CN107979585B

CN107979585B - Data processing method, application client and system

Info

Publication number: CN107979585B
Application number: CN201710069478.3A
Authority: CN
Inventors: 郑博; 刘日佳; 陈谦; 刘志斌; 陈玲
Original assignee: Tencent Technology Shenzhen Co Ltd
Current assignee: Tencent Technology Shenzhen Co Ltd
Priority date: 2017-02-08
Filing date: 2017-02-08
Publication date: 2020-08-04
Anticipated expiration: 2037-02-08
Also published as: CN110351285A; CN107979585A; WO2018145554A1; CN110365686A; CN110351285B; CN110365686B

Abstract

The embodiment of the invention provides a data processing method, an application client and a system, wherein the method comprises the following steps: the method comprises the steps that when a first user finishes an application event, an application client side obtains a finishing evidence of the first user finishing the application event; the proof of completion includes: the first user completes the completion record of the application event and the virtual object data associated with the application event; generating a data block corresponding to the virtual object data according to the completion evidence, and carrying the completion record and indication information indicating the virtual object data in the data block; adding signature information of the first user to the data block; broadcasting the data blocks added with the signature information to a blockchain network; the blockchain network is accessed by a plurality of application clients. The embodiment of the invention can realize the virtual object processing with higher reliability and lower resource expense of the server.

Description

Data processing method, application client and system

Technical Field

The invention relates to the technical field of data processing, in particular to a data processing method, an application client and a system.

Background

With the popularity of network applications such as games, users can obtain activity experience which is not weaker than real world in the network virtual world provided by the network applications; in order to realize the ecological construction of the network virtual world, the processing of virtual objects such as virtual money (such as game money), virtual articles (such as game equipment, props and the like) and the like is often required, and the processing of the virtual objects includes the generation and transaction of the virtual objects.

At present, the generation, transaction and other processing of virtual objects are mainly managed by an operation server of network application; for example, the operation server may update the virtual object data rewarded by the application event completion in the user data of the user when the user completes a certain application event (such as completing a game task, killing a game monster, and the like), and generate and issue the virtual object rewarded when the application event is completed; when the transaction of the virtual object is carried out between the users, the operation server can realize the transaction of the virtual object by modifying the virtual object data in the user data of both transaction parties.

It can be seen that, the processing of the virtual object is mainly controlled by the operation server, and the operation server modifies the user data to complete the processing; the problems of the virtual object processing method are as follows:

the operation server needs to record all the user data related to the virtual object, the storage and operation pressure of the operation server is great, and the resource overhead of the server is improved;

at present, the operation server is attacked sometimes, and once the operation server is attacked and invaded or fails after being attacked, the security of virtual objects such as virtual money and virtual articles owned by a user is threatened as part of user assets, so that the reliability of a virtual object processing mode is low.

Disclosure of Invention

In view of this, embodiments of the present invention provide a data processing method, an application client and a system, so as to implement virtual object processing with high reliability and low resource overhead of a server.

In order to achieve the above purpose, the embodiments of the present invention provide the following technical solutions:

a data processing method is applied to a first application client, and comprises the following steps:

when a first user finishes an application event, acquiring a finishing evidence of the first user finishing the application event; the proof of completion includes: the first user completes the completion record of the application event and the virtual object data associated with the application event;

generating a data block corresponding to the virtual object data according to the completion evidence, and carrying the completion record and indication information indicating the virtual object data in the data block;

adding signature information of the first user to the data block;

broadcasting the data blocks added with the signature information to a blockchain network; the blockchain network is accessed by a plurality of application clients.

The embodiment of the invention also provides a data processing method which is applied to the first application client side and comprises the following steps:

acquiring a transaction request of a first transaction;

generating a data block corresponding to a first transaction according to the transaction request; the data block carries a transaction record of a first transaction and indication information indicating virtual object data corresponding to the first transaction;

broadcasting the data blocks to a blockchain network.

An embodiment of the present invention further provides an application client, including:

a completion evidence obtaining module, configured to obtain a completion evidence that the first user completes the application event when the first user completes the application event; the proof of completion includes: the first user completes the completion record of the application event and the virtual object data associated with the application event;

a data block generating module, configured to generate a data block corresponding to the virtual object data according to the completion evidence, and carry the completion record and indication information indicating the virtual object data in the data block;

the signature adding module is used for adding signature information of the first user to the data block;

a first broadcasting module, configured to broadcast the data chunk added with the signature information to a chunk chain network; the blockchain network is accessed by a plurality of application clients.

the transaction request acquisition module is used for acquiring a transaction request of a first transaction;

the generating module is used for generating a data block corresponding to the first transaction according to the transaction request; the data block carries a transaction record of a first transaction and indication information indicating virtual object data corresponding to the first transaction;

a second broadcasting module for broadcasting the data blocks to a blockchain network.

An embodiment of the present invention further provides a data processing system, including: the system comprises an application server, an operation server, a database and the application client.

Based on the foregoing technical solution, in the data processing method provided in the embodiment of the present invention, when the first user completes an application event, the first application client may obtain a completion evidence that the first user completes the application event, where the completion evidence may indicate that the first user completes the application event, and may obtain virtual object data rewarded by the application event, where the completion evidence includes: the first user completes the completion record of the application event and the virtual object data associated with the application event; the first application client can generate a data block corresponding to the rewarded virtual object data according to the completion evidence, and the completion record and indication information indicating the virtual object data are carried in the data block; and the first application client can add signature information corresponding to the first user to the data block, and then broadcast the data block added with the signature information to the block chain network, so that the application client in the block chain network can verify the validity of the data block, and the generation of the virtual object is realized by using a block chain technology.

The data processing method provided by the embodiment of the invention can realize the generation of the virtual object according to the block chain technology, the generation of the virtual object is determined by the behavior of the user for completing the application event, and the mining of the data block corresponding to the virtual object data associated with the application event is realized locally at the application client by the completion evidence of the application event completed by the first user obtained by the user for completing the application event; in the embodiment of the invention, the operation server does not manage the generation of the virtual object any more, and the virtual object is generated and expressed in the application client in the form of the data block, so that the resource overhead of the server is greatly reduced; meanwhile, the data blocks can be stored in the application client side of the block chain network in a distributed mode, so that the user asset loss caused by the invasion or the fault of the operation server is effectively avoided, and the reliability of virtual object processing is greatly improved.

Drawings

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

FIG. 1 is a block diagram of a data processing system according to an embodiment of the present invention;

FIG. 2 is a flow chart of a data processing method according to an embodiment of the present invention;

FIG. 3 is a flowchart of a method for obtaining a completing evidence according to an embodiment of the present invention;

fig. 4 is a signaling flowchart of a data processing method according to an embodiment of the present invention;

FIG. 5 is a block diagram of an alternative embodiment of a data processing system;

FIG. 6 is another flow chart of a data processing method according to an embodiment of the present invention;

FIG. 7 is a schematic diagram of the generation of a main data block;

FIG. 8 is a flowchart of a data processing method according to an embodiment of the present invention;

FIG. 9 is a schematic diagram of side data block generation;

FIG. 10 is a flowchart of a data processing method according to an embodiment of the present invention;

fig. 11 is a block diagram of an application client according to an embodiment of the present invention;

fig. 12 is another block diagram of an application client according to an embodiment of the present invention;

fig. 13 is a further structural block diagram of an application client according to an embodiment of the present invention;

fig. 14 is a block diagram of another structure of the application client according to the embodiment of the present invention.

