CN114707975A - Data processing method and system with historical processing information - Google Patents
Data processing method and system with historical processing information Download PDFInfo
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Abstract
The invention provides a data processing method and a system with history processing information, which relate to the field of data recording, wherein a file becomes a single individual on a block chain by means of giving identity information to the file, a plurality of auxiliary processes such as a first auxiliary process, a second auxiliary process and the like can be started when the file is used, the file is associated with a user by means of token transfer in different using stages by means of the auxiliary processes, and transfer records of the token transfer are recorded by means of a block chain technology, so that the recording function of the history processing information of the file is realized, a person responsible for modifying the file can be determined, unnecessary disputes are avoided, and the method and the system have good implementation convenience.
Description
Technical Field
The invention relates to the field of data recording, in particular to a data processing method and system with history processing information.
Background
The block chain is a chain formed by blocks, each block stores certain information, the blocks are connected into a chain according to the time sequence generated by each block, the chain is stored in all nodes participating in chain maintenance, as long as one node in the whole system can work, the whole block chain is safe, and the nodes provide storage space and computational support for the whole block chain system. If the information in the block chain is to be modified, more than half of the nodes must be authenticated and the information in all the nodes must be modified, and the nodes are usually held in different hands of different subjects, so that the information in the block chain is extremely difficult to tamper with.
Compared with the traditional network, the block chain has two core characteristics: firstly, data is difficult to tamper, and secondly, decentralization is performed. Based on the two characteristics, the information recorded by the block chain is more real and reliable, and the problem that people are not trusted each other can be solved.
According to the characteristic that data of a block chain is difficult to tamper, the block chain technology can be applied to aspects of life and work, and aiming at the problem that in the existing file processing management in a company, historical processing records of files can be recorded through the block chain technology, so that the historical processing records of the files can be traced, the attribution of responsibility is implemented, and disputes are avoided.
How to apply the blockchain technique to the file history processing record is one of the technical problems to be solved in the industry.
Disclosure of Invention
The invention provides a data processing method and a data processing system with history processing information, which enable a file to be an independent individual on a block chain by a mode of giving file identity information, enable the file to be associated with a user by a mode of transferring accounts by a token, and record transfer records by a block chain technology, thereby realizing the function of history processing records of the file and having good implementation convenience.
Correspondingly, the invention provides a data processing method with history processing information, which comprises the following steps:
the file has file identity information corresponding to the blockchain, the file identity information including a file wallet address, the user has user identity information corresponding to the blockchain, the user identity information including a user wallet address;
starting a first auxiliary process when the file is opened, wherein the first auxiliary process is used for externally displaying the token amount required by file opening, inquiring the token amount of the file in real time and judging the size relation between the token amount of the file and the token amount in real time;
when the token amount of the file is larger than or equal to the token demand amount, starting a second auxiliary process, and synchronously closing the first auxiliary process;
the second auxiliary process is used for driving the hardware device for opening the file to be connected to a corresponding working pool for computing power contribution, and the working pool sends at least part of reward tokens to the file wallet address;
after receiving the token awarded from the working pool, the file wallet address synchronously starts a third auxiliary process and a main process;
the third auxiliary process adjusts and displays consumption rate outwards according to the token growing speed of the file wallet address, the third auxiliary process transfers the token on the file public key to a designated address according to the consumption rate, and when the token owned by the file is equal to zero and lasts for a preset time, the third auxiliary process is closed;
the running and the closing of the main process, the second auxiliary process and the third auxiliary process are synchronous.
In an alternative embodiment, the file has an initial value of zero token number.
In an alternative embodiment, the first secondary process transfers all tokens on the file to the user wallet address when closed.
In an alternative embodiment, the computing power is the same for different said hardware devices.
In an alternative embodiment, the second auxiliary process is configured to drive a hardware device that opens the file to connect to a corresponding work pool for a financial contribution, the work pool sending at least part of the reward token to the file wallet address including:
the computing power of the hardware device is distributed to the file wallet address and the user wallet address according to a preset proportion, and the working pool rewards tokens to the file wallet address and the user wallet address in real time according to the computing power.
