CN115190093B

CN115190093B - Method, device, computer equipment and storage medium for simplifying instant messaging operation

Info

Publication number: CN115190093B
Application number: CN202210940931.4A
Authority: CN
Inventors: 吕春云; 王桂英
Original assignee: Individual
Current assignee: Individual
Priority date: 2022-08-07
Filing date: 2022-08-07
Publication date: 2024-04-09
Anticipated expiration: 2042-08-07
Also published as: CN115190093A

Abstract

The application relates to a method, a device, a computer device and a storage medium for simplifying instant messaging operation. The method comprises the following steps: acquiring information to be transmitted, wherein the information to be transmitted comprises characteristic information of a target information receiving object and position information of the characteristic information; determining a communication mode, wherein the communication mode comprises at least one of a communication mode, a combination type, a separation mode and an output type; matching and judging the characteristic information with a judging standard to obtain target conforming objects, and forming a second set by all the target conforming objects; when all target information receiving objects are within the application range of the judging standard, responding to a sending instruction, and sending the information to be sent to the corresponding elements of the second set in a set form; all elements of the second set are all target information receiving objects. By adopting the method, the operation steps of instant messaging can be simplified within a set range, and meanwhile, the accuracy of a communication target object is ensured.

Description

Method, device, computer equipment and storage medium for simplifying instant messaging operation

Technical Field

The present invention relates to the field of computer communications technologies, and in particular, to a method, an apparatus, a computer device, and a storage medium for simplifying an instant messaging operation.

Background

With the development of internet technology, instant Messaging (IM) applications are becoming more popular, and integrated information platforms integrating communication, collaboration, and internet of things have been developed. An instant messaging application refers to a program capable of instant transmission and reception of internet messages.

At present, based on the group sending or forwarding function of the instant messaging application, indiscriminate synchronous transfer of messages can be realized, namely, the target messages received by the target information receiving objects are the same, and the target information receiving objects are manually selected and determined. In practice, scenes such as sending differentiated holiday greeting information synchronously aiming at objects of different age periods, synchronously decomposing plans of different organization departments or replacing target information receiving objects corresponding to manual selection characteristic information and the like are needed, namely, quick communication aiming at the target objects is realized, and a technical scheme is needed to realize convenient and simplified communication operation.

Disclosure of Invention

In view of the foregoing, it is desirable to provide a method, apparatus, computer device, and storage medium capable of simplifying instant messaging operations.

A method of simplifying instant messaging operations, the method comprising:

Acquiring information to be transmitted; the information to be sent comprises characteristic information of a target information receiving object and position information of the characteristic information;

determining a communication mode; the communication modes comprise a communication mode, a combination type, a separation mode and an output type;

matching and judging the characteristic information with a judging standard to obtain a target conforming object; forming a second set from all of the target conforming objects;

when all the target information receiving objects are within the application range of the judging standard, determining a sending instruction, and sending the information to be sent to the corresponding elements of the second set in a set form; all elements of the second set are all the target information receiving objects.

An apparatus that simplifies instant messaging operations, the apparatus comprising:

the information acquisition module is used for acquiring information to be transmitted; the information to be sent comprises characteristic information of a target information receiving object and position information of the characteristic information;

a communication mode determining module for determining a communication mode; the communication modes comprise a communication mode, a combination type, a separation mode and an output type;

the matching and judging module is used for matching and judging the characteristic information with a judging standard to obtain a target conforming object; forming a second set from all of the target conforming objects;

The information sending module is used for determining a sending instruction when all the target information receiving objects are in the application range of the judging standard, and sending the information to be sent to the corresponding elements of the second set in a set form; all elements of the second set are all the target information receiving objects.

In one embodiment, the matching and determining module is further configured to at least one of time-efficient matching, partitioned matching, fault-tolerant matching, or iterative matching of the feature information.

In one embodiment, the matching and determining module includes an information prompt module for generating a prompt message that may be used to determine at least one of a result prompt, an auxiliary address book object information update, or an auxiliary determination criteria update.

In one embodiment, the information sending module is further configured to implement real-time communication with a target session object corresponding to the feature information.

In one embodiment, the information sending module further includes an aggregation display module, where the aggregation display module is configured to generate and display an aggregation information on a preset display interface when tasks are synchronously assigned to different target objects; the aggregation information comprises aggregation display of the target session identification and/or summarized sharing of the target task information.

A computer device comprising a memory storing a computer program and a processor which when executing the computer program performs the steps of:

A computer readable storage medium having stored thereon a computer program which when executed by a processor performs the steps of:

In the method for simplifying instant messaging operation, firstly, information to be sent is obtained, wherein the information to be sent comprises characteristic information of a target information receiving object and position information of the characteristic information; by intensively acquiring the information to be transmitted, the operation steps of acquiring the information and the operation steps of searching the feature information can be simplified. And secondly, determining a communication mode, wherein the communication mode comprises a communication mode, a combination type, a separation mode and an output type. The communication mode of the acquired information to be sent can be analyzed and determined through the constructed common communication mode database, so that the operation steps of manually determining the communication mode are simplified; the information to be sent can be split and then sent to the corresponding target information receiving object by setting the separation mode, and the operation steps of repeatedly acquiring or splitting the information to be sent can be simplified. Thirdly, matching and judging the characteristic information with a judging standard to obtain target conforming objects, and forming a second set by all the target conforming objects; and when all the target information receiving objects are in the application range of the judging standard, determining a sending instruction, and sending the information to be sent to the corresponding elements of the second set in a set form. Within the set range, carrying out coincidence judgment on target feature objects obtained by matching the feature information with the judgment standard or address book data by utilizing the judgment standard to obtain all target information receiving objects; thereby realizing the operation step of replacing manual selection of the target information receiving object. In summary, the present application can simplify the operation steps of instant messaging within a set range, and simultaneously ensure the accuracy of a communication target object.

Drawings

FIG. 1 is an application environment diagram of a method of simplifying instant messaging operations in one embodiment;

FIG. 2 is a flow chart illustrating a method of simplifying instant messaging operations in one embodiment;

FIG. 3 is a session window diagram of a session application in one embodiment;

FIG. 4 is a diagram of a message sending interface according to one embodiment;

FIG. 5A is a schematic diagram of a communication mode setting dialog in one embodiment;

FIG. 5B is a schematic diagram of a common communication mode database in one embodiment;

FIG. 6 is a diagram illustrating an address book structure and object attribute information according to an embodiment;

FIG. 7 is a diagram of a decision criteria setting dialog box in one embodiment;

FIG. 8 is a schematic diagram of a hint information interface in one embodiment;

FIG. 9 is a schematic diagram of an aggregate information interface in one embodiment;

FIG. 10 is a schematic diagram of an information transceiving interface to be sent in one embodiment;

FIG. 11 is a schematic diagram illustrating an apparatus structure for simplifying instant messaging operations according to an embodiment;

FIG. 12 is a schematic diagram of the internal structure of a computer device in one embodiment.

Detailed Description

In order to make the objects, technical solutions and advantages of the present application more apparent, the present application will be further described in detail with reference to the accompanying drawings and examples. It should be understood that the specific embodiments described herein are for purposes of illustration only and are not intended to limit the present application. In the description of the present invention, the term "first\second\third" is merely to distinguish similar objects and does not represent a specific ordering for the objects, it being understood that the "first\second\third" may interchange a specific order or sequencing where allowed. The meaning of "a plurality of" means at least two, e.g., two, three, etc., unless explicitly defined otherwise. "send" is an action pronoun in this application and may refer to a concrete verb in reality, for example, at least one of verbs including, but not limited to, select, send, distribute, call, create, dial, or share; the meaning of "send" may be determined according to the specific context of use, and is not limited in this application.