Detailed Description

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, 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 invention.

The data processing method provided by the embodiment of the invention mainly realizes the generation, transaction and other processing of the virtual object based on the block chain technology; it should be noted that a Block chain (Blockchain) is a distributed database, where a Blockchain is a string of data blocks generated by using a cryptographic method, and the Blockchain is not stored in a specific location of the network, but is stored in a distributed manner by each client accessing the Blockchain network, and typically, each client only stores its associated data Block and chain verifiable information between each data Block;

the above description has described the meaning of the block chain, and when the block chain technology is applied to realize the processing of the generation, the transaction and the like of the virtual object, the embodiment of the invention does not directly copy the existing block chain technology, but performs the corresponding means adaptation improvement based on the characteristics and the system architecture of the network application such as the game and the like; that is, in the embodiment of the present invention, processing of a virtual object is implemented in a network application of a game or the like by using a blockchain technique for reference, rather than directly copying the blockchain technique in the network application of the game or the like.

Optionally, fig. 1 shows a schematic architecture diagram of a data processing system provided in an embodiment of the present invention, and referring to fig. 1, the data processing system may include: a plurality of application clients 10, an operation server 20, an application server 30, a database 40;

the application client 10 may be disposed in user equipment such as a smart phone, a tablet computer, a notebook computer, and the like, and provide local services for network applications such as games, and one application client generally corresponds to one user (i.e., one application client is generally operated by one user); application clients such as game clients;

the operation server 20 is no longer responsible for processing such as generation and transaction of virtual objects in the embodiment of the present invention, but retains capabilities of modifying application contents, issuing application events, and the like, so that the network virtual world ecology of network applications such as games and the like can be flexibly and durably operated; an operations server such as a game operations server;

the application server 30 may be implemented by a single server, or a server group consisting of a plurality of servers, and may provide network services for network applications such as games; application servers such as game servers;

the database 40 is a network database storing user data, in the embodiment of the present invention, the database 40 may store status data of each user, and no virtual object data of the user is stored (the virtual object data of a user indicates the number of virtual objects of each type that the user has, such as the number of virtual currencies that the user has, the number of virtual articles of each type that the user has, etc.); taking a game network application as an example, the database is a game database, the game database can store state data (such as game player grade, attribute and the like) of each game player, and virtual object data such as game currency, game props and the like owned by the game player are not stored in the game database; the database can be read and written by the operation server and the application server;

in the embodiment of the present invention, a plurality of application clients are used as access nodes of a blockchain network, the blockchain network can be supported by the plurality of application clients, virtual object data of a user is stored in a distributed manner in the blockchain network in the form of data blocks, and each application client generally only stores a data block corresponding to the virtual object data of its own user.

Based on the data processing system shown in fig. 1, taking the generation of the virtual object as an example, the following description will be made in terms of a first application client, which may be any application client that needs to generate the virtual object in the data processing system shown in fig. 1 and can be operated by a first user;

fig. 2 is a flowchart of a data processing method according to an embodiment of the present invention, where the method is applicable to a first application client, and referring to fig. 2, the method may include:

step S100, when a first user finishes an application event, a first application client acquires a finishing evidence of the first user finishing the application event; the proof of completion includes: and the first user completes the completion record of the application event and the virtual object data associated with the application event.

The application event is an event which is set by an application task and is associated with a virtual object with rewards, and the completion progress of the application event is influenced by the application behavior of the user; the specific type of the application event and the virtual object data associated with the reward can be set according to the actual conditions of operation and the like;

taking a game network application as an example, the application event may be a game task, the game task is associated with game currency to be awarded, and when the game task is completed, the associated game currency can be awarded to a user who completes the game task; the user can control the game behavior through the game client to gradually complete the game task; accordingly, application event completion may be, for example, a game client completing a game task, killing a game monster, etc., under the influence of a user's game behavior.

After the first user finishes the application event, the first application client can acquire a finishing evidence that the first user finishes the application event, so that a data block can be generated based on the finishing evidence that the first user finishes the application event; the proof of completion of the application event by the first user may indicate that the first user completed the application event and is able to obtain the virtual object awarded in association with the application event; specifically, the proof of completion of the application event by the first user may include: the first user completes the completion record of the application event and the virtual object data associated with the application event;

optionally, the completing the recording of the application event by the first user may include: the first user completes the behavior record or the result record of the application event; namely, the embodiment of the present invention may represent the completion record in the form of a behavior record corresponding to the process of the first user completing the application event, or a result record of the first user completing the application event; the completion record of the first user completing the application event may be determined by the first application client, or may be determined by the application server and then sent to the first application client.

The virtual object data associated with the application event may represent virtual objects awarded in association with the application event, for example, a type and a number of virtual objects to be awarded to the first user when the first user completes the application event, that is, the virtual object data may describe the type and the number of virtual objects associated with the application event (for example, a certain amount of virtual money is awarded for completing one application event, and/or a certain amount of virtual goods, etc.);

optionally, the virtual object data associated with the application event may be set according to actual conditions such as operation.

Optionally, the first application client may determine the virtual object data associated with the application event through the application event configuration file (taking the application event as an example, the application event configuration file is, for example, a task configuration file); the application event configuration file can record the completion requirements of the application events, completion rewards (associated virtual object data can be carried in the completion rewards), and the like; the application event configuration file can be stored locally in the first application client, or can be acquired when the first application client interactively receives application events to be completed with the application server;

optionally, after the first user completes the application event, the first application client may send a notification that the first user completes the application event to the application server, and the application server may determine, according to a selection of the first user, or randomly, or set associated virtual object data according to the application event, the virtual object data associated with the application event, and then notify the first application client, so that the first application client determines the virtual object data associated with the application event.

Step S110, the first application client generates a data block corresponding to the virtual object data according to the completion evidence, and carries the completion record and indication information indicating the virtual object data in the data block.

Optionally, one data block may correspond to any type and any number of virtual objects, for example, one data block may correspond to any number of virtual currencies;

after the first application client acquires the completion evidence of the first user completing the application event, the completion evidence is used as a zero-knowledge proof generated by the data block, and the first application client can be triggered to generate the data block; the generated data blocks should correspond to the virtual object data (that is, the type and number of the virtual objects corresponding to the generated data blocks may correspond to the virtual object data associated with the application event), that is, although the data blocks may correspond to any type and any number of virtual objects, the first application client may only generate the data blocks corresponding to the virtual object data rewarded by the completed application event under normal processing logic;

the generation method of the data block may refer to the introduction in the white paper of the block chain, including the process of hashing the previous data block and constructing a hash tree, and as to how to generate the data block, the embodiment of the present invention does not pay attention to, and any technology capable of generating the data block may be applied; however, in order to verify the validity of the generated data block, the generated data block should carry a completion record of the first user completing the application event and indication information indicating the virtual object data associated with the application event, so that other application clients can verify the data block.

Optionally, the indication information indicating the virtual object data may be the virtual object data itself, or may be a corresponding identifier of the virtual object data, where the corresponding identifier can match the virtual object data.