In an alternative embodiment, the consumption rate is consistent with a reward rate for the working pool awarding tokens to the file wallet address and the user wallet address in real time.
In an optional embodiment, the file further has a fourth auxiliary process, and the fourth auxiliary process has synchronicity with the operation and the closing of the main process;
the fourth auxiliary process is a distributed version control program.
In an alternative embodiment, the consumption rate is greater than a token growth rate of the file wallet address.
In an optional embodiment, when the host process performs the saving operation, the host process monitors the number of tokens on the file in real time;
after the file receives N tokens from the user, the host process drives the file to transfer the N tokens to the wallet address of the user of the corresponding user, wherein N is a positive number.
Correspondingly, the invention also provides a data processing system with history processing information, which is used for realizing the data processing method with the history processing information and comprises the following steps:
a block chain for recording a transfer record of the token;
the working pool is used for participating in maintaining the block chain;
the block chain maintenance equipment is used for providing the calculation force for maintaining the block chain for the working pool;
and the file comprises a main process and an auxiliary process, has file identity information and runs on the block chain maintenance equipment.
In summary, the invention provides a data processing method with history processing information, namely a system, in the specific application, when a user opens a file of a company, transferring a certain amount of tokens to the file according to a file prompt to check the authority of the file, wherein the tokens with checking properties are returned as numbers, so that the stability of the tokens owned by the user is ensured; correspondingly, when the user successfully opens the file (account transfer occurs), the user can leave a record in the block chain, so that the information of the file viewer can be recorded, and unnecessary disputes are avoided. After verification, the file is firstly connected with a work pool through hardware equipment of a user to perform calculation contribution, and profits of the calculation contribution are respectively distributed to a file wallet address and a user wallet address, wherein the file wallet address is from the file (a second auxiliary program), the user wallet address is input when the user uses the file or is obtained from a system, and in the process of continuous operation of the second auxiliary program, because reward benefit records exist in the file wallet address and the user wallet address all the time, the reward benefit records can be used for indicating the correlation (use) identity between the user and the file, and the use survival condition of the user on the file is proved. Further, the file needs to be consumed by the token in the process of using the file by the user, the consumption speed is related to the file wallet address and the total income speed of the user wallet address, by the embodiment, the main purpose is that the total amount of the token of the user cannot be increased, the total amount of the token of the file tends to zero, the secondary purpose is that a continuous correlation is generated between the file and the user, and the user can stop the program in a way of stopping transferring the token, so that the problem caused by modifying the file by a third party is avoided.
In summary, the present invention provides a data processing method and system with history processing information, which make a file become a single entity on a block chain by means of giving file identity information, make the file be associated with a user by means of transferring money with a token, and record the transfer record by means of a block chain technology, thereby realizing the function of history processing record of the file and having good implementation convenience.
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 some embodiments of the present invention, and for those skilled in the art, other drawings can be obtained according to the drawings without creative efforts.
FIG. 1 is a flow chart of a data processing method with history processing information according to an embodiment of the present invention.
FIG. 2 is a block diagram of a data processing system with history information according to an 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.
Specifically, an embodiment of the present invention provides a data processing method with history processing information, where an object participating in the data processing method with history processing information includes:
block chains: maintenance is performed by a specific form of effort, wherein the maintenance is provided with a plurality of sequentially arranged non-tampered blocks, each block is recorded with a transfer record related to the token, and the token is an effort reward for a maintenance block chain;
a working pool: for hardware devices throughout the company to participate in maintenance of the blockchain through the work pool such that each portion of computing power can acquire a reward token; specifically, since the maintenance reward token of the block chain is similar to a lottery form, only one maintenance user (calculation power contributor) who digs out a block is rewarded, and in order that each maintenance user (calculation power contributor) can obtain the reward, the form of accumulating calculation power by the working pool is adopted, so that the block reward can be distributed to each maintenance user according to the calculation power contribution. In the embodiment of the invention, the block chain technology is applied without pursuing the number of the rewarded tokens, so the contribution of the computing power only needs to exist, and the performance of hardware equipment and the energy consumption are not excessively consumed.
