CN110457956B - Consensus supervision method and system for data supervision-oriented block chain network - Google Patents
Consensus supervision method and system for data supervision-oriented block chain network Download PDFInfo
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Abstract
The invention provides a consensus supervision method and a supervision system of a data supervision-oriented block chain network, wherein the supervision method comprises the following steps: s1, the block chain link point to be written transmits the data to be written and the first verification code of the block chain to be written to the node to be verified; s2, the node to be verified verifies whether the received data is the data to be written in the block chain to be written in; s3, the next-stage node to be verified verifies whether the received data is the data sent by the node to be verified; s4, the last stage of node to be verified verifies whether the received data is the data sent by the last stage of node to be verified; and S5, if the to-be-written block chain link point verifies that the received data is the data sent by the last-stage to-be-verified node, the to-be-written block chain link point writes the to-be-written data of the to-be-written block chain into the block chain. The invention can supervise the data written into the blockchain network, prevent the data before being written into the blockchain network from being distorted and ensure the integrity of the written data.
Description
Technical Field
The invention relates to the technical field of data supervision, in particular to a consensus supervision method and a supervision system of a data supervision-oriented block chain network.
Background
In the supervision system, there may be multiple supervision departments supervising the same business field, and the emphasis is different. There is a relatively fixed supervision structure among the supervision departments. As shown in fig. 2, the circle represents a regulatory body, and the arrow represents a higher jurisdiction subordinate. In the structure, each department only has 0 or 1 superior department and 0 or more subordinate departments, and only one department in the supervision structure has no superior department. As shown in fig. 3, when there is a plurality of departments without an upper department, one virtual node is added as their upper department. The blockchain network is a p2p network, and nodes in the network can be subordinate to corresponding departments.
Disclosure of Invention
The invention aims to at least solve the technical problems in the prior art, and particularly creatively provides a consensus supervision method and a supervision system for a data supervision-oriented blockchain network.
In order to achieve the above object, the present invention provides a consensus supervision method for a data-supervision-oriented blockchain network, comprising the following steps:
s1, the block chain link point to be written transmits the data to be written and the first verification code of the block chain to be written to the node to be verified;
s2, the node to be verified verifies whether the received data is data to be written in the block chain to be written:
if the node to be verified verifies that the received data is the data to be written in the block chain to be written in, the node to be verified transmits the received data and the second verification code to the next-stage node to be verified; step S3 is executed;
if the node to be verified verifies that the received data is not the data to be written in the block chain to be written in, the node to be verified receives the data sent by the next block chain node to be written in; returning to step S2;
s3, the next-level node to be verified verifies whether the received data is the data sent by the node to be verified:
if the next-stage node to be verified verifies that the received data is the data sent by the node to be verified, the next-stage node to be verified transmits the received data and the third verification code to the next-stage node to be verified; step S4 is executed;
if the next-stage node to be verified verifies that the received data is not the data sent by the node to be verified, the next-stage node to be verified receives the data sent by the next-stage node to be verified; returning to step S3;
s4, the last node to be verified verifies whether the received data is the data sent by the previous node to be verified:
if the last-stage node to be verified verifies that the received data is the data sent by the last-stage node to be verified, the last-stage node to be verified transmits the received data and the last verification code to the block chain node to be written; step S5 is executed;
if the last-stage node to be verified verifies that the received data is not the data sent by the previous-stage node to be verified, the last-stage node to be verified receives the data sent by the next previous-stage node to be verified; returning to step S4;
s5, the block chain node to be written verifies whether the received data is the data sent by the last stage node to be verified:
if the to-be-written block chain link point verifies that the received data is the data sent by the last-stage to-be-verified node, the to-be-written block chain link point writes the to-be-written data to be written into the block chain;
if the data received by the link point of the block to be written is verified to be not the data sent by the node to be verified at the last stage, the link point of the block to be written receives the data sent by the node to be verified at the last stage next time; return is made to step S5.
