CN110287107A - The data processing of block chain and intelligent contract combined debugging integrated approach, system and computer readable storage medium - Google Patents
The data processing of block chain and intelligent contract combined debugging integrated approach, system and computer readable storage medium Download PDFInfo
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Abstract
The present invention relates to block chain processing technique application fields, data processing and the intelligent contract combined debugging integrated approach, system and computer readable storage medium of a kind of block chain are provided, storage medium is stored with computer program, and the above method is realized when computer program is executed by a controller.The data processing of the block chain and intelligent contract combined debugging integrated approach, by building node cluster, the Program Interfaces towards each client are set, the data of client transmissions are written as preset data format by bottom common recognition contract, then across chain information synchronization framework is constructed, data after bottom common recognition contract is write are grouped to obtain multiple user groups according to its corresponding block chain, the point-to-point information transmission of intelligent contract is executed in each user group, different block chains is connected to as carrier using user group, it is docked so that also can freely be realized using the client of intelligent contract with block chain, realize the combined debugging of more public chains.
Description
Technical field
The present invention relates to block chain processing technique application field, in particular to a kind of computer readable storage medium and it is
System, computer-readable recording medium storage have computer program, and the number of block chain is realized when computer program is executed by a controller
According to processing and intelligent contract combined debugging integrated approach.
Background technique
Block chain technology due to by based between node and node information exchange realize transaction safety guarantee,
It reduces and trusts cost and be used widely.The service of block chain is carried out according to block chain contract, in block chain contract
In define the common recognition mechanism etc. of block generation.With the development of intelligent control technology, block chain is also tended to using intelligence
Mode realizes automatic contract control, and the working principle of block chain intelligence contract technology is similar to the if- of other computer programs
Then sentence, when the condition that one is finished in advance is triggered, intelligent contract executes corresponding contract terms automatically, for reducing
Execute the cost of contract.In actual application scenarios, server may deploy a plurality of block chain, this is just needed using debugging
Integrated system builds across chain frame, to carry out compatible debugging to multi-tiling chain.But since block chain is a completely new field,
Many public affairs chains all construct the virtual machine or even programming language of oneself, and existing block chain contract debugging integrated system is mostly
It is absorbed in the debugging of a certain single main chain, has many debugging the integrated system even virtual machines and grammer in ether mill not simultaneous
Hold, cannot achieve the combined debugging of more public chains.
Summary of the invention
It is an object of the invention to: avoiding above-mentioned shortcoming in the prior art and provide one kind can be in multi-tiling chain
Between carry out data processing, and realize the integrated approach of the combined debugging of block chain intelligence contract.
The purpose of the present invention is achieved through the following technical solutions:
Data processing and the intelligence contract combined debugging integrated approach of block chain are provided, included the following steps:
Cluster construction step constructs node cluster in server end, which is equipped with the journey towards each client
Sequence programming interface and multiple public chain interfaces for corresponding to different blocks chain；
Data common recognition step passes through programming in bottom common recognition contract of the node cluster building for formatted data
Interface and client are talked with, and the data of client transmissions are written as preset data format；
Data interaction step is constructed in node cluster for realizing across the chain information synchronization framework across chain interaction, to the bottom of through
Data after layer common recognition contract is write are grouped to obtain multiple user groups according to its corresponding block chain, in each user
The point-to-point information transmission that intelligent contract is executed in group, is connected to different block chains as carrier using user group.
Preferentially, in cluster construction step, node cluster uses expansion aggregated structure, according to sound between each cluster
Percentile is ranked up to distribute client's end load between seasonable.
Preferentially, in cluster construction step, including data integration step, use visualized data and client pair
Words allow client to migrate and expand modularization intelligent contract.
Preferentially, in data common recognition step, the data of client transmissions is written as preset data format and are referred to:
Preset data format is written as with the data that the language of the affiliated block chain of the public affairs chain transmits needs on the public chain of client.
Preferentially, it in data interaction step, is grouped specially according to block chain according to its corresponding language
It is grouped.
Preferentially, in data interaction step, grouping specifically uses UUID packet mode, by the uniqueness of UUID visitor
The details of the data of family end transmission are stored in the inquiry table for being randomly assigned by UUID and with Form list to clothes out
Business device submits data, and UUID and critical field are stored in concordance list for user group interaction.
Preferentially, further include the Formal Verification step executed after data interaction step, construct combinational logic and/or
Sequential logic debugs the intelligent contract of client, sounds an alarm prompt if uplink and downlink spilling occurs in intelligence contract.
Preferentially, further include server end debugging step, the document data bank and file persistent layer to server end into
The public chain debugging of row intelligence contract, sounds an alarm prompt if receiving spilling feedback.
