CN112308585A

CN112308585A - Method, device and storage medium for realizing virtual resource distribution

Info

Publication number: CN112308585A
Application number: CN201910684664.7A
Authority: CN
Inventors: 许金生; 黄铁鸣; 陈潇逸; 李斌
Original assignee: Tencent Technology Shenzhen Co Ltd
Current assignee: Tencent Technology Shenzhen Co Ltd
Priority date: 2019-07-26
Filing date: 2019-07-26
Publication date: 2021-02-02

Abstract

The application provides a control method, a device and a storage medium for virtual resource distribution, under the scene that a user requests to join a certain session group for the first time, namely a user client sends a request to an application platform, the application platform responds the request, verifies whether a user identifier carried by the request meets the distribution condition of a virtual resource package, if so, sends the virtual resource package to be received to the user client, at the moment, the user client determines at least one first session group containing the user identifier or at least one second session group containing an associated identifier which has a binding relationship with the user identifier, thereby sending the virtual resource package to be received to group member clients of the first session group or the second session group for the group members to grab the virtual resource package, and compared with the single interaction mode that the user directly receives the virtual resource package from the application platform and sends the virtual resource package in the prior art, the method enriches the implementation mode of virtual resource package distribution and further enhances the group activity and the group member interaction.

Description

Method, device and storage medium for realizing virtual resource distribution

Technical Field

The present application relates to the field of communications technologies, and in particular, to a method, an apparatus, and a storage medium for implementing virtual resource allocation.

Background

With the improvement of an internet payment system and the abundance of operation modes, the receiving and sending virtual resource packages become functions which are highly accepted by the domestic people in various applications, and the types of the commonly used virtual resource packages comprise a single virtual resource package, a group virtual resource package, a directional virtual resource package, a random virtual resource package and the like, so that convenience and fun are provided for the daily life, social contact and the like of people.

Moreover, the virtual resource package also becomes a marketing mode or a propaganda mode of a group (such as an enterprise), when a certain user becomes a new member of the group in the application platform, the application platform can send a virtual resource package to each group member client in the group for celebration, and the interaction of the group members is realized in a way that the group members rob the virtual resource package.

However, the existing implementation mode of virtual resource distribution is single, and the active interaction between the group and the group members cannot be effectively enhanced.

Disclosure of Invention

In view of this, the present application provides a method for implementing virtual resource issuance, which enriches implementation manners of virtual resource issuance and enhances group activity and staff interaction.

In order to achieve the above object, the present application provides a method for implementing virtual resource allocation, where the method includes:

initiating a request to an application platform, wherein the request carries a user identifier;

receiving a virtual resource package to be picked up sent by the application platform, wherein the virtual resource package to be picked up is sent when the application platform responds to the recording request and verifies that the user identification meets the virtual resource package issuing condition;

and determining at least one first session group containing the user identification, or determining at least one second session group containing an associated identification having a binding relationship with the user identification, and sending the virtual resource package to be picked up to the group member client of the first session group or the second session group.

The application also provides another implementation method for virtual resource distribution, which comprises the following steps:

responding to a request sent by a user client to obtain a user identifier carried by the request; verifying whether the user identification meets the virtual resource package issuing condition;

and if so, sending the virtual resource packet to be acquired to the user client so that the user client sends the virtual resource packet to a group member client of a first session group or a second session group, wherein the first session group is a session group containing the user identifier, and the second session group is a session group containing an association identifier which has a binding relationship with the user identifier.

The present application further provides an apparatus for implementing virtual resource distribution, the apparatus includes:

the request sending module is used for initiating a request to the application platform, wherein the request carries a user identifier;

a virtual resource package receiving module, configured to receive a virtual resource package to be received sent by the application platform, where the virtual resource package to be received is sent by the application platform when responding to the request and verifying that the user identifier meets a virtual resource issuing condition;

and the virtual resource package sending module is used for determining at least one first session group containing the user identifier or at least one second session group containing an associated identifier which has a binding relationship with the user identifier, and sending the virtual resource package to be picked up to the group member client of the first session group or the second session group.

The present application further provides another apparatus for implementing virtual resource distribution, where the apparatus includes:

the request response module is used for responding to a request sent by a user client to obtain a user identifier carried by the request;

the verification module is used for verifying whether the user identification meets the virtual resource package issuing condition;

and the virtual resource packet sending module is used for sending the virtual resource packet to be retrieved to the user client under the condition that the virtual resource packet sending condition is met, so that the user client sends the virtual resource packet to a group member client of a first session group or a second session group, wherein the first session group is a session group containing the user identifier, and the second session group is a session group containing an associated identifier which has a binding relationship with the user identifier.

The present application also provides a storage medium, which is characterized in that a program is stored thereon, and the program is called and executed by a processor to implement the steps of the implementation method for virtual resource distribution as described above.

Through the above technical solutions, compared with the prior art, the present application provides a control method, device and storage medium for virtual resource distribution, in a scenario where a user first requests to join a group (e.g., an enterprise) in an application platform, the application platform may send a request to the application platform through a user client, respond to the request, verify whether a user identifier carried in the request meets a virtual resource package distribution condition, that is, whether the user qualifies to receive a virtual resource package, and if so, the application platform sends a virtual resource package to be received to the user client, at this time, the user client determines at least one first session group including the user identifier, or determines at least one second session group including an association identifier having a binding relationship with the user identifier, and sends the received virtual resource package to be received to a group member client of the first session group or the second session group, compared with the single interaction mode of only sending the virtual resource package to the user in the prior art, the virtual resource package is provided in a rich manner, and the interaction between the group activity and the group members is further enhanced.

Drawings

In order to more clearly illustrate the embodiments of the present application or the technical solutions in the prior art, the drawings needed to be used in the description of the embodiments or the prior art will be briefly introduced below, it is obvious that the drawings in the following description are only embodiments of the present application, and for those skilled in the art, other drawings can be obtained according to the provided drawings without creative efforts.

FIG. 1 is a system architecture diagram for implementing a method for virtual resource distribution provided herein;

FIG. 2 is a flowchart illustrating an alternative example of a method for implementing virtual resource allocation provided herein;

fig. 3 is a schematic diagram of an interface for issuing a group virtual resource package in the implementation method for issuing a virtual resource provided in the present application;

FIG. 4 is a flowchart illustrating another alternative example of a method for implementing virtual resource allocation provided herein;

fig. 5 is a scene flowchart of an implementation method for virtual resource allocation provided in the present application;

fig. 6 is a schematic diagram of an invitation reward virtual resource package pickup interface in the implementation method of virtual resource distribution provided by the present application;

FIG. 7 is a flowchart illustrating yet another alternative example of a method for implementing virtual resource allocation provided herein;

fig. 8 is a signaling flowchart of an alternative example of a method for implementing virtual resource allocation provided in the present application;

fig. 9 is a flowchart illustrating a scenario of an alternative example of a method for implementing virtual resource distribution provided in the present application;

fig. 10 is a diagram of an alternative example of an implementation apparatus for virtual resource distribution provided in the present application;

fig. 11 is a block diagram of another alternative example of an implementation apparatus for virtual resource distribution provided in the present application;

fig. 12 is a hardware structure diagram of a computer device provided in the present application.