In a preferred embodiment of the present invention, in step S1, the method for calculating the first verification code includes the steps of:
s11, acquiring data to be written in the block chain to be written;
s12, performing first information digest algorithm calculation on the data to be written in the block chain to be written in to obtain a first hash value; and calculating a first hash value of the data to be written of the block chain to be written by using a first information summary algorithm, so that the processing efficiency is improved, and the user experience on the node of the block chain to be written is enhanced.
And S13, encrypting the first hash value by using the private key configured on the block chain node to be written in to obtain a first verification code.
In a preferred embodiment of the present invention, in step S2, the method for verifying, by the node to be verified, whether the received data is to-be-written data of a block chain to be written includes the following steps:
s21, acquiring data to be written and a first verification code of the block chain to be written;
s22, performing second information digest algorithm calculation on the data to be written in the block chain to be written in to obtain a verification first hash value;
s23, decoding the first verification code by using a public key corresponding to the private key and configured by the block chain node to be written in to obtain a decoded first hash value;
s24, determining whether the verification first hash value is the same as the decoded first hash value:
if the first hash value is verified to be the same as the decoded first hash value, the node to be verified verifies that the received data is data to be written in the block chain to be written;
and if the first hash value is verified to be different from the decoded first hash value, the node to be verified verifies that the received data is not the data to be written in the block chain to be written.
In a preferred embodiment of the present invention, in step S2, the method for calculating the second verification code includes the steps of:
s41, acquiring data received by the node to be verified and sent by the block chain node to be written, wherein the data received by the node to be verified and sent by the block chain node to be written are the data to be written and the first verification code;
s42, performing third information digest algorithm calculation on the data received by the node to be verified and sent by the node to be written into the block chain to obtain a second hash value;
and S43, encrypting the second hash value by using the private key configured on the node to be verified to obtain a second verification code.
In a preferred embodiment of the present invention, in step S3, the method for verifying whether the received data by the next node to be verified is the data sent by the node to be verified includes the following steps:
s31, acquiring data and a second verification code received by the node to be verified; the data received by the node to be verified are data to be written and a first verification code;
s32, performing fourth information digest algorithm calculation on the data received by the node to be verified to obtain a verified second hash value; and calculating a second hash value of the data received by the node to be verified by using a fourth information summary algorithm, so that the processing efficiency is improved, and the user experience on the node to be verified is enhanced.
S33, decoding the second verification code by using a public key which is configured by the node to be verified and corresponds to the private key, so as to obtain a decoded second hash value;
s34, determining whether the verification second hash value is the same as the decoded second hash value:
if the second hash value is verified to be the same as the decoded second hash value, the next-stage node to be verified verifies that the received data is the data sent by the node to be verified;
and if the second hash value is verified to be different from the decoded second hash value, the next-stage node to be verified verifies that the received data is not the data sent by the node to be verified.
In a preferred embodiment of the present invention, the method for calculating the third verification code includes the steps of:
s61, acquiring data sent by the next-stage node to be verified, wherein the data sent by the next-stage node to be verified is the data received by the node to be verified and the second verification code;
s62, performing fifth information digest algorithm calculation on the data sent by the node to be verified and received by the next-stage node to be verified to obtain a third hash value;
and S63, encrypting the third hash value by using the private key configured on the next-level node to be verified to obtain a third verification code.
In a preferred embodiment of the present invention, the method for determining a to-be-written blockchain node includes: and judging which node has the most data uploaded from which node in the latest configured period time period, and which node is the to-be-written block chain node, namely the out-block node.