Block chain maintenance equipment: the data processing method is mainly applied to the company environment with a certain scale, so that the block chain maintenance equipment is correspondingly equipment such as a computer in a company, and the block chain maintenance equipment forms a certain computational power scale through a working pool so as to maintain the block chain; in practical implementation, a company may set a number of hardware devices to directly maintain the blockchain, rather than only participate in the maintenance of the blockchain in the form of a work pool, thereby forming a multi-node operation mode. Specifically, hardware devices independently participating in block chain maintenance can adopt a random distribution and on-time random conversion mode, and because nodes directly connected for maintenance are difficult to determine outside, the probability of tampering (moving direction) of the block chain can be kept at an extremely low level through the implementation mode, and the information reliability of the block chain is improved.
File: the file is a software file which can run on a hardware carrier and is essentially a data code, in the embodiment of the invention, the file comprises a series of auxiliary processes besides a main process of the file, the file also comprises file identity information, and the file identity information comprises a file wallet address; in the block chain application, the file wallet address is obtained by unidirectionally deriving a file public key, the public key is obtained by unidirectionally deriving a private key, both the file private key and the file public key belong to file identity information, specifically, the file has an independent block chain identity, and the file can obtain a token, store the token and send the token according to the block chain identity; specifically, the file wallet address is an account number which is displayed externally and used for receiving tokens, and the private key and the public key are generally hidden and solidified in a file or in the hands of a manager of a company and cannot be viewed externally, so that abuse is avoided; specifically, because the identity information can be generated offline in the block chain address, the file identity information of the file can be actively generated and recorded before being actively executed each time in the environment of the application method, namely, new file identity information is automatically generated during each operation, so that the condition that the file is randomly used is avoided; in the embodiment of the invention, the total sum of the tokens of the file in the initial state and the final state is zero, so that a new file identity information is generated in each use, and the operation of the file is not substantially influenced. Specifically, the history information is left in the private key file (code) generated in each use for backtracking.
The user: the user refers to an active participant for executing the file, and similarly, the user has user identity information, and the user identity information includes a user private key, a user public key and a user wallet address.
FIG. 1 shows a flow diagram of a data processing method with history processing information according to an embodiment of the invention. Specifically, an embodiment of the present invention provides a data processing method with history processing information, including:
s101: starting a first auxiliary process when the file is opened;
specifically, the first auxiliary process is used for displaying the token amount required by opening a file, inquiring the token amount of the file in real time and judging the size relationship between the token amount of the file and the token amount in real time.
Specifically, a process started first when a file is opened is a first auxiliary process, and the first auxiliary process has an actual function of verifying the authority of a user, and requires that the user transfers a certain amount of tokens to the file at one time (or cumulatively) when a program is started, and specifically, for employees in a company, a quota of the number of tokens is limited; groups with different rights in the company respectively have different allocation quotations (which can be monthly quotations or annual quotations, etc.), and the number of tokens possessed by the user does not cross the hierarchy.
Correspondingly, if the user cannot want the file to be transferred to a sufficient number of tokens, the subsequent process cannot be started, and the user with insufficient authority cannot open the file.
Similarly, in the case that the user does not actively cancel the first auxiliary process, in order to avoid the occupation of the file in long-term use, if the token amount of the file is not changed within a certain time, the first auxiliary process is automatically closed.
In addition, since the token transfer record leaves an untrustworthy record on the blockchain, the user's situation with respect to the document is also recorded in a phase-changing manner, thereby ensuring that the user of the document is viewable and avoiding unnecessary troubles such as user disputes.
S102: judging whether the token amount of the file is larger than or equal to the token demand amount of the file within a preset time;
specifically, when the token amount of the file is greater than or equal to the token requirement amount of the file, the user is indicated to have enough authority to browse the file, and correspondingly, the program can perform the subsequent steps. If the token amount of the file is not changed within a certain time, the first auxiliary process is automatically closed.
S103: starting a second auxiliary process, and synchronously closing the first auxiliary process;
specifically, the second auxiliary process is started, and the first auxiliary process is synchronously closed. In a specific implementation, since the first auxiliary process is used for verifying the user authority, since the user transfers the token to the file in the use of the first auxiliary process, correspondingly, in order to ensure the stability of the user authority (the weight of the token of the user), the amount of the token consumed by the user needs to be replenished in time; in an optional embodiment, the cloud allocation may be performed, and may also be implemented based on the following manner:
the first secondary process, when closed, transfers all tokens on the file to the user wallet address.