Detailed Description

In combination with the above description of the background art, taking a scenario in which a group is an enterprise and a user becomes a new employee of the enterprise as an example, in order to enrich the issuing manner of a virtual resource package and enhance active and employee interaction of the enterprise, the present inventors propose to add an operation virtual resource package that invites one in an application platform (e.g., an enterprise employee office application platform), so that, for an active user a (i.e., an enterprise new employee a) of the enterprise, if the active user a is invited to join by another active user B (i.e., an enterprise old employee) of the enterprise, the application platform of the enterprise may send the active virtual resource package to the active user a and also send an incentive invitation virtual resource package to the inviter, i.e., the active user B, and then the active user a may send the active virtual resource package as a group virtual resource package to each group member client of a session group in which the active user a joins in the enterprise, providing the activated users in the session group to preempt the virtual resource package, increasing the interaction between the activated user A and the activated users in the session group, and driving all members of the enterprise group to be active; certainly, if the activated user a meets a certain condition, the application platform also sends an invited virtual resource package to the client, so that the activated user a can obtain an invited rewarding virtual resource package under the condition that the activated user a invites other users to join the enterprise, and the implementation manner of issuing the virtual resources of the enterprise is greatly enriched.

The technical solutions in the embodiments of the present application will be clearly and completely described below with reference to the drawings in the embodiments of the present application, and it is obvious that the described embodiments are only a part of the embodiments of the present application, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present application.

Referring to fig. 1, in order to implement the method for implementing virtual resource distribution proposed in the present application, the system architecture diagram may include: communication server 11, application server 12, application client 13 and data server 14, wherein:

the communication server 11 may be a service device supporting a service function of a social platform, such as a service device implementing an instant messaging function, and for social platforms of different instant messaging types, the corresponding communication servers may have different composition structures and functions, which are not limited in the present application, for example, a server supporting the operation of social application software such as micro-X and Q, and the like, and the composition structure of the communication server is not described in detail in the present application.

The application server 12 may be a service device supporting an application platform built based on a social platform supported by a communication server, and specifically may be an office application platform based on a professional office management tool built on the social platform, and may communicate with some applications of the social platform, so as to improve the office and management efficiency of an enterprise, for example, the service device supporting micro-X operation of the enterprise, and the like, and the application does not limit the composition structure of the application server 12.

In this embodiment, the application server 12 may be a service device supporting the operation of the application platform, and is specifically configured to support powerful functions of enterprise office software such as enterprise micro-X, and provide the most basic and practical office services for enterprise employees, such as supporting a chat function, importing an enterprise address book, and announcing. And OA functions such as attendance, leave asking for, reimbursement and the like. The required composition of the application server 12 may be different for different types of application platforms, and a detailed description thereof is omitted here.

In practical application, the application server 12 may independently provide a server for a user, or may satisfy a user requirement through the communication server 11, which may flexibly select a configuration according to an actual requirement and a function that the communication server has, and may specifically be composed of one server or a plurality of servers, which is similar to the communication server 11.

The application client 13 may be an application program matched with the application server 12, and a user may download the application client 13 and install the application client in a terminal device to operate, so that the user registers and logs in on an application platform through the application client, that is, the user joins any session group of an enterprise, and the communication with other group members in the session group is facilitated; of course, the application may also log in the application platform in a web client mode, and the application does not limit the type of the application client 13.

In practical application, because the application platform can be built based on the social contact platform, and still take the scene that the user becomes a new employee of the enterprise as an example, the enterprise can register an enterprise account number on the social contact platform, such as applying for a service number and a public number of the enterprise or building an applet, and the like.

It should be understood that, for a user using the application client 13 as a general employee joining an enterprise, the following embodiment of the present application may refer to the user client as a user client, and if the user is a manager of the enterprise, an application client used by the manager may refer to as a manager client, and the functions of the application client are similar no matter what the application client is referred to as, taking the above-mentioned enterprise micro X as an example, the installed and used enterprise micro X as an application client has the same functions, and the access rights of different identity users to the application platform of the enterprise micro X may be different, and the access rights of the application platform may be adjusted accordingly according to the identity change of the user, and the present application is not described in detail.

Based on the above analysis, in the implementation process of virtual resource distribution proposed in the present application, when a user K wants to join a session group of an enterprise, the user K logs in an application platform through a user client to apply for becoming an active user of the enterprise, and then joins the session group, the application platform can send an active virtual resource package to the active user, so that the active user sends a group virtual resource package to the joined session group (which may be a session group on the application platform or a session group on a social platform), thereby enhancing group member interaction; of course, the application platform may also prepare the user for a one-to-one invitation reward virtual resource package, encouraging group members to invite new users to join.

For a user using an application client, when the user joins an enterprise for the first time, the user can receive an activated virtual resource packet issued by an application platform and send the activated virtual resource packet to each group member client of the joined session group, so that the group members can preempt the virtual resource packet; if the virtual resource package received by the user is an invitation rewarding resource package obtained by inviting other users to join the enterprise, the user can directly obtain the virtual resource package. The transfer of the virtual resource amount in the virtual resource package can be realized by a payment system of the social platform no matter which group member receives the virtual resource report, and the specific realization process can refer to the description of the corresponding part of the method embodiment below.

The data server 14 may be used to record data generated in the implementation process of issuing the virtual resource package, such as a virtual resource package pick-up record, a new member invitation record, and the like, and as can be seen, the data server 14 is actually a database, and the storage manner adopted by the data server for storing data is not limited in the present application, such as a Redis database, a MySQL database, and the like, and the content of the data stored in the database is not limited, and may be determined according to the requirements of an actual scene.

It should be noted that, the components of the system architecture are not limited to the above-mentioned parts, and may also be adjusted according to the actual function expansion or update requirements, and the detailed description of the present application is omitted.

In conjunction with the system architecture shown in fig. 1, referring to fig. 2, an optional example flowchart of a method for implementing virtual resource issuance provided by the present application is shown, where the method may be applied to an application client, in this embodiment, for an application client used by a user, this embodiment may refer to this as a user client, and in the following method explanation, a session group scenario in which the user joins an enterprise is taken as an example for explanation, a user newly joining the enterprise is referred to as an active user, and a user already joining the enterprise is referred to as an active user, but the method provided by the present application is not limited to be applied to this scenario, as shown in fig. 2, and the method may include, but is not limited to, the following steps:

step S11, sending a request to the application platform;

the request carries a user identifier, which may be an identifier representing a user identity of a user client sending the request, such as user account information, identification card information, biometric information, a mobile phone number, a mailbox address, or other unique identifier information.

When a user K wants to join a certain enterprise (also called a session group), the user K may use an application client to send a request to an application platform (such as an enterprise office application platform), and specifically may request to join the enterprise in a manner of applying for registration, two-dimensional code scanning, mail or short message, so as to become an active user of the enterprise.

After the application platform responds to the request, the user K can enter the application platform, join the conversation group of the enterprise and realize free communication with other group members of the conversation group.

In combination with the above analysis, the application platform can be built based on a social platform of current social software (such as micro-X and other instant messaging applications), and can be developed into an independent application program (namely, an application client), such as office software of an enterprise, so that enterprise employees can start and log in the office platform of the enterprise, namely, the application platform, by downloading the office software, and can also enter the application platform by logging in an enterprise service number, a public number and other modes of the social platform.

Step S12, receiving the virtual resource package to be picked up sent by the application platform;

in practical application, for an application platform, it is often the case that a user is rewarded when joining a session group for the first time, so that the user sends a group virtual resource package to the joined session group using the reward, and interaction with group members is enhanced.