The method for simplifying instant messaging operation can be applied to an application environment shown in fig. 1. The terminal 102 obtains information to be sent, wherein the information to be sent comprises characteristic information of a target information receiving object and position information of the characteristic information; the terminal 102 determines a communication mode including a communication mode, a combination type, a separation mode, and an output type; the terminal 102 uploads a first data packet comprising information to be sent and a communication mode to the server 104, and the server 104 obtains feature information through the position information of the feature information; then matching and judging the characteristic information with cloud or local judgment standards to obtain target conforming objects, and forming a second set by all the target conforming objects; when all the target information receiving objects are within the application range of the decision criteria, the terminal 102 may trigger the server 104 to execute a sending instruction, and send the information to be sent to the corresponding elements of the second set in a set form; all elements of the second set are all target information receiving objects.

Finally, the terminal 102 may send the information to be sent to at least one of the corresponding terminal 102, terminal 106 or terminal 108 in a set form through the server 104. It will be appreciated that at least one of the semantic analysis, matching or determination of the data processing described above may be performed by the user terminal 102 or by a combination of the terminal 102 and the server 104.

The terminals 102, 106, and 108 may be, but are not limited to, various personal computers, notebook computers, smartphones, tablet computers, and portable wearable devices, and the server 104 may be an independent physical server, a server cluster or a distributed system formed by a plurality of physical servers, or a cloud server that provides cloud services, cloud databases, cloud computing, cloud functions, cloud storage, network services, cloud communication, middleware services, domain name services, security services, content distribution services, and basic cloud computing services such as big data and artificial intelligence platforms. The terminals 102, 106, 108, and the server 104 may be directly or indirectly connected via wired or wireless communication, and the present application is not limited thereto.

In one embodiment, the terminal 102 runs an instant messaging application, which is an instant messaging (InstantMessaging, IM) application designed for users, and staff can perform work dialogue through the instant messaging application, and also can perform office functions such as file transmission, information statistics, daily attendance, voice video call, conference reservation or mail exchange through the instant messaging application, so as to realize collaborative office among staff. The social relation chain in the instant messaging application can be a friend relation chain, and can also be a relation chain constructed based on division and upper-lower relation in enterprises or organizations. The group may be an instant messaging group, a temporarily established discussion group, or a discussion group established based on an existing group, etc. Instant messaging applications refer to programs that are capable of sending and receiving internet messages on the fly. The method for simplifying instant messaging operations provided in the embodiments of the present application may be performed by an instant messaging application running on the terminal 102.

In one embodiment, as shown in fig. 2, a method for simplifying instant messaging operation is provided, and the method is applied to any terminal in fig. 1 for illustration, and includes the following steps:

step S202, obtaining information to be transmitted; the information to be transmitted includes feature information of the target information receiving object and position information of the feature information.

The information to be sent is information sent by the information sending terminal to the information receiving terminal, and the information sending terminal and the information receiving terminal can be equipment terminals or user terminals, and the terminals are collectively called as objects, so that the application is not limited herein. The information to be transmitted can be real-time data generated by the equipment terminal, or various information displayed, stored, input or linked outside on the user terminal. The information to be transmitted may be transmitted to the receiving terminal after being modified. The information to be transmitted may be, but is not limited to, at least one of "blank" information, text, pictures, expressions, audio, video, links, office documents, folders, compressed files. The links can be links shared in the social application or links shared from other applications; the link can be a link for locating media resources and can be used for opening corresponding media resource browsing pages; the link can also be a link for locating an online shopping page, and can be used for opening the corresponding online shopping page; the link may also be a link for locating a download page, which may be used to open a corresponding download page. The particular form and use of the links is not limited herein.

The target information receiving object refers to a terminal for receiving information, and the target information receiving object can be any combination or split constructed based on a user terminal, a device terminal, a user group terminal and a device group terminal; the target information receiving object may be a physical terminal or a virtual terminal. Group sessions refer to the manner in which at least three users conduct a session, and may be, for example, group sessions in an instant messaging application. The target information receiving object may be a plurality of device terminals and a plurality of user group terminals, or may be one user group terminal and a plurality of user terminals, which is not limited herein.

The address book of the target terminal consists of terminals which can communicate with the target terminal; the address book can be a friend relation structure established based on a friend relation chain, and can be an organization structure tree constructed based on division and upper-lower relation in an enterprise or organization; the specific structure form of the address book can be set according to actual conditions. The object in the address book has attribute information, which may be at least one of, but not limited to, an avatar, a name, a nickname, a name, a telephone, an address, a mailbox, a hobbies, a unit, a job, a device name, a geographic location, a registration number, a two-dimensional code, and a remark.

The characteristic information has attribute information of the address book object, which can include one or more attribute information and can include all or a fragment of the attribute information; and the characteristic information can be matched with address book data to obtain a target matching object. The target matching object obtained by matching the characteristic information with the communication data can be fixed or can be changed in real time. When there are a plurality of attribute information of the target information receiving object in the feature information, the separation may be performed using the identifiers; the separation identifier may be any identifiable information such as punctuation marks, mathematical sequence numbers, special symbols, icons or keywords, etc. The separation identifiers can be set with different priorities, and target users can be preset according to the needs; for example, "a", "B", "C", and "D" in the feature information "a" and "B, CD" respectively correspond to the address book object A, B, C, D, where, the pause number "," and the bracket "()" are all separation identifiers, and the priority of the separation identifier Fu Kuohao "()" is greater than that of the separation identifier Fu Duhao ", then the feature information" a "and" B, CD "can be understood as corresponding to two target information receiving objects, namely, the object a and the group object BCD; note that, in the case where there is no separation identifier between the feature information "C" and "D", the group object may be built by default. When the feature information includes a plurality of target information receiving objects and has no separation identifier, the separation identifier may be omitted by default, the feature information corresponds to a plurality of independent target information receiving objects, and the feature information "EF" includes address book objects E and F, for example, it may be understood that the feature information "EF" corresponds to two independent target information receiving objects E and F.

The location information may be used to directly indicate the location of the feature information and may be used to indirectly direct the location of the feature information. Illustratively, the location information may be an indication identifier, or may be composed of a guide identifier and feature guide information; for example, the location information may be used to guide the location of information such as a field name of an Excel file, a page number of a Word file, a time point of a voice and video, etc., so as to indirectly guide the location of feature information. The identifier of the location information is any identifiable information that can be shared with the identifier of the communication mode; communication mode identifiers such as telephone icons, voice icons, video icons, or message voice icons may also be used as identifiers for location information; the specific content and representation of the identifier of the location is not limited in this application.

Specifically, when the target user desires to send information to the target information receiving object, the target user terminal may acquire information to be sent according to a triggering operation of the target user on the session application; the session application may specifically be the instant messaging application described above. The triggering operation may be any operation, may be at least one of an input operation, a touch operation, a voice operation, an operation performed by an input device such as a mouse, or a gesture operation, and may be any one of a keyboard input operation, a click operation, a double click operation, a long press operation, a left slide operation, or a right slide operation, which is not limited herein. Various contents displayed, stored, input or linked outside on the user terminal can be triggered by the session application to acquire information to be transmitted. The specific acquisition path of the information to be sent can be determined according to practical situations, and the application is not limited herein. Thus, when a target user wants to send a certain content, the content can be operated so as to trigger a session application running on the target user terminal to acquire information to be sent. It will be appreciated that the information to be transmitted may be acquired in steps, for example, feature information or location information is acquired in steps; information other than the feature information or the position information may be preferentially acquired.

In one embodiment, referring to fig. 3, the conversation application may display a conversation window 300 according to a trigger operation of the target user, wherein the conversation window 300 may include an input control, a position indication button, a position guide button, a search control, a shortcut transmission button, a regular transmission button, and the like. FIG. 3 illustrates a session window diagram of a session application in one embodiment.

In one embodiment, the session window 300 includes a message input box 302 corresponding to the input control, and the target user terminal may obtain the input information to be sent through the message input box 302. For example, the target user may enter "AB, CD four in the message input box 302-! "; where "AB, CD" is characteristic information of the target information receiving object, and "it is a position indication identifier. The target user may also enter "name ∈year class table · xls" in the message input box 302; the name is the field name of the year class table xls of the Excel file, and the location information name is the location guide identifier, so that the location information name can indirectly guide the characteristic information of the column where the field name is.

