CN111723151A - Manuscript delivery system based on block chain - Google Patents
Manuscript delivery system based on block chain Download PDFInfo
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- CN111723151A CN111723151A CN202010510072.6A CN202010510072A CN111723151A CN 111723151 A CN111723151 A CN 111723151A CN 202010510072 A CN202010510072 A CN 202010510072A CN 111723151 A CN111723151 A CN 111723151A
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Abstract
The invention provides a block chain-based manuscript delivery system, and belongs to the technical field of social affair management systems. The method solves the problems that the prior art lacks effective monitoring on the phenomenon of one-to-many throwing and the like. This manuscript delivery system based on block chain operates on the business node of the block chain platform of bottom, and the business node includes each block chain node of reporting community, each block chain node of magazine community, each block chain node of publishing community, copyright department block chain node, and this system includes: a contributor registration module for receiving a registration application with contributor registration information submitted by a contributor; and the contributor application and verification module is used for verifying whether the contributor submitting the registration application meets the contributor condition and the like. The block chain-based manuscript delivery system has the advantages that: because the blockchain network has the function of a distributed account book, the contribution information of the contributors and the receiving and adopting information of the contributors are stored on the chain and cannot be deleted or modified.
Description
Technical Field
The invention belongs to the technical field of social affair management systems, and particularly relates to a block chain-based manuscript delivery system.
Background
The blockchain technology is characterized in that information stored on the blockchain cannot be forged and tampered, a blockchain consensus algorithm drives each node on the blockchain to participate in a transaction verification process, the transactions on the blockchain are confirmed to be credible, each node on the blockchain maintains a public account book, and any node modifies the account book maintained by the node to be unacknowledged by other nodes, so that the public account book cannot be forged and tampered.
When a user submits an article, the phenomenon of ' one draft and multiple throws ' often occurs, wherein ' one draft and multiple throws ' refers to that the user sends his own work to different publishers or other media simultaneously or successively, because the existing submission method makes the side of the media receiving the manuscripts unclear whether the received manuscripts are delivered to other media before, and only learns from other channels afterwards, thus causing that the manuscripts are recorded and published, and are published by other media, which not only wastes time and energy for media editing seriously, but also affects the reputation of the media seriously, so that the declaration of ' no contribution once the manuscripts for one draft and multiple throws are found ' is often seen on the media, however, most of the reports include certain websites which stipulate ' coming and going back once the manuals are provided from the perspective of the user, in the case that the author cannot receive the edited confirmation letter in time, the reason is that the author can send a draft in more than one year, but for some highly-effective (such as miscellaneous and comments) manuscripts, if the written manuscripts are thrown out of the stone deep sea, no voice is given, namely three months are dragged for three days, the written manuscripts are worried out of the heart blood of the author due to 'expiration', so that most authors are forced to select a draft for more than one time to throw, not intentionally earn more than several manuscripts, but only wish to issue a painfully-written manuscript.
Disclosure of Invention
It is an object of the present invention to address the above problems and to provide a blockchain-based document delivery system that solves at least some of the above problems.