Of course, if the user is not an activated user, but an activated user, and a new member is successfully invited to join the enterprise before the activated user, the application platform may issue an invitation reward virtual resource package to the user, so as to encourage group members to invite the new member to join, so as to expand the number of members in the enterprise group, and especially to an application platform of a commodity sales type, the application platform is favorable for commodity popularization and sales. In this case, the virtual resource issuing condition verified by the application platform may specifically be an invitation reward virtual resource issuing condition, that is, a virtual resource package issuing condition configured for an issuing requirement of an invited virtual resource package, and an issuing condition for issuing a virtual resource package to be configured for a virtual resource package used for activating a user to interact with an activated user, that is, the content of the virtual resource package issuing condition may be different, and may be determined according to a specific application scenario requirement, which is not described in detail in this application.

Based on the above analysis, the virtual resource package to be retrieved in step S12 may be an application platform response request, and the verification request is sent when the user identifier included in the verification request satisfies the virtual resource package issuing condition (specifically, the virtual resource package issuing condition may be activated, or one virtual resource package issuing condition is invited, etc.), and as for the verification process of the application platform, reference may be made to the corresponding description in the following embodiments.

Optionally, for the distribution of the virtual resource package to be received, the application platform issues a notification message of the virtual resource package to be received to the user client, and under a normal condition, the notification message may be output on a virtual resource package receiving interface of the user client, or may be output in a pop-up window or other manners, so that the user can select whether to receive the virtual resource package (i.e., whether to decide to detach the virtual resource package).

In practical application, after receiving the virtual resource package to be picked up issued by the application platform, the user client can directly pick up the virtual resource package by default without outputting a corresponding notification message, that is, the user does not need to personally operate to pick up the virtual resource package to be picked up, and for a user meeting the virtual resource package issuing condition, the user client can directly transfer the virtual resources of the virtual resource package to be picked up from the enterprise account to the user account through a payment system of the social platform for subsequent use by the user.

For the case that the virtual resource packet to be retrieved is an activated virtual resource packet, because the activated virtual resource packet is often used to interact with other activated users of an enterprise (i.e., other group members of a session group to which the user joins), the application platform sends the activated virtual resource packet to the activated user, which can be regarded as allocating the virtual resource usage right of the activated virtual resource packet to the activated user, but the virtual resource in the activated virtual resource packet may not be transferred to the virtual resource account of the activated user first, and the activated user reconfigures the virtual resource in the activated virtual resource packet, that is, the virtual resource is configured into a group virtual resource packet including a plurality of virtual resource sub-packets to implement interaction with other activated users, and after the other activated users rob the virtual resource sub-packet therein and successfully retrieve the virtual resource sub-packet, the payment system of the social platform directly extracts the amount of the virtual resources of the captured virtual resource sub-package from the virtual resource account of the enterprise and transfers the amount to the virtual resource account of the activated user, so that the operation flow of transferring the virtual resources to the virtual resource account of the activated user and then transferring the virtual resources out is saved, and the calculation amount is reduced.

Of course, if the configuration information of the virtual resource packet to be retrieved, which is sent by the application platform, needs to be adjusted, such as the number of virtual resource sub-packets, the amount of virtual resources of each virtual resource sub-packet, and the like, the virtual resources of the active virtual resource packet retrieved by the active user may be transferred to the virtual resource account of the active user, and then the active user reconfigures and sends the virtual resources to the clients of other active users, and the like.

Step S13, determining at least one first session group including the user identifier, or determining at least one second session group including an association identifier having a binding relationship with the user identifier;

in combination with the above description, the application platform may be built based on a social platform, and the user may directly access the application platform, may also access the application platform through the social platform, and may also directly access the social platform, so that the user may join a session group in the application platform, and may also join a session group in the social platform, and the session groups on different platforms that the user joins have a certain association relationship therebetween.

As can be seen, the first session group can be any session group that the user joins on the application platform, and the second session group can be any session group that the user joins on the social platform.

Step S14, sending the virtual resource package to be picked up to the group member clients of the first session group or the second session group.

As described above, the activated virtual resource package (i.e., the virtual resource package to be retrieved) sent by the application platform is sent for the activated user, the blessing words configured for the activated virtual resource package may be "welcome to XXX", and the like, and the virtual resource package retrieval times are often one time, so that the activated virtual resource package may be regarded as a single virtual resource package or a directional virtual resource package, and is not suitable for being directly issued as a group virtual resource package that is recognized and interacted with group members, and therefore, the embodiment may adjust the configuration information of the activated virtual resource package, such as updating the blessing words to "good at home |". I, the number of the virtual resource packages is adjusted to be the number of the group members or less than the number of the group members, the amount of the virtual resources in each virtual resource package can be adjusted to be random or average, and the like, so that the type of the activated virtual resource package is converted into the group virtual resource package, and the subsequent flow is executed.

That is, after acquiring the virtual resource amount of the virtual resource package to be received, the user client may configure the virtual resource package to be received according to the set configuration requirement of the group virtual resource package, and then send the virtual resource package to each group member client of the session group. It should be understood that how to adjust the configuration information of the activated virtual resource package and convert the configuration information into the group virtual resource package is not limited to the adjustment content described in the above paragraph, and may be determined according to actual needs, and the conversion process may be implemented according to the default configuration rule of the group virtual resource package of the application platform, or may be manually configured by the activation user, and the application does not limit the conversion manner for implementing different types of virtual resource packages.

As another optional example of the present application, the type of the active virtual resource package issued by the application platform may be a group virtual resource package, that is, the application platform directly configures the group virtual resource package according to the current group attribute information of the session group to which the active user joins, and issues the group virtual resource package to the user client of the active user, and in this case, the user client may directly send the group virtual resource package to each group member client of the session group after receiving the group virtual resource package. If the virtual resource packet to be received sent down at this time has corresponding notification content, the user client may also adjust the notification content of the virtual resource packet to be received to the group virtual resource packet notification content, and then send the group virtual resource packet notification content to the session group, so that each group member in the session group can preempt the virtual resource packet.

Therefore, the virtual resource package to be received issued by the application platform may be a group virtual resource package capable of being directly forwarded, or a group virtual resource package requiring adjustment of notification content, or an oriented single virtual resource package, and configuration information needs to be further adjusted to obtain a required group virtual resource package and then issue the required group virtual resource package.

In addition, in practical application, after a new member of an enterprise is an activated user and joins a conversation group, any group member of the conversation group can enter the conversation group through a terminal, at this time, a user client can output a conversation interface of the conversation group, as shown in fig. 3, a user can browse conversation information published by each group member on the conversation interface, and a notification message of the group virtual resource package can also be displayed on the conversation interface, so that each group member can see the notification message and participate in the virtual resource package, and the construction and display method of the conversation window of the conversation group is not described in detail in this embodiment.

Therefore, for the issuance of the virtual resource package described in the above embodiment, after the notification message of the group virtual resource package is generated, the notification message of the group virtual resource package may be sent to the group session interface of the first session group or the second session group for displaying, so as to prompt the group members of the corresponding session group to preempt the virtual resource package. That is to say, the method and the device can strengthen the interaction between the new member of the conversation group and other members in a group-robbing virtual resource package mode, and improve the group activity.

In the sending of the group virtual resource package, in combination with the above description, the sending of the group virtual resource package may be performed in response to a group virtual resource package sending operation during the period when the user client outputs the group session interface, and the group virtual resource package converted from the virtual resource package to be retrieved is sent to the group session interface, or may be automatically sent to the group session interface after the group virtual resource package is generated.

In summary, after a user newly joins a certain enterprise group and becomes an active user, the application platform of the enterprise, when verifying that the user identifier of the user is in accordance with the virtual resource package issuing condition, issues a virtual resource package to be picked up (which may be an active virtual resource package) to the user client, determines at least one first session group or second session group where the user is located by the user client, and sends the virtual resource package to be picked up as a group virtual resource to each group member client of a corresponding session group to attract other group members to grab the virtual resource package.