Step S120, the first application client adds the signature information of the first user to the data block.

The signature information corresponding to the first user may uniquely identify the first user, may be regarded as an identity of the first user, and the generated data block may be tagged with the tag of the first user by adding the signature information corresponding to the first user to the generated data block.

Step S130, the first application client broadcasts the data block added with the signature information to a block chain network; the blockchain network is accessed by a plurality of application clients.

The application client is used as an access node of the block chain network, and a plurality of application clients can form the block chain network; after the first application client generates the data block, the data block can be added into the block chain, and the validity of the data block needs to be approved by other application clients in the block chain network, so that the first application client needs to broadcast the data block into the block chain network after generating the data block, and the validity of the data block is verified by other application clients.

In the data processing method provided in the embodiment of the present invention, when the first user completes the application event, the first application client may obtain a completion evidence that the first user completes the application event, where the completion evidence may indicate that the first user completes the application event and may obtain virtual object data rewarded by the application event, where the completion evidence includes: the first user completes the completion record of the application event and the virtual object data associated with the application event; the first application client can generate a data block corresponding to the rewarded virtual object data according to the completion evidence, and the completion record and indication information indicating the virtual object data are carried in the data block; and the first application client can add signature information corresponding to the first user to the data block, and then broadcast the data block added with the signature information to the block chain network, so that the application client in the block chain network can verify the validity of the data block, and the generation of the virtual object is realized by using a block chain technology.

In the data processing method provided by the embodiment of the invention, the generation of the virtual object (such as the generation of new virtual currency and new virtual articles) is triggered by the action of completing the application event by the user; the first application client or the application server may complete the determination logic through a built-in application event, determine whether the first user completes the application event and obtains a virtual object to be rewarded, so that when the first user completes the application event, the first application client may obtain a completion evidence that the first user generated by the subsequent trigger data block completes the application event, where the completion evidence includes: the first user completes the completion record of the application event and the virtual object data associated with the application event;

that is, the proof of completion of the application event by the first user may indicate proof that the first user completed the application event and obtained the reward of the corresponding virtual object; optionally, the completing the recording of the application event by the first user may include: the first user completes the behavior record or the result record of the application event;

the behavior record of the first user completing the application event may be a recorded behavior record corresponding to the first user completing the application event (that is, a result of the first user completing the application event may be represented by a behavior corresponding to the first user completing the application event); for example, the behavior record of the first user killing the game monster may be determined by the first application client, or may be issued to the first application client after being determined by the application server;

the result of the first user completing the application event may be a recorded result status of the first user completing the application event; such as the answer to a question answered by the first user, the result of hitting a game monster, etc.; the result record can be self-determined by the first application client, or can be issued to the first application client after being determined by the application server.

Optionally, the completing the recording of the application event by the first user may further include: the description content of the application event; the description content of the application event can be issued to the first application client by the application server; if the application event can be obtained by the first application client, the first application client can obtain the description content from the application server; taking the application event as an application task as an example, the description content of the application event is, for example, task content introduction.

Optionally, fig. 3 shows a flowchart of an alternative method for obtaining a completion evidence of completion of the application event by the first user, the method being applicable to the first application client, and referring to fig. 3, the method may include:

step S200, when the first user finishes the application event, the first application client acquires the virtual object data associated with the application event.

The virtual object data associated with the application event may be preset, may also be selected by the user, or randomly determined by the application server, and specifically may be determined according to the virtual object reward rule set by the application event; for example, when the first user completes the application event, the application server may notify the first application client to complete the virtual object data awarded corresponding to the application event.

Optionally, the first application client may further obtain description content of the application event;

optionally, the description content of the application event may be obtained when the first application client receives the application event (for example, the first user receives a game task), and taking the application event as the application task, the first user may refresh and receive the application task through the first application client, so as to obtain the description content of the application event sent by the application server.

Optionally, for some non-task application events, such as killing monsters, the first application client may obtain description content of the application event sent by the application server when the first user completes the application event (e.g., killing monsters); obviously, for an application event of task nature, the description content of the application event issued by the application server may also be obtained when the first application client completes the application event;

whether the description of the application event is self-determined by the first application client or issued by the application server may be tailored to the actual application design.

Optionally, in an implementation manner, the first application client may send a notification that the first user completes the application event to the server when the first user completes the application event, so that the application server may determine virtual object data associated with the application event, and the application server sends the virtual object data associated with the application event to the first application client;

optionally, the application server may further determine the description content of the application event at the same time, and send the description content of the application event to the first application client at the same time.

Step S210, acquiring a behavior record or a result record of the first user completing the application event.

Step S220, determining a completion evidence of the first user completing the application event according to the virtual object data associated with the application event and the behavior record or the result record.

Optionally, the completion evidence may further include a description content of the application event; that is, the completion evidence of the first user completing the application event may be determined according to the description content of the application event, the virtual object data associated with the application event, and the behavior record or the result record.

Subsequently, after the first application client broadcasts the data block to the blockchain network, other application clients in the blockchain network can verify the validity of the data block directly based on a completion record carried in the data block (the completion record can be formed by a behavior record or a result record of the first user completing the application event, or the description content of the application event and the behavior record or the result record), and virtual object data associated with the application event, so as to prevent the data block from being forged and tampered without the need of providing other information to the other application clients in the blockchain network by the first application client to verify the validity of the data block.

Optionally, after the first application client generates the data block, the data block may be broadcast through an automatic broadcast mechanism of the block chain network, for example, the first application client that generates the data block may broadcast first, and then broadcast through other application clients may gradually diffuse into the entire block chain network.

Optionally, an application client in the blockchain network may verify whether a data block sent by another application client to the blockchain network is valid; the verification method can be that after the data block is obtained, the completion record carried in the data block is analyzed, whether the application event can be completed by using the completion record is judged according to the application event processing logic, if the application event can be completed by using the completion record is judged, the completion reward of the application event is judged, whether the completion reward corresponds to the virtual object data is judged, and if the completion reward of the application event corresponds to the virtual object data, the data block verification is determined to be valid; if any judgment result is negative in the process, the data block can be determined to be invalid;

after an application client in the blockchain network acquires a data block sent to the blockchain network by another application client, the completion record of the application event carried in the data block can be used for completing the completion process of simulating the application event according to the application event processing logic, and if the simulation result is that the completion record can complete the application event and the completion reward of the application event corresponds to the virtual object data carried in the data block, the data block can be determined to be valid for verification.

Optionally, fig. 4 shows a signaling flow of the data processing method provided in the embodiment of the present invention, where the signaling flow may include:

step S10, when the first user completes the application event, the first application client sends a notification that the first user completes the application event to the application server.

Step S11, the application server determines the virtual object data associated with the application event, and generates a pair of public key and private key corresponding to the application event.

Step S12, the application server issues the virtual object data associated with the application event and the private key to the first application client.

Step S13, the first application client obtains a behavior record or a result record of the first user completing the application event.

Optionally, the behavior record or the result record of the first user completing the application event may be synchronously carried in the content sent by the application server in step S12, or may be self-determined by the first application client.

And step S14, the first application client signs the behavior record or the result record by using the private key.

Step S15, the first application client determines, according to the virtual object data and the behavior record or result record signed by using the private key, a completion evidence that the first user completes the application event.