In order to achieve the purpose, the invention adopts the following technical scheme: the manuscript delivery system based on block chain of the invention the said administrative system runs on the business node of the underlying block chain platform, characterized by that, the business node includes every newspaper community block chain node, every magazine community block chain node, every publishing community block chain node, copyright department block chain node, the system includes:
a contributor registration module for receiving a registration application with contributor registration information submitted by a contributor;
the system comprises a contributor application auditing module, a block chain platform and a block chain management module, wherein the contributor application auditing module is used for auditing whether a contributor submitting a registration application meets the contributor condition, if the audit is passed, a unique contributor ID number is distributed to the contributor, a pair of contributor public keys and contributor private keys are generated, contribution authority is given to the contributor, and simultaneously encrypted contributor information and contributor public keys of the applicant are issued on the block chain platform based on a consensus;
a manuscript registration module which is started by a contributor and used for generating a unique manuscript ID number for the contribution of the contributor, generating a pair of a manuscript public key and a manuscript private key, signing the contribution by using the manuscript private key, simultaneously creating a block for storing the contributor ID number, the manuscript title, the manuscript public key and the manuscript finishing time, adding a timestamp, and storing the block on a block chain based on consensus;
a contributor registration module, configured to receive a registration application with contributor registration information submitted by a contributor, where the contributor includes at least one of a press, a magazine, and a publisher;
a manuscript receiver application auditing module used for auditing whether a manuscript receiver submitting a registration application accords with a manuscript receiver condition, if the auditing is passed, a unique manuscript receiver ID number is distributed to the manuscript receiver, a pair of a manuscript receiver public key and a manuscript receiver private key are generated, the authority of receiving and sending manuscripts is given to the manuscript receiver, and simultaneously the encrypted manuscript receiver information of the applicant and the manuscript receiver public key are issued on a block chain platform based on consensus;
a contribution module, which is started by a contributor, is used for sending the finished contribution numbered as the contribution ID number to a designated contributor on a chain, creating a block for storing the behavior and information, adding a time stamp, and storing the block on the block chain based on consensus;
and the manuscript receiving module is used for receiving the manuscript submitted by the manuscript submitting module by the contributor, performing signature verification on the manuscript by using a contributor public key which finishes the manuscript, sending confirmation information to the contributor, creating a block for storing the behavior and the information, adding a time stamp, and storing the block on a block chain based on consensus.
In the above-mentioned document delivery system based on block chain, the system further includes a manuscript acceptance or non-acceptance inquiry module, which is started by the contributor and used for inquiring the acceptance condition of the manuscript by the contributor who has received the manuscript whose sent number is the manuscript ID number, and creating a block for storing the above-mentioned behavior and information, adding a time stamp, and storing the block on the block chain based on consensus.
In the above-mentioned block chain-based manuscript delivery system, the system further includes a manuscript acceptance or non-acceptance feedback module, which is used for the collector to inquire from the manuscript acceptance or non-acceptance inquiry module or actively send the feedback information of manuscript acceptance or non-acceptance to the designated contributor, and creates a block for storing the above-mentioned behavior and information, and adds a time stamp, and stores the block on the block chain based on consensus.
In the above-mentioned block chain-based manuscript delivery system, the system further includes a contributor manuscript counting module, which is automatically started after every set restart time period, and is used for counting the amount of manuscripts each contributor in the system completes within the set counting time period, and sending the above-mentioned counting information to all contributors on the chain, and creating a block for storing the above-mentioned behavior and information, and adding a time stamp, and storing the block on the block chain based on consensus.
In the above block chain-based document delivery system, after the contributor contribution statistics module completes the contribution amount of each contributor in the statistics system within a set statistics time period, the contributor contribution statistics module also obtains the number of submissions completed by the contributor within the statistics time period after contribution, and sends the submissions to all contributors on the chain along with the statistics information of the contribution amount, and the submissions are used for storing the behavior and information in the creation block, adding a timestamp, and storing the block on the block chain based on consensus.
In the above block chain-based document delivery system, the contributor registration information includes a real name, an identification number, and a current residence, and the contributor registration information includes a name, a business license social credit code, and a business residence.
In the above-described block chain-based document delivery system, the contributor registration information further includes a contribution reception category, the data stored at the time of creating a block in the contribution registration module further includes a contribution category, and the contributor in the contribution module contributes to a contributor having a contribution reception category matching the contribution category of the contribution, without selecting the contributor.
In the above-mentioned document delivery system based on the block chain, the system further includes a credit mutual evaluation module, which evaluates both the contributor of the manuscript and the contributor of the manuscript, creates a block for storing the above-mentioned behavior and information, adds a time stamp, and stores the block on the block chain based on consensus.
In the above-mentioned block chain-based document delivery system, the system further includes a credit rating module that counts information of evaluation in the credit mutual evaluation module after each set time interval, and re-rates the contributors and contributors on the chain according to a credit rating rule, and creates a block for storing the above-mentioned behavior and information, and adds a time stamp, and stores the block on the block chain based on consensus.