In order to avoid that a user applies for repeatedly joining a session group, a large number of virtual resource packages are extracted, and an example of performing authentication on the user by using an application platform is mainly described below, referring to fig. 4, another optional example of the implementation method for virtual resource issuance provided by the present application is shown, the method is applicable to an application server, that is, an application platform built based on a social platform, such as an office application platform of an enterprise, and the following step explanation is still described by taking a scenario in which the user joins the session group of the enterprise as an example, as shown in fig. 4, the method may include, but is not limited to, the following steps:

step S21, receiving a request initiated by a user client;

in practical applications, the manner in which the user requests to join the session group of the enterprise is various, such as an enterprise two-dimensional code scanning manner, a short message/mail registration manner, and other member invitations, and the detailed description is not given herein. After receiving the request sent by the user client, the application server can check the corresponding user attribute information, determine whether to approve the login of the user client, and if so, establish a communication channel between the user client and the application server, namely, the user client successfully logs in the application platform of the application server, and can enjoy the service provided by the application platform.

It should be understood that the verification of the application platform (i.e., the application server) on the user attribute information may be implemented according to preset self-verification conditions, the verification conditions set for different application platforms may be different, and the content of the verification conditions is not limited in the present application. In general, for some shopping platforms, in order to promote and sell commodities as much as possible, set verification conditions are often few or even none; for some application platforms with higher safety requirements, in order to avoid the situation that lawless persons or dishonest users join enterprises and steal internal information of the enterprises, the set verification conditions are often more, the related verification contents are deeper, such as user credit values, user personal experiences and the like, can be set according to specific scene needs, and the application is not detailed one by one.

Step S22, responding the request to obtain the user identification carried by the request;

step S23, obtaining historical record data associated with the user identification;

the application platform agrees to login of the user client through verification, that is, after responding to the request, before determining whether to issue the virtual resource package to the user client, the identity of the user using the user client needs to be verified first, so in order to obtain the required verification information of the user, the unique identifier of the user client, that is, the information indicating the identity of the user currently using the user client to login the application platform, may be obtained first, and may be marked as the user identifier, specifically, the user account information, the identity card information, the biological characteristic information, the mobile phone number, the mailbox address or other unique identifier information, and the content of the user identifier is not limited in the present application.

Then, the record data of each user recorded in the database may be screened to obtain history record data associated with the user identifier, where the history record data may include data such as an enterprise virtual resource package gift-taking amount and a personal virtual resource package pick-up record (if the activated virtual resource package is picked up) of an application platform corresponding to the user identifier, and the content and the storage mode of the history record data are not limited.

Step S24, using the history data to verify whether the user ID meets the issue condition of virtual resource package, if yes, entering step S25; if not, ending the flow;

with reference to the description of the foregoing embodiment, the virtual resource package issuing condition may specifically be an activated virtual resource package issuing condition, which may be a condition for detecting whether the user is qualified to receive the activated virtual resource package, and the present application does not limit the specific content included in the virtual resource package, and in general, in order to avoid that the same user logs in the application platform multiple times by using user identifiers with different contents, the activated virtual resource package is flushed, it may be limited that a user who logs in the application platform for the first time is qualified to receive the activated virtual resource package, and the application platform may issue the activated virtual resource package to the current user client of the user; when the user uses the user identification of other contents, the user is disguised as the user logging in the application platform for the first time, and the application platform does not have the qualification of getting the activated virtual resource package any more, and the application platform does not issue the activated virtual resource package to the user any more.

Therefore, the user identity is reliably and accurately identified, whether the user identity logs in the application platform for the first time or not is judged, the key of avoiding issuing the virtual resource package for multiple times to the same user is achieved, and in order to improve the detection accuracy, the user identity used in the application can comprise multiple types of contents, such as a terminal identity used by the user, a user identity account, a user mobile phone number, a user account and the like, and the combination of multiple identification contents is included.

In this way, the history data associated with the user identifier queried by the application platform may include multiple types of content, such as a mobile phone number, an identification number of a terminal where the user client is located, user biological characteristics and/or identity information, a user account number, and the like, so as to verify whether the user has already picked up the activated virtual resource package through multiple dimensions, thereby improving the verification accuracy, and the specific implementation method is not described in detail.

After the verification, if it is determined that the terminal used by the user has received the activated virtual resource package, and/or the mobile phone number used by the user has received the activated virtual resource package, and/or the user account has received the activated virtual resource package, and the like, the application can determine that the user has received the activated virtual resource package, and in this case, the user identifier can be considered to no longer satisfy the conditions for issuing the activated virtual resource package, and the process can be ended without issuing the activated virtual resource package to the user client used by the user; on the contrary, the user identifier may be considered to satisfy the conditions for issuing the activated virtual resource package, and the activated virtual resource package may be issued, the content of the conditions for issuing the activated virtual resource package is not limited in the present application, and in an actual application, if the user identifier includes a plurality of conditions, the conditions are required to be satisfied, the conditions for issuing the activated virtual resource package are considered to be satisfied, and if any one of the conditions is not satisfied, the conditions for issuing the activated virtual resource package may be considered to be not satisfied.

Optionally, the condition for issuing the activated virtual resource package may further include: whether the number of members of the session group requested to be joined by the activation user reaches a preset number, whether the version of the user client used by the activation user is the latest version, and the like.

Step S25, sending the activated virtual resource package to the user client, so that the user client sends the activated virtual resource package to each group member client of the session group associated with the user identifier.

In conjunction with the above description of embodiments, identifying the associated session group by the user may include: at least one first session group containing the user identification or at least one second session group containing the association identification having binding relation with the user identification.

Regarding the sending of the activated virtual resource package and the usage mode after the activated virtual resource package is received by the user client, reference may be made to the description of the corresponding parts of the embodiment described from the perspective of the user client, which is not described again.

It can be seen that, taking a scenario that a user joins in an enterprise and an application platform of the enterprise sends a red packet (i.e. the virtual resource packet) to the user as an example, in conjunction with a scenario flow chart shown in fig. 5, in this embodiment, an enterprise administrator may register on a social platform (e.g. a platform of a communication server in fig. 5, such as a micro X instant messaging social platform) to obtain an enterprise account (which may include a social account and a virtual fund account) of the enterprise, so that a payment system manages the enterprise fund through the enterprise account, and the specific implementation method is not limited to the manner shown in fig. 4, after obtaining the enterprise account through registration, after obtaining the enterprise account, the application platform may also obtain an enterprise virtual resource gift packet for group red packet (i.e. activating the virtual resource packet) or invite a red packet (not shown in fig. 4) when the enterprise employee is activated, the present embodiment mainly describes the issuing process of the group red packet.

Therefore, a new user for the enterprise logs in the application platform for the first time, the user is determined to meet the condition of activating the red packet issuing, the application platform issues the activated red packet to the user client, and then the user can take the acquired activated red packet as a group red packet to be issued to other group member clients of a session group (such as a first session group on the application platform or a second session group on the social platform) joined by the user for the group members of the session group to preempt the red packet, so that the activity of the enterprise and the interaction of staff are increased.

