CN110572309B

CN110572309B - Information transmission method, computer device and storage medium

Info

Publication number: CN110572309B
Application number: CN201810574714.1A
Authority: CN
Inventors: 何丹; 齐霁; 罗轩; 付展展; 袁浩; 王军; 王佳梁; 舒特强; 余镇深; 陈路远; 陈贻东; 钟展锋; 梁汉熙; 李雨航; 黄畅峰; 夏志勇; 刘丹
Original assignee: Tencent Technology Shenzhen Co Ltd
Current assignee: Tencent Technology Shenzhen Co Ltd
Priority date: 2018-06-06
Filing date: 2018-06-06
Publication date: 2022-03-04
Anticipated expiration: 2038-06-06
Also published as: CN110572309A

Abstract

An information transmission method, a computer device, and a storage medium, the information transmission method comprising: receiving a theme request sent by a sender, responding to the theme request, determining a theme and each candidate receiver identification corresponding to the theme from each preset theme, and returning; receiving an information sending request sent by a sender, wherein the information sending request carries a sender identifier, a theme identifier corresponding to a theme and a selected receiver identifier, and the selected receiver identifier belongs to each candidate receiver identifier; responding to the information sending request, and acquiring a tag in a theme corresponding to the theme identifier; generating information to be sent based on the label; and sending the information to be sent to the receiver corresponding to the selected receiver identification. The method is convenient for information transmission and enhancement of interaction.

Description

Information transmission method, computer device and storage medium

Technical Field

The present application relates to the field of computer technologies, and in particular, to an information transmission method, a computer device, and a storage medium.

Background

With the continuous development of mobile internet technology, a great amount of mobile application software is emerging, and a lot of convenience is provided for users. For example, the advent of instant chat tools provides great convenience for users to communicate, such as a QQ instant chat tool (an Internet-based Instant Messaging (IM) software), through which messages, videos, and pictures can be transmitted between users.

In the instant chat tool, a user can have a plurality of friends (users having one-to-one association relationship with the user), and information can be directly sent between the friends, so that the information can be directly transmitted with the friends. However, as time goes on or space changes, there is no reason or topic for re-contact with some friends, or users are not used to speak praise directly with friends due to their temperament and convergence, or each person has people in mind that they like or care, such as a dim-loved object, a friend who has a misconnection due to some events, or a relatives who thinks that they do not know how to open. In the above situation, the user no longer wants to express his/her intention by directly sending information (e.g., sender input information), i.e., the functions of the existing instant chat tools have been unable to meet the social needs of the user, resulting in a reduction in chat interaction among friends.

Disclosure of Invention

Therefore, it is necessary to provide an information transmission method, a computer device, and a storage medium for solving the problem of reduced chat interaction among friends in the existing instant chat tools.

An information transmission method, comprising the steps of:

receiving a theme request sent by a sender, responding to the theme request, determining a theme from all preset themes and all candidate receiver identifications corresponding to the theme, and returning;

receiving an information sending request sent by the sender, wherein the information sending request carries a sender identifier, a subject identifier corresponding to the subject and a selected receiver identifier, and the selected receiver identifier belongs to each candidate receiver identifier;

responding to the information sending request, and acquiring a label in a theme corresponding to the theme identification;

generating information to be sent based on the label;

and sending the information to be sent to the receiver corresponding to the selected receiver identification.

An information transmission method is provided, which includes the following steps:

sending a theme request to a server;

receiving a theme returned by the server in response to the theme request and candidate receiver identifications corresponding to the theme;

responding to the selection operation of the selected receiver identification in the candidate receiver identifications to generate an information sending request, wherein the information sending request carries a sender identification, the selected receiver identification and a theme identification corresponding to the theme;

and sending the information sending request to a server.

A computer device comprising a memory storing a computer program and a processor implementing the steps of the above method when executing the computer program.

A computer-readable storage medium, on which a computer program is stored which, when being executed by a processor, carries out the steps of the above-mentioned method.

According to the information transmission method, the computer equipment and the storage medium, firstly, the sending end sends the theme request to the server, and when the server responds to the theme request, the server returns the theme and the corresponding candidate receiver identifications to the sending end. On the sending end, a candidate receiver identification, namely a selected receiver identification, is selected under the theme, an information sending request is sent to the server, the information sending request carries the sender identification, the selected receiver identification and the theme identification, the server can determine the label in the theme corresponding to the theme identification, and accordingly to-be-sent information is generated and sent to the receiver corresponding to the selected receiver identification. The selected receiver identification belongs to each candidate receiver identification, so that a user does not need to input information, the transmitted information transmission request carries the subject identification, and the server only needs to transmit the label under the subject identification, namely, the transmission is facilitated. Meanwhile, under the condition that the theme is determined, the label is sent based on the selected receiver identification, so that the trouble of firstly selecting the receiver identification and then inputting the information to be sent can be avoided, the operation of a user is facilitated, and the chat interaction is enhanced.

Drawings

FIG. 1 is a diagram illustrating an exemplary environment in which an information transmission method may be implemented;

FIG. 2 is a flow chart illustrating a method of information transfer according to an embodiment;

FIG. 3 is a flow chart illustrating a method for transmitting information in another embodiment;

FIG. 4 is a flow chart illustrating a method for transmitting information in another embodiment;

FIG. 5 is an information interface diagram of an embodiment;

FIG. 6 is a diagram of a chat interface, according to an embodiment;

FIG. 7 is a subject interface diagram of one embodiment;

FIG. 8 is an interface diagram of a received tag for one embodiment;

FIG. 9 is a diagram of a sharing interface, according to an embodiment;

FIG. 10 is an interface diagram of a tag received by a buddy of an embodiment;

FIG. 11 is a diagram of interactions between a sender, a server, and a receiver, according to an embodiment;

FIG. 12 is a diagram of the internal hierarchy of a client, according to one embodiment;

FIG. 13 is a diagram illustrating an internal structure of a computer device according to an embodiment.

Detailed Description

In order to make the objects, technical solutions and advantages of the present application more apparent, the present application is further described in detail below with reference to the accompanying drawings and embodiments. It should be understood that the detailed description and specific examples, while indicating the scope of the invention, are intended for purposes of illustration only and are not intended to limit the scope of the invention.

The information transmission method of each embodiment provided by the present application may be applied to an application environment as shown in fig. 1, where the application environment includes a sending end 10, a server 20, and a receiving end 30, the sending end 10 may communicate with the server 20 through a network, and the server 20 may communicate with the receiving end 30 through the network. Upon receiving the information transmission request from the transmitting side 10, the server 20 may transmit information corresponding to the information transmission request to the receiving side 30. Specifically, first, the sending end 10 sends a theme request to the server 20, after receiving the theme request, the server 20 may determine a theme and corresponding candidate receiver identifiers and return the theme and the corresponding candidate receiver identifiers to the sending end 10, the user may select a candidate receiver identifier corresponding to the theme, that is, select a selected receiver identifier that is more in line with the theme, then the sending end 10 sends an information sending request to the server 20, the information sending request carries the sender identifier, the selected receiver identifier and the theme identifier corresponding to the theme, and the server 20 responds after receiving, and may obtain a tag in the theme corresponding to the theme identifier; and generating information to be sent based on the tag, and then sending the information to be sent to the receiving end 30 corresponding to the selected receiver identifier, that is, the server 20 realizes communication between the sending end 10 and the receiving end 30, thereby realizing communication between the sending end and the receiving end.

The server 20 may be implemented as a stand-alone server or as a server cluster comprising a plurality of servers. The sending end 10 and/or the receiving end 30 may be any device capable of implementing intelligent input and output and starting an application, for example, a mobile terminal, which may be a smart phone, a tablet computer, a vehicle-mounted computer, a wearable smart device, and the like.

In one embodiment, as shown in FIG. 2, an information transfer method is provided. The method is exemplified by being applied to the server 20 in fig. 1, and includes the following steps S210 to S250.

S210: and receiving a theme request sent by a sender, responding to the theme request, determining a theme and each candidate receiver identification corresponding to the theme from each preset theme, and returning.

The theme can be understood as a collection of various information data, each theme has a corresponding theme identifier for representing the unique identity of the theme, the theme comprises tags, and the tags are in one-to-one correspondence with the theme identifiers of the theme to which the tags belong, namely the corresponding tags can be known through the theme identifiers. It is to be understood that the subject identification may also uniquely specify each kind of information data under the subject. The tag is information data in a subject, and the tag can be understood as content information of the subject, that is, content information for identifying the subject. For example, the label may be text information, picture information, animation information, and the like, in this embodiment, the label is selected from text information, which may be comment information for the user, for example, if the label is "popular in the talent world", the label is a comment for the talent spoken by the user, and is used for describing how well the talent spoken by the user is.

In the server, each preset theme is stored in advance, and each time a theme request is received, the server needs to select one theme from each preset theme and return the theme to the terminal requesting the theme. And each receiver identification associated with the sender is stored in the server, and each candidate receiver identification corresponding to the determined theme can be determined from each receiver identification aiming at the theme request of the sender, and the determined theme and each candidate receiver identification corresponding to the determined theme are returned to the sender.