In the above block chain-based manuscript delivery system, the system further comprises a dispute resolution module, which is started by a contributor and/or a contributor, sends dispute information to the copyright department block chain node, and the copyright department block chain node processes disputes according to dispute resolution rules, creates a block for storing the above behavior and information, and adds a time stamp, and stores the block on the block chain based on consensus.
Compared with the prior art, the block chain-based manuscript delivery system has the advantages that:
1. because the blockchain network has the function of a distributed account book, the contribution information of the contributors and the receiving and adopting information of the contributors are stored on the chain and can not be deleted and modified;
2. the contributor manuscript counting module counts the number and the collection number of the contributors, which is beneficial for the contributors to know the writing ability of the contributors, so that the contributors with large collection number and high collection number can be preferentially examined according to the counting information to improve the contribution examination efficiency;
3. the setting of the credit mutual evaluation module and the credit rating module is further beneficial to the credit condition of the contributor and the contributor to each other, thereby having more target in the contribution or contribution of the contribution.
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 provides a system architecture diagram of an embodiment of the present invention.
Fig. 2 provides a block link point connection schematic in an embodiment of the invention.
Detailed Description
The present invention will be described in further detail below by way of examples with reference to the accompanying drawings, which are illustrative of the present invention and are not to be construed as limiting the present invention.
Example 1
As shown in fig. 1 to 2, the block chain-based document delivery system is characterized in that the service nodes include all reporting community block chain nodes, all magazine community block chain nodes, all publishing community block chain nodes, and copyright department block chain nodes, and the system includes a contributor registration module, a contributor application and review module, a manuscript registration module, a contributor registration module, a contribution module, a manuscript collection module, a manuscript acceptance or non-acceptance inquiry module, and a manuscript acceptance or non-acceptance feedback module.
The modules described above and below may each be used individually as an intelligent contract.
The modules are specifically as follows.
A contributor registration module to receive a registration application submitted by a contributor with contributor registration information.
It should be noted that the contributor registration information here mainly includes a real name, an identification number, and a current address.
As shown in fig. 2, the intelligent terminal for the contributor, such as a smart phone, IPad, laptop, desktop, etc., is a non-authentication node on the chain.
And the contributor application auditing module is used for auditing whether contributors submitting the registration applications accord with contributor conditions or not, if the audits pass, a unique contributor ID number is distributed to the contributors, a pair of contributor public keys and contributor private keys are generated, contribution authority is given to the contributors, and simultaneously encrypted contributor information and contributor public keys of the applicant are issued on the block chain platform based on consensus.
And the manuscript registration module is started by a contributor and used for generating a unique manuscript ID number for the manuscript of the contributor, generating a pair of a manuscript public key and a manuscript private key, signing the manuscript by using the manuscript private key, creating a block for storing the contributor ID number, the manuscript title, the manuscript public key and the manuscript finishing time, adding a timestamp, and storing the block on a block chain based on consensus.
A contributor registration module to receive a contribution from a contributor, the contribution being accompanied by contributor registration information, the contributor including at least one of a press, a magazine, and a publisher.
Here, the recipient registration information mainly includes a name, a social credit code of a license, and a business residence.
As shown in fig. 2, the contributor is any one or more of a newspaper company, a magazine company, and a publishing company, and is a verification node on the chain.
And the manuscript receiver application auditing module is used for auditing whether the manuscript receiver submitting the registration application meets the condition of the manuscript receiver or not, if the audit is passed, a unique ID number of the manuscript receiver is distributed to the manuscript receiver, a pair of a public key of the manuscript receiver and a private key of the manuscript receiver are generated, the right of receiving and delivering the manuscript is given to the manuscript receiver, and simultaneously the encrypted information of the manuscript receiver and the public key of the manuscript receiver of the applicant are issued on the block chain platform based on the consensus.
And the contribution module is started by a contributor, is used for sending the finished contribution numbered as the contribution ID number to a designated contributor positioned on the chain, creates a block for storing the behavior and the information, adds a time stamp, and stores the block on the block chain based on consensus.
