomId, limitJoin, limitTime and other parameters, verifies whether the role of the current user identifier is a host, and otherwise returns a failure response to the front end. The front end receives the failure response, closes the panel, and gives a label prompt. If yes, a topic object instance is newly built in the background, and a record is inserted into the topic table. Then, a success response is returned to the front end, the front end receives the successful response, the panel is closed, and a label prompt is given. The background sends a registration event of a topic newly created by the host to the front end, and the front end calls initData update data and rendering according to the registration event, so that the creation of the topic is finished. The topic is a sub-session.

The Tab container component of the front-end speech room is defined as Tab container, and consists of two parts, list Tab switch and view Tab view. The layout relationship is shown in fig. 13. The structure of the tabcon class diagram is shown in fig. 14. Wherein, the liquid crystal display device comprises a liquid crystal display device,

tabSwitch: a list of two buttons, on which click events are bound, the clicking can switch the view type attribute of the instance.

viewType: determining the pattern of TabContainer; two values ViewType.one, viewType.two may be defined, the former representing only lecture hall tabs shown, the latter representing tabcon tab with two tabs.

roomeview: lecture hall view.

teamView: the sub-component in View is a TeamList list View, and TeamList has several teamltem components therein, showing each item in the TeamList list.

registerEvent (): click events within View are registered with IM detection events of the component.

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

join room (): joining a lecture hall or joining a topic group will invoke JoinRoom or JoinTeam services.

In one embodiment, the sub-session functionality includes: group mode utterances (i.e., private utterances), public utterances, call hosts, co-building documents, and derived documents.

Group mode speech: the voice room is built based on RTC (e.g., TRTC SDK may be used), and in this embodiment, the capability of adding sub-rooms to the voice room is required, i.e., one lecture hall (i.e., main session) and multiple topic discussion rooms (i.e., sub-sessions) are required in one voice room.

A group-mode speech room can be constructed from two TRTCs: enter room enterRoom and whitelist cast. The whitelist stream needs to be secondarily encapsulated based on muteRemoteAudio and muteAllRemoteAudio.

The white list broadcast stream is realized as follows: when a user enters a room, software firstly calls muteAllRemoteAudio to prevent equipment from being pulled, then searches user lists in sub-rooms according to the room where the user is located, calls muteRemoteAudio for the user lists in sequence to enable the user to cancel silence, and resumes the equipment to pull the streams of the designated user, so that the effect of playing streams in the sub-rooms in a white list is achieved.

The background needs to give a voice room id (roomId) to build and maintain a white list of teamId sets, as shown in fig. 15, a represents the host, the others are participating objects B, C, D, E, F, G, H, I; the roomId is a room number and corresponds to an id field in the room table, and is also a stroomid field transmitted by the TRTC access interface, where one roomId corresponds to one voice room and also corresponds to one lecture hall.

According to the defined data structure, one room would correspond to multiple sub-rooms (team), i.e., room 3614 corresponds to 3 sub-rooms, 3614-1, 3614-2, and 3614-3, respectively. At the same time, there will be at least one participant in each team, team. Users, for maintaining the user id in the current sub-room. Thus, the multiple sub-rooms can be isolated from each other, i.e. voice streams of other rooms cannot be played mutually, and the voice streams are the encapsulated white list playing capability.

The specific building process is as follows:

1) There are 9 users, a-I, in the room, where the moderator is a who creates three topic discussion groups, createTeam, in the speech room, of lecture hall and topic discussions 3614-1, 3614-2 and 3614-3, i.e., call CreateTeam to implement, and there are 3 team instances in the background, incorporated into the table.

2) User E invokes JoinTeam to enter 3614-1 this sub-room and to get on the wheat.

3) The user F, G, H invokes JoinTeam to enter 3614-2 this sub-room and to pick up his wheat.

4) User I invokes JoinTeam into the sub-room 3614-3 and uploads.

At this time, there are a total of A, E, F, G, H, I voice streams, and then the voice isolation procedure is as follows:

1) When the im.join team is received by the lecture hall B, C, D, a muteRemoteAudio interface is required to prohibit the voice stream being pulled into the topic team, thereby enabling B, C, D to hear only the a utterance.