The identifier is information for representing the unique identity of the object, and in the chat process, the sending end is the terminal where the user sending the information (namely the sending end) is located, and the receiving end is the terminal where the user receiving the information (namely the receiving end) is located. The sender identification is the unique identification of the user sending the information, the receiver identification is the unique identification of the user receiving the information, and the candidate receiver identification is the determined receiver identification corresponding to the determined theme, namely the receiver identification capable of receiving the determined theme. The sending end transfers the information to be transmitted to the receiving end through the server, and the receiving end transfers the information to be transmitted through the receiving server to realize information transmission.

S220: and receiving an information sending request sent by a sender.

When a sender needs to communicate with a receiver through an instant chat tool, firstly, the sender needs to send an information sending request to a server, so as to request the server to transmit corresponding information to the receiver. The sender identifier can send information to each receiver identifier respectively, and in the process of sending the information, one receiver identifier needs to be appointed from each receiver identifier to receive the information, namely, the selected receiver identifier represents the unique identifier of the appointed user needing to receive the information.

The information sending request carries a sender identification, a subject identification corresponding to the subject and a selected receiver identification, the selected receiver identification belongs to each candidate receiver identification, and after the sender receives the subject returned by the server and the corresponding candidate receiver identifications, the sender can select the candidate receiver identifications under the subject to obtain the selected receiver identifications. I.e. the selected recipient identification is determined based on the selection of candidate recipient identifications for the topic to which the topic identification corresponds. That is, each topic has corresponding candidate receiver identifiers, and a user can select a receiver identifier for specifying received information from the candidate receiver identifiers corresponding to the topic, that is, the receiver identifier is not determined first and then information to be transmitted is input for information transmission, but one receiver identifier is selected from the candidate receiver identifiers under the topic as the receiver identifier for receiving information under the condition that the topic is determined first.

S230: and responding to the information sending request, determining anonymous information corresponding to the sender identification, and acquiring a label in a theme corresponding to the theme identification.

After receiving the information sending request, the server can find the label under the corresponding theme based on the theme identifier in the information sending request. In addition, in order to avoid disclosing the sender identifier to the receiver, the server needs to perform anonymization processing on the sender identifier and determine the anonymous information corresponding to the sender identifier. The anonymization is a process of hiding the information to be processed to obtain corresponding unreal information, i.e. the anonymization information can be understood as the unreal information corresponding to the sender identifier.

S240: and generating information to be sent based on the anonymous information and the label.

S250: and sending the information to be sent to the receiver corresponding to the selected receiver identification.

It can be understood that the tag corresponding to the subject identifier is the content that the sender wants to send to the receiver, and after determining the anonymous information corresponding to the sender identifier and the tag corresponding to the subject identifier, the information to be sent can be generated, and the information to be sent is sent to the receiver corresponding to the receiver identifier (i.e., the selected receiver identifier) of the designated received information of the sender. Therefore, the information to be sent is sent to the receiver by the sender.

According to the information transmission method, firstly, when a theme request sent by a sender is received, a theme and corresponding candidate receiver identifications are returned to the sender, then, when an information sending request sent by the sender is received, a tag in the theme corresponding to the carried theme identification can be obtained, information to be sent is generated according to the tag, the information to be sent is sent to a receiver corresponding to the selected receiver identification, and the selected receiver identification belongs to the candidate receiver identifications. Therefore, the label can be sent to the receiver, the sender can send the label to the receiver at will through the server without inputting information by the user, and the label under the theme identification is sent, namely under the condition that the theme is determined, the label is sent based on the selected receiver identification, so that the sending is facilitated and the interaction is enhanced.

In one embodiment, after the response information sending request, the method further comprises the following steps: and determining anonymous information corresponding to the sender identification. In this embodiment, the information to be sent further includes anonymous information.

Namely, the server responds after receiving the information sending request, not only can obtain the label in the theme corresponding to the theme identification, but also can determine the anonymous information corresponding to the sender identification. And the information to be sent also comprises anonymous information and is sent to the receiver corresponding to the selected receiver identifier. Therefore, the label can be sent to the receiver anonymously, the identity of the sender is prevented from being exposed, the sender can send information at will, the information quantity is increased, and the interaction of the user is enhanced.

In one embodiment, the manner of determining the anonymous information corresponding to the sender identifier includes: and determining anonymous information corresponding to the sender identification based on the user characteristic data associated with the sender identification.

That is, in this embodiment, the anonymous information of the sender identifier is no longer randomly determined, and needs to be determined based on the user characteristic data associated with the sender identifier, that is, the anonymous information is related to the user characteristic data. In one example, the user characteristic data may include any one of age, gender, constellation, and duration of association with the selected recipient identification. For example, the sender is user a, and the user characteristic data used in anonymizing is gender and constellation, and if user a is a female and the constellation is a Capricorn, the generated corresponding anonymization information may include a Capricorn female. Different senders have the same gender and constellation, so the anonymous information corresponding to the obtained different sender identifications can have the same information.

In one embodiment, the anonymous information includes an anonymous identification number, or at least one of an anonymous name and an anonymous avatar, and an anonymous identification number.

The anonymous name may be determined based on user characteristic data associated with the sender, e.g., a girl of Capricorn. Since the anonymous names corresponding to the different sender identities may be the same, for example, a girl of a Capricorn may be the anonymous names of the different sender identities, and thus, the anonymous names may not uniquely distinguish the user identities, and thus an anonymous identification number may be required to uniquely identify the user identities. In one embodiment, the anonymous information comprises an anonymous identification number, and the anonymous identification number is not the real identity of the sender, but is unique, corresponds to the sender identification one by one, and can uniquely correspond to the sender identification.

In addition, besides the anonymous identification number or/and the anonymous name, the anonymous information can also comprise an anonymous head portrait, so that the sender can be further hidden, and the receiver cannot know the real identity of the receiver through the head portrait of the sender.

In one embodiment, the step of determining and returning a topic and each candidate recipient identifier corresponding to the topic from each preset topic in response to the topic request includes: responding to the theme request, determining a theme from all preset themes, and determining all candidate receiver identifications corresponding to the theme based on all friend identifications associated with the sender identification; generating a theme interface based on the theme and the identification of each candidate receiver; and returning the theme interface to the sender.

The friend identification is a user identification associated with the sender identification friend and is in a one-to-one direct association relationship. The server determines candidate receiver identifications based on the friend identifications associated with the sender identification, and it can be understood that each receiver identification is a friend identification associated with the sender identification, and each determined candidate receiver identification belongs to each friend identification, namely, the sender is based on information transmission among friends in the information transmission process.

That is, in this embodiment, when the sender sends a topic request to the server to request a topic, the server generates a topic interface based on the topic determined in response to the topic request and the corresponding candidate recipient identifications and returns the topic interface to the sender. The sender can display the theme interface after receiving the theme interface, and the sender can select the candidate receiver identifications under the theme on the theme interface so as to determine the selected receiver identifications.

In one embodiment, the response information sending request also returns the head portrait corresponding to each candidate receiver identification. In one example, in generating the subject interface, the subject interface is generated based on the subject, the candidate recipient identifications corresponding to the subject, and the avatars corresponding to the candidate recipient identifications.

In one embodiment, the theme includes the above tag and theme attribute data, and the theme attribute data includes at least any one of a group identifier of the theme, a sequence number of the theme, a theme presentation attribute, and a status of the theme.

The topic group identifier is an identifier of a group in which the topic is located, for example, if the topic group identifier is 1, it indicates that the group in which the topic is located is 1. The topic sequence number is a sequence number of the topic in each preset topic in the server, for example, if the topic sequence number is 10, it indicates that the sequence number of the topic in each preset topic is 10. The theme presentation attribute is attribute information for determining a theme presentation form. For example, the presentation forms may include colors, dynamic presentations, static presentations, etc., i.e., theme presentation properties are used to determine the theme presentation form. For example, when the theme presentation attribute is NULL, i.e., the theme presentation attribute is NULL, the sender may present the theme in a local default or random presentation form. The theme state is whether the theme is available or not, that is, the theme state may be an available state or an unavailable state, and different theme states may be represented by numbers. For example, the available state may be characterized by a 1 and the unavailable state may be characterized by a 0. And when the theme state is the unavailable state, the server filters the preset themes in the unavailable state in all the preset themes when determining the theme based on the theme request, and determines the theme from all the preset themes in the unavailable state.

In one embodiment, determining a topic from among the preset topics comprises: and determining candidate topics based on the preset topics, wherein one of the candidate topics is arbitrarily selected and determined as a topic, and each candidate topic comprises a preset topic which is obtained by filtering the topics recorded in the historical topic record in each preset topic.

The history theme record is a record associated with the sender identifier, and includes each theme identifier sent by the sender identifier, and the theme recorded in the history theme record may represent the theme corresponding to each theme identifier sent in the history theme record. That is, in this embodiment, the theme that has been sent before is filtered and is not repeatedly sent to the sender. And after filtering the topics recorded in the historical topic records from all preset topics to determine all candidate topics, randomly selecting one from the candidate topics as a current topic and sending the current topic to a sender.