In one embodiment, the session window 300 contains a voice input button 301, and the target user terminal may acquire information to be transmitted through the voice input button 301. For example, the target user can trigger the target user terminal to record the voice content of the target user as the language information to be sent through long-press operation of the voice input button 301; the language information to be transmitted may include three parts: the feature information voice, the location information voice of the feature information and the basic information voice, the location information voice can be any specific voice recorded in advance, for example, voice "gang" can be used as the identification of the location information voice.

In one embodiment, in response to a trigger operation of the location indication button 320 by the target user, the target user terminal may generate location indication information of the feature information while displaying the location indication identifier "; the location indication information may be used to directly index the feature information.

In one embodiment, in response to a trigger operation of the position guide button 322 by the target user, the target user terminal may generate position guide information of the feature information while displaying the position guide identifier "∈"; the location guidance information may be used to indirectly index the feature information.

In one embodiment, the information to be transmitted is acquired in steps; the information to be transmitted may include two parts, namely basic information and medium information; the media information may contain feature information and/or location information of the feature information. When information to be transmitted is partitioned into one or more sub-information to be transmitted, the partitioned form of the information to be transmitted specifically shows: the basic information and the medium information keep corresponding separation forms; namely, the sub-information to be transmitted comprises corresponding basic sub-information and medium sub-information, wherein the medium sub-information comprises characteristic information and/or position information of the characteristic information. It can be understood that the media information and the base information have a corresponding relationship in the same or different separation dimensions, that is, when the media information and the base information are separated in synchronization, respectively, the base sub-information and the media sub-information maintain a corresponding relationship.

In one embodiment, session window 300 includes at least one session message. Session messages refer to messages sent by a user account and may be initiated for any one of the session members, including but not limited to text, emoticons, pictures, audio, video, files, or links. Each session message may correspond to at least one of a message collection time, a message transmission time, and a message reception time. Each session message may also correspond to information of the message publisher, such as an account name of a user account corresponding to the message publisher. The user account refers to an account registered in instant messaging software. One session may correspond to a plurality of session messages, which may include at least one of a normal message, a reply message, and a control message. The reply message is a reply to the normal message. The conversation message may be, for example, a post (post), which may be distinguished as a main post and a reply post. The normal message may be referred to as a primary tile and the reply message may be referred to as a reply tile. A common message may correspond to multiple reply messages, e.g., a primary tile may correspond to multiple reply tiles. The control message refers to a message for prompting, and may be, for example, a prompting message prompting an update of the aggregation information.

In one embodiment, the characteristic information may be acquired step by step when the information to be transmitted is acquired. Specifically, when feature information needs to be acquired step by step, the target user terminal can acquire the feature information according to the triggering operation of the target user on the session application.

In one embodiment, after the target user terminal obtains the long-press operation for one session message 310 triggered by the target user, an operation menu popup window 312 for the session message is displayed, where the operation menu popup window 312 includes multiple operation items for the session message, including, but not limited to, copy, forward, distribute, share, multiple options, delete, and other operation items; after the target user selects the "forward" operation item in the operation menu pop-up window 312, referring to fig. 4, a message transmission interface 400 is displayed in which feature information can be acquired; the target user can input the characteristic information 'Aa, bb' in the input box corresponding to the search control 402 through the message sending interface, and then the target user terminal acquires the characteristic information 'Aa, bb' step by step after acquiring the session message 310. For another example, the address book object data may be pulled according to the triggering operation of the user in the forwarding confirmation interface 400, so that the target user can conveniently select the corresponding target information receiving object; for another example, the messaging interface includes session identifications of historical sessions, and the target user selects a session identification of a target session to determine a corresponding target session. FIG. 4 is a diagram of a message sending interface according to one embodiment.

An input and search control 402 and an address list control 404 that can acquire media information are displayed on the upper portion of the message sending interface 400, a session identification area 406 to be selected is displayed on the middle portion of the message sending interface 400, and a shortcut sending button 303 for triggering sending a message, a cancel button 408 for canceling sending the message, and a button 314 are displayed on the bottom portion of the message sending interface 400.

In one embodiment, the location information of the feature information may be acquired step by step when the information to be transmitted is acquired. For example, after the target user terminal obtains the distribution operation for one session message 316 triggered by the target user, the target user may input the position information "responsible ∈" in the message determination interface, and then the information to be sent obtained by the target user terminal step by step includes: session message 316 and "responsible ∈", i.e., base information and media information formats; the "responsible person" is the field name of the Excel file product promotion activity table xls, and the "Σ" is the location guide identifier of the feature information of the column where the field name "responsible person" is located.

On the basis of the above embodiments, after the target user terminal obtains the distribution operation for one session message 318 triggered by the target user, the target user may input the media information "responsible ∈product promotion active list ∈" in the message determination interface, and further, the information to be sent obtained by the target user terminal step by step includes: session message 318 and "responsible; the session message 318 is a Word file, the "responsible person" is a field name of an Excel file "product promotion activity table xls", and the "∈" is a guide identifier of the feature information location in the column where the field name "responsible person" is located. When the information to be transmitted is divided into one or more sub-information to be transmitted, the basic information and the medium information included in the information to be transmitted keep corresponding separation forms; for example, when the session message 318 is divided according to the "page" of the Word file, the characteristic information included in the media information "responsible person.

In one embodiment, the session window 300 includes a message search box 308 corresponding to the search control, and the target user terminal may search various information, such as information "bright. Mp3", displayed, stored, input, or external to the link on the target user terminal through the message search box 308, for example, after the target user inputs the information "bright. Mp3" to the search box 308, the target user terminal may search to obtain the audio information "bright. Mp3".

Step S204, determining a communication mode; the communication modes include a communication mode, a combination type, a separation mode, and an output type.

The communication mode can be at least one of information, voice call, video call, short message, telephone and mail; the priority of the different communication modes may be different. Illustratively, the priorities of the message, the voice call, and the video call are sequentially increased. The communication mode identifier may be shared with an identifier of the location information, for example, a telephone icon, a voice icon, a video icon, or a message voice icon, etc. may also be used as an identifier of the location information.

The combination type is a session form constructed after combination or splitting based on the object and the group object corresponding to the characteristic information; in particular, the separation identifier may be used to separate the feature information into a plurality of feature information fragments, and the session form constructed after combination or splitting is performed based on the feature information fragments. By way of example, the combination type may be, but is not limited to, at least one of a collective form, an elemental form, and a prokaryotic form; for example, the characteristic information of the target information receiving object is "AB, CD", and corresponds to four objects A, B, C and D in the address book; the combination type of the feature information can be a target information receiving object consisting of objects ABCD, namely, a collection form; two target information receiving objects, namely element forms, consisting of an object AB and an object CD; it is also possible that four target information receiving objects consisting of objects A, B, C and D, i.e. in a prokaryotic form. The specific combination or split form of the feature information fragments can be determined according to practical situations, and the application is not limited herein. The separation means is means for separating information to be transmitted into one or more sub information to be transmitted. The separation means may be, but is not limited to, at least one of a whole, a time period, a paragraph, a line, a title, an outline, a page number, a character identification, or a file name of the information to be transmitted; when the separation mode is 'integral', the information to be sent is separated into one whole by default, namely, the information is not separated or split. For example, the separation may be the information to be sent "AB, CD four good morning-! The whole of the Word file can be a time period of the audio information 'bright. Mp 3' to be transmitted, can be paragraphs, page numbers or outline of the chorus scheme-personnel and division. Doc 'of the Word file to be transmitted, and can also be a row, a column or a file name of the audience seat table-comprehensive part. Xls' of the Excel file to be transmitted.

The output type may be a conversion of information type, such as text to picture, excel file to picture, word file to PDF file or audio to text, etc.; the output type may be modification of the information content, for example, deletion and replacement of feature information, replacement of position information, setting of an information content editable area, and the like; the output type can be the type of information display, such as information, notification or task, and also can be floating display, fixed display or aggregation display of information; the specific content and form of the output type is not limited in this application. The message can be the information to be sent, and the structure is simple; the notification may be to attach information such as a title, a theme, a summary, or a time period, in addition to the information to be transmitted; the task is to add functions such as interaction and feedback on the basis of notification, and the information has the structural characteristics of multiple stages, multiple layers, intersection and the like.