The behavior and information stored in the block in the posting module here mainly include the number of the posted contributor ID, the posting time, the contribution ID, and the posted contributor ID.
And the manuscript receiving module is used for receiving the manuscript submitted by the manuscript submitting module by the contributor, performing signature verification on the manuscript by using a contributor public key which finishes the manuscript, sending confirmation information to the contributor, creating a block for storing the behavior and the information, adding a time stamp, and storing the block on a block chain based on consensus.
Here, the behavior and information stored in the block in the posting module mainly include a number of a posting person ID, a posting time, a posting ID, and confirmation information sent to the posting person whose number is the posting person ID.
In this way, the contributor can know which contributors the contribution has been previously made to after receiving the contribution.
In addition, the system also comprises a manuscript acceptance or non-acceptance inquiry module which is started by the contributor and is used for inquiring the acceptance condition of the manuscript sent by the contributor and receiving the manuscript with the manuscript ID number, creating a block for storing the behavior and the information, adding a time stamp and storing the block on the block chain based on consensus.
It should be noted that the behavior and information stored in the block in the document acceptance/non-acceptance query module mainly include a document ID, a submitted document receiver ID, and a status of the document after being received by the document receiver ID, where the status is, for example, accepted as an audit, or in a normal audit, or approved or not approved, and the like.
Additionally, the system also comprises a manuscript acceptance or non-acceptance feedback module which is used for the receiver to inquire from the manuscript acceptance or non-acceptance query module or actively send the feedback information of the manuscript acceptance or non-acceptance to the appointed contributor, and a block is created for storing the behaviors and the information, is added with a time stamp and is stored on the block chain based on consensus.
It should be noted that the behavior and information stored in the block in the document acceptance or non-acceptance feedback module mainly include a document ID, whether the document is accepted or not, and if the document is accepted, the document acceptance or non-acceptance feedback module also includes a document receiver ID for accepting the document.
Storing information about whether the manuscript is accepted or not on the block is beneficial for a manuscript receiver receiving the manuscript to know whether the manuscript is accepted by other manuscript receivers or not, and if the manuscript is accepted, the limited energy is not spent on useless work.
Example 2
The present embodiment is different from embodiment 1 in that: the system also comprises a contributor manuscript counting module which is started by itself after every set restart time period and used for counting the contribution amount of each contributor in the system finished in the set counting time period, sending the counting information to all contributors on the chain, creating a block for storing the behavior and the information, adding a time stamp, and storing the block on the block chain based on consensus.
The contribution amount of the contributor is counted by the contributor manuscript counting module so as to be beneficial to enhancing the understanding of the contributor on the output capacity of the contributor by a receiver.
In addition, after the contributor contribution counting module completes the contribution amount of each contributor in the counting system within the set counting time period, the contributor contribution counting module also obtains the number of submissions completed by the contributor within the counting time period after contribution, and sends the submissions to all contributors on the chain along with the counting information of the contribution amount, and the submissions are used for storing the behavior and the information in the creating block, adding a timestamp, and storing the block on the block chain based on consensus.
The number of the submissions of the contributor is counted by the contributor manuscript counting module, which is beneficial to enhancing the understanding of the contributor to the writing ability of the contributor.
Example 3
The present embodiment is different from embodiments 1 and 2 in that: the contributor registration information further includes a contribution reception category, the data stored in the contribution registration module at the time of creating the block further includes a contribution category, and the contributor in the contribution module contributes to a contributor having a contribution reception category matching the contribution category of the contribution, without selecting the contributor.
This allows for the contribution to be targeted by contributors who are not aware of the contributor to whom the contribution is to be contributed, while storing the above-described behavior and information in the created block in the contribution module.
Example 3
The present embodiment is different from embodiments 1, 2, and 3 in common in that: the system also comprises a credit mutual evaluation module, a contributor of the manuscript and a contributor of the manuscript evaluate the two parties, a block is created for storing the behavior and the information, a time stamp is added, and the block is stored on a block chain based on consensus.
The credit mutual evaluation module is arranged to facilitate mutual evaluation between the contributor and the contributor, so that other contributors and contributors in the future can know some credit information of the other contributors before contribution or contribution, and whether contribution or contribution is made is taken as a judgment basis.