In one embodiment, the determining the candidate recipient identifications corresponding to the topic includes: acquiring a message record associated with a sender identifier; determining the association degree between each friend identifier and the sender respectively based on the message record associated with the sender identifier; and determining the candidate receiver identifications from the friend identifications according to the association degrees.

The message record may be understood as a message record between the sender identifier and each friend identifier corresponding to the sender identifier, for example, if the sender a sends a message X to the friend B, the message record records the friend B and the message X sent to the friend B, and if the friend C comments or approves the spatially shared statement of the sender a in the afternoon, the message record records the friend C and the comment or approve made to the friend C. Namely, the message record includes behavior data associated with the sender corresponding to each friend identifier.

Based on the message record associated with the sender identifier, the association degree between each friend identifier and the sender can be determined, wherein the association degree is used for representing the association degree or intimacy between users (the interaction heat between the users and the friends is represented by a specific score), that is, the intimacy can be known through the association degree between the sender and the friends. The association degree between each friend identifier and the sender is not only the same, but the higher the association degree is, the higher the intimacy degree between the friend identifier and the sender is identified, the lower the association degree is, the lower the intimacy degree between the friend identifier and the sender is identified, and then each candidate receiver identifier can be determined from each friend identifier according to each association degree.

In one embodiment, the number of each candidate receiver identifier is a preset number.

In this embodiment, the step of determining each candidate receiver identifier from each friend identifier according to each association degree includes: determining each predetermined friend identification of which the association degree is greater than a first preset association degree in each friend identification; randomly selecting a predetermined friend identifier from the predetermined friend identifiers as a candidate receiver identifier; determining each candidate friend identifier from each friend identifier based on the candidate receiver identifier and the corresponding relation between the candidate receiver identifier and the sender identifier; and determining the preset number minus one candidate receiver identification based on each candidate friend identification.

Firstly, randomly selecting one predetermined friend identifier from each predetermined friend identifier with the association degree greater than the first preset association degree to determine the predetermined friend identifier as a candidate receiver identifier, namely the intimacy between the determined candidate receiver identifier and a sender meets the requirement. On the basis of the determined candidate recipient identification, determining other preset numbers minus one candidate recipient identification. The determined candidate receiver identifier is a friend identifier of the sender, and besides a friend association relationship between the candidate receiver identifier and the sender, a further correspondence relationship exists, for example, in which friend group of the sender the candidate receiver identifier is, and whether the candidate receiver identifier and the sender identifier belong to a certain multi-person conversation group (e.g., a group or a discussion group) at the same time, that is, the correspondence relationship between the candidate receiver identifier and the sender identifier may include a friend group (i.e., a friend group to which the candidate receiver identifier belongs) corresponding to the candidate receiver identifier in the sender identifier and a multi-person conversation group identifier in which the candidate receiver identifier and the sender identifier are the same. Based on the corresponding relation between the determined candidate receiver identifications and the sender identifications, the identification of each candidate friend can be determined from the identification of each friend, and the identification of each candidate friend is used as a basis for determining the identifications of the rest candidate receivers, namely, the identification of the candidate receiver minus one of the preset number is determined.

In one embodiment, the determining the candidate buddy identifier includes: when the grouping of the candidate receiver identification does not belong to the grouping established by default in advance, determining the friend identification in the grouping as each candidate friend identification; when the group where the candidate receiver identification is located belongs to a group which is established in advance in a default mode and the candidate receiver identification is associated with the same multi-person conversation group identification as the sender identification, randomly selecting one same multi-person conversation group identification from the same multi-person conversation group identifications, and determining friend identifications associated with the candidate receiver identification in the same multi-person conversation group identification as the candidate friend identifications; and when the group where the candidate receiver identification is located belongs to a pre-default created group and the candidate receiver identification is not associated with the same multi-person conversation group identification as the sender identification, determining each friend identification as each candidate friend identification.

In the development of the instant chat tool, some packets are established in advance by default, namely the packets are established in advance by default, the packets established in advance by default are not allowed to be deleted by a user at a client, namely at the client (a transmitting end or/and a receiving end), the packets established in advance by default are not deleted, and the packets established in advance by default are deleted. For other custom groupings than the pre-default created grouping, i.e., the user's created grouping, the user may delete the grouping. In addition, in addition to the default created groups carried by the tool in advance, the user can create the groups in a self-defined mode at the client side, the user-defined groups can be deleted, and the names of the user-defined groups can be modified in a self-defined mode. A user identification may be added under each grouping. For example, in the QQ instant chat tool, the group created by default in advance includes a my friend group, that is, the QQ instant chat tool defaults to a group with my friend by default, which cannot be deleted by the user, and the user identifier under the group of my friend is the friend identifier of the user. In addition, the user can also create custom groups, such as a parent group, a colleague group, a classmate group, and the like, wherein the user identifications in the custom groups are friend identifications of the user, the added friend identifications can be stored in the corresponding groups, and the friend identifications in one group can be moved to another group.

A multi-person conversation group is a conversation group in which a plurality of persons are grouped together, and may include, for example, a group or a discussion group. In the process of determining each candidate friend identification, the corresponding relation between one determined candidate receiver identification and the sender identification is based on. Specifically, firstly, a group to which the candidate receiver identifier belongs in the sender identifier needs to be determined, whether the group to which the candidate receiver identifier belongs to a group created in advance is judged, and if the group to which the candidate receiver identifier belongs does not belong to the group created in advance in a default manner, the group to which the candidate receiver identifier belongs is shown to belong to a group created by the user, and then the friend identifiers in the group to which the candidate receiver identifier belongs are determined as the candidate friend identifiers. If the candidate recipient identification belongs to the pre-default created group, whether the candidate recipient identification and the sender identification are associated with the same multi-person conversation group identification is also judged (namely, whether the candidate recipient identification and the sender identification exist in the same multi-person conversation group at the same time is judged). Also, the candidate recipient identification and the sender identification may exist in a plurality of the same multi-person conversation groups at the same time, for example, sender a and candidate recipient B may exist in group Q1, group Q2, and discussion group T1 at the same time.

If the candidate receiver identification is associated with the same multi-person conversation group identification as the sender identification, the candidate receiver identification and the sender identification exist in the same multi-person conversation group at the same time, at the moment, one same multi-person conversation group identification is randomly selected from the same multi-person conversation group identifications, and friend identifications associated with the candidate receiver identification in the same multi-person conversation group identification are determined to be the candidate friend identifications. One multi-person conversation group may include a user identifier that is a friend with the candidate recipient identifier and a user identifier that is not a friend with the candidate recipient identifier, that is, the user identifier that is a friend with the candidate recipient identifier in the multi-person conversation group corresponding to the same multi-person conversation group identifier is taken as each candidate friend identifier. And if the candidate receiver identification and the sender identification only exist in one same multi-person conversation group identification, directly determining friend identifications associated with the candidate receiver identification in the same multi-person conversation group identification as the candidate friend identifications.

If the candidate receiver identification is not associated with the same multi-person conversation group identification as the sender identification, that is, the multi-person conversation group identification associated with the candidate receiver identification does not exist in the multi-person conversation group identification associated with the sender identification, the candidate receiver identification belongs to a pre-default created group and does not exist in the same multi-person conversation group as the sender identification at the same time, at this time, each friend identification is determined to be each candidate friend identification, and each candidate receiver identification is selected from each friend identification when the candidate receiver identification is subsequently determined.

In one embodiment, the step of determining the preset number minus one candidate recipient identification based on each candidate buddy identification comprises: and randomly selecting the friend identification with the preset number minus one association degree greater than the second preset association degree from the candidate friend identifications as the candidate receiver identification with the preset number minus one.

That is, a friend identifier with higher affinity with the sender is selected from the candidate friend identifiers as a candidate receiver identifier, so as to ensure that each candidate receiver identifier is a user identifier which is frequently exchanged by the sender identifier.

In another embodiment, the step of determining the preset number minus one candidate recipient identification based on each candidate buddy identification comprises: and randomly selecting friend identifications corresponding to the first preset number of relevance degrees greater than the third preset number of relevance degrees from the candidate friend identifications as candidate receiver identifications of the first preset number, randomly selecting friend identifications corresponding to the second preset number of relevance degrees less than the fourth preset number of relevance degrees from the candidate friend identifications as candidate receiver identifications of the second preset number, wherein the sum of the first preset number and the second preset number is one reduction of the preset number.

For example, the predetermined number may be 4, the first predetermined number may be 1, and the second predetermined number may be 2, or the first predetermined number may be 2 and the second predetermined number may be 1. Namely, randomly selecting a friend identifier as a candidate receiver identifier from friend identifiers with the association degree greater than the first preset association degree. When the first preset number is 1 and the second preset number is 2, the remaining three-bit candidate receiver identifiers are screened in the following way: judging whether the candidate receiver identification belongs to a user self-established group (namely judging whether the candidate receiver identification does not belong to pre-default establishment), if so, indicating that the candidate receiver identification belongs to the user self-established group, namely indicating that the candidate receiver identification does not belong to pre-default establishment, at the moment, pulling friend identifications except the candidate receiver identification in the group as candidate friend identifications, selecting one friend identification with the association degree greater than the third preset association degree from the friend identifications except the candidate receiver identification in the group as the candidate receiver identification, and selecting two friend identifications with the association degree less than the fourth preset association degree from the friend identifications except the candidate receiver identification as the candidate receiver identifications, thus, determining the 4 candidate receiver identifications. And the fourth preset correlation degree is smaller than the third preset correlation degree. That is, in this implementation, not only the candidate receiver id with higher affinity with the sender id but also the candidate receiver id with lower affinity with the sender id can be provided, so that the interaction between the sender id and the candidate receiver id with lower affinity is facilitated.