As another optional example of the present application, the enterprise may further set a virtual resource package to be invited, that is, an invitation-reward virtual resource package, and encourage an activated user of the enterprise to invite a new user to join the enterprise, in this scenario, in combination with the above description of the group virtual resource package issuing process, after the application platform responds to the request sent by the user client and acquires the associated history data by using the obtained user identifier, it may also verify whether the user identifier meets the issuing condition of the invitation-reward virtual resource package, that is, verify whether the user has the qualification of getting the invitation-reward virtual resource package, if so, the application platform issues an invitation-reward virtual resource package to the user client, and then, after the application platform determines that the user successfully invites a new user, the application platform may issue the invitation-reward virtual resource package to the user, after the user receives the invitation reward virtual resource package, the virtual resources contained in the invitation reward virtual resource package can be directly transferred from the virtual resource account of the enterprise to the virtual resource account of the user through a payment system of the social platform.

In this case, in the method for implementing issuance of virtual resource package described from the perspective of the user client, the virtual resource package to be taken by the user client is actually the invitation reward virtual resource package, and the user client may output a notification message of the virtual resource package to be taken (i.e., the invitation reward virtual resource) to prompt the user to take the virtual resource package to be taken for posting. At this time, the user may perform an operation of getting virtual resources, such as the invitation reward red package (i.e., the invitation reward virtual resource package) getting schematic diagram shown in fig. 6, the user may click to "tear down" the red package, and the user client sends a virtual resource package getting notification to the application platform in response to the getting operation of the user on the virtual resource package to be taken, so as to transfer the amount of virtual resources of the taken virtual resource package from the corresponding enterprise virtual resource account to the virtual resource account of the user through the social platform. The implementation manner of the getting operation of the virtual resource package to be got by the user is not limited to the getting manner shown in fig. 6.

The issuing conditions of the invitation reward virtual resource package not only include whether the invitation records of the users invite new users to the users, but also include whether the number of members of a session group where the users are located reaches a preset number of people, whether the version of a user client used by the users is the latest version, and the like.

Therefore, the method and the device have the advantages that the virtual resource package is provided for the activated user, so that the activated user is encouraged to invite a new user to join the conversation group, the group is expanded, and the popularization of enterprise information and product information thereof is facilitated.

Based on the foregoing implementation process of virtual resource package issuance described in each embodiment, including the issuance process of an activated virtual resource package of a new member of an enterprise and the issuance process of an invitation reward virtual resource package of an old member inviting the new member, the following embodiment will mainly describe a process of a user retrieving various types of virtual resource packages, including a process of a group member grabbing a group virtual resource package and a process of retrieving the invitation reward virtual resource package, so as to explain how to enter the retrieved virtual resource into account, but not limited to the implementation method described in the following embodiment, and referring to fig. 7, a flowchart of another optional example of the implementation method of virtual resource issuance provided in this application is shown, and the method may be applied to an application server, and specifically may include, but is not limited to, the following steps:

step S31, receiving the virtual resource packet robbing message sent by any group member client;

in this embodiment, the group member client may be a client used by any one of the first session group and the second session group, and when a user sends a group virtual resource packet in the session group and the group members perform virtual resource packet preemption operation, the client used by the group member responds to the virtual resource packet preemption operation of the user and initiates a virtual resource packet preemption message to the application platform. The virtual resource package of the group may be initiated after the new user picks up the activated virtual resource package according to the above-mentioned manner, or may be a virtual resource package configured by using virtual resources in an individual virtual resource account, and the configuration and the distribution method of the virtual resource package of the group are not limited in this embodiment.

Step S32, user record information associated with the group member client is obtained;

step S33, carrying out wind control detection on the user record information;

step S34, responding to the detection, feeding back a successful notification of the virtual resource packet robbing to the group member client;

it should be noted that, in the application platform of this embodiment, the virtual resource bundle robbing message of one group member is responded at the same time, and the virtual resource bundle robbing message of the next group member is responded only after the user successfully receives the robbed virtual resource bundle, and the virtual resource bundle robbing message initiated by each group member client is responded sequentially according to the time sequence.

After receiving the virtual resource packet preemption message initiated by each group member client, the application platform can perform wind control detection on the group member first, and for the group member which fails to be detected, the application platform will not perform subsequent operation any more, and for the group member which passes the detection, the application platform will think of feeding back a successful virtual resource packet preemption notification, namely the group member can succeed in preempting the virtual resource packet.

In the present application, how to implement the wind control detection on the group members may be determined according to a safety detection rule preset by the application platform, the present application does not limit the specific implementation scheme of step S33, and the user record information obtained in step S32 may also be determined according to the safety detection rule, and may include the identity information of the user, the virtual resource packet record, and the like, and the present application does not limit the content of the user record information.

Step S35, receiving a virtual resource package pick-up message sent by the group member client;

step S36, sending a virtual resource package payment request to a payment system of the social platform;

optionally, after receiving the virtual resource package pickup message, the application platform may perform wind control detection again according to the above manner, and the implementation process is not described in detail in this embodiment. For the manner of picking up the virtual resource package, reference may be made to the description of the corresponding parts of the above embodiments.

Based on this, if the group member obtains the qualification of picking up the virtual resource package, in the picking up process of the virtual resource package or in the payment process of the virtual resource package, it is detected that the group member does not meet the wind control requirement, the 'vacant position' occupied by the group member in the application platform can be released, so that other group members click on the operation of picking up the virtual resource package, and the application platform can respond to the virtual resource package picking up message initiated by the group member in time.

Wherein the virtual resource package payment request can comprise the amount of the captured virtual resource which can be captured, the user identification of the group member client side capturing the virtual resource package, and an object identifier (such as a business identifier) for paying the amount of the virtual resource, so that after the payment system of the social platform receives the payment request of the virtual resource package, the virtual resource account to pay for the virtual resource object may be determined according to the content included in its virtual resource bundle payment request, and receiving the virtual resource account of the virtual resource, and transferring the amount of the virtual resource from the virtual resource account associated with the object identifier to the virtual resource account associated with the user identifier by the payment system, the payment system of the social platform realizes the posting/posting of the virtual resources, an independent payment system does not need to be built by the application platform, and the structure of the application platform is simplified.

As another optional example of the present application, if the group member successfully robs the virtual resource package, and does not timely get the virtual resource package, the group member clicks the group virtual resource package again, and cannot get the virtual resource package again, for example, a prompt message such as "the virtual resource package has been taken" may be output, but is not limited thereto.

Step S37, receiving a successful payment message of the virtual resource package fed back by the payment system;

step S38, sending a notification of successful virtual resource package pickup to the group member clients of the sent virtual resource package pickup message.

After the payment system of the social platform completes the account transfer of the virtual resource package which is captured this time, the payment system can notify the application platform, and then the application platform notifies the corresponding group member, if the notification of successful virtual resource package capture is directly output at the virtual resource package capture window of the client of the group member, the specific implementation method is not limited.

Optionally, if the user needs to query details of the received virtual resource package, a virtual resource package query request may be sent to the application platform, the application platform responds to the virtual resource package query request, invokes a payment interface of the payment system to obtain corresponding virtual resource package information, and then feeds back the virtual resource package information to the group member client of the sent virtual resource package query request for display.

Based on the implementation method for virtual resource issuance described in the foregoing embodiments, a scenario in which a new member joins an enterprise and an application platform issues an activated virtual resource package for the new member is mainly described as an example, specifically, a signaling flowchart of an optional example of the implementation method for virtual resource issuance provided by the present application shown in fig. 8 may be referred to, and a scenario flowchart shown in fig. 9, where the method may include, but is not limited to, the following steps:

step S41, the user client end sends request to the application platform;

in practical application, for a user newly applying for joining an enterprise, a request can be initiated to the application platform when a user account applied for the user on the application platform is activated, and the specific initiation method of the request is not limited in the application. In general, the request carries a user identifier, and reference may be made to the description of the above embodiment for the content of the user identifier.