2) After the user E enters 3614-1, the muteAllRemoteAudio is immediately called to prevent the pulling flow, then the corresponding users field of the 3614-1team table record is searched, only E is found, then the muteRemoteAudio is called to enter E, and the pulling flow of E is recovered. Preventing the pull stream, i.e. muting all persons, then restoring the voice stream to the participant in the sub-room so that the participant in the sub-room can hear each other's voice.

3) After the user F enters 3614-2, the muteAllRemoteAudio is immediately called to stop the pulling flow, then the corresponding users field is searched for 3614-2team table records, only F is found, then the muteRemoteAudio is called to enter F, and the pulling flow of F is recovered.

4) After the user G enters 3614-2, the muteAllRemoteAudio is immediately called to stop the pull stream, then the corresponding users field of the 3614-2team table record is searched for, F, G is found, then the muteRemoteAudio is called to enter F, G, and the pull stream of F, G is restored. But at this time, F received the im.join team event and found that the room number of this event callback was 3614-2, the current sub-room, at which time F resumes the stream of the users data, F, G, to which this callback corresponds.

5) User H enters the room with 4 flows.

6) User I enters the room and 2 flows.

Through the pull flow control, the effect of voice isolation among a plurality of sub rooms in one voice room is realized.

For the function of public speaking, by defining a new pair of im events: startpublictalk and im. The specific flow is as follows:

when a user clicks a public speaking button, the front end invokes a background im trigger, and the background downlink broadcasts an im.startpublictalk event to the current room; when the user closes the public speaking, an im.stoppublic talk event is broadcast downstream. Both im events call back into the userId field.

When the user receives im.startpublictalk, the userId field of the message is unconditionally called muteremoteAudio pull stream, thereby realizing the capability of public speaking.

When the user receives im.stoppublictalk, it needs to judge whether the userId of the information is in the same team with the user, if so, it does not process, if not, it calls muteRemoteAudio to stop the pull stream.

For call moderator functions, by defining a new im event: callhost. The specific flow is as follows:

when the user clicks the "call presenter" control at the front end, the front end invokes a background im trigger, which goes down to request im.

When the user receives the im.callhost message (the user who received the message is certainly the host because of the on-demand), the front end exposes a well-defined ceiling bubble component. The user clicks the bubble component to enter the room, i.e. invokes the join room to enter the room.

When users in the topic group receive im.join team information, the team.id of the information is found to be the id of the own group, and a user.id of a host exists in users, so that the host is successfully entered into a room, and the topic group page at the front end performs the differentiation processing on the UI aiming at the state of the host in the room.

The technical side flow of the co-building document is as follows:

1) When a user clicks a document button, the front end invokes CreateDocs service, a Docs list record is newly built after the background receives the document button, and the front end displays a record panel.

2) When the user inputs characters, the Record service is directly called, a Record is newly built after the background receives the Record, and meanwhile, the front end displays the Record bubbles.

3) When a user inputs voice, the front end calls the system recording audio interface, the interface returns a temporary file address when recording is finished, the recording audio interface corresponds to an audio file, the front end calls the RecordAudio service first, the background returns a corresponding CDN address, and finally the front end calls the Record service to Record with the CDN address.

4) When the recording is finished, the user clicks the end record, the front end invokes the RecordFinish service, and after the background receives the record, the status value of status of the Docs record corresponding to the docsId is modified to 2, which represents that the recording is finished.

The front end relates to the implementation of a record panel, and the core of the panel is a record bubble component IMMessageItem, which comprises:

view: view UI is spliced according to contentView, userAvatarView according to a certain size and position relation;

ContentiView: a view UI of the bubble text portion;

uservatarview: bubble speaker head portrait UI;

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

The core logic of the render function provides a parser that processes content and assigns a matching NSMutablutTributedString object to attributedText of attribute Contention View, after which UITextView will reveal the content of the IM bubble. As shown in fig. 17, here the content assignment of the IMMessageItem bubble element object is: label content AAA breeding base.

The render function needs to parse content, and when the parser in the function encounters a "tag", it knows that it is a tag, and that its tag content is "AAA farms". Therefore, the analysis results were: the "tag content: AAA farmed base" is an NSAttribute String object, which is modified to blue after instantiation, and then applied into NSMutableAttribute String. "incoming" is an NSAttributeString object, modified to black after instantiation, and then applied into NSMutableAttributeString. Finally, the content view.