And the credit rating module counts the evaluated information in the credit mutual evaluation module after each set time interval, re-rates the grades of the contributors and the contributors on the chain according to a credit rating rule, creates a block for storing the behaviors and the information, adds a time stamp, and stores the block on the block chain based on consensus.
The credit rating module is arranged to rate the contributor and the contributor, the credit rating rule can be based on the ratio of the number of the contributor or the contributor to the credit rating rule of the mutual credit rating module to all the evaluations, if the ratio is above 95%, the credit rating is good, if the ratio is between 85% and 95%, the credit rating is good, if the ratio is between 70% and 85%, the credit rating is medium, if the ratio is between 60% and 70%, the credit rating is good, if the ratio is below 60%, the credit rating is bad, and if the ratio is below 60%, the credit rating is bad, so that one of the contributor and the contributor can know the credit of the other side clearly, so as to determine whether to submit or receive the contribution to the other side.
Example 5
The present embodiment is different from embodiments 1, 2, 3, and 4 in common in that: additionally, the system also includes a dispute resolution module that is initiated by the contributor and/or the contributor, that sends dispute information to the copyright department blockchain node, that processes the dispute by the copyright department blockchain node according to dispute resolution rules, that creates a block for storing the behavior and information, that adds a timestamp, and that stores the block on the blockchain based on consensus.
In reality, as people pay more and more attention to protection of intellectual property rights, particularly with rapid development of the internet, a great amount of network writers and new forms of writings emerge, more and more disputes of copyright rights are introduced, block chain nodes of copyright departments are introduced, and a rapid and economic solution is provided for both disputes.
The specific embodiments described herein are merely illustrative of the spirit of the invention. Various modifications or additions may be made to the described embodiments or alternatives may be employed by those skilled in the art without departing from the spirit or ambit of the invention as defined in the appended claims.
Claims (10)
1. A manuscript delivery system based on block chain, the management system runs on the service node of the underlying block chain platform, characterized in that, the service node includes each newspaper community block chain node, each magazine community block chain node, each publishing community block chain node, copyright department block chain node, the system includes:
a contributor registration module for receiving a registration application with contributor registration information submitted by a contributor;
the system comprises a contributor application auditing module, a block chain platform and a block chain management module, wherein the contributor application auditing module is used for auditing whether a contributor submitting a registration application meets the contributor condition, if the audit is passed, a unique contributor ID number is distributed to the contributor, a pair of contributor public keys and contributor private keys are generated, contribution authority is given to the contributor, and simultaneously encrypted contributor information and contributor public keys of the applicant are issued on the block chain platform based on a consensus;
a manuscript registration module which is started by a contributor and used for generating a unique manuscript ID number for the contribution of the contributor, generating a pair of a manuscript public key and a manuscript private key, signing the contribution by using the manuscript private key, simultaneously creating a block for storing the contributor ID number, the manuscript title, the manuscript public key and the manuscript finishing time, adding a timestamp, and storing the block on a block chain based on consensus;
the system comprises a manuscript registration module, a manuscript sending module and a manuscript display module, wherein the manuscript registration module is used for receiving a registration application which is submitted by a manuscript and is attached with manuscript registration information, and the manuscript comprises at least one of a press, a magazine and a publishing company;
a manuscript receiver application auditing module used for auditing whether a manuscript receiver submitting a registration application accords with a manuscript receiver condition, if the auditing is passed, a unique manuscript receiver ID number is distributed to the manuscript receiver, a pair of a manuscript receiver public key and a manuscript receiver private key are generated, the authority of receiving and sending manuscripts is given to the manuscript receiver, and simultaneously the encrypted manuscript receiver information of the applicant and the manuscript receiver public key are issued on a block chain platform based on consensus;
a contribution module, which is started by a contributor, is used for sending the finished contribution numbered as the contribution ID number to a designated contributor on a chain, creating a block for storing the behavior and information, adding a time stamp, and storing the block on the block chain based on consensus;
and the manuscript receiving module is used for receiving the manuscript submitted by the manuscript submitting module by the contributor, performing signature verification on the manuscript by using a contributor public key which finishes the manuscript, sending confirmation information to the contributor, creating a block for storing the behavior and the information, adding a time stamp, and storing the block on a block chain based on consensus.