Optionally, the application server may further determine the description content of the application event and issue the description content to the first application client, so that the first application client may determine, according to the description content of the application event, the virtual object data, and the behavior record or the result record signed by using the private key, a completion evidence that the first user completes the application event.

Step S16, the first application client generates a data block corresponding to the virtual object data according to the completion evidence, and carries the behavior record or result record signed by using the private key and indication information indicating the virtual object data in the data block.

Optionally, the data block may also carry description content of the application event.

Step S17, the first application client adds the signature information corresponding to the first user to the data chunk.

Step S18, the first application client broadcasts the data chunk added with the signature information to the chunk chain network.

In step S19, the second application client receives the data chunk broadcast by the first application client to the blockchain network.

Optionally, the second application client may be any application client except the first application client in the blockchain network, and the second application client may receive the data block broadcast from the first application client in the blockchain network; the second application client may correspond to a second user.

Step S20, the second application client parses the received data chunk, and obtains the behavior record or result record signed by using the private key, and indication information indicating the virtual object data.

Optionally, the second application client may further obtain the description content of the application event by analyzing the received data block.

Step S21, the second application client requests the application server for the public key corresponding to the application event.

And step S22, the application server issues the public key corresponding to the application event to the second application client.

And step S23, the second application client uses the public key to unlock the behavior record or the result record signed by the private key, and obtains the behavior record or the result record of the first user completing the application event.

Step S24, the second application client records a completion process of simulating the application event according to the behavior record or the result, and determines that the data block is valid if the simulation result indicates that the behavior record or the result record can complete the application event and a completion reward of the application event corresponds to the virtual object data.

After the second application client unlocks the behavior record or the result record signed by the private key, the behavior record (such as behavior operation required by killing game monsters) corresponding to the process of completing the application event by the first user or the result record (such as answers of puzzles) of completing the application event can be obtained; according to the obtained behavior record or result record, the second application client can simulate whether the behavior record or the result record can complete the application event according to the application event processing logic (such as game logic), and when the simulation result is yes, whether the completion reward of the application event corresponds to the virtual object data is judged, so that the verification of the data block is realized.

Optionally, if the behavior record or the result record cannot complete the application event, and/or a completion reward of the application event does not correspond to the virtual object data, it may be determined that the data block is invalid.

Optionally, after the second application client verifies the data block, the second application client may further place the data block in a block chain network for broadcasting, so that more application clients verify the data block; if the second application client verifies that the data block is valid, the data block may be added to the blockchain; if the second application client verifies that the data block is invalid, the data block can be discarded, the invalid data block is not taken as a part of the block chain, namely, the invalid data block which is not verified can be treated as an invalid block by the block chain network, wherein the represented virtual object has no actual effect in network applications such as games and the like and can not circulate through transactions.

Correspondingly, the first application client may also verify that the second application client broadcasts to the data block in the blockchain network, and the data block broadcast by the second application client to the blockchain network may carry a completion record of the second user completing the application event and indication information indicating virtual object data associated with the application event completed by the second user, and the process of the first application client verifying the data block may be similar to that shown in fig. 4; the specific optional process may be:

a first application client receives a data block propagated in a blockchain network; the data block carries a private key corresponding to an application event finished by a second user, a signed action record or result record of the application event finished by the second user, and indication information of virtual object data related to the application event finished by the second user;

the first application client analyzes the received data block, and acquires the behavior record or the result record signed by using the private key and indication information indicating the virtual object data;

a first application client requests an application server for a public key corresponding to an application event completed by a second user;

and the first application client uses the acquired public key to unlock the behavior record or the result record signed by using the private key so as to obtain the behavior record or the result record of the second user for completing the application event.

The first application client side records the completion process of simulating the application event according to the obtained behavior record or result, and verifies the validity of the received data block according to the simulation result;

on one hand, if the simulation result is that the obtained behavior record or the result record can complete the application event, and the completion reward of the application event corresponds to the virtual object data, determining that the data block broadcasted to the blockchain network by the second application client is valid;

on the other hand, if the simulation result is that the obtained behavior record or result record cannot complete the application event, and/or the completion reward of the application event does not correspond to the virtual object data, it may be determined that the data chunk broadcast to the blockchain network by the second application client is invalid.

Optionally, the process of broadcasting the data block to the blockchain network by the first application client to perform data block verification may be considered as a broadcast and distributed verification process, that is, after the first application client generates a certain data block, the certain data block may be broadcast to an adjacent application client (usually, in a manner of p2p, etc.), and then the application client receiving the data block may verify the data block, and further broadcast the verification result and the data block until the data block is spread to the full blockchain network (generally, as long as 5 application clients can pass the verification of the data block, it is considered that the data block can be approved by the full blockchain network).

Optionally, the virtual object may be divided into two types, namely virtual currency and a virtual article, in the embodiment of the present invention, the generated data block corresponding to the virtual currency may be regarded as a main data block, and the generated data block corresponding to the virtual article may be regarded as a side data block; correspondingly, the blockchain may be divided into a main blockchain and a side blockchain, and the corresponding structure may be as shown in fig. 5, where it is noted that the application clients in the main blockchain and the side blockchain are substantially the same, but the virtual objects represented by the data blocks in the main blockchain and the side blockchain are different;

for the main data block corresponding to the newly generated virtual currency, the embodiment of the invention does not need to generate equivalent virtual articles; however, for the side data block corresponding to the newly generated virtual article, it is necessary to generate and lock the main data block corresponding to the virtual money equivalent to the newly generated virtual article so as to ensure that the virtual money block chain (i.e., the main block chain) can satisfy the amount of virtual money required for the virtual article exchange.

Optionally, the virtual currency may be considered as a form of a first type of virtual object, and the virtual article (such as a virtual prop, a virtual resource, a virtual device, etc.) may be considered as a form of a second type of virtual object, and the following description is made with respect to a data processing method for generating a main data block of the first type of virtual object and a side data block of the second type of virtual object;

it is worth noting that the virtual currency is only an optional form of a first type of virtual object, the virtual article is only an optional form of a second type of virtual object, and the specific form of the first type of virtual object and the specific form of the second type of virtual object can be adjusted according to different network virtual world ecology constructed by network application; the first type of virtual object is considered to have a purchase attribute in a cyber virtual world ecology constructed by the cyber application, and the second type of virtual object can be purchased.

Fig. 6 is another flowchart of a data processing method according to an embodiment of the present invention, where the method is applicable to a first application client, and referring to fig. 6, the method may include:

step S300, when the first user finishes the application event, the first application client determines the virtual object data associated with the application event.

Step S310, if the first application client determines that the virtual object type of the virtual object data is a first type of virtual object, obtaining a finishing evidence of the first user finishing the application event; the proof of completion includes: and the first user completes the completion record of the application event and the virtual object data of the first type of virtual object associated with the application event.

Step S320, the first application client generates a main data block corresponding to the virtual object data of the first type of virtual object according to the finishing evidence; and the main data block carries the completion record and indication information indicating the virtual object data of the first type of virtual object.

Step S330, the first application client adds the signature information corresponding to the first user to the main data block.

And step S340, the first application client broadcasts the master data block added with the signature information to a master block chain network.

