CN110555680B - Method and system for issuing and processing block chain application - Google Patents
Method and system for issuing and processing block chain application Download PDFInfo
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- CN110555680B CN110555680B CN201810558659.7A CN201810558659A CN110555680B CN 110555680 B CN110555680 B CN 110555680B CN 201810558659 A CN201810558659 A CN 201810558659A CN 110555680 B CN110555680 B CN 110555680B
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Abstract
The invention discloses a method for processing block chain application issuance, which comprises application issuance and service processing, wherein the application issuance comprises application information inputting, parent distribution information inputting, service blank distribution information inputting and application issuance completion, and the service processing comprises service analysis and service blank processing To give a title.
Description
Technical Field
The invention belongs to the field of block chains, and particularly relates to a method and a system for issuing and processing block chain application.
Background
The blockchain is an infrastructure for bearing and solving the credit problem in a broad sense, and depends on mathematics, cryptography and computer science in the process of solving the credit problem, but does not depend on the credit of any third party. In reality, a plurality of scattered commercial institutions repeatedly invest facilities to build a blockchain platform based on business requirements, so that a real credit center is formed under the condition that the node scale is too small, the original purpose of decentralization design of the blockchain is violated, and the credibility of the blockchain is greatly reduced.
Disclosure of Invention
The technical problem to be solved by the present invention is to make the business organization directly apply the blockchain based on the existing capability, so the present invention provides a method and system for processing the application distribution of blockchain,
in order to solve the technical problems, the technical solution of the invention is as follows:
a method for block chain application distribution processing, comprising the steps of:
(1) the application issuing specifically comprises:
(1.1) applying information typing: filling in application basic information such as a name, a download address and a digital certificate through a parent manager, checking whether the application information is repeated, generating the application information into a block chain transaction, submitting the block chain transaction generated by the application information to a block chain through a transaction manager, and inputting the transaction into a block through a block chain node through a block forger;
(1.2) inputting parent information: finding the application information on the block chain through a parent manager, searching the parent of the application and an available parent on the block chain, if the application information is not found, manually adding basic information of the parent, generating block chain transaction from the parent information, submitting the block chain transaction generated from the parent information to the block chain through a transaction manager, and then enabling the block chain link point to drive the transaction into a block through a block forging device;
(1.3) inputting the parent allocation information: finding the parent information on the block chain through a parent manager, distributing the parent to the application, generating the parent distribution information into block chain transactions, submitting the block chain transactions of the parent distribution information to the block chain through a transaction manager, and driving the transactions into blocks through the block chain through a block forging device;
(1.4) entering service embryo information: if the application service embryo and the available service embryo are not searched, the basic information of the service embryo is manually added, the service embryo information is generated into block chain transaction, the block chain transaction of the service embryo information is submitted to the block chain through a transaction manager, and the block chain transaction is injected into a block through a block forging device;
(1.5) inputting business embryo distribution information: finding the service embryo information on the block chain through a parent manager, distributing the service embryo to the parent, generating the distribution information of the service embryo into block chain transaction, submitting the block chain transaction of the service embryo distribution information to the block chain through a transaction manager, and then driving the transaction into a block through the block chain through a block forging device;
(1.6) application release completion: the creation and distribution of one service embryo are completed through the parent manager, the steps of the service embryo are repeated when more service embryos are continuously created, and application issuing is finally completed;
(2) the application service is processed on the block chain, and specifically includes:
(2.1) service analysis: the transaction manager enables the application to submit a service to the blockchain, the blockchain receives and analyzes the transaction, if the transaction is the transaction of the blockchain main body, the transaction manager processes the transaction according to the main body transaction, if the transaction is the transaction of the application on the blockchain, the parent manager searches application configuration, whether the application exists on the blockchain is checked, and the validity of the application release information is checked in the blockchain in a tracing way;
(2.2) processing the service embryo: the parent manager acquires service embryo information corresponding to the service from the block chain, sends the service data to the service embryo, waits for a service embryo to return a result, receives the service data and transmits the service data into an execution code, the execution code starts to process the service data, and returns the data according to service embryo configuration information, the service embryo submits the service processing result to the block chain, and the block chain processes the block chain data through the transaction manager according to the result and types the transaction into a block through the block forging device;
and (2.3) completing business transaction processing.