Specifically, when the first auxiliary process is closed, all token retained by the file is forwarded to a user wallet address, and through the operation mode, no matter whether the user sends enough token to the file or not, the first auxiliary process can transfer all token retained by the file back to the user after finishing, so that on one hand, a complete relation chain can be formed, the visitor information of the file is recorded through the block chain, on the other hand, the invariance of the token holding amount of the user can be ensured, and the stability of the token and the authority hook of the user is ensured.
Specifically, the second auxiliary process is used for driving the hardware device for opening the file to be connected to a corresponding work pool for calculation contribution, and the work pool sends at least part of reward tokens to the file wallet address.
It should be noted that, the computational contribution of the hardware device according to the embodiment of the present invention is not required to seek the work efficiency (contribution rate), so that it only needs to participate, the computational contribution amount may be low, and the performance of the hardware device may not be occupied. Furthermore, hardware devices within a company's facility typically also participate in the maintenance of the company block chain, which is independent of the aforementioned computational power contribution. In an optional implementation manner, for the file, the calculation power contributed by different hardware devices to the working pool is kept the same, so that the data processing condition can be simplified, and the abnormal condition of the data can be found in time.
Correspondingly, since the hardware device contributes computationally to the working pool, the reward token of the working pool is assigned to a designated wallet address, in the embodiment of the present invention, the working pool sends at least part of the reward token to the file wallet address, in an alternative embodiment, the computational power of the hardware device is assigned to the file wallet address and the user wallet address according to a preset proportion, and the working pool rewards the token to the file wallet address and the user wallet address respectively in real time according to the computational power.
Specifically, the second auxiliary process is mainly used for driving the hardware device to connect to the corresponding work pool for computing power contribution, and the purpose of the second auxiliary process includes:
the real-time computing power contribution of the hardware device to the working pool is proved through the computing power contribution of the hardware device and the token award of the working pool to the file, so that the processing state (in processing) and the processing time (accumulated time) of the file can be represented;
the token award using the working pool allows the document and the user to be related such that the document and the user can form a hook (the contents will be described later).
S104: after receiving the token awarded from the working pool, the file wallet address synchronously starts a third auxiliary process and a main process;
specifically, after the file receives the awarded token from the working pool, the third auxiliary process and the main process are synchronously started.
Specifically, it can be seen from the data processing method of the embodiment of the present invention that, in order to ensure the recyclable property of the data processing method and to maintain the stability of the whole blockchain system, it is necessary to ensure that the initial value of the token of the file is zero.
On this basis, in order to ensure the simplest logic, the embodiments of the present invention provide the following implementation manners:
specifically, the third auxiliary process adjusts and displays consumption rate to the outside according to the token growing speed of the file wallet address, the third auxiliary process transfers the token on the file public key to a designated address according to the consumption rate, and when the token owned by the file is equal to zero and lasts for a preset time, the third auxiliary process is closed;
specifically, the work pool issues the reward token to the file, and the third auxiliary process is used for consuming the token in the file to make the amount of the token in the file zero.
In this logic, to avoid intervention control by the rest of the program, the user is guaranteed to be hooked up to the processing of the file, and correspondingly, the user himself will receive a certain bonus token, and since the ratio distribution is known, the third auxiliary process can know the rate of bonus tokens received by the user and the overall bonus token income rate in combination with the bonus token income rate of the file itself.
Correspondingly, the consumption rate is consistent with the reward rate (overall reward token income rate) of the working pool for real-time reward tokens for the file wallet address and the user wallet address. Under the setting mode of the consumption rate, the number of rewarded tokens of the file is insufficient to support consumption, a user needs to continuously transfer the tokens to the file to maintain the consumption of the tokens of the file, correspondingly, a series of transfer vouchers can be formed due to continuous transfer of the user to prove the hook contrast relation between the user and the file, and (authenticity) of the user can be guaranteed by the data and the intervention influence of a hacker program in different processes can be avoided due to the fact that the transfer relates to user identity verification.