In one embodiment, the information transmission method further includes: receiving a receiver identification updating request which is sent by a sender and carries a subject identification; responding to the receiver identification updating request, and re-determining each candidate receiver identification based on each updated friend identification; each updated friend mark is a friend mark obtained by filtering the friend mark in the history theme record associated with the sender mark in each friend mark; and updating the theme interface according to the theme and the re-determined identifications of the candidate receivers.

It can be understood that, after the server returns the topic and the corresponding candidate receiver identifications to the sender, the sender considers that the candidate receiver identifications do not conform to the content of the tag under the topic, and needs to replace the candidate receiver identifications, at this time, the sender sends a receiver identification update request to the server to request the server to issue the re-determined candidate receiver identifications. That is, the server responds when receiving a receiver identifier update request carrying a subject identifier sent by a sender, and can re-determine each candidate receiver identifier based on each updated friend identifier, and then return each re-determined candidate receiver identifier to the sender through a subject interface, that is, a subject interface needs to be re-generated based on the subject and each re-determined candidate receiver identifier to update the subject interface.

In this embodiment, each updated friend identifier is a friend identifier obtained by filtering the friend identifier recorded in the history theme record associated with the sender identifier in each friend identifier, that is, if the sender identifier has sent the friend identifier to the label under the theme before, the friend identifier is recorded in the history theme record, and the theme identifier is also recorded in the history theme record. In the process of re-determining the candidate receiver identifications, friend identifications which have been sent with the subject before can be filtered through historical subject records, so that the subject is prevented from being repeatedly sent to the friend identifications. It should be noted that, when each preset topic is recorded in the history topic record associated with the sender, the sender is identified to have sent each preset topic once or the union of the topics sent by the sender and the topics skipped by the sender is the preset topics, that is, each preset topic has been sent in round-robin fashion, at this time, the history topic record may be cleared, and polling of each preset topic may be restarted.

In one embodiment, the information transmission method further includes: receiving a theme updating request sent by a sender; responding to the theme updating request or when receiving the information sending request, re-determining the theme based on each filtered theme, and re-determining each candidate receiver identification corresponding to the theme; and updating the theme interface according to the redetermined theme and the redetermined candidate receiver identification, wherein each filtered theme is a theme obtained after filtering the theme in the history theme record associated with the sender identification in each theme.

The sender receives the theme returned by the server, and can select one candidate receiver identifier from the candidate receivers under the theme as the selected receiver identifier for receiving the label under the theme. If the sender does not want to send the tag of the current theme, the sender can request theme update from the server. That is, the sender may send a topic update request to the server to request the server to issue the re-determined topic and the re-determined candidate recipient identifications. The server responds to the response when receiving the theme update request sent by the sender, and can re-determine the theme based on each filtered theme and re-determine each candidate receiver identifier corresponding to the theme (the manner of re-determining the theme is the same as that of determining the theme, and the manner of re-determining each candidate receiver identifier corresponding to the theme is the same as that of determining each candidate receiver identifier corresponding to the theme). That is, after receiving the theme update request, not only the theme but also the candidate receiver identifications corresponding to the theme are updated, and the re-determined theme and the re-determined candidate receiver identifications are returned to the sender. In one example, the server may regenerate the subject interface based on the re-determined subject and the re-determined candidate recipient identifications to update the subject interface for return to the sender.

In addition, when receiving the information sending request, the server can determine that the information to be sent is sent to the receiving end, can also re-determine the theme based on each filtered theme, re-determine each candidate receiver identifier corresponding to the theme, and return to the sending end. That is, after the sender sends a message sending request to the server through the sender, the sender can request the server to send a message to be sent to the corresponding selected receiver, and then the sender can send the next message, that is, the server can return the redetermined subject and the redetermined candidate receiver identifications for the sender to send the next message.

In one embodiment, the theme update request carries a to-be-updated theme identifier corresponding to a sender identifier (which may be understood as a theme identifier that needs to be skipped currently, that is, a to-be-skipped theme identifier), and after receiving the theme update request sent by the sender, the method further includes: and recording the identification of the theme to be updated carried in the theme updating request in the historical theme record. That is, the history topic record not only includes the topic identifier sent by the sender, but also includes the topic identifier to be skipped. When the theme filtering is performed, the theme identifier sent by the sender and the skipped theme identifier recorded in the history theme record in each preset theme need to be filtered.

In one embodiment, the information transmission method further includes: receiving response information returned by the receiver, wherein the response information carries reply information and anonymous information corresponding to the selected receiver identification;

after the receiver receives the information to be sent corresponding to the sender identifier sent by the server, the receiver can operate at the receiver, so that the receiver can determine the reply information corresponding to the receiver, generate response information based on the reply information and the anonymous information, and return the response information to the sender through the server. Namely, after receiving the response information returned by the receiver, the server can send the response information to the receiver identifier corresponding to the anonymous information, so that the information interaction between the sender and the receiver can be completed.

As shown in fig. 3, in an embodiment, an information transmission method is further provided, which can be applied to a transmitting end, and includes the following steps S310 to S340.

S310: a subject request is sent to a server.

When a sender needs to send information through an instant chat tool, firstly, a theme request can be generated by finding and clicking a corresponding function name capable of realizing the information transmission method in the instant chat tool of the sender, and the theme request is sent to a server so as to request the server to issue a theme.

S320: and receiving the theme returned by the server response theme request and the candidate receiver identifications corresponding to the theme.

After receiving a theme request sent by a sender, a server responds to the theme request to determine a theme and candidate receiver identifications corresponding to the theme from preset themes and returns the theme and the candidate receiver identifications to the sender.

S330: an information transmission request is generated in response to a selection operation of a selected receiver identifier among the candidate receiver identifiers.

The information sending request carries a sender identification, a selected receiver identification and a theme identification corresponding to the theme.

S340: and sending an information sending request to the server.

The sending end can respond to the selection operation of the selected receiver identification in the candidate receiver identifications to generate an information sending request and send the information sending request to the server, wherein the selected receiver identification is the selected receiver identification. In one example, the user may click on an avatar corresponding to a recipient identifier in each candidate recipient identifier, and may generate an information sending request carrying the selected recipient identifier, and send the information sending request to the server.

According to the information transmission method, after the theme returned by the server responding to the theme request and the candidate receiver identifications corresponding to the theme are received, one candidate receiver identification can be selected from the candidate receiver identifications under the theme to be used as the receiver for receiving the label, namely, the selection operation of the selected receiver identification in the candidate receiver identifications can be responded, an information sending request is generated, and the information sending request carries the sender identification, the selected receiver identification and the theme identification corresponding to the theme, namely, the information sending request can be sent to the server. The theme is issued through the server, the information which is required to be sent does not need to be manually input any more, the corresponding receiver identification is selected to send the information sending request to the server under the theme issued by the server directly, the steps are simple, the trouble that the information which is required to be sent is input after the receiver identification is selected can be avoided, the operation of a user is facilitated, and the chat interaction is enhanced.

In one embodiment, receiving the topic and each candidate recipient identifier corresponding to the topic includes: and receiving a theme interface returned by the server in response to the theme interface request, wherein the theme interface comprises a theme and candidate receiver identifications corresponding to the theme.

And determining each candidate receiver identification based on each friend identification associated with the sender identification. In this implementation, the server returns each topic and each candidate recipient identifier corresponding to the topic to the sender through the generated topic interface.

In one embodiment, the corresponding head portrait of each candidate receiver identification returned by the server in response to the subject request is also received. As such, the user may be facilitated to distinguish between candidate recipients.

In one embodiment, the theme interface returned by the receiving server in response to the theme interface request further includes an avatar corresponding to each candidate recipient identification corresponding to the theme. Therefore, the sender can click the head portrait corresponding to each candidate receiver identification displayed on the theme interface to generate the information sending request.

In one embodiment, after receiving the theme interface returned by the server in response to the theme interface request, the method further includes the steps of: and displaying a theme interface, wherein in one example, a label corresponding to the theme and each candidate receiver identification are displayed in the theme interface. In this way, the sender's review of the tags for the subject matter and the identities of the various candidate recipients may be facilitated. In one example, the head portrait corresponding to each candidate receiver identification is also displayed in the subject interface, so that the user can conveniently view and operate the head portrait.

In one embodiment, the theme comprises a tag and theme attribute data, wherein the theme attribute data comprises at least any one of a theme group identifier, a theme serial number, a theme presentation attribute and a theme state. And displaying the label on the theme interface, and hiding the theme attribute data in the theme interface, namely the theme interface comprises the theme attribute data, but hiding the theme attribute data for the simplicity of the interface and not displaying the theme attribute data.