For the function of exporting a document, the flow is as shown in FIG. 18. When a host clicks a 'export discussion record' control, the front end sends a document export request and a sub-room identifier roomId to the background, the background processes all interaction record document docs records among the sub-rooms after receiving the document export request and the sub-room identifier roomId, the document export request traverses all corresponding record tables under each docs, after integrating one docs, the background calls an API interface to export the document into an interaction record document, and then the interaction record document is uploaded to a file storage service for storage, and a document list of the address and the interaction record document is returned to the front end for display.

It should be understood that, although the steps in the flowcharts related to the embodiments described above are sequentially shown as indicated by arrows, these steps are not necessarily sequentially performed in the order indicated by the arrows. The steps are not strictly limited to the order of execution unless explicitly recited herein, and the steps may be executed in other orders. Moreover, at least some of the steps in the flowcharts described in the above embodiments may include a plurality of steps or a plurality of stages, which are not necessarily performed at the same time, but may be performed at different times, and the order of the steps or stages is not necessarily performed sequentially, but may be performed alternately or alternately with at least some of the other steps or stages.

Based on the same inventive concept, the embodiment of the application also provides a session processing device for realizing the session processing method. The implementation of the solution provided by the device is similar to the implementation described in the above method, so the specific limitation in one or more embodiments of the session processing device provided below may refer to the limitation of the session processing method hereinabove, and will not be repeated herein.

In one embodiment, as shown in fig. 19, there is provided a session processing apparatus 1900 comprising:

an initiator interface display module 1902, configured to display an initiator session interface of a main session in a main talk mode, and display 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 participating objects.

A sub-session creation module 1904, configured to obtain at least one sub-session in an interaction mode divided from the main session in response to a trigger event for creating an interaction element.

An element display module 1906 is configured to display a mode switching interaction element for switching a main speaking mode and an interaction mode on the initiator session interface.

The initiator mode switching module 1908 is configured to switch from the talkback mode to the interactive mode in response to a switching operation of the mode switching interactive element in the talkback mode, and send a sub-session invitation to participate in at least one sub-session to at least a portion of the plurality of participant objects.

In one embodiment, the sub-session creation module 1904 is further configured to display a sub-session configuration item in response to an element triggering operation for creating an interactive element; the sub-session configuration item includes a theme editing area; in response to an editing operation in the theme editing area, sub-session themes of at least one sub-session in an interactive mode divided from the main session are displayed.

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

In one embodiment, the apparatus further comprises a receiving module; the receiving module is used for displaying a session request of at least one sub-session on an initiator session interface in an interactive mode; in response to a selection operation of a target session request among session requests of at least one sub-session, joining the sub-session requested to join by the target session request.

In one embodiment, the apparatus further comprises an interactive area display module; the interactive area display module is used for displaying an interactive area of the sub-session added in response to the selection operation on the initiator session interface in the interactive mode; in response to a triggering operation for the floor range indication control displayed in the interaction region, a voice of a participant triggering the floor range indication control is triggered to be played in the sub-session indicated by the floor range indication control.

In one embodiment, the apparatus further comprises an interactive status display module; the interaction state display module is used for displaying the interaction state of the corresponding sub-session corresponding to each sub-session in at least one sub-session on the initiator session interface in the interaction mode; the interaction state includes at least one of an interaction heat of the corresponding sub-session or a recording progress of the interaction recording document of the corresponding sub-session.

In one embodiment, the apparatus further comprises a derivation module; the export module is used for displaying a document export control on the initiator session interface in the interaction mode; responding to the export triggering operation of the document export control, and displaying the respective interactive record document of at least one sub-session; the target interaction record document is stored in response to a save operation of the target interaction record document in the interaction record document of each of the at least one sub-session.

In one embodiment, the apparatus further comprises a document sending module for displaying at least one document receiving object in response to a sending operation of a target interactive recording document in the interactive recording documents of the at least one sub-session; and transmitting the target interaction record document to the target receiving object in response to the selected operation of the target receiving object in the at least one document receiving object.

In one embodiment, the initiator mode switching module 1908 is further configured to display at least one sub-session in the interactive mode; responding to a switching operation of the mode switching interaction element, and switching from an interaction mode to a main speaking mode; in the main talk mode, the display of at least one sub-session is canceled and a plurality of participating objects in the main session are displayed.