Specifically, when the target user terminal correspondingly displays a first window containing information to be sent, the target user can obtain a dialog box for determining a communication mode through triggering operation of the target user terminal on the first window, and then the target user can construct a common communication mode database; the communication mode database may also be system preset. The target user terminal can automatically analyze and identify the communication mode of the acquired information to be sent according to the common communication mode database, and the target user can modify the communication mode automatically analyzed and identified by the target user terminal according to actual needs.

In one embodiment, referring to fig. 5A, the target user terminal may include a button 314 in the session window 300; when a trigger operation of the button 314 is acquired, the target user terminal may correspondingly display a communication mode setting dialog 502 for determining a communication mode. Wherein the communication mode setting dialog 502 may include: a list box control 504 for displaying the acquired pending information and the media information, a plurality of drop-down list box control groups 506 for determining a communication mode, a check box control 508 for determining an information output type, an add default item button 510 for adding general communication mode data, a mode database button 512 for viewing a communication mode database, and a form setting button 514 for setting a form, etc. Fig. 5A illustrates a schematic diagram of a communication mode setting dialog in one embodiment.

In one embodiment, the information list control 504 may be linked with a control related to communication mode setting, and the target user terminal may display the acquired information in the information list 504, and identify a communication mode of the information to be sent according to the information type and the acquisition mode of the acquired information and the common communication mode database analysis. The target user can trigger the drop-down list box control group 506 to correspondingly display the communication mode analyzed and identified by the target user terminal by clicking the information detail in the information list 504; the target user may add the communication mode of the common information type set by the drop-down list box control group 506 to the communication mode database by adding the default item button 510. The target user may trigger the target user terminal to display the usual communication mode database interface 5122 through the mode database button 512, referring to fig. 5B, and further may view usual communication mode data; the target user may modify the communication mode data displayed by common communication mode database interface 5122 through drop down list box control group 506. FIG. 5B illustrates a common communication mode database schematic in one embodiment.

Wherein, the common communication mode database interface 5122 correspondingly displays the communication mode data of the common information type stored in the target user terminal; exemplary, communication mode data of the text information includes: the acquisition mode is input, the separation mode is integral, the combination type of the characteristic information is in an element form, the output type is original format, the characteristic information is modified into title information and the position information is modified into comma ',' are; the communication mode data of the Word file includes: the acquisition mode is forwarding, the separation mode is integral, the combination type of the characteristic information is element form, and the output type is original format; communication mode data of the Excel file includes: the acquisition mode is "distribution" or "sharing", the separation mode is "row", the combination type of the feature information is "element form", and the output type is "original format". The communication modes of the information such as the text, the Word file, the Excel file and the like are all 'messages'. It will be appreciated that the location information identifier may be shared with the communication mode identifier, i.e. both the communication mode and the location information are identified. The acquisition mode refers to operation classification of the target user terminal for acquiring the information to be transmitted.

Based on the above embodiments, in response to information to be sent triggered by operations such as input, forwarding, or distribution by the target user, the target user terminal may automatically analyze and identify a communication mode of the information to be sent according to a common communication mode database. For example, text information to be sent "AB, CD four-point" morning good-! The target user terminal automatically analyzes and identifies the communication mode of the information to be transmitted according to a common communication mode database, namely, the communication mode is a message, the separation mode is a whole, the combination type of the characteristic information is an element form, and the output type is a original format, the characteristic information is modified into title information and the position information is modified into comma ',' and the like; the "four" is a location information indicator of the feature information, and thus the target user terminal can obtain feature information "AB, CD" in the information to be transmitted through the location indication information.

Based on the above embodiments, for the information to be sent triggered by the forwarding operation of the target user, the information to be sent includes a basic information Word file "notification about a new review meeting," doc "and feature information" Aa, bb ", and the target user terminal automatically analyzes and identifies a communication mode of the information to be sent according to a common communication mode database, that is, the communication mode is" message, "the separation mode is" whole, "the combination type of the feature information is" element form, "the output type is" original format, "and the target user terminal easily obtains the feature information" Aa, bb "in the information to be sent.

Based on the above embodiments, for the information to be sent triggered by the target user distributing operation, the information to be sent includes a basic information Excel file "product promotion activity table: the communication mode is 'information', the separation mode is 'line', the combination type of the characteristic information is 'element form', the output type is 'original format and delete position information', and then the target user terminal obtains the characteristic information of the 'column' where the field name 'responsible person' is located through the position indication information 'responsible person's #.

It can be understood that by constructing the common communication mode database, the target terminal can analyze and identify the communication mode of the acquired information to be transmitted according to the common communication mode database, so that the operation steps of manually determining the communication mode are simplified; by fusing and sharing the identifiers of the multiple communication modes and the identifiers of the position information, the operation steps of switching different communication modes can be simplified; by setting characteristic information to replace and modify nickname information, the operation steps of inputting data quantity by information can be simplified; by using a separation mode, a plurality of sub-information to be sent can be distributed to the corresponding target information receiving object at one time, and the operation steps of repeatedly acquiring or splitting the information to be sent can be simplified.

Step S206, matching and judging the characteristic information with a judging standard to obtain a target conforming object; the second set is composed of all target-conforming objects.

Wherein, the judging standard is a standard composed of judging conditions conforming to the target reference object, and the different judging conditions have differences; the object to be determined may be a target feature object obtained by matching the feature information with the address book data, or may be a target feature object obtained by matching the feature information with the determination criterion. The decision condition may include, but is not limited to, at least one decision element in a target reference object, a decision attribute category, a match type, a feature designation, a logical expression, or a logical statement. The matching type refers to the type of the characteristic information matching target reference object; the match type may include, but is not limited to, at least one of complete, segmented, similar, proprietary, first letter, and character. The decision condition may also include other information such as data size, transmission time or information format, etc.; one or more equivalent judging conditions can be constructed by any target reference object and the corresponding judging elements thereof; only when the target feature object meets any equivalent judgment condition, the target feature object is calculated to meet the judgment standard. When the determination condition corresponding to the target feature object is "null", it may be determined that the determination criterion is not satisfied. And forming a first set by the target reference objects in the application range of the judging standard.

It may be appreciated that the address book data may include attribute information of the object, may include time-lapse data of the object, and the like; in certain cases, referring to fig. 6, the address book data may also include decision criteria. The address book structure may be 602 in fig. 6, for example; the object attribute information may be, for example, 604, wherein the decision information and the match type may construct a simplified decision condition. Fig. 6 is a schematic diagram of address book structure and object attribute information in one embodiment.

Specifically, in response to the target ue uploading the first data packet including the information to be sent and the communication mode to the server, the server may perform related data processing, including: firstly, a server can obtain feature information through the position information of the feature information, and performs semantic analysis on the feature information to obtain all feature information fragments and separation identifiers and logic Guan Jici contained in all feature information fragments; secondly, dividing each characteristic information segment into one or more minimum matching units according to the corresponding separation identifier and the logic relation word, and respectively utilizing the minimum matching units to match and judge with the judging standard to obtain a first target conforming object corresponding to the minimum matching units; then, according to the combination type of the semantics of the corresponding logical relation words and the feature information, the first target conforming object is recombined or split, so that a second target conforming object corresponding to each feature information fragment is obtained; the second set is composed of all second target-compliant objects. It can be understood that the feature information can be matched with the address book data first, and then the matching result is judged by utilizing the judging standard, so that the target conforming object is obtained.

In one embodiment, in response to a trigger operation to the operation item entry 304 in the session window 300, the target user terminal may correspondingly display the operation item list 306. Wherein, the operation item list 306 includes at least one operation item, such as an invitation member, an address book, a decision criterion, and a deletion session; the target user may trigger the target user terminal to correspondingly display a decision criterion setting dialog box 700 by clicking on the "decision criterion" operation item contained in the operation item list 306, referring to fig. 7; decision criteria setting dialog 700 may include search control 702, drop-down list box control group 704, option button control group 706, list box control 708, list box control 710, and the like. FIG. 7 illustrates a schematic diagram of a decision criteria setting dialog box in one embodiment.