In one embodiment, generating an information delivery request in response to a selection operation of a selected recipient identification includes: and responding to the selection operation of the selected receiver identification in the candidate receiver identifications in the subject interface to generate an information sending request.

After receiving the theme interface, the sender may perform a selection operation on each candidate receiver identifier in the theme interface, for example, a click operation on the candidate receiver identifier or a corresponding avatar may be performed, and an information sending request may be generated, where the information sending request carries the selected receiver identifier, that is, the selected receiver identifier.

In one embodiment, a recipient identification update control is also included in the subject interface.

The information transmission method further comprises the following steps: responding to the operation of updating the control of the receiver identification, and sending a receiver identification updating request carrying the theme identification to the server; receiving an updated subject interface returned by the server in response to the receiver identification updating request, wherein the updated subject interface comprises each candidate receiver identification which is determined again; and updating the theme interface into the updated re-determined theme interface.

After the sender receives the theme interface, a receiver identifier updating control is displayed on the theme interface, if the candidate receiver identifiers under the current theme need to be updated, the receiver identifier updating control can be operated, for example, the receiver identifier updating control can be clicked, a receiver identifier updating request carrying the theme identifier can be generated, and the receiver identifier updating request is sent to the server so as to request for updating the candidate receiver identifiers under the theme corresponding to the theme identifier. The server responds when receiving a receiver identification updating request which is sent by a sender and carries the subject identification, can re-determine each candidate receiver identification based on each updated friend identification, and then returns each re-determined candidate receiver identification to the sender through a subject interface. Specifically, a theme interface, that is, a regenerated theme interface (an updated theme interface) is regenerated based on the theme and the re-determined candidate receiver identifiers to update the theme interface, and then the updated theme interface is returned to the sending end, so that the sending end can update the original theme interface to the updated theme interface.

In one embodiment, the information transmission method further includes the steps of: and when the number of the receiver identification updating requests exceeds a first preset number, taking each candidate receiver identification acquired for the Nth time corresponding to the theme as each candidate receiver identification determined again, wherein N is the number of the receiver identification updating requests minus the first preset number.

That is, in this embodiment, in order to save network transmission resources and improve the speed of acquiring candidate recipient identifiers, before sending a recipient identifier update request, the sending end needs to acquire a recipient identifier update request under the theme (which may be understood as generating a recipient identifier update request, for example, the receiving end identifier update control may be operated, and the receiving end identifier update request is generated in response to the operation on the receiving end identifier update control), and needs to determine whether the number of recipient identifier update requests corresponding to the theme exceeds a first preset number, and if so, each candidate recipient identifier acquired at the nth time corresponding to the theme is used as each candidate recipient identifier that is newly determined. Specifically, each candidate receiver identifier obtained in the nth time corresponding to the topic is used as each candidate receiver identifier corresponding to the current receiver identifier update request.

For example, the first preset number is 5, in the theme Y, each candidate recipient identifier obtained in the previous 5 times is obtained by sending a theme request to the server through the sender, when the recipient identifier update control is clicked for the 6 th time to generate a recipient identifier update, the number of the recipient identifier update requests is 6, and if the number exceeds 5, each candidate recipient identifier obtained in the 1 st time is used as each candidate recipient identifier determined again. When the receiver identification updating control is clicked for 11 th time to generate the receiver identification updating, the number of the receiver identification updating requests is 11, if the number exceeds 5, the candidate receiver identifications obtained for 6 th time are used as the candidate receiver identifications to be determined again (as before, the candidate receiver identifications obtained for 6 th time are the candidate receiver identifications obtained for 1 st time), and so on, no matter how many times (exceeding the first preset number) the receiver identification updating control is clicked, the candidate receiver identifications do not need to be pulled again from the server, and the candidate receiver identifications can be determined from the candidate receiver identifications obtained before.

In one embodiment, a theme update control is also included in the theme interface.

In this embodiment, the information transmission method further includes the steps of: responding to the operation of the theme updating control, and sending a theme updating request to the server; receiving an updated theme interface returned by the server responding to the theme updating request, wherein the updated theme interface comprises a redetermined theme and a candidate receiver identifier corresponding to the redetermined theme; and updating the theme interface into an updated theme interface.

After receiving the theme interface, the sender displays a theme update control on the theme interface, and if the current theme needs to be updated, the sender can operate the theme update control, for example, click the theme update control, so as to generate a theme update request, and send the theme update request to the server to request for updating the theme. The server responds when receiving a theme updating request sent by the sender, can re-determine the theme based on each filtered theme, re-determine each candidate receiver identification corresponding to the theme, and then return the re-determined theme and each re-determined candidate receiver identification to the sender through the theme interface. Specifically, a theme interface, that is, a regenerated theme interface (an updated theme interface) is regenerated based on the redetermined theme and the redetermined candidate receiver identifiers to update the theme interface, and then the updated theme interface is returned to the sending end, so that the sending end can update the original theme interface to the updated theme interface.

In one embodiment, the information transmission method further includes the steps of: when the number of the theme update requests exceeds a second preset number, a waiting interface is displayed, the countdown duration is displayed in the waiting interface, and counting down is started, so that a user can conveniently know the waiting duration (namely the freezing duration) and the remaining duration. And when the countdown is zero, namely the waiting is finished, returning to the step of sending the theme request to the server, re-requesting the theme to obtain the re-determined theme and the identification of each candidate receiver, and performing subsequent steps. And when the number of the theme updating requests does not exceed the second preset number, which indicates that the theme updating performed by the sender meets the requirement, entering a step of sending the theme updating requests to the server so as to request the server for the redetermined theme and the redetermined candidate receiver identifications.

That is, in this embodiment, in order to avoid frequently requesting a theme update, the number of times of the theme update is limited by the second preset number, before sending the theme update request, the sending end needs to obtain the theme update request (which may be understood as generating the theme update request, for example, the theme update control may be operated, and the theme update request may be generated in response to the operation on the theme update control), and needs to determine whether the number of the theme update requests corresponding to the sending end exceeds the second preset number, if so, it indicates that the sending end updates the theme too frequently, at this time, a waiting interface is displayed, a countdown duration is displayed in the waiting interface, and countdown is started.

For example, the second preset number may be 6, the theme update request may be generated by clicking the theme update control, and the theme update request is sent to the server when the theme update request is generated for the first 6 times. When the theme update request is generated when the theme update control is clicked for the 7 th time, the number of the theme update requests is 7, if the number exceeds 6, a waiting interface is displayed, the countdown length is displayed in the waiting interface, for example, 20 minutes, and the countdown is started, namely, the countdown is started from 20 minutes, and the waiting interface prompts that waiting is needed, and when the countdown is zero, namely, the countdown is finished after 20 minutes, the step of sending the theme request to the server is returned, and the theme and the identifications of all the waiting receivers are requested again.

In one embodiment, the information transmission method further includes: receiving response information returned by the server; and analyzing the response information, and acquiring reply information and anonymous information corresponding to the selected receiver identification.

And the sender sends the label under the theme to the receiver corresponding to the selected receiver identification through the server, and the receiver can reply to the sender after receiving the label, so that the interaction is realized. Specifically, the receiver returns a response message to the sender through the server, that is, the receiver sends the response message to the server, and the server may determine a corresponding sender identifier based on the anonymous information and return the response message to the sender corresponding to the sender identifier. When the sender receives the response information returned by the server, the sender can analyze the response information and acquire the reply information and the anonymous information corresponding to the selected receiver identification, and the sender can acquire the reply content of the receiver and the anonymous information corresponding to the self identification. In one example, the anonymous information is also stored for later review.

In one embodiment, further comprising: acquiring a viewing instruction of a received label; and acquiring each received label based on the viewing instruction, and displaying the received label associated with the sender identifier. And the receiver corresponding to the received label associated with the sender identifier is the sender identifier.

That is, in this embodiment, each received label includes a received label associated with the sender identifier, and by clicking the button of the received label, that is, by responding to the operation on the button of the received label, the viewing instruction of the received label can be obtained, that is, each received label corresponding to the received label can be obtained and displayed.

In one embodiment, further comprising: the method comprises the steps of obtaining a sharing instruction of a received label of a sender identifier, and generating a sharing picture based on the sharing instruction and the received label associated with the sender identifier, wherein the sharing picture comprises the received label associated with each sender identifier and a two-dimensional code, and the two-dimensional code comprises an entrance entering a subject interface.

By sharing the received tags associated with the sender, others can learn the received tags, so that the communication between the sender and the sharing receiver is enhanced. And the sharing picture also comprises an entrance entering the theme interface, the sharing picture is shared to other people, and the sharing picture can invite other people together to carry out anonymous sending of information, so that the sharing picture is convenient for other people to operate.

In one embodiment, each received label further comprises a received label associated with each friend identification associated with the sender identification,

further comprising: and acquiring a viewing instruction of the received tags of the friends, and displaying the received tags associated with the friend identifications. And the receiving party corresponding to the received label associated with the friend identification is the friend identification.

In this embodiment, not only the tags received by the user can be checked, but also the tags received by the friends can be checked, so that the user can further know the conditions of the friends.