In one embodiment, the initiator mode switching module 1908 is further configured to switch from the talkback mode to the interactive mode in response to a switching operation of the mode switching interactive element when switching to the talkback mode; in the interactive mode, at least one sub-session of the history creation of the main session is displayed, and the at least one sub-session of the history creation respectively includes participation objects of respective historic joining.

In one embodiment, as shown in fig. 20, there is provided a session processing apparatus 2000, including:

the receiver interface display module 2002 is configured to display a receiver session interface in a main talk mode when joining a main session.

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

An entry display module 2006 is configured to display, in the interaction mode, a sub-session entry of the sub-session indicated by the sub-session invitation event.

The information display module 2008 is configured to respond to a selected event of the target sub-session entry in the displayed sub-session entries, and display sub-session information of the target sub-session after joining the target sub-session indicated by the target sub-session entry on the receiver session interface in the interactive mode.

In one embodiment, the apparatus further comprises an interactive control response module; the interaction control response module is used for displaying at least one interaction control aiming at the added target sub-session on a receiver session interface in an interaction mode; and responding to the triggering operation for the target interaction control in the at least one interaction control, and triggering the interaction action indicated by the target interaction control based on the target sub-session.

In one embodiment, the interaction control response module is further configured to trigger, in response to a triggering operation for the public speaking control in the at least one interaction control, playing a voice of a participant object triggering the public speaking control in each of at least one sub-session of the main session.

In one embodiment, the interaction control response module is further configured to trigger, in response to a triggering operation for the private speech control in the at least one interaction control, playing a voice of the participation object triggering the private speech control in a sub-session in which the participation object triggering the private speech control is added.

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

In one embodiment, the interactive control response module is further configured to display a recording progress of the interactive recording document; and displaying the document content of the interactive record document in response to the viewing operation of the record progress.

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

In one embodiment, the receiver mode switching module 2004 is further configured to switch from the interactive mode to the talk-around mode in response to a switching operation of the session initiation Fang Duimo type switching interactive element; in the main talk mode, the display target sub-session is canceled, and a plurality of participation objects in the main session are displayed.

In one embodiment, the receiver mode switching module 2004 is further configured to, when switching to the talk-around mode, switch from the talk-around mode to the interactive mode and join the target sub-session in response to a switching operation of the session initiation Fang Duimo type switching interactive element.

The respective modules in the session processing apparatus described above may be implemented in whole or in part by software, hardware, and combinations thereof. The above modules may be embedded in hardware or may be independent of a processor in the computer device, or may be stored in software in a memory in the computer device, so that the processor may call and execute operations corresponding to the above modules.

In one embodiment, a computer device is provided, which may be a terminal or a server, and an internal structure diagram thereof may be shown in fig. 21, for example. The computer device includes a processor, a memory, an input/output interface, a communication interface, a display unit, and an input means. The processor, the memory and the input/output interface are connected through a system bus, and the communication interface, the display unit and the input device are connected to the system bus through the input/output interface. Wherein the processor of the computer device is configured to provide computing and control capabilities. The memory of the computer device includes a non-volatile storage medium and an internal memory. The non-volatile storage medium stores an operating system and a computer program. The internal memory provides an environment for the operation of the operating system and computer programs in the non-volatile storage media. The input/output interface of the computer device is used to exchange information between the processor and the external device. The communication interface of the computer device is used for carrying out wired or wireless communication with an external terminal, and the wireless mode can be realized through WIFI, a mobile cellular network, NFC (near field communication) or other technologies. The computer program is executed by a processor to implement a session handling method. The display unit of the computer equipment is used for forming a visual picture, and can be a display screen, a projection device or a virtual reality imaging device, wherein the display screen can be a liquid crystal display screen or an electronic ink display screen, the input device of the computer equipment can be a touch layer covered on the display screen, can also be a key, a track ball or a touch pad arranged on a shell of the computer equipment, and can also be an external keyboard, a touch pad or a mouse and the like.

It will be appreciated by persons skilled in the art that the architecture shown in fig. 21 is merely a block diagram of some of the architecture relevant to the present inventive arrangements and is not limiting as to the computer device to which the present inventive arrangements are applicable, and that a particular computer device may include more or fewer components than shown, or may combine some of the components, or have a different arrangement of components.

In an embodiment, there is also provided a computer device comprising a memory and a processor, the memory having stored therein a computer program, the processor implementing the steps of the method embodiments described above when the computer program is executed.