Data processing and the intelligence contract combined debugging integrated system of a kind of block chain are also provided, the processor of system can
Realize data processing and the intelligence contract combined debugging integrated approach of above-mentioned block chain.
A kind of computer readable storage medium is also provided, which is stored with executable computer program, computer
It can be realized data processing and the intelligence contract combined debugging integrated approach of above-mentioned block chain when program is executed by a controller.
Beneficial effects of the present invention: the data processing of the block chain and intelligent contract combined debugging integrated approach pass through structure
Program Interfaces of the node cluster setting towards each client are built, by bottom common recognition contract the data of client transmissions
Be written as preset data format, then construct across chain information synchronization framework, to through bottom common recognition contract write after data by
It is grouped to obtain multiple user groups according to its corresponding block chain, the point-to-point of intelligent contract is executed in each user group
Information transmission, different block chains is connected to as carrier using user group so that using intelligence contract client also can be free
Realization is docked with block chain, realizes the combined debugging of more public chains.
Detailed description of the invention
The present invention will be further described with reference to the accompanying drawings, but the embodiment in attached drawing is not constituted to any limit of the invention
System, for those of ordinary skill in the art, without creative efforts, can also obtain according to the following drawings
Other attached drawings.
Fig. 1 is the data processing and intelligent contract combined debugging integrated system architecture diagram of the block chain.
Fig. 2 is the data processing of the block chain and the data processing schematic diagram of intelligent contract combined debugging integrated approach.
Specific embodiment
The invention will be further described with the following Examples.
The data processing of the block chain and intelligent contract combined debugging integrated system, as shown in Figure 1, include by client and
Server end composition combined debugging hardware configuration, server end realize automation compiling release module, side chain module and
Processing across chain synchronization module.In client, user can be with online editing contract, client and server interaction and then completion
The data processing of the block chain and intelligent contract combined debugging integrated approach realize the memory virtual machine of different public chains, alliance's chain
The functions such as compiling, grammer are proofreaded, grammer is associated, automatic suggestion is repaired.After memory precompile/practical cochain, client can be certainly
The dendrogram of the dynamic member variable (members) for generating display contract and interface (interface), helps user to visualize and compiles
Journey facilitates newly-built client, deletion, caching editorial intelligence contract.In server end, centralization/decentralization server internal packet
Containing document data bank (File DB) and file persistent layer (File Persistence), different public chain debugging demands can be automatic
The different server back end of switching, facilitate the contract for calling and storing.
The data processing of the block chain and intelligent contract combined debugging integrated approach pass through the more public chains of following steps realization
Combined debugging.
Cluster construction step: node cluster is constructed in server end, which is equipped with the journey towards each client
Sequence programming interface and multiple public chain interfaces for corresponding to different blocks chain, node cluster use expansion aggregated structure, Ge Geji
Time percentile is ranked up to distribute client's end load according to response between group.Data set is also executed when constructing node cluster
At step, uses visualized data and client to talk with, client is allowed to migrate and expand modularization intelligent contract,
Realize the visual programming of client.
Data common recognition step: in bottom common recognition contract of the node cluster building for formatted data, pass through programming
Interface and client are talked with, and are write on the public chain of client with the data that the language of the affiliated block chain of the public affairs chain transmits needs
For preset data format.
Data interaction step is constructed in node cluster for realizing across the chain information synchronization framework across chain interaction, to the bottom of through
Data after layer common recognition contract is write are grouped to obtain multiple user groups according to its corresponding block chain, in each user
The point-to-point information transmission that intelligent contract is executed in group, is connected to different block chains as carrier using user group.Specifically, pressing
Data are grouped using UUID packet mode according to the corresponding language of block chain, by the uniqueness of UUID client
The details of the data of transmission are stored in the inquiry table for being randomly assigned by UUID and with Form list to server out
Data are submitted, UUID and critical field are stored in concordance list for user group interaction.
It further include Formal Verification step and server end debugging step.In Formal Verification step, building combination is patrolled
It collects and/or sequential logic debugs the intelligent contract of client, sounded an alarm if uplink and downlink spilling occurs in intelligence contract
Prompt.In server end debugging step, document data bank and file persistent layer to server end carry out the public affairs of intelligent contract
Chain debugging sounds an alarm prompt if receiving spilling feedback.Specifically, writing by intelligent contract, collects intelligent contract base
The bug of Yu Gonglian debugging is overflowed and is fed back, the convenient automatic suggestion in Formal Verification and our combined debugging module
Solution is provided in reparation.