In practical applications, the sender may be used not only as the sender of the information, but also as the receiver of the information. In the above embodiments, the sender, as the party sending the information, may send an information sending request to the server to request the server to send the tag to the selected recipient identifier. In this embodiment, if the sender is the party receiving the information, the information transmission method may further include: receiving information sent by a server, where the information carries a tag (which may be a tag corresponding to a subject identifier sent by one of receiver identifiers associated with the sender identifier, and for example, may be a tag corresponding to a subject identifier sent by the selected receiver identifier); and acquiring a viewing instruction for the label, and displaying an interactive interface based on the viewing instruction, wherein the interactive interface comprises the label.

After the sending end where the sending end is located obtains the tag, when the received tag needs to be checked, checking operation can be performed on an interface of the receiving end, for example, clicking operation is performed, the sending end can respond to the checking operation to obtain a checking instruction for the tag, namely, the checking instruction is an instruction for checking the tag. Then based on the viewing instruction, an interactive interface (such as a chat interface) can be popped up, a label is displayed on the chat interface, and the receiver can view the label sent by the sender.

In one embodiment, the information further carries anonymous information corresponding to the identifier of the receiving party. In this embodiment, the step of obtaining a viewing instruction for the tag, and based on the viewing instruction, displaying the interactive interface may include: and acquiring a viewing instruction for the label corresponding to the anonymous information, and displaying an interactive interface corresponding to the anonymous information based on the viewing instruction. Wherein, the interactive interface also comprises anonymous information.

The anonymous information is pseudo information corresponding to the identity of the receiver, so that the identity of the receiver can be hidden, and the sender is prevented from knowing the identity of the receiver. After the sending end obtains the anonymous information corresponding to the tag and the identification of the receiving party, when the tag corresponding to the received anonymous information needs to be checked, the sending end can operate the anonymous information on an interface of the receiving end, for example, click operation is performed, the sending end can respond to the operation on the anonymous information, and a checking instruction for the anonymous information is obtained, namely the checking instruction is an instruction for checking the tag corresponding to the anonymous information. Then based on the viewing instruction, an interactive interface (such as a chat interface) corresponding to the anonymous information can be popped up, the anonymous information and the label are displayed on the chat interface, and the receiver can view the label sent by the sender and the pseudo identity information corresponding to the sender, namely the anonymous information.

Therefore, the label and the anonymous information which are transmitted anonymously by the receiver and forwarded by the server are received, so that the identity can be prevented from being exposed in the information transmission process, the obtained label and the anonymous information can be displayed in an interactive interface, and the sender can check the label through the interactive interface.

In one embodiment, the information transmission method further includes: responding to the operation in the interactive interface, and determining reply information corresponding to the sender identification; generating response information based on the reply information; and sending the response information to the server.

That is, when receiving the tag corresponding to the subject identifier corresponding to the receiver identifier sent by the server, the receiver may return reply information (e.g., text information or picture information) to the server, and the reply information may be forwarded to the receiver by the server, so as to implement the reply of the sender to the receiver.

In one embodiment, the information transmission method further includes: the response information also includes anonymous information of the recipient identification. Generating response information based on the reply information and the anonymous information; and sending the response information to the server.

The sender can communicate with the pseudo identity corresponding to the receiver identification on the interactive interface, but the actual server returns the information replied by the pseudo identity of the sender to the receiver to the real receiver. Specifically, the sender may input the reply information on the interactive interface, and the sender may obtain the reply information input by the user.

As shown in fig. 4, in an embodiment, an information transmission method is further provided, which can be applied to a receiving end, and includes the following steps:

s410: and receiving information to be sent by the server, wherein the information to be sent carries a label.

The tag is a tag in the theme corresponding to the theme identifier carried in the information sending request sent by the sender.

S420: and acquiring a viewing instruction for the label, and displaying an interactive interface based on the viewing instruction, wherein the interactive interface comprises the label.

After the receiving end obtains the tag, when the received tag (the tag corresponding to the sending subject identifier corresponding to the sending party identifier) needs to be checked, a checking operation, for example, a click operation, may be performed on an interface of the receiving end, and the receiving end may respond to the checking operation to obtain a checking instruction for the tag, that is, the checking instruction is an instruction for checking the tag. Then based on the viewing instruction, an interactive interface (such as a chat interface) can be popped up, a label is displayed on the chat interface, and the receiver can view the label sent by the sender.

The information transmission method can receive the label transmitted by the sender and forwarded by the server, can display the obtained label in the interactive interface, and can enable the receiver to check the label transmitted by the sender through the interactive interface, thereby realizing information transmission and facilitating the user to check the label.

In one embodiment, the information to be sent also carries anonymous information corresponding to the sender identifier, and the anonymous information can be obtained by analyzing the information to be sent. In this embodiment, the step of obtaining a viewing instruction for the tag, and based on the viewing instruction, displaying the interactive interface may include: and acquiring a viewing instruction for the label corresponding to the anonymous information, and displaying an interactive interface corresponding to the anonymous information based on the viewing instruction. Wherein, the interactive interface also comprises anonymous information.

The anonymous information is pseudo information corresponding to the sender identification, so that the identity of the sender can be hidden, and the receiver is prevented from knowing the identity of the sender. After the receiving end obtains the anonymous information corresponding to the tag and the sender identifier, when the tag corresponding to the received anonymous information (i.e., the tag corresponding to the subject identifier sent by the anonymous information corresponding to the sender identifier) needs to be checked, the receiving end may operate, for example, click, on the anonymous information on an interface of the receiving end, and the receiving end may respond to the operation on the anonymous information to obtain a checking instruction for the anonymous information, that is, the checking instruction is an instruction for checking the tag corresponding to the anonymous information. Then based on the viewing instruction, an interactive interface (such as a chat interface) corresponding to the anonymous information can be popped up, the anonymous information and the label are displayed on the chat interface, and the receiver can view the label sent by the sender and the pseudo identity information corresponding to the sender, namely the anonymous information.

The label and the anonymous information which are transmitted anonymously by the sender and are forwarded by the server are received, so that the identity of the sender can be prevented from being exposed in the process of information transmission, the label and the anonymous information can be displayed and obtained in an interaction boundary, the information can be interacted between the sender and the receiver through an interaction interface, and the information exchange between the sender and the receiver can be enhanced.

In one embodiment, the anonymity information is determined based on user characteristic data associated with the sender identity.

That is, in this embodiment, the anonymous information is not completely unrelated to the sender identifier, and needs to be determined based on the user characteristic data associated with the sender identifier, so that part of the real information of the sender can be known in the anonymous information, and the receiver can make a relevant guess based on the anonymous information, thereby enhancing the interaction diversity.

In one embodiment, the user characteristic data may include any one of age, gender, constellation, and duration of association with the selected recipient identification.

In one embodiment, the information transmission method further includes: responding to the operation in the interactive interface, and determining reply information corresponding to the receiver identification; generating response information based on the reply information; and sending the response information to the server.

That is, when receiving the tag corresponding to the topic identifier corresponding to the sender identifier sent by the server, the receiver may return reply information (e.g., text information or picture information) to the server, and may forward the reply information to the sender through the server, thereby implementing the reply of the receiver to the sender.

In one embodiment, the information transmission method further includes: the response information also includes anonymous information. Generating response information based on the reply information and the anonymous information; and sending the response information to the server.

The receiving is put on the interactive interface and can communicate with the pseudo identity corresponding to the sender identification, but the actual server returns the information replied by the pseudo identity of the sender from the receiving direction to the real sender. Specifically, the receiver can input the reply information on the interactive interface, and the receiver can obtain the reply information input by the user.

In one embodiment, the information transmission method further includes: and collecting the label in the received information to be sent and the anonymous information in a message box.

The message box receives the messages generated under a certain function together, and the messages are received in the box instead of being directly displayed in a message list, so that the messages of friends and groups can be distinguished. The message box is used for prompting that the message is received, and the user can click the message box to display the corresponding message.

The process of the above information transmission method is described below with an embodiment. The anonymous information comprises an anonymous name, an anonymous identification number and an anonymous head portrait, the sender is a user A, and the receiver is a user B.

First, as shown in fig. 5, at a sending end or a receiving end, an information interface corresponding to a name of a sub chat module in an instant chat tool to which the information transmission method is applied is entered, wherein the information interface includes a function entry corresponding to the name of the sub chat module, and a message received by a user a, for example, as shown in fig. 5, yesterday receives a label sent by a boy with an anonymous name of one lion seat, the label content is a label with a painting talent, and the following prompt indicates that 1 piece of information is unread. Yesterday also receives a label sent by girls with anonymous name of a Shenzhen to become ridden in the music world. In addition, on tuesday, user a receives a 25-year-old girl sending a daily label for holding in the gym, and also thinks that friend identification B sent a reply message (who you are).