The invention also provides a supervision system of the consensus supervision method of the data supervision-oriented blockchain network, which comprises a to-be-written blockchain node module, a to-be-verified node module, a next-stage to-be-verified node module, … … and a last-stage to-be-verified node module;
the to-be-written block chain node module is used for transmitting to-be-written data and a first verification code of the to-be-written block chain to the to-be-verified node module, and writing the to-be-written data of the to-be-written block chain into the block chain after verification is passed;
the node module to be verified is used for verifying whether the received data is the data to be written in the block chain to be written in, and transmitting the received data and the second verification code to the next node module to be verified after the verification is passed;
the next-stage node module to be verified is used for verifying whether the received data is the data sent by the node module to be verified or not, and transmitting the received data and a third verification code to the next-stage node module to be verified after the verification is passed;
and the last-stage node module to be verified is used for verifying whether the received data is the data sent by the last-stage node to be verified, and transmitting the received data and the last verification code to the block chain node module to be written in after the verification is passed.
In a preferred embodiment of the present invention, the method for calculating the first verification code includes the steps of:
s11, acquiring data to be written in the block chain to be written;
s12, performing first information digest algorithm calculation on the data to be written in the block chain to be written in to obtain a first hash value;
s13, encrypting the first hash value by using a private key configured on the block chain node to be written in to obtain a first verification code;
and/or the calculation method of the second verification code comprises the following steps:
s41, acquiring data received by the node to be verified and sent by the block chain node to be written, wherein the data received by the node to be verified and sent by the block chain node to be written are the data to be written and the first verification code;
s42, performing third information digest algorithm calculation on the data received by the node to be verified and sent by the node to be written into the block chain to obtain a second hash value;
s43, encrypting the second hash value by using the private key configured on the node to be verified to obtain a second verification code;
and/or the calculation method of the third verification code comprises the following steps:
s61, acquiring data sent by the next-stage node to be verified, wherein the data sent by the next-stage node to be verified is the data received by the node to be verified and the second verification code;
s62, performing fifth information digest algorithm calculation on the data sent by the node to be verified and received by the next-stage node to be verified to obtain a third hash value;
and S63, encrypting the third hash value by using the private key configured on the next-level node to be verified to obtain a third verification code.
In a preferred embodiment of the present invention, a method for verifying whether received data is to-be-written data of a to-be-written block chain by a to-be-verified node module includes the following steps:
s21, acquiring data to be written and a first verification code of the block chain to be written;
s22, performing second information digest algorithm calculation on the data to be written in the block chain to be written in to obtain a verification first hash value;
s23, decoding the first verification code by using a public key corresponding to the private key and configured by the block chain node to be written in to obtain a decoded first hash value;
s24, determining whether the verification first hash value is the same as the decoded first hash value:
if the first hash value is verified to be the same as the decoded first hash value, the node to be verified verifies that the received data is data to be written in the block chain to be written;
if the first hash value is verified to be different from the first hash value, the node to be verified verifies that the received data is not the data to be written in the block chain to be written in;
and/or the next-stage node module to be verified verifies whether the received data is the data sent by the node to be verified, and the verification method comprises the following steps:
s31, acquiring data and a second verification code received by the node to be verified; the data received by the node to be verified are data to be written and a first verification code;
s32, performing fourth information digest algorithm calculation on the data received by the node to be verified to obtain a verified second hash value;
s33, decoding the second verification code by using a public key which is configured by the node to be verified and corresponds to the private key, so as to obtain a decoded second hash value;
s34, determining whether the verification second hash value is the same as the decoded second hash value:
if the second hash value is verified to be the same as the decoded second hash value, the next-stage node to be verified verifies that the received data is the data sent by the node to be verified;
and if the second hash value is verified to be different from the decoded second hash value, the next-stage node to be verified verifies that the received data is not the data sent by the node to be verified.
In summary, by adopting the above technical solution, the present invention can supervise the data written into the blockchain network, prevent the data written into the blockchain network from being tampered, and ensure the integrity of the written data.
Additional aspects and advantages of the invention will be set forth in part in the description which follows and, in part, will be obvious from the description, or may be learned by practice of the invention.
Drawings
The above and/or additional aspects and advantages of the present invention will become apparent and readily appreciated from the following description of the embodiments, taken in conjunction with the accompanying drawings of which:
FIG. 1 is a schematic flow diagram of the present invention.
Fig. 2 is a schematic diagram of the regulatory structure of the present invention.