Further, the basic information of the parent in the step (1.2) includes a name, an execution mode, a data storage path, and the like.
Further, the basic information of the service embryo in the step (1.4) includes a name, an execution code, a result output mode, and the like.
A system for processing block chain application issue comprises an application issue module and a business processing module, wherein the business issue module further comprises an application information injection submodule, a parent distribution information injection submodule, a business embryo distribution information injection submodule and an application issue completion submodule, and the business processing module further comprises a business analysis submodule and a business embryo processing submodule, wherein:
the working process of the application information inputting submodule is as follows: filling in application basic information such as names, download addresses and digital certificates through a parent manager, checking whether the application information is repeated, generating the application information into block chain transactions, submitting the block chain transactions generated by the application information to a block chain through a transaction manager, and driving the transactions into blocks through block chain nodes through a block forging device;
the work flow of the parent information inputting submodule is as follows: finding the application information on the block chain through a parent manager, searching the parent of the application and an available parent on the block chain, if the application information is not found, manually adding basic information of the parent, generating block chain transaction from the parent information, submitting the block chain transaction generated from the parent information to the block chain through a transaction manager, and then enabling the block chain link point to drive the transaction into a block through a block forging device;
the work flow of inputting the parent distribution information into the sub-modules is as follows: finding the parent information on the block chain through a parent manager, distributing the parent to the application, generating the parent distribution information into block chain transaction, submitting the block chain transaction of the parent distribution information to the block chain through a transaction manager, and driving the transaction into a block through the block chain through a block forger;
the working process of the business embryo information inputting submodule comprises the following steps: if no, manually adding basic information of the service embryo, generating block chain transaction by the service embryo information, submitting the block chain transaction of the service embryo information to the block chain through a transaction manager, and then leading the block chain transaction to be injected into a block through a block forger;
the work flow of the business embryo distribution information entering the submodule is as follows: finding the service embryo information on the block chain through a parent manager, distributing the service embryo to the parent, generating the distribution information of the service embryo into block chain transaction, submitting the block chain transaction of the service embryo distribution information to the block chain through a transaction manager, and then driving the transaction into a block through the block chain through a block forging device;
the workflow of the application release completion submodule is as follows: the creation and distribution of one service embryo are completed through the parent manager, the steps of the service embryo are repeated when more service embryos are continuously created, and application issuing is finally completed;
the work flow of the service analysis submodule is as follows: the method comprises the steps that an application submits a business to a block chain through a transaction manager, the block chain receives the transaction and analyzes the transaction, if the transaction is of a block chain main body, the transaction manager processes the transaction according to the main body, if the transaction is of the application on the block chain, a parent manager searches application configuration, whether the application exists or not is checked on the block chain, and the validity of application release information is checked on the block chain in a tracing way;
the work flow of the service embryo processing submodule is as follows: the parent manager acquires service embryo information corresponding to the service from the block chain, sends the service data to the service embryo, waits for a service embryo to return a result, the service embryo receives the service data and transmits the service data into an execution code, the execution code starts to process the service data, the data is returned according to service embryo configuration information, the service embryo submits the service processing result to the block chain, and the block chain processes the block chain data through the transaction manager according to the result and injects the transaction into the block through the block forging device.
Further, the basic information of the parent in the parent information injection sub-module workflow comprises a name, an execution mode, a data storage path and the like.
Further, the basic information of the service embryo in the work flow of the sub-module includes a name, an execution code, a result output mode and the like.
The method has the beneficial effect of solving the problem that the basic research and development and operation work of the block chain is repeatedly put into the block chain in the application development of the block chain.
Drawings
FIG. 1 is a flow chart of a corresponding method of the present invention;
fig. 2 is a structural framework diagram of a corresponding system of the present invention.