Alternatively, the manner in which the master data block is verified in the master block chain network, similar to the principle shown in FIG. 4, can be referred to.

Based on the method shown in fig. 6, taking a game network application as an example, as shown in fig. 7, a game client completes a game task, and the award of the game task is 100 virtual coins, after the game client completes the game task, the game client may determine that a virtual object associated with the award of the game task is a virtual coin (that is, the virtual object type of the virtual object data associated with the game task is a first type of virtual object, and the virtual coin is a form of the first type of virtual object), so as to obtain a completion evidence that the game client completes the game task;

the proof of completion includes: the game client finishes the completion record of the game task and the game task is associated with the awarded 100 virtual gold coins; the game client can further generate a main data block corresponding to the 100 virtual gold coins according to the completion evidence, and the completion record and the indication information indicating that the main data block corresponds to the 100 virtual gold coins are carried in the main data block; after adding the signature information corresponding to the user of the game client to the main data block, the game client can broadcast the main data block to the main block chain network, so that other game clients can verify the validity of the main data block.

Taking the generation of the side data block of the second type virtual object as an example, fig. 8 shows another flow of the data processing method provided by the embodiment of the present invention, where the method is applicable to the first application client, and referring to fig. 8, the method may include:

step S400, when the first user finishes the application event, the first application client determines the virtual object data associated with the application event.

Step S410, if the first application client determines that the virtual object type of the virtual object data is a second type virtual object, determining the virtual object data of the first type virtual object corresponding to the virtual object data of the second type virtual object; and determining a proof of completion of the application event by the first user and a proof of concomitant generation of the main data region.

Wherein the proof of completion comprises: the first user completes the completion record of the application event and the virtual object data of the second type virtual object associated with the application event; the generating evidence concomitantly for the main data area includes: virtual object data of the first class of virtual objects.

When the first application client finishes an application event and the type of virtual object data associated with the application event and rewarded is a second-class virtual object, a main data block corresponding to the virtual object data of the equivalent first-class virtual object is generated besides a side data block corresponding to the virtual object data of the second-class virtual object associated with the application event and rewarded; if the game client finishes a game task and the reward of the game task is a game item, the first application client needs to determine the game currency equivalent to the game item besides generating the side data block corresponding to the game item and simultaneously generating a main data block corresponding to the game currency;

the virtual object data of the first type of virtual object, corresponding to the virtual object data of the second type of virtual object, may represent the first type of virtual object equivalent to the second type of virtual object awarded in association with the application event; if the application event associated reward is a virtual item (a form of a second type of virtual object), and the equivalent currency of the virtual item is 100 virtual coins (a form of a first type of virtual object), when the side data block corresponding to the virtual item is generated, a main data block corresponding to 100 virtual coins needs to be generated.

Step S420, the first application client generates a side data block corresponding to the virtual object data of the second type virtual object according to the completion evidence, and carries the completion record and indication information indicating the virtual object data of the second type virtual object in the side data block; and generating a main data block corresponding to the virtual object data of the first type of virtual object according to the evidence generated along with the main data block, wherein the main data block carries indication information indicating the virtual object data of the first type of virtual object.

Step S430, the first application client adds the signature information corresponding to the first user to the side data block.

Step S440, the first application client broadcasts the side data block added with the signature information to a side block chain network; and locking the master data block to a master block chain network.

Optionally, when the data block is verified, since the main data block is an equivalent data block generated along with the side data block, only the side data block is verified, and the main data block is locked into the main block chain network, and the locked main data block is not released until the second type of virtual object represented by the side data block is traded.

Based on the method shown in fig. 8, taking a game network application as an example, as shown in fig. 9, a game client completes a game task, and a reward of the game task is a game item, and after the game client completes the game task, the game client may determine that a virtual object associated with the reward of the game task is the game item (that is, the virtual object type of the virtual object data associated with the game task is a second type of virtual object, and the game item is a form of the second type of virtual object), so that the game client may determine equivalent game money of the game item, and if the equivalent game money is 100 virtual money, the game client may generate a completion evidence that a first user completes the application event, and generate an evidence along with a main data block;

the completion evidence is used for representing the completion record of the game client end for completing the game task and the game props associated with the awards of the game task; the main data block is used for generating evidence for representing equivalent 100 virtual gold coins corresponding to game props awarded in association with game tasks along with the generated evidence;

the game client can generate a side data block corresponding to the game prop according to the completion evidence, the completion record and the indication information of the game prop corresponding to the indication side data block are carried in the side data block, and the side data block is further broadcasted to a side block chain after signature information of a user corresponding to the game client is added to the side data block, so that other game clients can verify the validity of the side data block;

meanwhile, the game client can generate a main data block corresponding to the 100 virtual gold coins according to the evidence generated by the main data block, and the main data block carries indication information indicating that the main data block corresponds to the 100 virtual gold coins; and further locking the main data block into the main block chain until the virtual item represented by the side data block is traded, and releasing the main data block from the main block chain.

Optionally, the embodiment of the present invention may utilize a side chain (side block chain) mechanism to automatically lock the main data block on the main chain (main block chain) until the main data block is released and then unlocked.

Optionally, synthesizing a new virtual object of the second type by using the virtual object of the second type and/or the virtual object of the first type, which may be considered as one of the application events; the generation of the side data block corresponding to the new second type virtual object is accompanied by the invalidation of the side data block corresponding to the original second type virtual object and/or the invalidation of the main data block corresponding to the original first type virtual object;

correspondingly, when the first application client completes the application event, it may further determine a data block (which may be a main data block corresponding to the first type of virtual object or a side data block corresponding to the second type of virtual object, and may be determined according to the execution requirement of the application event) that is accompanied by an invalidation of the application event, and perform invalidation processing on the determined data block.

In the aspect of generating the virtual object, the data processing method provided by the embodiment of the invention is introduced above; the data processing method provided by the embodiment of the invention will be described from the perspective of the transaction of the virtual object; the data processing method described below is based on the generation of virtual objects in the block chain technique described above.

Fig. 10 is a further flowchart of a data processing method provided in an embodiment of the present invention, where the method is applicable to a first application client, and referring to fig. 10, the method may include:

step S500, a transaction request of the first transaction is obtained.

Optionally, the transaction request may be a transaction request of a first user with respect to the first application client; the other application clients may also broadcast the transaction request of the first transaction to the blockchain network when the other application clients broadcast the transaction request in the blockchain network, that is, when the users of the other application clients perform the first transaction, the other application clients may broadcast the transaction request of the first transaction to the blockchain network, and when the first application client acquires the transaction request, the corresponding data block may be generated based on the transaction request.

Step S510, generating a data block corresponding to a first transaction according to the transaction request; the data block carries a transaction record of the first transaction and indication information indicating virtual object data corresponding to the first transaction.

The method is different from the mode of carrying out transaction by modifying the user data in the existing database, and the embodiment of the invention does not modify the virtual currency and the like in the user data according to the transaction request to realize the transaction; the data block corresponding to the transaction is generated, and the data block corresponding to the transaction is added into the block chain, namely when the transaction is realized, the block chain does not modify the generated and added data block, but adds a new data block corresponding to the transaction at the tail of the block chain;

optionally, the transaction record of the first transaction may record the user involved in the first transaction, the transaction item, currency, etc. of the first transaction, and may record key data that is critically involved in the transaction of the first transaction.