In one embodiment, the target user terminal may obtain an address book object list related to, similar to, and identical to the search content according to the triggering operation of the search control 702, and the target user may select an object from the list as a new target reference object, and display a prompt message on a new button interface in the option button control group 706; when the search control 702 searches for "null" content, the target user terminal may acquire and display the interconnection architecture from which the target user selects an object as a newly added target reference object. The interconnection organization architecture comprises a friend relation structure established based on a friend relation chain and an organization structure tree constructed based on division and upper-lower relation in an enterprise or organization. For example, the target user terminal may take the search object selected by the target user by "double clicking" as the newly added target reference object, and display the number on the newly added button interface. The determination condition of the new target reference object may default to: the determination attribute information is name attribute information, and the matching type is "complete" or "segmented", or the like.

In one embodiment, the set of option button controls 706 may combine overlapping and proprietary data of the decision attribute information of the target reference object in the statistical decision criteria; for example, the option button control group 706 may combine and display data such as the same full name, the same two words, the same word, the private full name, and the private word of the judgment attribute information of all the target reference objects, or combine and count overlapping and exclusive data related to the judgment attribute information of the newly added target reference object. In response to a triggering operation of the option button control group 706 by the target user, the list box control 708 can correspondingly display a keyword list, while the list box control 710 can correspondingly display a target reference object and a judging condition thereof; the new target reference object and its determination conditions may be displayed differently, for example, may be displayed differently by using a color, a broken line, or the like. In response to a trigger operation of the target user on a keyword list item in the list box control 708, the list box control 710 may pertinently display a corresponding target reference object and its determination conditions. In response to a triggering operation, such as a single click selection operation, by a target user on any one of the list box controls 710, the target user can set a differentiated determination condition on that target reference object through the drop-down list box control group 704, and the list box controls 710 synchronously update the relevant data. Further, the target user can set differentiated determination conditions through the determination criterion setting dialog 700.

In one embodiment, the target user can screen out the address book object meeting the conditions from the address book by using objective conditions such as high maturity, high communication frequency, high information discrimination, high input proficiency, small influence result and the like, and add the object into the judgment standard, thereby being used as the target reference object; the address book data comprise two object horse-pairs with the same name attribute information, wherein the first address book object horse-pair is a common contact person, and the second address book object horse-pair belongs to a unusual contact person; the target user may take the first address book target horse super as the target reference object in the determination standard, and the second address book target horse super does not belong to the target reference object. The target reference object in the judgment standard has scope, and when the characteristic information 'horse surpass' is matched with the judgment standard and judged, the horse surpass of the first address book object is obtained to accord with the judgment standard; since the judgment condition of the second communication recording target horse is "null", the judgment criterion is not satisfied.

In one embodiment, target reference objects having the same or similar attribute information may set differentiated determination attribute information; for example, two target reference objects having the same name attribute information may be provided, the first target reference object may be provided with a determination that the attribute category is a name, and the corresponding attribute information is "zhaoyi"; the second target reference object may set the determination attribute category as remarks and the corresponding information as "two Liao". The judging attribute information has a difference, and when the characteristic information Zhang Liao is matched and judged with the judging standard, namely, the characteristic information is matched with the judging attribute information of the target reference object in the judging standard and the consistency is judged, the first target characteristic object ZhaoLiao accords with the judging standard; when the characteristic information Zhang Liao is matched with the judgment standard and judged, obtaining a second target characteristic object ZhaoLiao which accords with the judgment standard; when the feature information Liao is matched with the judgment standard and judged, the first and second target feature objects Liao are obtained to meet the judgment standard. Notably, the same target reference object as the feature information is not necessarily a target information receiving object, but is a target information receiving object only if the target feature object meets the criterion.

In one embodiment, target reference objects with the same or similar attribute information may set a differentiated matching type; for example, the two target reference objects Zhang Liao and Zhang Liaofei having similar name attribute information, the matching type of the determination attribute information of the target reference object tense may be set to "complete" or "segment", and the matching type of the determination attribute information of the target reference object Zhang Liaofei may be set to "complete". The matching types of the judging attribute information have differences, and when the characteristic information Liao is matched with the judging standard and judged, the target characteristic object Liao is obtained to accord with the judging standard; when the feature information Zhang Liao is matched with the judgment standard and judged, the Liaoning of the target feature object is obtained to accord with the judgment standard. It can be appreciated that when the feature information is "Liaofei", the determination result is that no target feature object meets the determination criterion; when the feature information is "Zhang Liaofei", the determination result is that the target feature object Zhang Liaofei meets the determination criterion.

In one embodiment, the target reference object may be a feature reference of a plurality of address book objects, and the determination condition of the target reference object may be a logic expression or a logic statement or the like; for example, the target reference FG may refer to a member of a "non-workgroup" in the address book, and the target reference may be "recent three-day contact" in the address book.

Based on the above embodiments, the target terminal may automatically analyze overlapping and proprietary data of the address book object, and generate prompt information of the differential determination condition according to the historical session data of the address book object, where the prompt information may be used to assist the target user in constructing the determination criterion.

It can be understood that it is impractical to directly obtain the target information receiving object only by matching the feature information with the address book data in the face of common situations such as homonym, homonym and homonym of the address book object; if the attribute information of the address book object is modified into the information of mutual difference, the practical problems of large modification workload and large memory are faced. Based on the above, objective conditions such as high maturity, high use frequency, high information discrimination, high input proficiency, small influence result and the like can be utilized to screen out target reference objects meeting the conditions from the address book, and then differentiated judging conditions are set for the target reference objects; the target user terminal can replace manual judgment of the target information receiving object corresponding to the characteristic information in a set range by utilizing the judgment standard; the judgment standard has strong practicability and pertinence.

In one embodiment, matching and determining the characteristic information to the decision criteria includes: at least one of time-efficient matching, partitioned matching, fault-tolerant matching, or iterative matching of the feature information.

In one embodiment, the target information receiving object is determined by a time-lapse factor, and the matching and determining of the characteristic information and the address book data includes: and determining target timeliness data corresponding to the characteristic information, and matching the target timeliness data with the timeliness data of the acquired address book object. The target timeliness data may be, but is not limited to, at least one of geographic location information, on Shift status, or attendance. It can be understood that the target information receiving object corresponding to the feature information may be changed in real time, and the target timeliness data is the feature information of the target information receiving object.

For example, the information to be sent is "ease park ∈customer Zhang Liao has ordered express mail, please get a piece in time. ", wherein" Σ "is a guide identifier of the position information of the characteristic information" xiaoyaojin park "in the information to be transmitted; the preset judging conditions comprise 'within two kilometers'; the target user terminal can obtain corresponding target geographic position information according to the characteristic information 'Xiaoyaojin park', and then the target geographic position information is matched and judged with real-time geographic position data corresponding to the acquired address book object, so that one or more couriers within two kilometers near the area in line with the time point are obtained; and finally, the information to be sent is sent to the courier meeting the conditions. Further, after any one of the express small tie orders is received, other express operators who receive the information to be sent can be triggered to remind that the task has received the order.

In one embodiment, matching and determining the characteristic information with address book data includes: the separation type matching of the characteristic information; the compartment matching may be used in the case where the compartment identifier is included in the feature information.

Illustratively, the semantic analysis of the signature "A, B (except C)" results in: the separation identifier is a break number "," and brackets "()", and the logical relationship word is a "divide"; the feature information "A, B (except C)" is divided into minimum matching units "a", "B" and "C", and the minimum matching units are used to match the address book data, so as to obtain corresponding address book target objects A, B and C; wherein, the characteristic information A is completely consistent with the attribute information of the address book object A; the feature information "C" is proprietary information of the address book target object Cc; the matching result of the feature information "B" indicates that a plurality of address book objects contain the feature information "B". The statistics of the above analysis matches may be one identifier, one logical relationship word, one unique item, one proprietary item, and one multiple option.