Detailed Description
The invention is further described with reference to the following figures and specific examples.
As shown in fig. 1, a method for issuing and processing blockchain applications enables a business to directly apply the trusted capabilities of blockchains based on the existing capabilities without redeveloping a set of blockchain platforms and operating a new set of blockchain nodes. The solution adopted by this embodiment is that these businesses build services on existing blockchains. However, this model requires three technical difficulties to be overcome:
firstly, different services on a block chain are based on different data model standards, which brings incompatibility of data interfaces, and if a special data model is developed for each specific service, the cost is too high;
secondly, when multiple services are processed on one chain at the same time, how to distinguish which data belongs to which specific service;
third, the basic feature of a blockchain is decentralization, which is how to confirm whether such services are supported on the chain in a decentralized environment.
In this embodiment, the service container is used to solve the first and second problems, specifically, all services are highly abstracted, all service data models are highly summarized into a concept of a service embryo, each service embryo has only two attribute names and contents, which makes it globally uniform and consistent when entering a block chain after carrying any service data, all services are uniform when viewed from the view of the block chain, and each service can be accurately distinguished when viewed from the view of the service itself. In this embodiment, the service container includes a container management module for operating and placing the service blanks and a service blank management module for generating, modifying and erasing each service blank itself.
The present embodiment adopts a parental manager for solving the third problem. In the parent manager, the relationship between the application and the parent and the relationship between the parent and the business embryo are mainly managed, and the relationships determine the destination of the final business data and the execution mode of the business embryo. The parent manager comprises two core modules, an application management module and a parent management module. The application management module is used for defining the application and configuring an execution parent for the application; the parent management module is used for defining a parent and a service embryo allocation execution parent.
Specifically, the method of the present embodiment includes the following steps:
(1) the application issuing specifically comprises:
(1.1) applying information typing: filling in application basic information such as names, download addresses and digital certificates through a parent manager, checking whether the application information is repeated, generating the application information into block chain transactions, submitting the block chain transactions generated by the application information to a block chain through a transaction manager, and driving the transactions into blocks through block chain nodes through a block forging device;
(1.2) inputting parent information: finding the application information on the block chain through a parent manager, wherein the application information comprises an application number given by the block chain, searching a parent of the application and an available parent on the block chain, if the application number is not found, manually adding basic information of the parent, wherein the basic information comprises a name, an execution mode, a data storage path and the like, generating the parent information into a block chain transaction, submitting the block chain transaction generated by the parent information to the block chain through a transaction manager, and driving the transaction into a block through a block chain link point through a block forging device;
(1.3) inputting the parent allocation information: finding the parent information on the block chain through a parent manager, wherein the parent information comprises a parent number given by the block chain, distributing the parent to the application, generating the parent distribution information into block chain transaction, submitting the block chain transaction of the parent distribution information to the block chain through a transaction manager, and then driving the transaction into a block through the block chain through a block forging device;
(1.4) inputting the service embryo information: if not, manually adding basic information of the service embryo, wherein the basic information of the service embryo comprises basic information of the service embryo, including a name, an execution code, a result output mode and the like, generating block chain transaction of the service embryo information, submitting the block chain transaction of the service embryo information to a block chain through a transaction manager, and then enabling the block chain to punch the transaction into a block through a block forging device;
(1.5) inputting business embryo distribution information: finding the service embryo information on the block chain through a parent manager, wherein the service embryo information comprises a service embryo number assigned by the block chain, distributing the service embryo to the parent, generating the distribution information of the service embryo into block chain transaction, submitting the block chain transaction of the service embryo distribution information to the block chain through a transaction manager, and then driving the transaction into a block through the block chain through a block forger;
(1.6) application release completion: the creation and distribution of one service embryo are completed through the parent manager, the steps of the service embryo are repeated when more service embryos are continuously created, and application issuing is finally completed;
(2) the application service is processed on the block chain, and specifically includes:
(2.1) service analysis: the transaction manager enables the application to submit a service to the blockchain, the blockchain receives and analyzes the transaction, if the transaction is the transaction of the blockchain main body, the transaction manager processes the transaction according to the main body transaction, if the transaction is the transaction of the application on the blockchain, the parent manager searches application configuration, whether the application exists on the blockchain is checked, and the validity of the application release information is checked in the blockchain in a tracing way;
(2.2) processing the service embryo: the parent manager acquires service embryo information corresponding to the service from the block chain, sends the service data to the service embryo, waits for a service embryo to return a result, receives the service data and transmits the service data into an execution code, the execution code starts to process the service data, and returns the data according to service embryo configuration information, the service embryo submits the service processing result to the block chain, and the block chain processes the block chain data through the transaction manager according to the result and types the transaction into a block through the block forging device;
and (2.3) completing business transaction processing.