Step S42, the application platform responds to the request, and obtains the historical record data associated with the user identification carried by the request;

for the operation of the user on the application platform, the generated information such as various behavior data, attribute data and the like can be recorded in the data server, and thus, when a user or an enterprise manager needs to inquire the historical behaviors and the user attributes of the user, the user or the enterprise manager can directly inquire from the data server, so that, the history data may be stored in the data server, and may include user history behavior data (such as login times, virtual resource package pickup times and amount, etc.), user attribute data, version number of the application client used by the login application platform, etc., and may also record the related information of the enterprise session group, for example, the content included in the history data is not limited, and may be selected according to actual needs, and is not limited to the form described herein.

With regard to the acquisition process of the history data, reference may be made to the description of the corresponding parts of the above-described embodiments.

Step S43, the application platform uses the user history behavior data in the history record data to verify whether the user identification meets the virtual resource package picking condition, if yes; proceeding to step S44; if not, ending the flow;

in the application, in order to avoid that a user applies for joining multiple enterprises, or the same user applies for joining the same enterprise for multiple times by adopting different user identifications, and the like, to fetch a virtual resource package, after the application platform monitors that a new user logs in, whether the user requests for joining a session group for the first time is usually verified, if not, the application platform can be considered to send the virtual resource package to the user before, if the virtual resource package is activated, a virtual resource package is invited, and the like, the virtual resource package is not sent again, and the flow is directly finished. Of course, the detection result may also be fed back to the user client to inform the user of the reason why the virtual resource package cannot be retrieved from the application platform.

Therefore, the virtual resource package pickup condition can be whether the user requests to join any session group for the first time, and if so, the virtual resource package pickup condition is considered to be met, and the user can be further judged to issue a virtual resource package of what type; otherwise, the virtual resource package pickup condition is not satisfied.

Step S44, the application platform uses the enterprise group information, the user client information and the user information in the history record data to verify whether the user identification accords with the issue condition of the activated virtual resource package, if yes, the step S45 is executed; if not, ending the flow;

in conjunction with the description in the corresponding part of the above embodiments, activating the virtual resource package issuance condition may include: whether the number of people of the session group requested to join by the user is greater than a preset number of people (e.g., 200 people), whether the user client is the latest version or more than a certain version (e.g., 2.7.8 version and more than application client), whether the user has picked up the activated virtual resource package, and the like, and the content of the release condition of the activated virtual resource package is not limited in this embodiment.

Based on this, the enterprise group information may include the number of people in the session group and other configuration information, the user client information may include client version information and the like, and the user information may include information such as user behavior, attributes and the like, such as a virtual resource package pickup record and the like.

In this embodiment, under the condition that the issuing condition of the activated virtual resource package is determined not to be met, it may be further verified whether the user meets the issuing condition of the invitation reward virtual resource package, and if yes, the user may issue an invitation virtual resource package to the client, so that the user may further obtain the invitation reward virtual resource package issued by the application platform after subsequently inviting other new users to join. Wherein, the conditions for issuing the invitation reward virtual resource package may include: whether the number of people of the session group which the user requests to join is greatly preset or not, whether the user client is the latest version or more than a certain version or not, whether the user draws an invitation reward virtual resource package or not and the like can be further included.

It should be noted that, for one virtual resource package invited in the embodiment, each user may obtain a plurality of times, that is, each time the user invites a new user to join the session group, the virtual resource package invited and rewarded by the application platform may be obtained; of course, the number of virtual resource packages which can be invited by one user can be limited, the number of people who invite the new user to join the session group by the user is determined to reach the number, even if the user invites the new user to join again, the virtual resource packages which can be invited cannot be picked up any more, and the number value of the number is not limited by the application.

Step S45, the application platform sends the virtual resource activation package to the user client;

step S46, the user client uses the activated virtual resource packet as the group virtual resource to generate the corresponding group virtual resource packet notification message;

for the configuration and sending process of the group virtual resource packet, reference may be made to the description of the corresponding parts in the foregoing embodiments, which are not described in detail in this embodiment.

Step S47, the user client determines at least one first session group containing the user identification, and sends the group virtual resource packet notification message and the group identification of the first session group to the application platform;

step S48, the application platform sends the group virtual resource packet notification message to each group member client of the first session group;

as another optional embodiment of the present application, after receiving the group virtual resource package, the user client may further determine at least one second session group including an association identifier having a binding relationship with the user identifier, and send a group virtual resource package notification message to each group member client in the second session group through the application platform and the social platform, which is not described in detail in the specific implementation process. Step S49, the group member client displays the group virtual resource packet notification message through the group session interface;

step S410, the group member client responds to the virtual resource packet robbing operation of the group member and sends a virtual resource packet robbing message to the application platform;

in this embodiment, for a user who first activates an enterprise, that is, first joins a session group, the application platform may issue an activated user to the user, so that the user interacts with other group members of the joined session group by using the activated virtual resource package, that is, the interaction is performed in a manner of issuing a group virtual resource package, the configuration and the amount of the group virtual resource package may be determined by the application platform, and a new user does not need to invest money by himself, thereby improving the user interaction enthusiasm.

And for other group members in the conversation group, the interaction enthusiasm of each group member is called in a group-robbing virtual resource packet mode, and the activity of the conversation group is improved.

It should be noted that, for each group member in the session group, the processes of grabbing the virtual resource package and getting the virtual resource package by using the respective application client are similar to the processes of grabbing the virtual resource package and getting the virtual resource package by the group member client described in this embodiment, but the difference is that the time sequence of grabbing the virtual resource package is different, and then it is determined whether the virtual resource package can be successfully got, and detailed description is omitted in this application.

Step S411, the application platform obtains the group member identification of the current virtual resource packet from the virtual resource packet robbing message;

step S412, the application platform acquires user record information associated with the group member identifier;

step S413, the application platform uses the user record information to carry out wind control detection on the group members robbing the virtual resource package;

step S414, the application platform responds to the detection passing, and feeds back a successful notification of the virtual resource packet robbing to the group member client;

in order to improve the safety of virtual resource package distribution, the application platform can carry out wind control detection on the group members for robbing the virtual resource package, the specific detection method is not limited, and the subsequent processes cannot be carried out on the group members which do not meet the wind control.

Step S415, the client of the group member outputs a virtual resource package receiving interface;

step S416, the group member client responds to the virtual resource package getting operation of the user aiming at the virtual resource package getting interface, and sends a virtual resource package getting message to the application platform;

the output form of the virtual resource package pickup interface is not limited in the application, and the pickup interface shown in fig. 6 can be referred to, but the blessing words of the virtual resource package to be picked up can be changed according to the actual scene requirements.

Step S417, the application platform uses the pick-up record of the group virtual resource package to verify whether the group member picking up the virtual resource package has the virtual resource package pick-up qualification; if yes, go to step S418; if not, ending the process;

step S418, the application platform sends a virtual resource package payment request to a payment system of the social platform;

step S419, the payment system analyzes the payment request of the virtual resource package to obtain a target payment virtual resource account for paying the virtual resource package, a target getting virtual resource account for getting the virtual resource package, and a virtual resource amount of the virtual resource package this time;

step S420, the payment system transfers the virtual resource from the target payment virtual resource account to the target receiving virtual resource account;

step S421, the payment system sends a successful payment message of the virtual resource package to the application platform;

step S422, the application platform responds to the successful message of the payment of the virtual resource package and sends a successful notice of the pickup of the virtual resource package to the group member client;

it should be noted that the application platform supports a client to receive the virtual resource packages at the same time, so that after a plurality of group members all rob the virtual resource packages, the virtual resource packages can be sequentially received according to the time sequence, the receiving process refers to the description of this embodiment, and the virtual resource package receiving process of each group member receiving the virtual resource packages is not described one by one.