In particular, the transfer of tokens to a file by a user may be performed by a third party device and is not limited to only the hardware device on which the file runs. If the user does not transfer money or the transfer rate is wrong, the number of the tokens on the file is abnormal, the abnormal condition can be easily found through data monitoring, and a prompt is generated.
In the operation mode, the token quantity of the file can be dynamically cleared, namely, the token quantity fluctuates at zero or above zero, and when the token quantity changes to zero and lasts for a period of time, the abnormal situation occurs in the operation of the file, and the file needs to be closed.
S105: and the main process, the second auxiliary process and the third auxiliary process are synchronously closed.
In specific implementation, in order to ensure feasibility of program operation, the operation and the shutdown of the main process, the second auxiliary process and the third auxiliary process are synchronous, that is, any process is shut down, and the rest processes are shut down correspondingly.
When the main process, the second auxiliary process and the third auxiliary process are closed, the number of tokens of the file needs to be cleared (the file needs to send the remaining tokens to the designated address), and the number of tokens of the file is ensured to be zero when the file is not used.
Specifically, the above description of the data processing method according to the embodiment of the present invention completely records the user condition of the file, and in the specific implementation, for the file itself (i.e. the main process), in order to ensure the repairability and traceability of the data, in an optional implementation manner, the file further has a fourth auxiliary process, and the fourth auxiliary process has synchronicity with the operation and the closing of the main process;
the fourth auxiliary process is a distributed version control program. Specifically, the distributed version control system does not have a central server, and each computer is provided with a complete version library, so that networking is not needed during work, the version libraries are located on the computers of each person, multiple persons cooperate to see the modification of each other only by pushing the modification of each person to the other person, the modification of the files is not to modify the original files, but to record modification information on the original files, so that the modification records of the files can be tracked and traced easily, and the reducibility of data is ensured.
For tracking purposes, in order to form an easily filtered signature, an alternative embodiment is that the host process monitors the number of tokens on the file in real time while the host process performs a save operation;
after the file receives N tokens from the user, the host process drives the file to transfer the N tokens to the wallet address of the user of the corresponding user, wherein N is a positive number.
Specifically, the storage instruction of the file (main program) can enable the file to be changed correspondingly (no matter what version control program is adopted), the storage instruction is marked through the transfer information, and the storage record corresponding to the file can be traced easily, so that the user corresponding to the storage information can be confirmed.
In the specific application, when a user opens a file of a company, transferring a certain amount of token to the file according to a file prompt to check the authority of the file, wherein the token with the checking property is returned for a plurality of times, so that the stability of the token owned by the user is ensured; correspondingly, when the user successfully opens the file (transfer occurs), a record is left in the block chain, and information of a file viewer can be recorded.
After verification, the file is firstly connected with a working pool through hardware equipment of a user for calculation power contribution, and profits of the calculation power contribution are respectively sent to a file wallet address and a user wallet address, wherein the file wallet address is from the file (a second auxiliary program), the user wallet address is input when the user uses the file or is obtained from a system, and in the process of continuous operation of the second auxiliary program, because reward profit records exist in the file wallet address and the user wallet address all the time, the reward profit records can be used for indicating the association (use) identity between the user and the file, and the use persistence condition of the user on the file is proved.
Further, the file needs to be consumed by the token in the process of using the file by the user, the consumption speed is related to the file wallet address and the total income speed of the user wallet address, by the embodiment, the main purpose is that the total amount of the token of the user cannot be increased, the total amount of the token of the file tends to zero, the secondary purpose is that a continuous correlation is generated between the file and the user, and the user can stop the program in a way of stopping transferring the token, so that the problem caused by modifying the file by a third party is avoided.
The invention provides a data processing method and a data processing system with history processing information, which enable a file to be an independent individual on a block chain by a mode of giving file identity information, enable the file to be associated with a user by a mode of transferring accounts by a token, and record transfer records by a block chain technology, thereby realizing the function of history processing records of the file. Since the purpose of the invention of the blockchain technology itself is to record bills, the existing blockchain technology can be applied to the data processing method of the embodiment of the invention without great modification, and has good implementation convenience.