Clicking any one anonymous name can jump to a chat interface of the user A corresponding to the anonymous name, for example, clicking and checking a boy with one lion seat can jump to the chat interface of the user A and the boy with one lion seat, as shown in fig. 6, the user A can read unread information (such as having a painting talent). In the chat interface, the user a may enter reply information in an input box, e.g., which bit are you? And clicking to send, the anonymous name can be replied to the sender identification which is correspondingly and really sent and has the name of the drawing angel. In addition, in this embodiment, the avatar corresponding to the anonymous name is an anonymous avatar, that is, the user a is prevented from knowing the identity of the sender, and the user a is the receiver of the tag sent by the anonymous name, and the avatar is the real avatar of the user a.

In addition, by clicking the function entry corresponding to the sub chat module name in fig. 5, the user can jump to the topic interface, as shown in fig. 7, the topic interface includes the sub chat module name, a tag (cherub), names of 4 candidate receiving party identifiers (that is, the preset number is 4, which are respectively the name of the friend 1, the name of the friend 2, the name of the friend 3, and the name of the friend 4), and the head portraits corresponding to the 4 candidate friends. And also includes a recipient identification update control (i.e., the control named "change lot" in fig. 7) and a topic update control (i.e., the control named "next topic" in fig. 7) in the topic interface. The user can click any one of the head portraits corresponding to the 4 candidate receiver identifications, namely, the user selects a small angel label in a candidate receiver identification receiving subject interface, and then an information sending request carrying the selected receiver identification can be generated and sent to the server. For example, the avatar corresponding to the candidate receiver identifier 4 is selected, that is, the candidate receiver identifier 4 is selected as the receiver for receiving the cherub tag, and an information sending request carrying the candidate receiver identifier 4 is generated and sent to the server.

In addition, in fig. 7, a control of the received information (i.e., the button of the received tag) is also displayed in the theme interface, and when the control is clicked, the user can jump to the tag display interface, as shown in fig. 8, the tag display interface that jumps after the control is clicked is an interface of the tag that i receive by default, that is, an interface of the tag that user a receives, wherein a list of the tags that user a receives is displayed, and an anonymous name of a sender identifier corresponding to the tag that user a receives and a sending time are displayed, for example, a man who user a receives a lion seat has a painting day tag that user a sent yesterday.

In addition, in the interface of fig. 8, a share button (i.e., a share my "tag" in fig. 8) is further included, i.e., the tag received by me can be shared. Specifically, a sharing picture is generated based on the tags received by me, as shown in fig. 9, where the sharing picture includes the head portrait of the sharer, i.e., the user a, the tags received by the user a, and the two-dimensional code in fig. 8, and the sharer can be invited to use the sub-chat module for communication.

Clicking the control received by the friend in fig. 8 may jump to the interface of the tag received by the friend, as shown in fig. 10, where the interface includes the friend that received the tag, the tag that was received correspondingly, the anonymous name of the sender identifier corresponding to the tag, and the receiving time. For example, 1 yesterday receives a tag that recognizes what is going to be what is now excellent from a 9 month boy.

The server may include a Web server and a backend server, the Web server communicates with the sending end and the receiving end respectively, the backend server is used to store data, for example, the backend server includes a theme management module, a theme recording module, and a candidate management module, and the Web server includes a Web module, a message channel, and an anonymity module.

The Web module is used for pulling the theme from the theme management module and filtering the theme. And the anonymity module provides a service for hiding the real identity of the sender. And the message channel provides reliable contact and offline support for the theme.

And recording each friend identification associated with the sender identification in the candidate management module, and calculating the candidate receiver identification according to the sender identification. The theme management module is used for storing all preset themes, storing the preset themes in a database of the background server and managing theme details. The theme recording module is used for recording historical theme records and message records, namely, the theme identification sent by the user and the skipped theme identification can be recorded.

Wherein, the table name and the field of the subject are defined as follows:

the table name is: ConfessTopic

The fields include:

ID: a unique index;

OrderId: arranging serial numbers;

grpid group ID for grouping Topic (Topic) into groups;

labels, the subject label;

attrs is a theme presentation attribute, and the client presents the theme according to the field;

InUse: the main body state, value: indicating an available value and indicating an unavailable value.

The data structure of the history theme record corresponding to the sender identifier is defined as follows:

table name: ConfessProcesses

The fields include:

used _ ids: the transmitted subject identification list;

jumped _ ids: a list of skipped subject identifications;

cooldown _ time: cooling time;

u int32 second _ count: the number of times of transmission;

jump _ count: skipping times;

candies _ update _ time: the candidate recipient identifies the last update time.

The following describes the interaction process between the sender (corresponding to the sender, i.e., user a), the server, and the receiver (corresponding to the receiver, i.e., user B).

As shown in fig. 11, first, the user a enters an information interface corresponding to the sub chat module, as shown in fig. 5. And clicking the function entry corresponding to the name of the chatting module in the figure 5 to pull the theme interface. Specifically, a theme request is sent to the Web server, the Web server receives the theme request and then responds, historical theme records are pulled from a theme recording module in the background server, namely, the theme identifier sent by the user a can be obtained, preset themes are pulled from a background management module in the background server, themes corresponding to the theme identifiers recorded in the historical theme records in the preset themes are filtered, namely, the sent themes are filtered, and the current theme is determined. And pulling each candidate identification to the candidate management module, wherein each candidate identification is obtained by the candidate management module based on the sender identification. And the Web server filters the candidate identification to obtain the candidate receiver identification, generates a theme interface based on the current theme and the corresponding candidate receiver identification and returns the theme interface to the sending end of the user A, and the user A of the sending end receives the theme interface to pull the theme interface.

And displaying a theme interface at the sending end, wherein a label corresponding to the current theme, and head portraits and names corresponding to the candidate receiver identifications are displayed on the theme interface. The user A selects one bit from the candidate receiver identifications to carry out label sending, namely the user A can click the head portrait corresponding to one of the candidate receiver identifications to generate an information sending request and send the information sending request to the Web server, the Web server responds to the information sending request, the identification of the user A in the information sending request is sent to the anonymization module through the message channel, the anonymization module carries out anonymization processing to obtain the anonymization identification number and the anonymization name of the user A, and the anonymization identification number and the anonymization name are sent to the user B through the message channel. And obtaining the anonymous identification number and the anonymous name at the receiving end where the user B is located, wherein the user B can look up the anonymous identification number and the anonymous name. The user B can click the received anonymous name at the receiving end and jump to a chat interface corresponding to the anonymous name, the user B can input reply information at the chat interface, the receiving end can generate response information based on the reply information, the anonymous identification number and the anonymous name and return the response information to the message channel, and the message channel sends the anonymous identification number and the anonymous name to the anonymous module for de-anonymization processing to obtain a corresponding sender identification, namely the user A. And the Web server returns reply information to the user A through the message channel to complete the information interaction between the user A and the user B.

In addition, at a client, such as a transmitting end or a receiving end, as shown in fig. 12, a message transmitting/receiving layer, a database storage layer, a topic message filtering layer, and a presentation layer are provided in the client.

Message sending/receiving layer: and performing data encapsulation and analysis of the message packet, analyzing the information pushed by the server into a data structure which can be used by the client for display, and simultaneously encapsulating the information to be sent by the client according to a message protocol format and converting the information into a data packet convenient for transmission.

Database inventory reservoir: messages are aggregated and stored in a database table according to friends, conversation types (messages transmitted anonymously/messages transmitted non-anonymously/other) and subject identification without distinction.

Topic message filtering layer: and filtering out a message list under the corresponding topic identification from the aggregated messages according to the topic identification to be displayed currently for displaying.

A presentation layer: and displaying different conversation styles according to conversation types (anonymous/non-anonymous), and prompting the user whether the user is currently chatting anonymously or non-anonymously.

In the information transmission method of each embodiment of the application, a sender sends a message to a selected receiver in an anonymous form, the selected receiver displays the message sent by the sender in an anonymous mode in a chat interface corresponding to the anonymous name of the sender, and replies the message to the sender in a non-anonymous mode, and after receiving the message replied by the receiver, the sender displays the message replied by the receiver in a non-anonymous mode.

Namely, a user A (sender) selects a friend user B to send an information sending request under a certain theme of a theme interface, a server creates a message, and the identity of the user A is packaged into the message as anonymous information and pushed to the user B. And the user B unpacks the message and caches the anonymous information solved from the message (for carrying in subsequent reply information). And the user B presents the message sent by the user A in an anonymous mode, and the anonymous name and the anonymous avatar carried in the anonymous information are displayed in a chat window. And the user B replies the user A message at a certain opportunity, packages the anonymous information cached before into the message to be replied by the user B and sends the message to the server. And the server pushes the message replied by the user B to the user A. User a unpacks the message and caches the anonymous information. User a presents the message in a non-anonymous manner, presented in a chat window using the real nickname and real avatar of user B.

It should be understood that although the various steps in the flow charts of fig. 2-4 are shown in order as indicated by the arrows, the steps are not necessarily performed in order as indicated by the arrows. The steps are not performed in the exact order shown and described, and may be performed in other orders, unless explicitly stated otherwise. Moreover, at least some of the steps in fig. 2-4 may include multiple sub-steps or multiple stages that are not necessarily performed at the same time, but may be performed at different times, and the order of performance of the sub-steps or stages is not necessarily sequential, but may be performed in turn or alternating with other steps or at least some of the sub-steps or stages of other steps.