FIG. 3 is a schematic diagram of the policing architecture of the present invention adding virtual nodes.
Detailed Description
Reference will now be made in detail to embodiments of the present invention, examples of which are illustrated in the accompanying drawings, wherein like or similar reference numerals refer to the same or similar elements or elements having the same or similar function throughout. The embodiments described below with reference to the accompanying drawings are illustrative only for the purpose of explaining the present invention, and are not to be construed as limiting the present invention.
The invention provides a consensus supervision method of a data supervision-oriented block chain network, which comprises the following steps as shown in figure 1:
s1, the block chain link point to be written transmits the data to be written and the first verification code of the block chain to be written to the node to be verified;
s2, the node to be verified verifies whether the received data is data to be written in the block chain to be written:
if the node to be verified verifies that the received data is the data to be written in the block chain to be written in, the node to be verified transmits the received data and the second verification code to the next-stage node to be verified; step S3 is executed;
if the node to be verified verifies that the received data is not the data to be written in the block chain to be written in, the node to be verified receives the data sent by the next block chain node to be written in; returning to step S2;
s3, the next-level node to be verified verifies whether the received data is the data sent by the node to be verified:
if the next-stage node to be verified verifies that the received data is the data sent by the node to be verified, the next-stage node to be verified transmits the received data and the third verification code to the next-stage node to be verified; step S4 is executed;
if the next-stage node to be verified verifies that the received data is not the data sent by the node to be verified, the next-stage node to be verified receives the data sent by the next-stage node to be verified; returning to step S3;
s4, the last node to be verified verifies whether the received data is the data sent by the previous node to be verified:
if the last-stage node to be verified verifies that the received data is the data sent by the last-stage node to be verified, the last-stage node to be verified transmits the received data and the last verification code to the block chain node to be written; step S5 is executed;
if the last-stage node to be verified verifies that the received data is not the data sent by the previous-stage node to be verified, the last-stage node to be verified receives the data sent by the next previous-stage node to be verified; returning to step S4;
s5, the block chain node to be written verifies whether the received data is the data sent by the last stage node to be verified:
if the to-be-written block chain link point verifies that the received data is the data sent by the last-stage to-be-verified node, the to-be-written block chain link point writes the to-be-written data to be written into the block chain;
if the data received by the link point of the block to be written is verified to be not the data sent by the node to be verified at the last stage, the link point of the block to be written receives the data sent by the node to be verified at the last stage next time; return is made to step S5.
In a preferred embodiment of the present invention, in step S1, the method for calculating the first verification code includes the steps of:
s11, acquiring data to be written in the block chain to be written;
s12, performing first information digest algorithm calculation on the data to be written in the block chain to be written in to obtain a first hash value;
and S13, encrypting the first hash value by using the private key configured on the block chain node to be written in to obtain a first verification code.
In a preferred embodiment of the present invention, in step S2, the method for verifying, by the node to be verified, whether the received data is to-be-written data of a block chain to be written includes the following steps:
s21, acquiring data to be written and a first verification code of the block chain to be written;
s22, performing second information digest algorithm calculation on the data to be written in the block chain to be written in to obtain a verification first hash value;
s23, decoding the first verification code by using a public key corresponding to the private key and configured by the block chain node to be written in to obtain a decoded first hash value;
s24, determining whether the verification first hash value is the same as the decoded first hash value:
if the first hash value is verified to be the same as the decoded first hash value, the node to be verified verifies that the received data is data to be written in the block chain to be written;
and if the first hash value is verified to be different from the decoded first hash value, the node to be verified verifies that the received data is not the data to be written in the block chain to be written.
In a preferred embodiment of the present invention, in step S2, the method for calculating the second verification code includes the steps of:
s41, acquiring data received by the node to be verified and sent by the block chain node to be written, wherein the data received by the node to be verified and sent by the block chain node to be written are the data to be written and the first verification code;
s42, performing third information digest algorithm calculation on the data received by the node to be verified and sent by the node to be written into the block chain to obtain a second hash value;
and S43, encrypting the second hash value by using the private key configured on the node to be verified to obtain a second verification code.