Step S520, broadcasting the data block to a block chain network.

Optionally, the first transaction may be a transaction for purchasing a game item, and if the game item needs to consume 100 coins, the first application client acquires the transaction request, and determines that a first user corresponding to the transaction request uses 100 coins to purchase a transaction record of the game item; generating a data block corresponding to the first transaction according to the transaction request, carrying transaction records and consumed 100 coins indicating the first transaction in the data block, and obtaining indication information of the game props;

optionally, the first transaction may be a transaction request for the first user to sell the game item, and if the selling price of the game item is 100 coins, the first application client may obtain the transaction request, and determine that the first user corresponding to the transaction request sells the game item to obtain a transaction record of 100 coins; generating a data block corresponding to the first transaction, and carrying transaction records, obtained 100 coins corresponding to the first transaction and indication information of the sold game props in the data block;

obviously, the first transaction may also be a transaction between a virtual article and a virtual article, or a simple transfer of a virtual gold coin, a simple transfer of a virtual article, or the like, and the processing principles of these types of transactions and the above description are implemented by generating a corresponding data block according to a transaction request, spreading the data block to a block chain network, and verifying the validity of the data block by other application clients;

optionally, the embodiment of the invention can support the transaction between users, the transaction between users and the game system and the like.

Optionally, after the data block corresponding to the transaction is broadcast to the blockchain network, the application client in the blockchain network may verify whether the data block is valid, and the specific verification principle is similar to that described in fig. 4, where the application client simulates whether the transaction can be completed according to the transaction record in the data block, and when the transaction can be completed, determines whether the virtual object data corresponding to the data block matches the transaction and is implemented;

if the application client in the blockchain network simulates the transaction process according to the transaction record in the data block and then judges that the transaction can be completed and the virtual object data corresponding to the data block is consistent with the transaction, the data block is determined to be valid.

Specifically, the first application client may obtain a private key corresponding to the first transaction (the first transaction may correspond to a pair of a private key and a public key that are distributed by the application server), sign the transaction record of the first transaction using the private key, and carry the signature in the data block; sending a data block carrying the transaction record signed by the private key and indication information indicating virtual object data corresponding to the first transaction to a block chain network;

and if the simulation result is that the transaction record can complete the first transaction, and the virtual object data corresponding to the data block conforms to the first transaction, determining that the data block is valid.

Correspondingly, the first application client can verify the data blocks propagated in the blockchain network; if the first application client receives the data block corresponding to the second transaction transmitted in the block chain network, the first application client can analyze the received data block, obtain a public key corresponding to the second transaction, and use the obtained public key to unlock the transaction record of the second transaction signed by using the private key;

the first application client can simulate the completion process of the second transaction according to the obtained transaction record, so that the validity of the received data block is verified according to the simulation result;

if the simulation result is that the obtained transaction record can complete the second transaction and the virtual object data corresponding to the data block is consistent with the second transaction, the received data block can be determined to be valid.

Optionally, if the application client in the blockchain network simulates the transaction process according to the transaction record in the data block, it determines that the transaction cannot be completed; and/or determining that the data block is invalid if the virtual object data corresponding to the data block does not match the transaction.

Alternatively, the data block shown in fig. 10 may be a main data block or a side data block; it should be noted that, if the virtual object data corresponding to the first transaction is the second type of virtual object data corresponding to the side data block of the first transaction, because the second type of virtual object data of the first transaction is performed for the first time, the corresponding main data block of the equivalent first type of virtual object is still in a locked state (that is, the main data block of the first type of virtual object, such as equivalent virtual money, is in a locked state), when the virtual object data corresponding to the first transaction is the second type of virtual object data corresponding to the side data block of the first transaction, the corresponding main data block in the locked state needs to be released, so as to ensure that the traffic volume of the network virtual world is sufficient.

If the virtual object data corresponding to the first transaction has already been transacted, the corresponding main data block has already been released, and at this time, whether the main data block is involved is no longer needed, and the bidirectional transaction can be performed relatively independently;

optionally, the equivalence relation between the second type of virtual object corresponding to the side data block and the first type of virtual object corresponding to the main data block may be set by the operation server according to an actual situation; as an example of the game network application, the operation server may control the distribution of the virtual money and the virtual goods by adjusting and distributing the game tasks, and control the ecology of the network virtual world by adjusting the virtual money, the consumption of the virtual goods when the player participates in the game, and the exchange relationship (one of the corresponding relationships) between the virtual money and the virtual goods.

In the data processing method provided by the embodiment of the present invention, processing of virtual objects such as virtual money and virtual articles (virtual items, virtual resources) is managed by a block chain, and the block chain of a second type of virtual object such as a virtual article is used as a side chain of the block chain of a first type of virtual object such as virtual money, so that a conversion relationship between the virtual article and the virtual money is ensured to be constant; the user's behavior (e.g., completing a task) in the game can create a new data block (main data block, and/or side data block), if the new data block represents a virtual article (corresponding to the side data block), an equal amount of virtual currency (corresponding to the main data block) is created, and the two can be exchanged freely, thereby ensuring the stability of the currency;

the generation of the new data block depends on the application behaviors (such as game behaviors of players) of the application client, once the application events are triggered to be completed, the data blocks of virtual objects such as virtual money, virtual articles and the like which are associated with the application events and awarded are created, and the application behaviors which trigger the completion of the application events are determined by an application operator; therefore, although the application operator can still adjust the conversion relation between the application content and the article currency, the generation and transaction of virtual objects such as virtual currency, virtual articles and the like cannot be realized directly by modifying the user data, and the resource overhead of the server is reduced; meanwhile, the safety and the reliability of user assets are improved due to distributed data block storage.

Based on the above described data processing manner, the advantages of the embodiments of the present invention at least include:

by decentralizing the economic ecology of the network virtual world controlled by the operator, the operator cannot directly interfere with the economic system value of the network virtual world, but only indirectly controls the economic system of the network virtual world by changing the behavior mechanism of the player, so that the fairness of the network virtual world is ensured, and the resource overhead of a server is reduced; .

The virtual currency of the user and the data blocks corresponding to the virtual articles are stored in the whole blockchain network in a distributed manner, most modifications approved by the application client can be recorded in case, and the condition of private counterfeiting or tampering the data blocks is avoided, so that the security of the game and the security and reliability of the assets of the user are ensured; and the distributed storage of the block chain network can effectively avoid the interruption of game service caused by single-point failure, and improve the reliability of network application service such as games and the like.

The application client provided by the embodiment of the present invention is introduced in the role of generating the virtual object, and the application client described below may be referred to in correspondence with the data processing method described above.

Fig. 11 is a block diagram of an application client according to an embodiment of the present invention, and referring to fig. 11, the application client may include:

a completion evidence obtaining module 100, configured to obtain, when the first user completes the application event, a completion evidence that the first user completes the application event; the proof of completion includes: the first user completes the completion record of the application event and the virtual object data associated with the application event;

a data block generating module 110, configured to generate a data block corresponding to the virtual object data according to the completion evidence, and carry the completion record and indication information indicating the virtual object data in the data block;

a signature adding module 120, configured to add signature information of the first user to the data block;

a first broadcasting module 130, configured to broadcast the data chunk added with the signature information to a blockchain network; the blockchain network is accessed by a plurality of application clients.