In one embodiment, a computer device is provided, which may be the transmitting end 10, the server 20 or the receiving end 30 in fig. 1, and its internal structure diagram may be as shown in fig. 13. The computer device includes a processor, a memory, and a network interface connected by a system bus. Wherein the processor of the computer device is configured to provide computing and control capabilities. Wherein the memory includes a non-volatile storage medium and an internal memory. The non-volatile storage medium of the computer device stores an operating system and a computer program. The internal memory provides an environment for the operation of an operating system and computer programs in the non-volatile storage medium. The network interface of the computer device is used for communicating with an external terminal through a network connection. Which computer program is executed by a processor to carry out the steps of the embodiments of the methods described above. When the computer device is the sending end 10 or the receiving end 20, the computer device may further include a display screen and an input device, the display screen of the computer device may be a liquid crystal display screen or an electronic ink display screen, and the input device of the computer device may be a touch layer covered on the display screen, a key, a trackball or a touch pad arranged on a casing of the computer device, or an external keyboard, a touch pad or a mouse, and the like.

Those skilled in the art will appreciate that the architecture shown in fig. 13 is merely a block diagram of some of the structures associated with the disclosed aspects and is not intended to limit the computing devices to which the disclosed aspects apply, as particular computing devices may include more or less components than those shown, or may combine certain components, or have a different arrangement of components.

In one embodiment, a computer device is provided, comprising a memory storing a computer program and a processor implementing the steps of the above method when the processor executes the computer program.

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

It will be understood by those skilled in the art that all or part of the processes of the methods of the embodiments described above can be implemented by a computer program, which can be stored in a non-volatile computer-readable storage medium, and can include the processes of the embodiments of the methods described above when the program is executed. Any reference to memory, storage, database, or other medium used in the embodiments provided herein may include non-volatile and/or volatile memory, among others. Non-volatile memory can include read-only memory (ROM), Programmable ROM (PROM), Electrically Programmable ROM (EPROM), Electrically Erasable Programmable ROM (EEPROM), or flash memory. Volatile memory can include Random Access Memory (RAM) or external cache memory. By way of illustration and not limitation, RAM is available in a variety of forms such as Static RAM (SRAM), Dynamic RAM (DRAM), Synchronous DRAM (SDRAM), Double Data Rate SDRAM (DDRSDRAM), Enhanced SDRAM (ESDRAM), Synchronous Link DRAM (SLDRAM), Rambus Direct RAM (RDRAM), direct bus dynamic RAM (DRDRAM), and memory bus dynamic RAM (RDRAM).

The technical features of the above embodiments can be arbitrarily combined, and for the sake of brevity, all possible combinations of the technical features in the above embodiments are not described, but should be considered as the scope of the present specification as long as there is no contradiction between the combinations of the technical features.

The above examples only express several embodiments of the present application, and the description thereof is more specific and detailed, but not construed as limiting the scope of the present application. It should be noted that, for a person skilled in the art, several variations and modifications can be made without departing from the concept of the present application, which falls within the scope of protection of the present application. Therefore, the protection scope of the present patent shall be subject to the appended claims.

Claims

1. An information transmission method, comprising the steps of:

receiving a theme request sent by a sender, responding to the theme request, determining a theme from all preset themes in a server and all candidate receiver identifications corresponding to the theme and returning the theme to the sender, wherein the candidate receiver identifications are determined based on all friend identifications associated with the sender identification of the sender;

receiving an information sending request sent by the sender through an instant chat tool, wherein the information sending request carries a sender identifier, a subject identifier corresponding to the subject and a selected receiver identifier;

responding the information sending request, determining anonymous information corresponding to the sender identification, and obtaining a tag in a theme corresponding to the theme identification, wherein the tag is comment information, the anonymous information comprises an anonymous identification number, the anonymous identification number is not the real identity of the sender, the anonymous identification number is in one-to-one correspondence with the sender identification and is uniquely corresponding to the sender identification;

generating information to be sent based on the label;

2. The method of claim 1, wherein determining anonymous information corresponding to the sender identity comprises: and determining anonymous information corresponding to the sender identification based on the user characteristic data associated with the sender identification.

3. The method of claim 1, wherein the step of determining and returning a topic and each candidate recipient identification corresponding to the topic from each preset topic in response to the topic request comprises:

responding to the theme request, determining the theme from all preset themes, and determining all candidate receiver identifications corresponding to the theme based on all friend identifications associated with the sender identification;

generating a subject interface based on the subject and the candidate receiver identifications;

and returning the theme interface to the sender.

4. The method of claim 3, wherein determining a topic from among the preset topics comprises:

and determining candidate topics based on each preset topic, wherein one of the candidate topics is arbitrarily selected and determined as the topic, and each candidate topic comprises a preset topic obtained by filtering topics recorded in a history topic record in each preset topic.

5. The method of claim 3, wherein determining the manner of each candidate recipient identification corresponding to the topic comprises:

acquiring a message record associated with the sender identifier;

determining the association degree between each friend identifier and the sender respectively based on the message record associated with the sender identifier;

and determining each candidate receiver identification from each friend identification according to each association degree.

6. The method of claim 5, wherein the number of each of the candidate recipient identifications is a preset number;

according to each association degree, the step of determining each candidate receiver identifier from each friend identifier comprises the following steps:

determining each preset friend identifier of which the association degree is greater than a first preset association degree in each friend identifier;

randomly selecting a predetermined friend identifier from the predetermined friend identifiers to serve as a candidate receiver identifier;

determining each candidate friend identifier from each friend identifier based on the candidate receiver identifier and the corresponding relationship between the candidate receiver identifier and the sender identifier;

and determining the preset number minus one candidate receiver identification based on each candidate friend identification.

7. The method of claim 6 wherein determining the manner in which each candidate buddy is identified comprises:

when the grouping of the candidate receiver identification does not belong to the grouping established by default in advance, determining the friend identification in the grouping as each candidate friend identification;

when the group where the candidate receiver identification is located belongs to a group which is established in advance in a default mode and the candidate receiver identification is associated with the same multi-person conversation group identification as the sender identification, randomly selecting one same multi-person conversation group identification from the same multi-person conversation group identifications, and determining friend identifications associated with the candidate receiver identification in the same multi-person conversation group identification as the candidate friend identifications;

and when the group where the candidate receiver identification is located belongs to a pre-default created group and the candidate receiver identification is not associated with the same multi-person conversation group identification as the sender identification, determining each friend identification as each candidate friend identification.

8. The method of claim 3, further comprising:

receiving a receiver identification updating request which is sent by the sender and carries the subject identification;

responding to the receiver identification updating request, and re-determining each candidate receiver identification based on each updated friend identification; each updated friend mark is a friend mark obtained after filtering the friend mark in the history subject record associated with the sender mark in each friend mark;

and updating the theme interface according to the theme and the re-determined identifications of the candidate receivers.

9. The method of claim 3, further comprising:

receiving a theme updating request sent by the sender;

responding to the theme updating request or when the information sending request is received, re-determining the theme based on each filtered theme, and re-determining each candidate receiver identification corresponding to the theme;

and updating the theme interface according to the redetermined theme and the redetermined candidate receiver identification, wherein each filtered theme is a theme obtained after filtering themes in the history theme record associated with the sender identification in each theme.

10. The method of claim 1, further comprising:

receiving response information returned by the receiver, wherein the response information carries reply information corresponding to the selected receiver identification and the anonymous information;

and sending the response information to the receiver identification corresponding to the anonymous information.

11. An information transmission method, comprising the steps of:

sending a theme request to a server;

receiving a theme determined from preset themes in a server and candidate receiver identifications corresponding to the theme returned by the server in response to the theme request, wherein the candidate receiver identifications are determined based on friend identifications associated with a sender identification of the sender;

under the theme, responding to the selection operation of a selected receiver identifier in the candidate receiver identifiers, using the selected receiver identifier as a selected receiver identifier for receiving information, and generating an information sending request, wherein the information sending request carries the sender identifier, the selected receiver identifier and the theme identifier corresponding to the theme;

the information sending request is sent to the server through an instant chat tool, the information sending request is used for indicating the server to determine anonymous information corresponding to a sender identification, a label in a theme corresponding to the theme identification is obtained, the label is comment information, user characteristic data associated with the anonymous information sender identification corresponding to the sender identification is related, the anonymous information comprises an anonymous identification number, the anonymous identification number is not the real identity of the sender, the anonymous identification number is in one-to-one correspondence with the sender identification and is uniquely corresponding to the sender identification, and information to be sent is generated based on the label.

12. The method of claim 11, wherein receiving the subject and the candidate recipient identifications corresponding to the subject comprises:

and receiving a theme interface returned by the server in response to the theme interface request, wherein the theme interface comprises the theme and candidate receiver identifications corresponding to the theme.

13. A computer device comprising a memory and a processor, the memory storing a computer program, characterized in that the processor, when executing the computer program, implements the steps of the method according to any of claims 1-12.

14. A computer-readable storage medium, on which a computer program is stored, which, when being executed by a processor, carries out the steps of the method of any one of claims 1 to 12.