In a preferred embodiment of the present invention, in step S3, the method for verifying whether the received data by the next node to be verified is the data sent by the node to be verified includes the following steps:
s31, acquiring data and a second verification code received by the node to be verified; the data received by the node to be verified are data to be written and a first verification code;
s32, performing fourth information digest algorithm calculation on the data received by the node to be verified to obtain a verified second hash value;
s33, decoding the second verification code by using a public key which is configured by the node to be verified and corresponds to the private key, so as to obtain a decoded second hash value;
s34, determining whether the verification second hash value is the same as the decoded second hash value:
if the second hash value is verified to be the same as the decoded second hash value, the next-stage node to be verified verifies that the received data is the data sent by the node to be verified;
and if the second hash value is verified to be different from the decoded second hash value, the next-stage node to be verified verifies that the received data is not the data sent by the node to be verified.
In a preferred embodiment of the present invention, the method for calculating the third verification code includes the steps of:
s61, acquiring data sent by the next-stage node to be verified, wherein the data sent by the next-stage node to be verified is the data received by the node to be verified and the second verification code;
s62, performing fifth information digest algorithm calculation on the data sent by the node to be verified and received by the next-stage node to be verified to obtain a third hash value;
and S63, encrypting the third hash value by using the private key configured on the next-level node to be verified to obtain a third verification code.
In this embodiment, the third verification code … … and the last verification code are calculated in the same way as the first verification code or/and the second verification code, and the data verification method for the last node to be verified to verify whether the received data is sent by the previous node to be verified is the same as the data to be written by the node to be verified to verify whether the received data is written into the block chain or/and the data verification method for the next node to be verified to verify whether the received data is sent by the node to be verified.
In a preferred embodiment of the present invention, the method for determining a to-be-written blockchain node includes: and judging which node has the most data uploaded from which node in the latest configured period time period, and which node is the to-be-written block chain node, namely the out-block node.
The invention also provides a supervision system of the consensus supervision method of the data supervision-oriented blockchain network, which comprises a to-be-written blockchain node module, a to-be-verified node module, a next-stage to-be-verified node module, … … and a last-stage to-be-verified node module;
the to-be-written block chain node module is used for transmitting to-be-written data and a first verification code of the to-be-written block chain to the to-be-verified node module, and writing the to-be-written data of the to-be-written block chain into the block chain after verification is passed;
the node module to be verified is used for verifying whether the received data is the data to be written in the block chain to be written in, and transmitting the received data and the second verification code to the next node module to be verified after the verification is passed;
the next-stage node module to be verified is used for verifying whether the received data is the data sent by the node module to be verified or not, and transmitting the received data and a third verification code to the next-stage node module to be verified after the verification is passed;
and the last-stage node module to be verified is used for verifying whether the received data is the data sent by the last-stage node to be verified, and transmitting the received data and the last verification code to the block chain node module to be written in after the verification is passed.
In a preferred embodiment of the present invention, the method for calculating the first verification code includes the steps of:
s11, acquiring data to be written in the block chain to be written;
s12, performing first information digest algorithm calculation on the data to be written in the block chain to be written in to obtain a first hash value;
s13, encrypting the first hash value by using a private key configured on the block chain node to be written in to obtain a first verification code;
and/or the calculation method of the second verification code comprises the following steps:
s41, acquiring data received by the node to be verified and sent by the block chain node to be written, wherein the data received by the node to be verified and sent by the block chain node to be written are the data to be written and the first verification code;
s42, performing third information digest algorithm calculation on the data received by the node to be verified and sent by the node to be written into the block chain to obtain a second hash value;
s43, encrypting the second hash value by using the private key configured on the node to be verified to obtain a second verification code;
and/or the calculation method of the third verification code comprises the following steps:
s61, acquiring data sent by the next-stage node to be verified, wherein the data sent by the next-stage node to be verified is the data received by the node to be verified and the second verification code;
s62, performing fifth information digest algorithm calculation on the data sent by the node to be verified and received by the next-stage node to be verified to obtain a third hash value;
and S63, encrypting the third hash value by using the private key configured on the next-level node to be verified to obtain a third verification code.