FIG. 2 is a block diagram of a data processing system with history processing information according to an embodiment of the present invention. Correspondingly, an embodiment of the present invention further provides a data processing system with history processing information, including:
a block chain for recording a transfer record of the token;
the working pool is used for participating in maintaining the block chain;
the block chain maintenance equipment is used for providing the calculation force for maintaining the block chain for the working pool;
files, including a main process and an auxiliary process, having file identity information, are run on the blockchain maintenance device.
Specifically, the file operation logic may be implemented by referring to the foregoing data processing method.
The data processing method and system with history processing information provided by the embodiment of the present invention are described in detail above, and a specific example is applied in the text to explain the principle and the implementation of the present invention, and the description of the above embodiment is only used to help understanding the method and the core idea of the present invention; meanwhile, for a person skilled in the art, according to the idea of the present invention, there may be variations in the specific embodiments and the application scope, and in summary, the content of the present specification should not be construed as a limitation to the present invention.
Claims (10)
1. A data processing method having history processing information, comprising:
the file has file identity information corresponding to the blockchain, the file identity information including a file wallet address; the user has user identity information corresponding to the blockchain, the user identity information including a user wallet address;
starting a first auxiliary process when the file is opened, wherein the first auxiliary process is used for externally displaying the token amount required by file opening, inquiring the token amount of the file in real time and judging the size relation between the token amount of the file and the token amount in real time;
when the token amount of the file is larger than or equal to the token demand amount, starting a second auxiliary process, and synchronously closing the first auxiliary process;
the second auxiliary process is used for driving the hardware device for opening the file to be connected to a corresponding working pool for computing power contribution, and the working pool sends at least part of reward tokens to the file wallet address;
after receiving the token awarded from the working pool, the file wallet address synchronously starts a third auxiliary process and a main process;
the third auxiliary process adjusts and displays consumption rate outwards according to the token growing speed of the file wallet address, the third auxiliary process transfers the token on the file public key to a designated address according to the consumption rate, and when the token owned by the file is equal to zero and lasts for a preset time, the third auxiliary process is closed;
the operation and the closing of the main process, the second auxiliary process and the third auxiliary process are synchronous.
2. The data processing method with history processing information according to claim 1, wherein the file has an initial value of zero token number.
3. The data processing method with history processing information according to claim 1, wherein the first auxiliary process transfers all the tokens on the file to the user wallet address when being closed.
4. The data processing method with history processing information according to claim 1, wherein the computing power of different hardware devices is the same.
5. The data processing method with history processing information of claim 1, wherein the second auxiliary process is used for driving a hardware device for opening the file to connect to a corresponding work pool for computing power contribution, the work pool sending at least part of reward tokens to the file wallet address comprises:
the computing power of the hardware device is distributed to the file wallet address and the user wallet address according to a preset proportion, and the working pool rewards tokens to the file wallet address and the user wallet address in real time according to the computing power.
6. The data processing method with history information as recited in claim 5, wherein the consumption rate is consistent with a reward rate of the working pool for rewarding tokens for the file wallet address and the user wallet address in real time.
7. The data processing method with history processing information according to claim 1, wherein the file further has a fourth auxiliary process, and the fourth auxiliary process has synchronicity with the operation and closing of the main process;
the fourth auxiliary process is a distributed version control program.
8. The data processing method with history processing information according to claim 1,
the consumption rate is greater than a token growth rate of the file wallet address.
9. The data processing method with history processing information according to claim 1, wherein the host process monitors the number of tokens on the file in real time while the host process performs a save operation;
and after the files receive tokens with the number of N from the users, the main process drives the files to transfer the tokens with the number of N to the user wallet addresses of the corresponding users, wherein N is a positive number.
10. A data processing system having history processing information, for implementing the data processing method having history processing information of any one of claims 1 to 9, comprising:
a block chain for recording a transfer record of the token;
a working pool for participating in maintenance of the blockchain;
the block chain maintenance equipment is used for providing the calculation force for maintaining the block chain for the working pool;
files, including a main process and an auxiliary process, having file identity information, are run on the blockchain maintenance device.
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