In one embodiment, matching and determining the characteristic information with address book data includes: fault-tolerant matching of the feature information; the fault-tolerant matching refers to the fault-tolerant matching relation between the feature information and the address book data. Fault tolerant matching may include, but is not limited to, misalignment or lack of separation identifiers, and at least one of multiple words, few words, miscords, misalignment, word sounds, glyphs, intersections, or renames of feature information. The address book includes object Guanyuan length and Guan Changyun, when the characteristic information input by the target user is "Guanyuan length", the user terminal can analyze factors such as complete spelling of letters, overall matching degree, front and back positions of information, uniqueness of objects in the address book and the like, and the object Guanyuan length is corresponding to the characteristic information "Guanyuan length" in the address book, instead of the object Guanyuan length cloud, through comprehensive matching. It should be noted that the meaning of the "word" may be a chinese character, may be an english letter, may be a byte of data, and may be specifically determined according to the semantics of the usage scenario, which is not limited in this application.

In one embodiment, matching and determining the characteristic information with address book data includes: iterative matching of the feature information; iterative matching may be used where the feature information corresponds to multiple target objects and there are no separate identifiers.

Specifically, when the feature information corresponds to a plurality of target objects and has no separation identifier, firstly, fixed-length data and address book data can be sequentially extracted from the feature information in sequence to be matched, so as to obtain a first feature information fragment with high attribute information coincidence degree with the address book objects; secondly, taking the first characteristic information fragments as separation points, and respectively matching the separated characteristic information with address book data to obtain second characteristic information fragments with high attribute information coincidence degree with the address book objects; then, after the two adjacent residual characteristic information, the first characteristic information fragment or the second characteristic information fragment are complemented, matching with address book data to obtain at least two independent third characteristic information fragments with high attribute information coincidence degree with an address book object; and the like, finally obtaining all the characteristic information fragments and the target characteristic objects corresponding to all the characteristic information fragments. It can be understood that after the matching is completed, abnormal characteristic information with low coincidence degree with the attribute information of the address book object may exist.

For example, when the target user inputs the feature information "Xu Zhuge bright", the target user terminal may sequentially extract two bytes of data from the feature information to match the address book data, that is, the data "permit", "zhu" and "bright" match the address book data, and the matching result is that there is no first feature information segment with high coincidence degree with the address book data; secondly, matching the residual characteristic data Xu Zhuge bright with address book data to obtain second characteristic information fragments Xu Zhu and kudzuvine bright with high attribute information coincidence degree with the address book object and no residual characteristic information; then, after two adjacent second characteristic information fragments are complemented, matching is carried out with address book data, and only one characteristic information fragment 'Zhuge Liang' with high attribute information coincidence degree with an address book object is obtained, so that the principle of repairing and increasing is not met; finally, all characteristic information fragments of Xu Zhu and kudzuvine are obtained, and corresponding address book objects are Xu Zhu and kudzuvine, and no abnormal characteristic information is obtained.

In one embodiment, matching and determining the characteristic information to the decision criteria includes: and generating prompt information, wherein the prompt information can be used for judging at least one of result prompt, auxiliary address book object information update or auxiliary judgment standard update.

The feature information may be feature information of a target search object, or feature information of a target setting object; the hint information may be the result information of the match and the determination, for example, the hint information may include, but is not limited to, at least one of unique, preferred, proprietary, overlapping, misplaced, multi-choice, fault tolerant, or abnormal information; the hint information may also be data processing process information, for example, the hint information may include, but is not limited to, at least one of semantic analysis process, matching process, decision process, or packaging process information.

Specifically, the target user terminal can generate prompt information according to the data processing process and the result obtained by matching and judging the characteristic information and the judging standard; the target user terminal can also generate prompt information according to the address book data or the analysis result of the judgment standard; the prompt information can further assist the target user in updating address book data or judgment standards.

FIG. 8 is a schematic diagram of a prompt interface in one embodiment. Referring to fig. 8, in the interface, a feature information area 802 is displayed at an upper portion of the reminder information interface 800, a determination result area 804 and a matching result area 806 are displayed at an upper middle portion of the reminder information interface 800, an update advice area 808 is displayed at a lower middle portion of the reminder information interface 800, and a send button for determining to send a message and a cancel button for canceling to send the message are displayed at a bottom portion of the reminder information interface 800. It will be appreciated that the information displayed in each region of the prompt interface 800 may be indexed to view or link setting related information, e.g., the information displayed in the update advice region 808 includes "advice: adding new object E to decision criteria "and" details: first judging; session frequencies are higher than average. The decision criterion setting dialog box 502 may be triggered in conjunction when the target user clicks on the information, thereby updating and maintaining applicable objects of the decision criterion.

In one embodiment, the target user terminal can display the least proprietary feature information of the target session object in a distinguishing manner, and can display the least proprietary feature information of the address book object in a distinguishing manner; for example, the "abalone" included in the address book object Bao Shuya is the proprietary information in the address book data, and the target user terminal may display the minimum determination feature information by using the color distinction of the "abalone" to achieve the purpose of prompting.

In one embodiment, the target user terminal may perform statistical analysis on the object data in the range of application of the criterion to obtain the same, similar, and different information; for example, the set of option button controls 706 may count overlapping and differential data of all object decision attribute information in the decision criteria, including but not limited to at least one of the same full name, the same two words, the same word, or a proprietary full name, for the purpose of prompting.

Step S208, when all target information receiving objects are within the application range of the judging standard, determining a sending instruction, and sending the information to be sent to the corresponding elements of the second set in a set form; all elements of the second set are all target information receiving objects.

The setting form refers to a form of determining information to be sent according to a communication mode, a combination type, a separation mode, an output type and the like; the sending may be that the corresponding sub-information to be sent is summarized and distributed according to the elements of the second set, and the information to be sent in different formats is summarized and sent. The "send" is an action pronoun in the present application, and may refer to a concrete verb in reality, for example, at least one verb including, but not limited to, selecting, sending, distributing, calling, creating, dialing, or sharing. The meaning of "send" may be determined according to the specific context of use, and is not limited in this application. By way of example, the send instruction may include, but is not limited to, at least one of sending information, conducting a real-time communication, selecting an address book object, selecting a target session, a new group session, or building a list of sessions.

Specifically, when all the target information receiving objects corresponding to the feature information are within the applicable range of the determination standard, the target conforming object conforming to the determination standard is the target information receiving object, that is, all the elements of the second set are all the target information receiving objects. The target user can trigger a sending instruction through the target user terminal to be used for informing the server to package the information to be sent according to the elements of the second set in a set form and send the information to the corresponding elements; or the target user can trigger a sending instruction through the target user terminal to be used for informing the server to send the information to be sent to the corresponding elements according to the data respectively packaged by the elements of the second set in a set form; the target information receiving object receives and displays the data corresponding to the target information receiving object. It will be appreciated that the data packing process may be performed before or after the instruction is determined to be issued.

Illustratively, in response to a trigger operation of the shortcut send button 303 in the interface of the session window 300 by the target user, the server may package the information to be sent in a set form according to the elements of the second set and send the information to the corresponding elements. It can be appreciated that the shortcut sending control for triggering the sending instruction may also be set in the communication mode setting dialog box 402, and the specific setting position of the shortcut sending control may be determined according to the actual situation.

On the basis of the above embodiments, in response to a sending instruction triggered by the target user terminal, the server may send information "AB, CD" to be sent acquired in an input manner! According to the communication mode, the message, the combination type, the output type, the original format, the position information modification, comma' and other set forms are adopted, and the message is synchronously transmitted to the target information receiving objects AB and CD corresponding to the characteristic information AB and the CD. The information received and displayed by the object AB and CD are respectively: "AB, good morning-! "AND" CD, good morning-! ".