In a preferred embodiment of the present invention, a method for verifying whether received data is to-be-written data of a to-be-written block chain by a to-be-verified node module includes the following steps:
s21, acquiring data to be written and a first verification code of the block chain to be written;
s22, performing second information digest algorithm calculation on the data to be written in the block chain to be written in to obtain a verification first hash value;
s23, decoding the first verification code by using a public key corresponding to the private key and configured by the block chain node to be written in to obtain a decoded first hash value;
s24, determining whether the verification first hash value is the same as the decoded first hash value:
if the first hash value is verified to be the same as the decoded first hash value, the node to be verified verifies that the received data is data to be written in the block chain to be written;
if the first hash value is verified to be different from the first hash value, the node to be verified verifies that the received data is not the data to be written in the block chain to be written in;
and/or the next-stage node module to be verified verifies whether the received data is the data sent by the node to be verified, and the verification method comprises the following steps:
s31, acquiring data and a second verification code received by the node to be verified; the data received by the node to be verified are data to be written and a first verification code;
s32, performing fourth information digest algorithm calculation on the data received by the node to be verified to obtain a verified second hash value;
s33, decoding the second verification code by using a public key which is configured by the node to be verified and corresponds to the private key, so as to obtain a decoded second hash value;
s34, determining whether the verification second hash value is the same as the decoded second hash value:
if the second hash value is verified to be the same as the decoded second hash value, the next-stage node to be verified verifies that the received data is the data sent by the node to be verified;
and if the second hash value is verified to be different from the decoded second hash value, the next-stage node to be verified verifies that the received data is not the data sent by the node to be verified. In a preferred embodiment of the present invention, the first to fifth message digest algorithms use one or any combination of SHA1, MD5, and SHA 256.
While embodiments of the invention have been shown and described, it will be understood by those of ordinary skill in the art that: various changes, modifications, substitutions and alterations can be made to the embodiments without departing from the principles and spirit of the invention, the scope of which is defined by the claims and their equivalents.
Claims (13)
1. A consensus supervision method for a data supervision-oriented blockchain network is characterized by comprising the following steps:
s1, the block chain link point to be written transmits the data to be written and the first verification code of the block chain to be written to the node to be verified;
s2, the node to be verified verifies whether the received data is data to be written in the block chain to be written:
if the node to be verified verifies that the received data is the data to be written in the block chain to be written in, the node to be verified transmits the received data and the second verification code to the next-stage node to be verified; step S3 is executed;
if the node to be verified verifies that the received data is not the data to be written in the block chain to be written in, the node to be verified receives the data sent by the next block chain node to be written in; returning to step S2;
s3, the next-level node to be verified verifies whether the received data is the data sent by the node to be verified:
if the next-stage node to be verified verifies that the received data is the data sent by the node to be verified, the next-stage node to be verified transmits the received data and the third verification code to the next-stage node to be verified; step S4 is executed;
if the next-stage node to be verified verifies that the received data is not the data sent by the node to be verified, the next-stage node to be verified receives the data sent by the next-stage node to be verified; returning to step S3;
s4, the last node to be verified verifies whether the received data is the data sent by the previous node to be verified:
if the last-stage node to be verified verifies that the received data is the data sent by the last-stage node to be verified, the last-stage node to be verified transmits the received data and the last verification code to the block chain node to be written; step S5 is executed;
if the last-stage node to be verified verifies that the received data is not the data sent by the previous-stage node to be verified, the last-stage node to be verified receives the data sent by the next previous-stage node to be verified; returning to step S4;
s5, the block chain node to be written verifies whether the received data is the data sent by the last stage node to be verified:
if the to-be-written block chain link point verifies that the received data is the data sent by the last-stage to-be-verified node, the to-be-written block chain link point writes the to-be-written data to be written into the block chain;
if the data received by the link point of the block to be written is verified to be not the data sent by the node to be verified at the last stage, the link point of the block to be written receives the data sent by the node to be verified at the last stage next time; return is made to step S5.