Optionally, the completing the recording of the application event by the first user includes: the first user completes the behavior recording or result recording of the application event.

Optionally, the finished evidence obtaining module 100 is configured to obtain a finished evidence that the first user finishes the application event, and specifically includes:

when the first user finishes the application event, sending a notification that the first user finishes the application event to an application server;

acquiring virtual object data related to an application event sent by the application server and a private key corresponding to the application event; the application server distributes a corresponding pair of public key and private key to the application event;

acquiring a behavior record or a result record of a first user completing an application event;

signing the behavior record or the result record by using the private key;

and determining a finishing evidence of the first user finishing the application event according to the virtual object data and the behavior record or the result record signed by using the private key.

Optionally, the finished evidence obtaining module 100 is configured to obtain a behavior record or a result record of the first user finishing the application event, and specifically includes:

acquiring the behavior record or the result record sent by the application server;

or, obtaining the self-determined behavior record or result record of the application client.

Optionally, the completing the recording of the application event by the first user further includes: the description of the application event.

Optionally, fig. 12 shows another structure of the application client provided in the embodiment of the present invention, where the application client shown in fig. 12 may be regarded as the first application client (any application client in the system that needs to generate a virtual object) described above, and in conjunction with fig. 11 and fig. 12, the application client may further include:

a first validity verification module 140, configured to receive a data block propagated in a block chain network, where the data block carries a behavior record or a result record of an application event completed by a second user, and indication information indicating virtual object data associated with the application event completed by the second user; wherein the behavior record or the result record is signed by a private key corresponding to an application event completed by a second user; analyzing the received data block, and acquiring the behavior record or result record signed by using the private key and indicating information indicating the virtual object data; requesting the application server for a public key corresponding to the application event completed by the second user; using the obtained public key to unlock the behavior record or the result record signed by using the private key to obtain the behavior record or the result record of the second user for completing the application event; and according to the behavior record or the result record, simulating the completion process of the application event, and according to the simulation result, verifying the validity of the received data block.

Optionally, the first validity verifying module 140 is configured to verify the validity of the received data block according to the simulation result, and specifically includes:

if the simulation result is that the obtained behavior record or the result record can complete the application event, and the completion reward of the application event corresponds to the virtual object data, determining that the received data block is valid;

determining that the received data block is invalid if the simulation result is that the obtained behavior record or result record cannot complete the application event and/or a completion reward of the application event does not correspond to the virtual object data.

Optionally, if the virtual object type of the virtual object data associated with the application event is a first type of virtual object, the completing evidence includes: the first user completes the completion record of the application event and the virtual object data of the first type of virtual object associated with the application event;

correspondingly, the data block generating module 110 is configured to generate a data block corresponding to the virtual object data according to the completion evidence, and carry the completion record and indication information indicating the virtual object data in the data block, and specifically includes:

generating a main data block corresponding to the virtual object data of the first type of virtual object according to the completion evidence; and the main data block carries the completion record and indication information indicating the virtual object data of the first type of virtual object.

Optionally, if the virtual object type of the virtual object data associated with the application event is a second type of virtual object, the completing evidence includes: the first user completes the completion record of the application event and the virtual object data of the second type virtual object associated with the application event;

the application client may be further operable to:

determining virtual object data of the first class of virtual objects corresponding to the virtual object data of the second class of virtual objects;

determining a primary-data-tile-concomitant-generation proof, the primary-data-tile-concomitant-generation proof comprising: virtual object data for the first class of virtual objects;

generating a side data block corresponding to the virtual object data of the second type virtual object according to the finishing evidence, wherein the finishing record and indication information indicating the virtual object data of the second type virtual object are carried in the side data block;

on this basis, further, the application client may be further configured to: generating a main data block corresponding to the virtual object data of the first type of virtual object according to the evidence generated along with the main data block, wherein the main data block carries indication information indicating the virtual object data of the first type of virtual object;

thus, the signature adding module 120 is configured to add signature information of the first user to the data block, and specifically includes:

adding signature information corresponding to the first user to the side data block;

the first broadcasting module 130 is configured to broadcast the data chunk added with the signature information to a chunk chain network, and specifically includes:

broadcasting the side data blocks added with the signature information to a side block chain network;

accordingly, the application client is further operable to: and locking the main data block to a main block chain network until the second-class virtual object corresponding to the side data block is traded, and releasing the locked main data block.

The application client provided by the embodiment of the present invention is introduced from the transaction role of the virtual object, and the application client described below may be referred to in correspondence with the content of the data processing method described above.

Fig. 13 is a further structural block diagram of an application client according to an embodiment of the present invention, and referring to fig. 13, the application client may include:

a transaction request obtaining module 200, configured to obtain a transaction request of a first transaction;

a generating module 210, configured to generate a data block corresponding to a first transaction according to the transaction request; the data block carries a transaction record of a first transaction and indication information indicating virtual object data corresponding to the first transaction;

a second broadcasting module 220 for broadcasting the data blocks to a block chain network.

Optionally, fig. 14 shows another structural block diagram of the application client according to an embodiment of the present invention, and in combination with fig. 13 and fig. 14, the application client may further include:

a private key signature module 230, configured to obtain a private key corresponding to the first transaction from the application server; the application server distributes a corresponding pair of public key and private key for the first transaction; the transaction record of the first transaction is signed by using the private key and carried in the data block;

a second validity verification module 240, configured to receive a data block corresponding to a second transaction transmitted in a blockchain network, where the data block carries a transaction record of the second transaction and indication information indicating virtual object data corresponding to the second transaction; the transaction record of the second transaction is signed by using a private key corresponding to the second transaction; acquiring a public key corresponding to the second transaction, and using the acquired public key to unlock the transaction record of the second transaction signed by using the private key; and simulating the completion process of the second transaction according to the obtained transaction record, and verifying the validity of the data block corresponding to the second transaction according to the simulation result.

Optionally, the private key signature module 230 and the second validity verification module 240 may be selected as one, or may be applied in combination in the application client shown in fig. 13.

Optionally, if the virtual object data corresponding to the first transaction is the second type of virtual object data corresponding to the side data block of the initial transaction; the application client may be further operable to: and releasing the main data block in the locking state corresponding to the side data block.

An embodiment of the present invention further provides a data processing system, where the data processing system may include: the system comprises an application server, an operation server, a database and the application client; the structure of the data processing system may be as shown in fig. 1.

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 disclosed by the embodiment corresponds to the method disclosed by the embodiment, so that the description is 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 invention.

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 invention. 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 invention. Thus, the present invention 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 data processing method is applied to a first application client, and the method comprises the following steps:

generating a data block corresponding to the virtual object data according to the completion evidence, and carrying the completion record and indication information indicating the virtual object data in the data block so as to enable a virtual object to be generated and expressed in the first application client side in the form of the data block;

adding signature information of the first user to the data block;

2. The data processing method of claim 1, wherein the completion recording of the application event by the first user comprises:

the first user completes the behavior recording or result recording of the application event.