In one embodiment, a computer-readable storage medium is provided, on which a computer program is stored which, when executed by a processor, carries out the steps of the method embodiments described above.

In an embodiment, a computer program product is provided, comprising a computer program which, when executed by a processor, implements the steps of the method embodiments described above.

It should be noted that, the user information (including but not limited to user equipment information, user personal information, etc.) and the data (including but not limited to data for analysis, stored data, presented data, etc.) related to the present application are information and data authorized by the user or sufficiently authorized by each party, and the collection, use and processing of the related data need to comply with the related laws and regulations and standards of the related country and region.

Those skilled in the art will appreciate that implementing all or part of the above described methods may be accomplished by way of a computer program stored on a non-transitory computer readable storage medium, which when executed, may comprise the steps of the embodiments of the methods described above. Any reference to memory, database, or other medium used in embodiments provided herein may include at least one of non-volatile and volatile memory. The nonvolatile memory may include Read-only memory (ROM), magnetic tape, floppy disk, flash memory, optical memory, high density embedded nonvolatile memory, resistive random access memory (ReRAM), magnetic random access memory (Magnetoresistive RandomAccess Memory, MRAM), ferroelectric memory (Ferroelectric Random Access Memory, FRAM), phase change memory (Phase Change Memory, PCM), graphene memory, and the like. Volatile memory can include random access memory (RandomAccess Memory, RAM) or external cache memory, and the like. By way of illustration, and not limitation, RAM can be in the form of a variety of forms, such as static random access memory (Static RandomAccess Memory, SRAM) or dynamic random access memory (Dynamic RandomAccess Memory, DRAM), and the like. The databases referred to in the embodiments provided herein may include at least one of a relational database and a non-relational database. The non-relational database may include, but is not limited to, a blockchain-based distributed database, and the like. The processor referred to in the embodiments provided in the present application may be a general-purpose processor, a central processing unit, a graphics processor, a digital signal processor, a programmable logic unit, a data processing logic unit based on quantum computing, or the like, but is not limited thereto.

The technical features of the above embodiments may be arbitrarily combined, and all possible combinations of the technical features in the above embodiments are not described for brevity of description, however, as long as there is no contradiction between the combinations of the technical features, they should be considered as the scope of the description.

The foregoing examples illustrate only a few embodiments of the application and are described in detail herein without thereby limiting the scope of the application. It should be noted that it will be apparent to those skilled in the art that several variations and modifications can be made without departing from the spirit of the application, which are all within the scope of the application. Accordingly, the scope of the application should be assessed as that of the appended claims.

Claims

1. A method of session handling, the method comprising:

2. The method of claim 1, wherein the obtaining at least one sub-session in the interaction mode divided from the main session in response to the trigger event for creating an interaction element comprises:

responding to element triggering operation for the creation interaction element, and displaying a sub-session configuration item; the sub-session configuration item comprises a theme editing area;

and displaying sub-session topics of at least one sub-session in the interaction mode divided from the main session in response to an editing operation in the topic editing area.

3. The method of claim 2, wherein the sub-session configuration item further comprises an attribute configuration item, the method further comprising:

and displaying the configured attribute information for the at least one sub-session in response to an attribute configuration operation in the attribute configuration item.

4. The method according to claim 1, wherein the method further comprises:

displaying a session request of at least one sub-session on an initiator session interface in the interaction mode;

and in response to a selection operation of a target session request in the session requests of the at least one sub-session, joining the sub-session requested to be joined by the target session request.

5. The method according to claim 4, wherein the method further comprises:

displaying an interaction area of the sub-session added in response to the selection operation on an initiator session interface in the interaction mode;

and in response to a triggering operation of the speaking range indication control displayed in the interaction area, triggering playing the voice of the participation object triggering the speaking range indication control in the sub-session indicated by the speaking range indication control.

6. The method of claim 5, wherein when the floor-range indication control for which the triggering operation is directed is a public floor control, the sub-session indicated by the floor-range indication control is each of the at least one sub-session.

7. The method of claim 5, wherein when the floor range indication control for which the triggering operation is directed is a private floor control, the sub-session indicated by the floor range indication control is a sub-session to which the participant triggering the private floor control joins.