The data processing of the block chain and intelligent contract combined debugging integrated approach lead to more building node clusters and dock client
End and server end, realized in such a way that Uniform data format writes data different blocks chain client user group identification and
Grouping is connected to different block chains as carrier using the user group after being grouped, so that the client using intelligent contract also can be certainly
It is docked by realizing with block chain, realizes the combined debugging of more public affairs chains.
In addition, when by user group to carry across chain function, the function that can be controlled by grouping and permission,
Across the chain bearing function for forming alliance's chain, to reach the adjusting of the performance and stability of data.Also, when mass data by with
When family group carries out across chain, by constructing new intelligent contract come across the chain task of segment assignments to different sections of user, or across
Paging result carrying (paginated results) link can be used in the case of single point user carries excessive in chain information
To mitigate the load of single cluster, the combined debugging method of the more public chains of optimization.
Finally it should be noted that the above embodiments are merely illustrative of the technical solutions of the present invention, rather than the present invention is protected
The limitation of range is protected, although explaining in detail referring to preferred embodiment to the present invention, those skilled in the art are answered
Work as understanding, it can be with modification or equivalent replacement of the technical solution of the present invention are made, without departing from the reality of technical solution of the present invention
Matter and range.
Claims (10)
1. the data processing of block chain and intelligent contract combined debugging integrated approach, which comprises the steps of:
Cluster construction step constructs node cluster in server end, which is equipped with the program towards each client and compiles
Journey interface and multiple public chain interfaces for corresponding to different blocks chain；
Data common recognition step passes through programming in bottom common recognition contract of the node cluster building for formatted data
Interface and client are talked with, and the data of client transmissions are written as preset data format；
Data interaction step is constructed in the node cluster for realizing across the chain information synchronization framework across chain interaction, to the bottom of through
Data after layer common recognition contract is write are grouped to obtain multiple user groups according to its corresponding block chain, in each user
The point-to-point information transmission that intelligent contract is executed in group, is connected to different block chains as carrier using user group.
2. the data processing of block chain as described in claim 1 and intelligent contract combined debugging integrated approach, which is characterized in that
In the cluster construction step, the node cluster uses expansion aggregated structure, time according to response between each cluster
Percentile is ranked up to distribute client's end load.
3. the data processing of block chain as described in claim 1 and intelligent contract combined debugging integrated approach, which is characterized in that
In the cluster construction step, including data integration step, it uses visualized data and client to talk with, allows client
Modularization intelligent contract is migrated and expanded.
4. the data processing of block chain as described in claim 1 and intelligent contract combined debugging integrated approach, which is characterized in that
In data common recognition step, the data of client transmissions are written as preset data format and are referred to: in the public affairs of client
Preset data format is written as with the data that the language of the affiliated block chain of the public affairs chain transmits needs on chain.
5. the data processing of block chain as claimed in claim 4 and intelligent contract combined debugging integrated approach, which is characterized in that
In the data interaction step, it is grouped according to block chain and is specially grouped according to its corresponding language.
6. the data processing of block chain as claimed in claim 1 or 5 and intelligent contract combined debugging integrated approach, feature exist
In in the data interaction step, the grouping specifically uses UUID packet mode, by the uniqueness of UUID client
The details of the data of transmission are stored in the inquiry table for being randomly assigned by UUID and with Form list to server out
Data are submitted, UUID and critical field are stored in concordance list for user group interaction.
7. the data processing of block chain as described in claim 1 and intelligent contract combined debugging integrated approach, which is characterized in that
Further include the Formal Verification step executed after the data interaction step, constructs combinational logic and/or sequential logic pair
The intelligent contract of client is debugged, and sounds an alarm prompt if uplink and downlink spilling occurs in intelligence contract.
8. the data processing of block chain as described in claim 1 and intelligent contract combined debugging integrated approach, which is characterized in that
It further include server end debugging step, the document data bank and file persistent layer to server end carry out the public chain of intelligent contract
Debugging sounds an alarm prompt if receiving spilling feedback.
9. the data processing of block chain and intelligent contract combined debugging integrated system, which is characterized in that the system comprises processing
Device, the processor are able to carry out method according to any one of claims 1 to 9.
10. computer readable storage medium is stored with computer program, which is characterized in that the computer program is controlled
Device can be realized method according to any one of claims 1 to 9 when executing.
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| CN111914299A (en) * | 2020-08-20 | 2020-11-10 | 深圳市腾盟技术有限公司 | Method, device and equipment for optimizing predictive machine interface and storage medium |
| CN116226097A (en) * | 2023-05-09 | 2023-06-06 | 中航信移动科技有限公司 | Block chain data online migration method |
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