3. The data processing method of claim 2, wherein the obtaining of proof of completion of the application event by the first user comprises:

signing the behavior record or the result record by using the private key;

4. The data processing method of claim 3, wherein the obtaining a behavior record or a result record of the first user completing the application event comprises:

or, obtaining the self-determined behavior record or result record of the first application client.

5. The data processing method of any of claims 2 to 4, wherein the completion logging of the application event by the first user further comprises: the description of the application event.

6. The data processing method of claim 1, wherein the method further comprises:

receiving a data block transmitted in a block chain network, wherein the data block carries a behavior record or a result record of a second user for completing an application event and indication information of virtual object data related to the application event for indicating the second user to complete; wherein the behavior record or the result record is signed by a private key corresponding to an application event completed by a second user;

analyzing the received data block, and acquiring the behavior record or result record signed by using the private key and indicating information indicating the virtual object data;

requesting the application server for a public key corresponding to the application event completed by the second user;

using the obtained public key to unlock the behavior record or the result record signed by using the private key to obtain the behavior record or the result record of the second user for completing the application event;

and according to the behavior record or the result record, simulating the completion process of the application event, and according to the simulation result, verifying the validity of the received data block.

7. The data processing method of claim 6, wherein verifying the validity of the received data block based on the simulation result comprises:

8. The data processing method according to claim 1, wherein if the virtual object type of the virtual object data associated with the application event is a first type of virtual object, the proof of completion comprises: the first user completes the completion record of the application event and the virtual object data of the first type of virtual object associated with the application event;

generating a data block corresponding to the virtual object data according to the completion evidence, and carrying the completion record in the data block, wherein the indication information indicating the virtual object data includes:

9. The data processing method according to claim 1, wherein if the virtual object type of the virtual object data associated with the application event is a second type virtual object, the proof of completion comprises: the first user completes the completion record of the application event and the virtual object data of the second type virtual object associated with the application event;

the method further comprises the following steps:

determining a primary-data-tile-concomitant-generation proof, the primary-data-tile-concomitant-generation proof comprising: virtual object data of the first class of virtual objects.

10. The data processing method according to claim 9, wherein the generating a data block corresponding to the virtual object data according to the completion evidence, and carrying the completion record in the data block, and the indicating information indicating the virtual object data includes:

the method further comprises the following steps:

and generating a main data block corresponding to the virtual object data of the first type of virtual object according to the evidence generated along with the main data block, wherein the main data block carries indication information indicating the virtual object data of the first type of virtual object.

11. The data processing method of claim 10, wherein the adding signature information of the first user to the data block comprises:

the broadcasting the data blocks added with the signature information to a blockchain network comprises:

the method further comprises the following steps:

and locking the main data block to a main block chain network until the second-class virtual object corresponding to the side data block is traded, and releasing the locked main data block.

12. A data processing method is applied to a first application client, and the method comprises the following steps:

acquiring a transaction request of a first transaction;

generating a data block corresponding to a first transaction according to the transaction request; the data block carries a transaction record of a first transaction and indication information indicating virtual object data corresponding to the first transaction, so that a virtual object is generated and expressed in the form of the data block at the first application client;

broadcasting the data blocks to a blockchain network.

13. The data processing method of claim 12, wherein the method further comprises:

obtaining a private key corresponding to the first transaction from the application server; the application server distributes a corresponding pair of public key and private key for the first transaction;

the transaction record of the first transaction is signed using the private key and carried in the data block.

14. The data processing method of claim 12, wherein the method further comprises:

receiving a data block corresponding to a second transaction transmitted in a block chain network, wherein the data block corresponding to the second transaction carries a transaction record of the second transaction and indication information indicating virtual object data corresponding to the second transaction; the transaction record of the second transaction is signed by using a private key corresponding to the second transaction;

acquiring a public key corresponding to the second transaction, and using the acquired public key to unlock the transaction record of the second transaction signed by using the private key;

and simulating the completion process of the second transaction according to the obtained transaction record, and verifying the validity of the data block corresponding to the second transaction according to the simulation result.

15. The data processing method of claim 12, wherein if the virtual object data corresponding to the first transaction is the second type of virtual object data corresponding to the side data block of the initial transaction, the method further comprises:

and releasing the main data block in the locking state corresponding to the side data block.

16. An application client, comprising:

a data block generation module, configured to generate a data block corresponding to the virtual object data according to the completion evidence, and carry the completion record and indication information indicating the virtual object data in the data block, so that a virtual object is generated and expressed in the application client in the form of the data block;

17. The application client according to claim 16, wherein the completion evidence obtaining module is configured to obtain completion evidence that the first user completes the application event, and specifically includes:

signing the behavior record or the result record by using the private key;

18. The application client of claim 16, further comprising:

the first validity verification module is used for receiving a data block transmitted in a block chain network, wherein the data block carries a behavior record or a result record of an application event completed by a second user and indication information of virtual object data related to the application event completed by the second user; wherein the behavior record or the result record is signed by a private key corresponding to an application event completed by a second user; analyzing the received data block, and acquiring the behavior record or result record signed by using the private key and indicating information indicating the virtual object data; requesting the application server for a public key corresponding to the application event completed by the second user; using the obtained public key to unlock the behavior record or the result record signed by using the private key to obtain the behavior record or the result record of the second user for completing the application event; and according to the behavior record or the result record, simulating the completion process of the application event, and according to the simulation result, verifying the validity of the received data block.

19. The application client of claim 16, wherein if the virtual object type of the virtual object data associated with the application event is a first type of virtual object, the proof of completion comprises: the first user completes the completion record of the application event and the virtual object data of the first type of virtual object associated with the application event;

a data block generating module, configured to generate a data block corresponding to the virtual object data according to the completion evidence, and carry the completion record and indication information indicating the virtual object data in the data block, where the data block generating module specifically includes:

20. The application client of claim 16, wherein if the virtual object type of the virtual object data associated with the application event is a second type virtual object, the proof of completion comprises: the first user completes the completion record of the application event and the virtual object data of the second type virtual object associated with the application event;

the application client is further to:

21. The application client according to claim 20, wherein the data block generating module is configured to generate a data block corresponding to the virtual object data according to the completion evidence, and carry the completion record and indication information indicating the virtual object data in the data block, and specifically includes:

the application client is further configured to:

22. The application client according to claim 21, wherein the signature adding module is configured to add signature information of the first user to the data chunk, and specifically includes:

the first broadcasting module is configured to broadcast the data chunk added with the signature information to a chunk chain network, and specifically includes:

the application client may be further operable to:

23. An application client, comprising:

the generating module is used for generating a data block corresponding to the first transaction according to the transaction request; the data block carries a transaction record of a first transaction and indication information indicating virtual object data corresponding to the first transaction, so that a virtual object is generated and expressed in the application client side in the form of the data block;

24. The application client according to claim 23, wherein if the virtual object data corresponding to the first transaction is the second type of virtual object data corresponding to the side data block of the initial transaction;

the application client is further operable to: and releasing the main data block in the locking state corresponding to the side data block.

25. A data processing system, comprising: application server, operation server, database, application client according to any of claims 16-22.

26. A data processing system, comprising: application server, operator server, database, application client according to any of claims 23-24.

27. A computer storage medium, characterized in that a software module is stored in the computer storage medium, which software module, when being executed by a processor, is adapted to carry out the steps of the data processing method according to any one of claims 1 to 15.