After a group member successfully acquires the virtual resource package, that is, the virtual resource which is captured by the group member is successfully transferred to the user account of the group member, or at any stage before the virtual resource package is acquired, wind control detection is carried out on the virtual resource package, the vacancy occupied by the group member can be released, and the virtual resource package is acquired by clicking of a subsequent group member.

Optionally, before the group virtual resource package sent to the session group is not completely received, the group virtual resource package receiving interface of each group member client may display a "splitting" virtual resource package page, and for the group members splitting the virtual resource package, as described above, the same virtual resource package may be sequentially processed, so as to ensure atomicity of the virtual resource package.

As an optional example of the present application, when configuring a group virtual resource package, the application platform of the present application may configure that a user who clicks the first three positions to grab the virtual resource package can obtain the qualification of picking up the virtual resource package, and then click a group member of the "tear-down" button, and can show that the virtual resource package is picked up completely on a group member client. For the group members obtaining the virtual resource package picking qualification, the group members can interact with a payment system of the social platform according to the amount of the virtual resources distributed before or the amount of the virtual resources obtained by robbing, and the operations of packaging the virtual resource package, disassembling the virtual resource package and the like are finished.

Step 423, the group member client initiates a virtual resource package query request to the application platform in response to the operation of the user on the virtual resource package record;

step S424, the application platform responds to the virtual resource package inquiry request, and calls a payment interface of the payment system to obtain corresponding virtual resource package information;

step S425, the application platform sends the virtual resource package information to the group member client;

step S426, the group member client outputs the virtual resource packet information

It should be noted that the relevant information of the virtual resource package record may be stored in the data server, so that after any group member in the session group receives the virtual resource package, a button such as "virtual resource package record" may be clicked to initiate a virtual resource package query request to the application platform, and the obtained corresponding virtual resource package information is fed back to the client of the group member for display according to the above manner, so as to facilitate the group member to know the relevant information of the virtual resource package received by the group member.

In summary, for an active user of the application platform, after the application platform is verified by various conditions, it is determined that the active user can pick up the active user, and an active virtual resource package is issued to a user client of the active user, so that the user client issues the active virtual resource package as a group virtual resource package to each group member client of the session group for the group members to preempt the virtual resource package, thereby enhancing the activity of the session group and the interaction with the members in this way.

Moreover, in the process of the group members robbing the virtual resource package and getting the robbed virtual resource package, a wind control detection step is added, and the safety of the virtual resource package distribution is improved; in addition, for the amount of the virtual resources which are received by the user, the payment system of the social platform is transferred from the virtual resource account of the enterprise to the virtual resource account of the user, an independent payment system does not need to be established by the application platform, and the safety of the virtual resource package receiving and payment process is guaranteed.

In addition, the application platform can inquire the details of the virtual resource package received by the user by calling the payment interface and feed the details back to the client used by the user for displaying, so as to help the user to quickly and accurately know the condition of personally receiving the virtual resource package.

Referring to fig. 10, an alternative example structure diagram of an apparatus for implementing virtual resource distribution provided in the present application may be applied to a terminal device, and specifically may be an application client of the terminal device, as shown in fig. 10, the apparatus may include:

a request sending module 21, configured to initiate a request to an application platform, where the request carries a user identifier;

a virtual resource package receiving module 22, configured to receive a virtual resource package to be received sent by the application platform, where the virtual resource package to be received is sent by the application platform when responding to the request and verifying that the user identifier meets the virtual resource package issuing condition;

the virtual resource sending module 23 is configured to determine at least one first session group including the user identifier, or determine at least one second session group including an association identifier having a binding relationship with the user identifier, and send a virtual resource packet to a group member client of the first session group or the second session group.

Optionally, the virtual resource sending module 23 may include:

the message generating unit is used for generating a notification message of the virtual resource package to be retrieved;

and the message sending unit is used for sending the notification message to be picked up to the group member clients of the first session group or the second session group, and outputting the notification message to be picked up by the group session interface of the group member clients so as to prompt the corresponding group members to grab the virtual resource package.

Wherein, the message generating unit may include:

the adjusting unit is used for informing the content of the virtual resource package to be received; alternatively, the first and second electrodes may be,

a virtual resource amount obtaining unit, configured to obtain a virtual resource amount of the virtual resource packet to be received;

and the group virtual resource packet configuration unit is used for configuring and obtaining the group virtual resource packet by using the virtual resource amount according to the set group virtual resource packet configuration requirement.

A group virtual resource packet sending unit, configured to send the group virtual resource packet to the group member clients of the first session group or the second session group.

As another optional example of the present application, on the basis of the foregoing embodiments, the apparatus may further include:

the notification message output module is used for outputting the notification message of the virtual resource package to be received so as to prompt a user client with a user identifier to receive the virtual resource package to be received;

the virtual resource package pickup notification sending module is used for responding to the pickup operation of the user on the virtual resource package to be picked up, sending a virtual resource package pickup notification to the application platform so as to transfer the virtual resources of the virtual resource package to be picked up from the corresponding payment virtual fund account to the virtual resource account of the user through the social platform;

the application platform is built based on the social contact platform.

As for the above-mentioned device embodiments, each module/unit may be an application module, and the present application does not describe in detail the process of implementing the corresponding function, and reference may be made to the description of the corresponding part of the above-mentioned method embodiments.

Referring to fig. 11, a block diagram of another alternative example of an apparatus for implementing virtual resource distribution provided in the present application, where the apparatus may be applied to an application server, that is, an application platform, as shown in fig. 11, the apparatus may include:

a request response module 31, configured to respond to a request sent by a user client, and obtain a user identifier carried in the request;

the verification module 32 is used for verifying whether the user identifier meets the virtual resource package issuing condition;

the virtual resource sending module 33 is configured to send the virtual resource package to be retrieved to the user client if the virtual resource package issuing condition is met, so that the user client sends the virtual resource package to a group member client of a first session group or a second session group, where the first session group is a session group including a user identifier, and the second session group is a session group including an association identifier having a binding relationship with the user identifier.

Optionally, the apparatus may further include:

the virtual resource package pickup message receiving module is used for receiving a virtual resource package pickup message sent by any group member client, and the group member client comprises the user client;

the payment system comprises a virtual resource package payment request sending module, a payment module and a payment module, wherein the virtual resource package payment request sending module is used for sending a virtual resource package payment request to a payment system of a social platform, the virtual resource package payment request comprises a virtual resource amount which can be taken, a user identifier of a group member client side which takes the virtual resource package, and an object identifier for paying the virtual resource amount, and the payment system transfers the virtual resources in the taken virtual resource package to a virtual resource account associated with the user identifier from a payment virtual resource account associated with the object identifier;

the virtual resource package payment success message receiving module is used for receiving the virtual resource package payment success message fed back by the payment system;

and the virtual resource package pickup success notification sending module is used for sending a virtual resource package pickup success notification to the group member client of the sent virtual resource package pickup message.

As another optional example of the present application, the apparatus may further include:

the virtual resource package query request receiving module is used for receiving a virtual resource package query request sent by any group of member clients;

the virtual resource package information acquisition module is used for responding to the virtual resource package inquiry request and calling a payment interface of the payment system to obtain corresponding virtual resource package information;

and the virtual resource package information sending module is used for feeding back the virtual resource package information to the group member client of the sent virtual resource package query request for displaying.