2. The block chain-based document delivery system according to claim 1, further comprising a manuscript acceptance or non-acceptance inquiry module, which is activated by a contributor, for inquiring of the acceptance of the manuscript by a contributor who has received the manuscript whose sending number is a manuscript ID number, and creating a block for storing the above-mentioned action and information, adding a time stamp, and storing the block on the block chain based on consensus.
3. The block chain-based document delivery system according to claim 2, further comprising a manuscript acceptance or non-acceptance feedback module for the receiver to inquire from the manuscript acceptance or non-acceptance query module or to actively send the feedback information of manuscript acceptance or non-acceptance to the designated contributor, and creating a block for storing the above behavior and information, and adding a time stamp, and storing the block on the block chain based on consensus.
4. The block chain-based document delivery system according to claim 1, further comprising a contributor contribution statistics module, which is activated by itself after every set restart period, for counting the contribution amount of each contributor in the system that is completed within a set statistics period, and sending the statistics information to all contributors on the chain, and creating a block for storing the behavior and information, adding a time stamp, and storing the block on the block chain based on consensus.
5. The block chain-based document delivery system according to claim 4, wherein the contributor contribution statistics module obtains the number of submissions completed by contributors within the statistical time period after completing the contribution amount of each contributor in the statistical system within a set statistical time period, and sends the submissions to all contributors on the chain along with the statistical information of the contribution amount, and the creating block stores the behavior and information, adds a time stamp, and stores the block on the block chain based on consensus.
6. The blockchain-based draft delivery system according to any one of claims 1 to 5, wherein said contributor registration information includes a real name, an identification number, a current residence, and said contributor registration information includes a name, a business license social credit code, a business residence.
7. The block chain-based contribution delivery system of claim 6, wherein the contributor registration information further includes contribution acceptance categories, the data stored in the contribution registration module at creation of a block further includes contribution categories, and the contributor in the contribution module contributes to contributors having contribution acceptance categories matching the contribution categories of the contributions without selecting contributors.
8. The system of claim 1, further comprising a credit mutual evaluation module for evaluating both the contributor and the receiver of the contribution, creating blocks for storing the behavior and information, time stamping the blocks, and storing the blocks on the block chain based on consensus.
9. The system for contribution based on blockchain of claim 8, further comprising a credit rating module for counting the evaluated information in the credit mutual evaluation module after each set time interval, and re-rating the contributors and contributors on the chain according to a credit rating rule, and creating blocks for storing the above behaviors and information, and adding a time stamp, and storing the blocks on the blockchain based on consensus.
10. A block chain based draft delivery system according to claim 1, further comprising a dispute resolution module, initiated by a contributor and/or a contributor, sending dispute information to copyright sector block chain nodes, processing disputes by the copyright sector block chain nodes according to dispute resolution rules, creating blocks for storing said behavior and information, time stamping, and storing the blocks on the block chain based on consensus.
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| Application Number | Priority Date | Filing Date | Title |
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| CN202010510072.6A CN111723151A (en) | 2020-06-08 | 2020-06-08 | Manuscript delivery system based on block chain |
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| CN202010510072.6A CN111723151A (en) | 2020-06-08 | 2020-06-08 | Manuscript delivery system based on block chain |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN117648295A (en) * | 2024-01-26 | 2024-03-05 | 中国信息通信研究院 | Text issuing method and device based on blockchain, electronic equipment and storage medium |
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2020
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN117648295A (en) * | 2024-01-26 | 2024-03-05 | 中国信息通信研究院 | Text issuing method and device based on blockchain, electronic equipment and storage medium |
| CN117648295B (en) * | 2024-01-26 | 2024-05-10 | 中国信息通信研究院 | Text issuing method and device based on blockchain, electronic equipment and storage medium |
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