Based on the above embodiments, in response to a sending instruction triggered by the target user terminal, the server may split the Excel file "product promotion active table. Xls" corresponding to the session information 316 according to the separation manner as "row" with the session information 316 to be sent, and then send the split Excel file "product promotion active table. Xls" to the target information receiving object corresponding to the "row" cell content in the column where the field name "responsible person" is located in a set manner. The "responsible person" is the field name of Excel file product promotion activity table xls, and the cell content of the column where the field name "responsible person" is located is the feature information. It will be appreciated that the information received by the different target information receiving objects may be different.

On the basis of the above embodiments, when the information to be sent is equal to the feature information, after the target user determines the sending instruction through the target user terminal, the target session object corresponding to the selected feature information, the group session corresponding to the newly-built feature information, the session identifier list corresponding to the feature information, and the like can be implemented. It can be understood that when the information to be transmitted is equivalent to the feature information, it is equivalent to that the target user terminal transmits "null" information to the target information receiving object, and the transmission operation to the target user terminal itself is equivalent to the operation of selecting, creating or constructing, etc.

On the basis of the above embodiments, determining the transmission instruction includes: and realizing real-time communication of the target session object corresponding to the characteristic information.

Specifically, in response to the triggering operation of the real-time communication button by the target user, the target user terminal can generate a real-time communication instruction to realize real-time communication of the target session object corresponding to the feature information. For example, the target user may input the feature information "Aa, bb" in the message input box 302, and then trigger the target user terminal to generate a voice call instruction by clicking the voice call button 324, so as to implement three-person voice call with the target session objects Aa and Bb corresponding to the feature information "Aa, bb".

In one embodiment, when the target information receiving object is not within the application range of the decision criterion, after modifying the elements of the second set to obtain all the target information receiving objects, determining a sending instruction, and sending the information to be sent to the corresponding target information receiving objects in a set form. Specifically, when the target user desires to communicate with the target object that does not include or includes part of the first set element, the target user terminal may further perform forward or reverse compliance determination on the target feature object obtained by the address book data that matches the feature information by using the determination criterion, thereby obtaining all or part of the target information receiving object, and implementing the operation step of reducing manual selection of the target information receiving object within a certain range.

In one embodiment, when tasks are synchronously dispatched for different target objects, determining to send the instruction includes: generating and displaying an aggregation message on a preset display interface; the aggregate information includes aggregate display of the target session identification and/or aggregate sharing of the target task information.

The preset display interface may be, but is not limited to, an application desktop, a communication application display interface, a group chat display interface, a mail display interface, or a display interface of a device terminal. The aggregated information may be, but is not limited to, at least one of information, pictures, web pages, or links. The aggregate information has an event listener; the aggregated information may have form features, and may include form pages and form attributes. Form pages may include, but are not limited to, topics, titles, summaries, keywords, text, attachments or links, etc.; form attributes may include, but are not limited to, name, affiliation, identity, system log or editing rights, etc.; the aggregate information may be provided with an editable part and a non-editable part, and a plurality of pieces of aggregate information may constitute an aggregate information list.

Specifically, when the output type of the acquired information to be sent comprises an aggregation display option, the target user terminal can automatically analyze and identify through the common communication mode database, and then trigger the target terminal to correspondingly generate and display an aggregation information; or, in response to an aggregate display operation triggered by the target user through the target user terminal, the target user terminal may generate an aggregate display instruction, where the aggregate display instruction is used to instruct the target terminal to correspondingly generate and display an aggregate information for the acquired information to be sent; the aggregate information content displayed by different target terminals may be different. By way of example, the aggregate display operation may be a "share" and a "share" operation.

On the basis of the above embodiments, after the target user terminal obtains the "sharing" operation for one session message 316 triggered by the target user, an aggregate display instruction may be generated; the target user may then input the location information "responsible. After the target user triggers the sending operation, different target terminals receive corresponding sub-information to be sent, and meanwhile, an aggregation information is generated and displayed on a preset display interface according to an aggregation display instruction; such as aggregate information 326 "new product activity" displayed in the session window 300 interface.

In one embodiment, in response to a triggering operation of the aggregation information 326 by the target user, referring to fig. 9, the target user terminal correspondingly displays an aggregation information interface 900. In this interface, a summary shared area 902 of target information is displayed at the upper part of the aggregate information interface 900, a target session identification area 904 is displayed at the middle part of the aggregate information interface 900, and a target task progress information statistics area 906 is displayed at the bottom part of the aggregate information interface 900. It is understood that different region information included in the aggregated information interface 900 may be displayed in a fused manner. FIG. 9 illustrates a schematic diagram of an aggregate information interface, in one embodiment.

In one embodiment, the aggregate display of the target session identifications may be, but is not limited to, at least one type of juxtaposition, inclusion, affiliation, merge, or linkage; for example, the aggregate presentation type of the session list may be a tree structure, a ring structure, a web structure, or the like.

In one embodiment, the summary sharing of the target task information may include summary sharing of information content, and may include statistical summary of task progress information and its corresponding target session identification. Wherein the task progress information may be, but is not limited to, at least one of viewing, modifying, editing, submitting, downloading, forwarding, or distributing. The sharing can be partial sharing of information, can be total sharing of information, and can be dynamic sharing after splitting and sending of the information; the specific meaning of "sharing" may be determined according to the semantics of the usage scenario, which is not limited in this application.

For example, the event monitor corresponding to the aggregation information may be configured to trigger sharing of information content, for example, when the first aggregation information of any target user terminal is modified, the event monitor may trigger the target user terminal to generate a related instruction, so as to instruct the target terminal related to the first aggregation information to synchronously update the second aggregation information. It can be understood that when any receiving end modifies the aggregation information, the sending end can be triggered to synchronously update the aggregation information; the aggregate information content of different receiving ends can be different, so that the differential transmission and dynamic sharing of information from the transmitting end to the receiving end are realized. The event monitor can record task progress information, the task progress information can be associated with a corresponding target session identifier, the task progress information is characteristic information of a target session object, and then a shortcut session can be carried out with the corresponding target session object through the task progress information. Further, multi-level aggregation information can be constructed through multi-level sharing operation of the aggregation information; multi-level sharing can be set in the communication mode, so that multi-level aggregation information is constructed; the multi-level aggregated information may have a multi-level session identification structure.

In the above method for simplifying instant messaging operation, when tasks are synchronously assigned for different target objects, determining a sending instruction includes: generating and displaying an aggregation message on a preset display interface; the aggregate information includes aggregate display of the target session identification and/or aggregate sharing of the target task information. The aggregation display of the session identifications can facilitate the communication of target users aiming at different target session objects in the same task, and simplify the step of searching and selecting related target session identifications; the summarization and sharing of the target task information, especially the summarization and sharing of aberration differentiation information aiming at different targets, can replace the workload of manual summarization; the statistics and summarization of the task progress information can facilitate the convenient communication between the target user and the target session object corresponding to the same task progress state.

The method for simplifying instant messaging operation is further described below in connection with use cases of target users.

In a use case, when a user opens an instant messaging program of a used mobile terminal for the first time, prompting a target user to set a common communication mode database and a preset judgment standard; specifically, the default communication mode may be set for text information including: the separation mode is a whole, the communication mode is a message mode, the indication identifier and the guide identifier of the characteristic information position information are a 'star' and a 'theta', the combination mode of the characteristic information is an element form, the information output type is that the replacement characteristic information is named information, the replacement position information is comma, and the like. The preset judging standards comprise target reference objects Zhang Liao and Zhang Fei, and other judging elements are empty; the target reference object does not include the address book object "Zhang Liaofei".

When the target user subsequently opens the instant messaging program of the mobile terminal, referring to fig. 10, the target user may input the information to be transmitted "Liao, femto, and weekend together to the park running bar" in the information input box 302 of the transmitting-end instant messaging program interface. Then, by clicking the shortcut sending button 303, triggering the target user terminal to call related programs such as semantic analysis, matching, judgment and the like to process data, and sending the processed data to the corresponding target information receiving terminal; the session messages received and displayed at the target object Zhang Liao and the receiving terminal of the Zhang Fei are "Wen Yuan", respectively, and the weekends come together to the park running bar. "and" winged, weekend together to park running bar. The receiving terminal on the fly of the target object Zhang Liao does not receive any information. Here, "Wen Yuan" and "winged" are the name attribute information of the target object Zhang Liao and the Zhang Fei, respectively. Fig. 10 shows a schematic diagram of an interface for receiving and sending information in an embodiment.