In the above example of the apparatus suitable for the application server, each module or unit may be an application program module, and a process of implementing a corresponding function may refer to descriptions of corresponding parts in the above method embodiment, which is not described again in this embodiment.

The application also provides a storage medium, on which a program is stored, and the program is called and executed by a processor to implement the steps of the implementation method for virtual resource distribution described from the perspective of the application client or the perspective of the application server.

Referring to fig. 12, a hardware structure diagram of a computer device provided in the present application may include: at least one memory 41 and at least one processor 42, wherein:

the memory 41 may comprise high-speed RAM memory, and may also include non-volatile memory (non-volatile memory), such as at least one disk memory.

In this embodiment, the memory 41 may store a program for implementing a method for virtual resource allocation, and may also be used to store various intermediate data generated in the virtual resource allocation process, which is not described in detail in this application.

The processor 42 may be a central processing unit CPU or an application Specific Integrated circuit asic or one or more Integrated circuits configured to implement embodiments of the present invention.

In this embodiment, the processor 42 may call the program stored in the memory 41 to implement the steps of the implementation method applied to virtual resource allocation of the computer device.

It should be noted that the computer device may be a terminal device or an application server, the terminal device is installed with an application client, when the computer device is a different product, the program executed by the processor may be each step of the implementation method for virtual resource distribution described in terms of a corresponding product, and a specific implementation process may refer to the description of the corresponding part of the embodiment of the method.

In addition, when the computer device is of different product types, the hardware structure included in the computer device is not limited to the above listed memories and processors, and may also include a communication interface, a communication bus, and for the terminal device, a display, an input device, and the like, which are not described in detail herein.

In combination with fig. 1, an embodiment of the present application further provides a virtual resource issuance implementation system, where the system may include a communication server 11, an application server 12, and an application client 13, where:

the communication server 11 comprises a payment system, which can be used to respond to the virtual resource package payment request initiated by the application server 12, and transfer the amount of the virtual resource requested to be paid from the enterprise account to the user account; the method and the device can also be used for querying the virtual resource package information, and the specific implementation process can refer to the description of the corresponding part of the above embodiment.

The application server 12 may be configured to implement the steps of the implementation method for virtual resource allocation described in the application platform, which are not described again;

the application client 13 may be configured to implement the steps of the implementation method for virtual resource allocation described in the context of the application clients (including the user client and the group member clients), which are not described again.

The application client 13 may be installed on a terminal device used by a user, such as a mobile phone, a notebook computer, a desktop computer, and the like, and the terminal device, the communication server 11, and the application server 12 may perform data interaction in a wireless manner, but is not limited thereto, and the structural composition of the system is not limited to the parts given in this application, and may be adjusted or expanded according to actual needs.

The embodiments in the present description are described in a progressive manner, each embodiment focuses on differences from other embodiments, and the same and similar parts among the embodiments are referred to each other. The device and the computer equipment disclosed by the embodiment correspond to the method disclosed by the embodiment, so that the description is relatively simple, and the relevant points can be referred to the method part for description.

Those of skill would further appreciate that the various illustrative elements and algorithm steps described in connection with the embodiments disclosed herein may be implemented as electronic hardware, computer software, or combinations of both, and that the various illustrative components and steps have been described above generally in terms of their functionality in order to clearly illustrate this interchangeability of hardware and software. Whether such functionality is implemented as hardware or software depends upon the particular application and design constraints imposed on the implementation. Skilled artisans may implement the described functionality in varying ways for each particular application, but such implementation decisions should not be interpreted as causing a departure from the scope of the present application.

The steps of a method or algorithm described in connection with the embodiments disclosed herein may be embodied directly in hardware, in a software module executed by a processor, or in a combination of the two. A software module may reside in Random Access Memory (RAM), memory, Read Only Memory (ROM), electrically programmable ROM, electrically erasable programmable ROM, registers, hard disk, a removable disk, a CD-ROM, or any other form of storage medium known in the art.

The previous description of the disclosed embodiments is provided to enable any person skilled in the art to make or use the present application. Various modifications to these embodiments will be readily apparent to those skilled in the art, and the generic principles defined herein may be applied to other embodiments without departing from the spirit or scope of the application. Thus, the present application is not intended to be limited to the embodiments shown herein but is to be accorded the widest scope consistent with the principles and novel features disclosed herein.

Claims

1. A method for realizing virtual resource distribution is characterized in that the method comprises the following steps:

sending a request to an application platform, wherein the request carries a user identifier;

receiving a virtual resource package to be picked up sent by the application platform, wherein the virtual resource package to be picked up is sent when the application platform responds to the request and the user identification is determined to meet the virtual resource package distribution condition;

2. The method of claim 1, wherein sending the virtual resource package to be picked to group member clients of the first session group or the second session group comprises:

generating a receiving notification message of the virtual resource to be received;

and sending the notification message to be picked up to the group member client of the first session group or the second session group, and outputting the notification message to be picked up by a group session interface of the group member client so as to prompt the corresponding group member to grab the virtual resource package.

3. The method of claim 1, wherein sending the virtual resource package to be picked to group member clients of the first session group or the second session group comprises:

acquiring the amount of the virtual resources of the virtual resource packet to be received;

according to the set configuration requirement of the group virtual resource packet, configuring to obtain a group virtual resource packet by using the virtual resource amount;

sending the group virtual resource package to group member clients of the first session group or the second session group.

4. The method according to any one of claims 1 to 3, further comprising:

outputting a notification message of the virtual resource package to be picked up to prompt a user client associated with the user identifier to pick up the virtual resource package to be picked up;

responding to the receiving operation of the user on the virtual resource package to be received, and sending a virtual resource package receiving notice to the application platform so as to transfer the virtual resources of the virtual resource package to be received from the corresponding payment virtual fund account to the virtual resource account of the user through a social platform;

the application platform is built based on the social contact platform.

5. A method for realizing virtual resource distribution is characterized in that the method comprises the following steps:

responding to a request sent by a user client to obtain a user identifier carried by the request;

verifying whether the user identification meets the virtual resource package issuing condition;

6. The method of claim 5, further comprising:

receiving a virtual resource package pick-up message sent by any group member client, wherein the group member client comprises the user client;

sending a virtual resource package payment request to a payment system of a social platform, wherein the virtual resource payment request carries a virtual resource amount which can be taken by a user, a user identifier of a group member client for taking the virtual resource package, and an object identifier for paying the virtual resource amount, so that the payment system transfers the virtual resource amount from a payment virtual resource account associated with the object identifier to a virtual resource account associated with the user identifier;

receiving a successful payment message of the virtual resource package fed back by the payment system;

and sending a virtual resource package pick-up success notice to the group member client of the sent virtual resource package pick-up message.

7. The method of claim 6, further comprising:

receiving a virtual resource packet query request sent by any group member client;

responding to the virtual resource packet query request, and calling a payment interface of the payment system to obtain corresponding virtual resource packet information;

and feeding back the virtual resource package information to the group member client side which sends the virtual resource package query request for displaying.

8. An apparatus for implementing virtual resource distribution, the apparatus comprising:

the request sending module is used for sending a request to the application platform, wherein the request carries a user identifier;

a virtual resource package receiving module, configured to receive a virtual resource package to be received sent by the application platform, where the virtual resource package to be received is sent by the application platform when responding to the request and verifying that the user identifier meets a virtual resource package issuing condition;

9. An apparatus for implementing virtual resource distribution, the apparatus comprising:

10. A storage medium having a program stored thereon, the program being called and executed by a processor to implement the steps of the method for implementing virtual resource package issuance according to any one of claims 1 to 4 or according to any one of claims 5 to 7.