As shown in fig. 2, a system for block chain application issuance processing includes an application issuance module and a service processing module in this embodiment, where the service issuance module further includes an application information injection sub-module, a parent allocation information injection sub-module, a service embryo allocation information injection sub-module, and an application issuance completion sub-module, and the service processing module further includes a service analysis sub-module and a service embryo processing sub-module, where:
the working process of the application information inputting submodule is as follows: filling in application basic information such as a name, a download address and a digital certificate through a parent manager, checking whether the application information is repeated, generating the application information into a block chain transaction, submitting the block chain transaction generated by the application information to a block chain through a transaction manager, and inputting the transaction into a block through a block chain node through a block forger;
the work flow of the parent information inputting submodule is as follows: finding the application information on the block chain through a parent manager, searching the parent of the application and an available parent on the block chain, if the application information is not found, manually adding basic information of the parent, generating block chain transaction by the parent information, submitting the block chain transaction generated by the parent information to the block chain through a transaction manager, and then driving the transaction into a block through a block forging device by the block chain node;
the work flow of inputting the parent distribution information into the sub-modules is as follows: finding the parent information on the block chain through a parent manager, distributing the parent to the application, generating the parent distribution information into block chain transaction, submitting the block chain transaction of the parent distribution information to the block chain through a transaction manager, and driving the transaction into a block through the block chain through a block forger;
the working process of the business embryo information inputting submodule comprises the following steps: if no, manually adding basic information of the service embryo, generating block chain transaction by the service embryo information, submitting the block chain transaction of the service embryo information to the block chain through a transaction manager, and then leading the block chain transaction to be injected into a block through a block forger;
the work flow of the business embryo distribution information entering the submodule is as follows: finding the service embryo information on the block chain through a parent manager, distributing the service embryo to the parent, generating the distribution information of the service embryo into block chain transaction, submitting the block chain transaction of the service embryo distribution information to the block chain through a transaction manager, and then driving the transaction into a block through the block chain through a block forger;
the workflow of the application release completion submodule is as follows: the creation and distribution of one service embryo are completed through the parent manager, the steps of the service embryo are repeated when more service embryos are continuously created, and application issuing is finally completed;
the work flow of the service analysis submodule is as follows: the transaction manager enables the application to submit a service to the blockchain, the blockchain receives and analyzes the transaction, if the transaction is the transaction of the blockchain main body, the transaction manager processes the transaction according to the main body transaction, if the transaction is the transaction of the application on the blockchain, the parent manager searches application configuration, whether the application exists on the blockchain is checked, and the validity of the application release information is checked in the blockchain in a tracing way;
the work flow of the service embryo processing submodule is as follows: the parent manager acquires service embryo information corresponding to the service from the block chain, sends the service data to the service embryo, waits for a service embryo to return a result, the service embryo receives the service data and transmits the service data into an execution code, the execution code starts to process the service data, the data is returned according to service embryo configuration information, the service embryo submits the service processing result to the block chain, and the block chain processes the block chain data through the transaction manager according to the result and injects the transaction into the block through the block forging device.