As can be understood from the above use examples, the compliance determination is performed on the target feature objects obtained by matching the feature information with the determination standard or the address book data by using the determination standard within a certain range, so as to obtain all target information receiving objects; the operation step of selecting the target information receiving object instead of manually may be implemented. By setting the default item of the output type, the operation steps of modifying the information to be transmitted can be simplified.

In one embodiment, as shown in fig. 11, an apparatus 1102 for simplifying instant messaging operations is provided, which may employ software modules or hardware modules, or a combination of both, as part of a computer device, the apparatus comprising: an information acquisition module 1104, a communication mode determination module 1106, a matching and decision module 1108 and an information transmission module 1110,

wherein:

an information acquisition module 1104 for acquiring information to be transmitted; the information to be transmitted includes feature information of the target information receiving object and position information of the feature information.

A communication mode determination module 1106 for determining a communication mode; the communication modes include a communication mode, a combination type, a separation mode, and an output type.

A matching and judging module 1108, configured to match and judge the feature information with a judging standard to obtain a target conforming object; the second set is composed of all target-conforming objects.

The information sending module 1110 is configured to determine a sending instruction when all target information receiving objects are within the application range of the determination criterion, and send information to be sent to corresponding elements of the second set in a set form; all elements of the second set are all target information receiving objects.

In one embodiment, the match and determine module is further configured to at least one of time-efficient match, partitioned match, fault-tolerant match, or iterative match of the feature information.

In one embodiment, the matching and determining module includes an information prompt module for generating a prompt message, where the prompt message may be used to determine at least one of a result prompt, an auxiliary address book object information update, or an auxiliary determination criteria update.

In one embodiment, the information sending module further includes an aggregation display module, where the aggregation display module is configured to generate and display an aggregation information on a preset display interface when tasks are synchronously assigned to different target objects; the aggregate information includes aggregate display of the target session identification and/or aggregate sharing of the target task information.

In one embodiment, a computer device is provided, which may be a terminal, and the internal structure thereof may be as shown in fig. 12. The computer device includes a processor, a memory, a communication interface, a display screen, and an input device connected by a system bus. Wherein the processor of the computer device is configured to provide computing and control capabilities. The memory of the computer device includes a non-volatile storage medium and an internal memory. The non-volatile storage medium stores an operating system and a computer program. The internal memory provides an environment for the operation of the operating system and computer programs in the non-volatile storage media. The communication interface of the computer device is used for carrying out wired or wireless communication with an external terminal, and the wireless mode can be realized through WIFI, an operator network, NFC (near field communication) or other technologies. The computer program, when executed by a processor, implements a method of simplifying instant messaging operations. The display screen of the computer equipment can be a liquid crystal display screen or an electronic ink display screen, and the input device of the computer equipment can be a touch layer covered on the display screen, can also be keys, a track ball or a touch pad arranged on the shell of the computer equipment, and can also be an external keyboard, a touch pad or a mouse and the like.

It will be appreciated by those skilled in the art that the structure shown in fig. 12 is merely a block diagram of some of the structures associated with the present application and is not limiting of the computer device to which the present application may be applied, and that a particular computer device may include more or fewer components than shown, or may combine certain components, or have a different arrangement of components.

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

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

In one embodiment, a computer program product or computer program is provided that includes computer instructions stored in a computer readable storage medium. The processor of the computer device reads the computer instructions from the computer-readable storage medium, and the processor executes the computer instructions, so that the computer device performs the steps in the above-described method embodiments.

Those skilled in the art will appreciate that implementing all or part of the above described methods may be accomplished by way of a computer program stored on a non-transitory computer readable storage medium, which when executed, may comprise the steps of the embodiments of the methods described above. Any reference to memory, storage, database, or other medium used in embodiments provided herein may include at least one of non-volatile and volatile memory. The nonvolatile Memory may include Read-Only Memory (ROM), magnetic tape, floppy disk, flash Memory, optical Memory, or the like. Volatile memory can include random access memory (Random Access Memory, RAM) or external cache memory. By way of illustration, and not limitation, RAM can be in the form of a variety of forms, such as static random access memory (Static Random Access Memory, SRAM) or dynamic random access memory (Dynamic Random Access Memory, DRAM), and the like.

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

The above examples merely represent a few embodiments of the present application, which are described in more detail and are not to be construed as limiting the scope of the invention. It should be noted that it would be apparent to those skilled in the art that various modifications and improvements could be made without departing from the spirit of the present application, which would be within the scope of the present application. Accordingly, the scope of protection of the present application is to be determined by the claims appended hereto.

Claims

1. A method of simplifying instant messaging operations, the method comprising:

determining a communication mode; the communication mode comprises a session interaction mode, a session combination mode, an information separation mode and an information output type;

when all the target information receiving objects are within the application range of the judging standard, responding to a sending instruction, and sending the information to be sent to the corresponding elements of the second set according to the communication mode; all elements of the second set are all the target information receiving objects; or,

When the target information receiving object is not in the application range of the judging standard, obtaining a third set by correcting the elements of the second set; responding to a sending instruction, and sending the information to be sent to the corresponding elements of the third set according to the communication mode; all elements of the third set are all the target information receiving objects.

2. The method of claim 1, wherein said matching and determining said characteristic information to a decision criterion comprises:

at least one of time-efficient matching, partitioned matching, fault-tolerant matching or iterative matching of the feature information.

3. The method of claim 1, wherein said matching and determining said characteristic information to a decision criterion comprises:

and generating prompt information, wherein the prompt information can be used for displaying at least one of a judging result, pre-display characteristic replacement information, auxiliary address book object information modification and auxiliary updating judging standard.

4. The method of claim 1, wherein the responding to the send instruction comprises:

and realizing at least one of real-time communication, selection and new creation of the target session object corresponding to the characteristic information.

5. The method of any of claims 1 to 4, wherein the response to sending an instruction when tasking synchronously for different target objects comprises:

generating and displaying an aggregation message on a preset display interface; the aggregation information comprises at least one of aggregation display of target session identification, summarized sharing of target task information and aggregation display of task progress classification session identification; the aggregate information may be single-level or multi-level.

6. An apparatus for simplifying instant messaging operations, the apparatus comprising:

a communication mode determining module for determining a communication mode; the communication mode comprises a session interaction mode, a session combination mode, an information separation mode and an information output type;

the information sending module is used for responding to a sending instruction when all the target information receiving objects are in the application range of the judging standard, and sending the information to be sent to the corresponding elements of the second set according to the communication mode; all elements of the second set are all the target information receiving objects; or,

7. The apparatus of claim 6, wherein the match and determine module is further configured to at least one of time-efficient match, partitioned match, fault-tolerant match, or iterative match of the characteristic information.

8. The apparatus of claim 6, wherein the matching and determining module includes an information prompting module for generating prompting information that is operable to display at least one of a determination result, pre-display feature replacement information, auxiliary modification address book object information, and auxiliary update determination criteria.

9. The apparatus of claim 6, wherein the information sending module is further configured to at least one of communicate, select, and create a target session object corresponding to the characteristic information in real-time.

10. The apparatus according to any one of claims 6 to 9, wherein the information sending module further comprises an aggregation display module, the aggregation display module being configured to generate and display a piece of aggregation information on a preset display interface when tasks are synchronously assigned for different target objects; the aggregation information comprises at least one of aggregation display of target session identification, summarized sharing of target task information and aggregation display of task progress classification session identification; the aggregate information may be single-level or multi-level.

11. A computer device comprising a memory and a processor, the memory storing a computer program, characterized in that the processor implements the steps of the method of any one of claims 1 to 5 when the computer program is executed.

12. A computer readable storage medium storing a computer program, characterized in that the computer program when executed by a processor implements the steps of the method of any one of claims 1 to 5.