8. The method according to claim 1, wherein the method further comprises:

displaying an interaction state of the corresponding sub-session corresponding to each sub-session in the at least one sub-session on an initiator session interface in the interaction mode; the interaction state comprises at least one of interaction heat of the corresponding sub-session or recording progress of the interaction recording document of the corresponding sub-session.

9. The method according to claim 1, wherein the method further comprises:

displaying a document export control on an initiator session interface in the interaction mode;

responding to the export triggering operation of the document export control, and displaying the interaction record document of each sub-session;

and storing the target interaction record document in response to the operation of storing the target interaction record document in the interaction record document of each sub-session.

10. The method according to claim 9, wherein the method further comprises:

responsive to a sending operation of a target interactive record document in the interactive record documents of the at least one sub-session, displaying at least one document receiving object;

And responding to the selection operation of a target receiving object in the at least one document receiving object, and sending the target interaction record document to the target receiving object.

11. The method according to any one of claims 1 to 10, further comprising:

displaying the at least one sub-session in the interactive mode;

switching from the interactive mode to the talk-around mode in response to a switching operation of the mode switching interactive element;

in the main mode, the display of the at least one sub-session is canceled, and the plurality of participant objects in the main session are displayed.

12. The method of claim 11, wherein the method further comprises:

when switching to the main speaking mode, responding to the switching operation of the mode switching interaction element, and switching from the main speaking mode to the interaction mode;

in the interaction mode, displaying the at least one sub-session created by the main session history, wherein the at least one sub-session created by the history comprises participation objects which are respectively added in the history.

13. A method of session handling, the method comprising:

14. The method of claim 13, wherein the method further comprises:

displaying at least one interaction control for the target sub-session which is added on a receiver session interface in the interaction mode;

and responding to the triggering operation of a target interaction control in the at least one interaction control, and triggering the interaction action indicated by the target interaction control based on the target sub-session.

15. The method of claim 14, wherein the target interaction control is a public speaking control; the responding to the triggering operation for the target interaction control in the at least one interaction control, based on the target sub-session, triggers the interaction action indicated by the target interaction control, and the method comprises the following steps:

And in response to a triggering operation for the public speaking control in the at least one interactive control, triggering playing voice of a participation object triggering the public speaking control in each sub-session in at least one sub-session of the main session.

16. The method of claim 14, wherein the target interaction control is a private floor control; the responding to the triggering operation for the target interaction control in the at least one interaction control, based on the target sub-session, triggers the interaction action indicated by the target interaction control, and the method comprises the following steps:

and responding to the triggering operation of the private speaking control in the at least one interaction control, and playing the voice of the participation object triggering the private speaking control in the sub-session added by the participation object triggering the private speaking control.

17. The method of claim 14, wherein the target interaction control is a document recording control; the responding to the triggering operation for the target interaction control in the at least one interaction control, based on the target sub-session, triggers the interaction action indicated by the target interaction control, and the method comprises the following steps:

And responding to the triggering operation of the document recording control in the at least one interaction control, and recording the interaction information of each participating object in the target sub-session to form an interaction recording document.

18. The method of claim 17, wherein the method further comprises:

displaying the recording progress of the interactive recording document;

and responding to the viewing operation of the recording progress, and displaying the document content of the interactive recording document.

19. The method of claim 14, wherein the target interaction control is a session request control; the responding to the triggering operation for the target interaction control in the at least one interaction control, based on the target sub-session, triggers the interaction action indicated by the target interaction control, and the method comprises the following steps:

and in response to a triggering operation for the session request control in the at least one interaction control, pushing a session request for requesting to join the target sub-session to the session initiator.

20. The method according to any one of claims 13 to 19, further comprising:

responding to the switching operation of the session initiator on the mode switching interaction element, and switching from the interaction mode to the main speaking mode;

And in the main speaking mode, canceling the display of the target sub-session and displaying a plurality of participation objects in the main session.

21. A session processing apparatus, the apparatus comprising:

22. A session processing apparatus, the apparatus comprising:

23. A computer device comprising a memory and a processor, the memory storing a computer program, characterized in that the processor implements the steps of the method of any one of claims 1 to 20 when the computer program is executed.

24. A computer readable storage medium, on which a computer program is stored, characterized in that the computer program, when being executed by a processor, implements the steps of the method of any of claims 1 to 20.

25. A computer program product comprising a computer program, characterized in that the computer program, when executed by a processor, implements the steps of the method of any one of claims 1 to 20.