In this embodiment, the basic information of the parent in the parent information injection sub-module workflow includes a name, an execution mode, a data storage path, and the like, and the basic information of the service embryo in the service embryo information injection sub-module workflow includes a name, an execution code, a result output mode, and the like.
The above-mentioned embodiments are only preferred embodiments of the present invention, and do not limit the technical scope of the present invention, so that the changes and modifications made by the claims and the specification of the present invention should fall within the scope of the present invention.
Claims (6)
1. A method for processing release of blockchain applications, comprising the steps of:
(1) the application issuing specifically comprises:
(1.1) applying information typing: filling in application basic information of a name, a download address and a digital certificate through a parent manager, checking whether the application information is repeated, generating the application information into block chain transactions, submitting the block chain transactions generated by the application information to a block chain through a transaction manager, and driving the transactions into blocks through block chain nodes through a block forging device;
(1.2) inputting parent information: finding the application information on the block chain through a parent manager, searching the parent of the application and an available parent on the block chain, if the application information is not found, manually adding basic information of the parent, generating block chain transaction from the parent information, submitting the block chain transaction generated from the parent information to the block chain through a transaction manager, and then enabling the block chain link point to drive the transaction into a block through a block forging device;
(1.3) inputting the parent allocation information: finding the parent information on the block chain through a parent manager, distributing the parent to the application, generating the parent distribution information into block chain transaction, submitting the block chain transaction of the parent distribution information to the block chain through a transaction manager, and driving the transaction into a block through the block chain through a block forger;
(1.4) entering service embryo information: if the parent manager continues to create more parents, repeating the parent steps, searching the service embryo of the application and the available service embryo on the block chain, wherein the service embryo is summarized from the service model, each service embryo only has two attribute names and contents, if the service embryo is not searched, manually adding basic information of the service embryo, and enabling the service embryo to be used as a basic information of the service embryo
Generating block chain transaction by the information, submitting the block chain transaction of the service embryo information to a block chain through a transaction manager, and then driving the transaction into a block through the block chain through a block forging device;
(1.5) inputting business embryo distribution information: finding the service embryo information on the block chain through a parent manager, distributing the service embryo to the parent, generating the distribution information of the service embryo into block chain transaction, submitting the block chain transaction of the service embryo distribution information to the block chain through a transaction manager, and then driving the transaction into a block through the block chain through a block forger;
(1.6) application release completion: the creation and distribution of one service embryo are completed through the parent manager, the steps of the service embryo are repeated when more service embryos are continuously created, and application issuing is finally completed;
(2) the application service is processed on the block chain, and specifically includes:
(2.1) service analysis: the transaction manager enables the application to submit a service to the blockchain, the blockchain receives and analyzes the transaction, if the transaction is the transaction of the blockchain main body, the transaction manager processes the transaction according to the main body, if the transaction is the transaction of the application on the blockchain, the parent manager searches the application configuration, whether the application exists or not is checked on the blockchain, and the application is checked on the blockchain in a tracing way
The validity of the application release information;
(2.2) processing the service embryo: the parent manager acquires service embryo information corresponding to the service from the block chain, sends the service data to the service embryo, waits for a result returned by the service embryo, receives the service data and transmits the service data into an execution code, the execution code starts to process the service data, and returns the data according to service embryo configuration information, the service embryo submits the service processing result to the block chain, the block chain processes the block chain data through the transaction manager according to the result, and the block forging device injects the transaction into a block;
(2.3) completing business transaction processing;
and the business embryo information is input: and repeating the parent steps in the parent steps if more parents are continuously created through the parent manager, wherein the parent steps comprise:
inputting parent information and parent distribution information;
the application release is completed: the method comprises the following steps of completing the creation and distribution of a service embryo through a parent manager, and continuously creating service embryos in more services, wherein the steps comprise:
and (4) inputting business embryo information and inputting business embryo distribution information.
2. The method for distribution processing of blockchain applications according to claim 1, wherein the basic information of the master in the step (1.2) includes name, execution mode, data storage path.