2. The method for consensus supervision of a data-policing-oriented blockchain network according to claim 1, wherein in step S1, the method for calculating the first verification code comprises the steps of:
s11, acquiring data to be written in the block chain to be written;
s12, performing first information digest algorithm calculation on the data to be written in the block chain to be written in to obtain a first hash value;
and S13, encrypting the first hash value by using the private key configured on the block chain node to be written in to obtain a first verification code.
3. The consensus supervision method of a data-policing-oriented blockchain network according to claim 1, wherein in step S2, the method for verifying whether the received data is the data to be written into the blockchain by the node to be verified comprises the following steps:
s21, acquiring data to be written and a first verification code of the block chain to be written;
s22, performing second information digest algorithm calculation on the data to be written in the block chain to be written in to obtain a verification first hash value;
s23, decoding the first verification code by using a public key corresponding to the private key and configured by the block chain node to be written in to obtain a decoded first hash value;
s24, determining whether the verification first hash value is the same as the decoded first hash value:
if the first hash value is verified to be the same as the decoded first hash value, the node to be verified verifies that the received data is data to be written in the block chain to be written;
and if the first hash value is verified to be different from the decoded first hash value, the node to be verified verifies that the received data is not the data to be written in the block chain to be written.
4. The method for consensus supervision of a data-policing-oriented blockchain network according to claim 1, wherein in step S2, the method for calculating the second verification code comprises the steps of:
s41, acquiring data received by the node to be verified and sent by the block chain node to be written, wherein the data received by the node to be verified and sent by the block chain node to be written are the data to be written and the first verification code;
s42, performing third information digest algorithm calculation on the data received by the node to be verified and sent by the node to be written into the block chain to obtain a second hash value;
and S43, encrypting the second hash value by using the private key configured on the node to be verified to obtain a second verification code.
5. The method for consensus supervision of a data-policing-oriented blockchain network according to claim 1, wherein in step S3, the method for verifying the next node to be verified to verify whether the received data is the data sent by the node to be verified comprises the following steps:
s31, acquiring data and a second verification code received by the node to be verified; the data received by the node to be verified are data to be written and a first verification code;
s32, performing fourth information digest algorithm calculation on the data received by the node to be verified to obtain a verified second hash value;
s33, decoding the second verification code by using a public key which is configured by the node to be verified and corresponds to the private key, so as to obtain a decoded second hash value;
s34, determining whether the verification second hash value is the same as the decoded second hash value:
if the second hash value is verified to be the same as the decoded second hash value, the next-stage node to be verified verifies that the received data is the data sent by the node to be verified;
and if the second hash value is verified to be different from the decoded second hash value, the next-stage node to be verified verifies that the received data is not the data sent by the node to be verified.
6. The consensus supervision method of data-policing-oriented blockchain network according to claim 4, wherein in step S3, the calculation method of the third verification code comprises the following steps:
s61, acquiring data sent by the next-stage node to be verified, wherein the data sent by the next-stage node to be verified is the data received by the node to be verified and the second verification code;
s62, performing fifth information digest algorithm calculation on the data sent by the node to be verified and received by the next-stage node to be verified to obtain a third hash value;
and S63, encrypting the third hash value by using the private key configured on the next-level node to be verified to obtain a third verification code.
7. The consensus supervision method for data policing oriented blockchain network according to claim 1, characterized in that the method of determining the blockchain node to be written is: and judging which node has the most data uploaded from which node in the latest configured period time period, and which node is the to-be-written block chain node, namely the out-block node.
8. The supervision system of the consensus supervision method for the data supervision-oriented blockchain network according to any one of claims 1 to 7, comprising a to-be-written blockchain node module, a to-be-verified node module, a next-stage to-be-verified node module, … …, and a last-stage to-be-verified node module;
the to-be-written block chain node module is used for transmitting to-be-written data and a first verification code of the to-be-written block chain to the to-be-verified node module, and writing the to-be-written data of the to-be-written block chain into the block chain after verification is passed;
the node module to be verified is used for verifying whether the received data is the data to be written in the block chain to be written in, and transmitting the received data and the second verification code to the next node module to be verified after the verification is passed;
the next-stage node module to be verified is used for verifying whether the received data is the data sent by the node module to be verified or not, and transmitting the received data and a third verification code to the next-stage node module to be verified after the verification is passed;
and the last-stage node module to be verified is used for verifying whether the received data is the data sent by the last-stage node to be verified, and transmitting the received data and the last verification code to the block chain node module to be written in after the verification is passed.
9. The system of claim 8, wherein the method for calculating the first validation code comprises the following steps:
s11, acquiring data to be written in the block chain to be written;
s12, performing first information digest algorithm calculation on the data to be written in the block chain to be written in to obtain a first hash value;
and S13, encrypting the first hash value by using the private key configured on the block chain node to be written in to obtain a first verification code.
10. The system of claim 8, wherein the second validation code is calculated by a method comprising:
s41, acquiring data received by the node to be verified and sent by the block chain node to be written, wherein the data received by the node to be verified and sent by the block chain node to be written are the data to be written and the first verification code;
s42, performing third information digest algorithm calculation on the data received by the node to be verified and sent by the node to be written into the block chain to obtain a second hash value;
and S43, encrypting the second hash value by using the private key configured on the node to be verified to obtain a second verification code.
11. The system of claim 8, wherein the third verification code is calculated by the method comprising:
s61, acquiring data sent by the next-stage node to be verified, wherein the data sent by the next-stage node to be verified is the data received by the node to be verified and the second verification code;
s62, performing fifth information digest algorithm calculation on the data sent by the node to be verified and received by the next-stage node to be verified to obtain a third hash value;
and S63, encrypting the third hash value by using the private key configured on the next-level node to be verified to obtain a third verification code.
12. The supervision system of a consensus supervision method of a data-policing-oriented blockchain network according to claim 8, wherein the verification method of the node module to be verified verifying whether the received data is the data to be written into the blockchain comprises the following steps:
s21, acquiring data to be written and a first verification code of the block chain to be written;
s22, performing second information digest algorithm calculation on the data to be written in the block chain to be written in to obtain a verification first hash value;
s23, decoding the first verification code by using a public key corresponding to the private key and configured by the block chain node to be written in to obtain a decoded first hash value;
s24, determining whether the verification first hash value is the same as the decoded first hash value:
if the first hash value is verified to be the same as the decoded first hash value, the node to be verified verifies that the received data is data to be written in the block chain to be written;
and if the first hash value is verified to be different from the decoded first hash value, the node to be verified verifies that the received data is not the data to be written in the block chain to be written.
13. The system for supervising the consensus supervision method of the data-policing-oriented blockchain network according to claim 8, wherein the method for verifying whether the received data is the data sent by the node to be verified by the next node module to be verified comprises the following steps:
s31, acquiring data and a second verification code received by the node to be verified; the data received by the node to be verified are data to be written and a first verification code;
s32, performing fourth information digest algorithm calculation on the data received by the node to be verified to obtain a verified second hash value;
s33, decoding the second verification code by using a public key which is configured by the node to be verified and corresponds to the private key, so as to obtain a decoded second hash value;
s34, determining whether the verification second hash value is the same as the decoded second hash value:
if the second hash value is verified to be the same as the decoded second hash value, the next-stage node to be verified verifies that the received data is the data sent by the node to be verified;
and if the second hash value is verified to be different from the decoded second hash value, the next-stage node to be verified verifies that the received data is not the data sent by the node to be verified.
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