3. The method for block chain application distribution process according to claim 1, wherein the basic information of the service embryo in the step (1.4) includes name, execution code, and result output mode.
4. A system for processing block chain application issue comprises an application issuing module and a service processing module, wherein the service issuing module comprises an application information inputting submodule, a parent distribution information inputting submodule, a service embryo distribution information inputting submodule and an application issuing completion submodule, and the service processing module comprises a service analyzing submodule and a service embryo processing submodule, wherein:
the work flow of the application information in the sub-module is as follows: filling in the application basic information of name, download address and digital certificate by the parent manager, checking whether the application information is repeated, generating the application information into block chain transaction, submitting the block chain transaction generated by the application information to the block chain by the transaction manager, and printing the transaction by the block chain link point by the block forging device
Entering a block;
the work flow of the parent information entering the submodule is as follows: finding the application information on the blockchain through a parent manager, searching the parent of the application and the available parent on the blockchain, if the application information is not found, manually adding basic information of the parent, generating the parent information into blockchain transaction, submitting the blockchain transaction generated by the parent information to the blockchain transaction through a transaction manager
Then, the transaction is punched into the block by the block link point through the block forging device;
the work flow of the parent distribution information entering the submodule is as follows: finding the parent information on the block chain through a parent manager, distributing the parent to the application, generating the parent distribution information into block chain transactions, submitting the block chain transactions of the parent distribution information to the block chain through a transaction manager, and driving the transactions into blocks through the block chain through a block forging device;
the work flow of the business embryo information entering the submodule is as follows: if no, manually adding basic information of the service embryo, generating block chain transaction by the service embryo information, submitting the block chain transaction of the service embryo information to the block chain through a transaction manager, and then leading the block chain transaction to be injected into a block through a block forger;
the work flow of the business embryo distribution information entering the submodule is as follows: finding the service embryo information on the block chain through a parent manager, distributing the service embryo to the parent, generating the distribution information of the service embryo into block chain transaction, submitting the block chain transaction of the service embryo distribution information to the block chain through a transaction manager, and then driving the transaction into a block through the block chain through a block forging device;
the workflow of the application release completion submodule is as follows: the creation and distribution of one service embryo are completed through the parent manager, the steps of the service embryo are repeated when more service embryos are continuously created, and application issuing is finally completed; the work flow of the service analysis submodule is as follows: the method comprises the steps that an application submits a business to a block chain through a transaction manager, the block chain receives the transaction and analyzes the transaction, if the transaction is of a block chain main body, the transaction manager processes the transaction according to the main body, if the transaction is of the application on the block chain, a parent manager searches application configuration, whether the application exists or not is checked on the block chain, and the validity of application release information is checked on the block chain in a tracing way;
the work flow of the service embryo processing submodule is as follows: the mother body manager obtains the service embryo information corresponding to the service from the block chain, sends the service data to the service embryo, waits for the service embryo to return a result, the service embryo receives the service data and transmits the service data into an execution code, the execution code starts to process the service data, and returns the data according to the service embryo configuration information, and the service embryo will send the service data to the service embryo
The service processing result is submitted to a block chain, the block chain processes block chain data through a transaction manager according to the result, and the transaction is typed into a block through a block forging device;
the work flow of the business embryo information entering the submodule is as follows: if the parent manager continues to create more parents, repeating the parent steps in the parent steps, wherein the parent steps comprise:
the work flow of parent information and the work flow of parent distribution information in the submodule;
the work flow of the application release completion submodule is as follows: the creation and distribution of one service embryo are completed through the parent manager, and the step of repeating the service embryo in the service embryo steps comprises the following steps of continuously creating more service embryos:
and the work flow of the business embryo information and the work flow of the business embryo distribution information are input into the sub-module.
5. The system of claim 4, wherein the basic information of the parent in the parent information typing sub-module workflow includes name, execution mode, and data storage path.
6. The system of claim 4, wherein the basic information of the business embryo in the business embryo information typing sub-module workflow includes a name, an execution code, and a result output method.
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