CN115811442B - Building block form-based alliance chain BaaS platform building method - Google Patents
Building block form-based alliance chain BaaS platform building method Download PDFInfo
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Abstract
The invention relates to the technical field of block chains, in particular to a building block-based alliance chain BaaS platform building method, which comprises the following steps: based on the authority of the alliance participant, distributing participant nodes, wherein the nodes comprise application nodes and consensus nodes; selecting plug-in units deployed by a alliance chain based on service requirements; deploying a federation chain based on the selected plugins and the participant node one-touch; creating an SDK toolkit for users to download based on the selected plug-in; the SDK toolkit can open different function interfaces for users to use according to the selected plug-in; an account is created and the data is submitted using the open transaction interface to complete the uplink. The method can be flexibly set for different enterprises and groups, can meet the requirements from zero development to on-demand customization of different user alliance chains, and solves the problems of difficult technology and lack of funds of different enterprises and groups; meanwhile, the method can meet the requirements of enterprises on demand.
Description
Technical Field
The invention relates to the technical field of block chains, in particular to a building block-based building block-type alliance chain BaaS platform building method.
Background
The block chain is divided into public chain, private chain, alliance chain and the like, and has different application scenes due to different attributes. The alliance chain is a semi-open account book which is only opened to specific organization groups, each specific organization or organization respectively runs one or more nodes to jointly complete the account book task, and the alliance chain is widely applied to different fields of finance, banks, trade, enterprises and the like.
At the heart of the inter-enterprise blockchain business collaboration architecture is a federated chain. On one hand, the alliance chain solves the problem of high-efficiency data collaboration among cross-enterprise services by means of the decentralization and traceability characteristics of the block chain; on the other hand, aiming at the problems of data security and business privacy protection of cross-enterprise scenes, a participant authentication and identity management system is introduced, so that data security compliance management is effectively realized. However, within an enterprise, the scale is general, the capital effort is general, and the research and development team is general; building a federated chain still encounters a number of difficulties.
Currently, the cost of the federation chain on the market is also a little expense, so it is a technical difficulty in the art how to enable different enterprises, even small groups composed of individual forms, to have the federation chain belonging to themselves.
Disclosure of Invention
The invention aims to overcome the problems in the prior art and provides a building block type based alliance chain BaaS platform building method, which comprises the steps that various plug-ins or third party plug-ins are displayed to a user in a building block type, the user selects according to service requirements, and finally, the alliance chain is deployed by one key; thus solving the problems of difficult technology, difficult cost and the like faced by the current users.
The above purpose is realized by the following technical scheme:
a building block-form-based alliance chain BaaS platform building method comprises the following steps:
based on the authority of the alliance participant, distributing participant nodes, wherein the nodes comprise application nodes and consensus nodes;
selecting plug-in units deployed by a alliance chain based on service requirements;
deploying a alliance chain based on the selected plug-in and the participant node by one key, wherein the consensus nodes are not less than four;
creating an SDK toolkit for users to download based on the selected plug-in; the SDK toolkit can open different function interfaces for users to use according to the selected plug-in;
an account is created and the data is submitted using the open transaction interface to complete the uplink.
Further, the application node does not participate in the consensus vote, which the consensus node participates in.
Further, the business requirements include business data volume, business characteristics, and cost; the plug-ins include, but are not limited to, encryption, consensus, security authentication plug-ins, transaction plug-ins.
Further, the plug-ins include national plug-ins and non-national plug-ins, based on which national cryptographic accounts can be created; a non-national secret account may be created based on the non-national secret plug-in.
Further, the plug-in further comprises a data recycling plug-in, and the data recycling plug-in is used for sending all the submitted uplink data to the user.
Further, the implementation manner of the data recovery plug-in comprises: setting an http service capable of receiving data, and filling an http received data address when the data recovery plug-in is selected, so that the alliance chain can send uplink data to a user in real time.
Further, the plug-in further comprises a data encryption plug-in, and the data encryption plug-in is used for encrypting all the data submitted to the uplink.
Further, the plug-in also comprises a custom plug-in, and the custom plug-in is self-developed by a user and uploaded to a path appointed by the alliance chain node.
Advantageous effects
The building block-based alliance chain BaaS platform building method provided by the invention can be flexibly set for different enterprises and groups, can meet the requirements of zero development to on-demand customization of different user alliance chains, and solves the problems of technical difficulty and fund deficiency of different enterprises and groups; meanwhile, the method can meet the requirements of enterprises on demand.
Drawings
FIG. 1 is a flow chart of a building block-based building method for a alliance chain BaaS platform;
fig. 2 is a diagram of a building block-based alliance chain BaaS system architecture in the building block-based alliance chain BaaS platform building method of the present invention;
fig. 3 is a flowchart of building a general enterprise or group in a building block-based building block-type alliance chain BaaS platform building method according to the present invention;
fig. 4 is a flowchart of enterprise or group establishment with a certain development capability in the building block-based alliance chain BaaS platform establishment method.
Detailed Description
The invention is described in further detail below with reference to the drawings and examples. The described embodiments are only some, but not all, embodiments of the invention. All other embodiments, which can be made by those skilled in the art based on the embodiments of the invention without making any inventive effort, are intended to be within the scope of the invention.
As shown in fig. 1 to 3, a building block-based building block-type alliance chain BaaS platform building method includes the following steps:
step (1) distributing participant nodes based on authority of a alliance participant, wherein the nodes comprise application nodes and consensus nodes;
step (2) selecting plug-ins deployed by a alliance chain based on service requirements; the plug-in unit can be understood as a 'building block, namely a plug-in unit', namely, the plug-in unit can be used as a building block by being matched and assembled at will;
step (3) deploying a coalition chain based on the selected plug-in and the participant node by one key, wherein the consensus nodes are not less than four;
step (4) creating an SDK toolkit for users to download based on the selected plug-in; the SDK toolkit can open different function interfaces for users to use according to the selected plug-in;
step (5) creating an account and submitting data to complete the uplink by using the open transaction interface.
As an optimization of this embodiment, the following is specific:
in the step (1), the application node does not participate in the consensus voting, and the consensus node participates in the consensus voting.
The business requirement in the step (2) comprises business data volume, business characteristics and cost; the plug-ins include, but are not limited to, encryption, consensus, security authentication plug-ins, transaction plug-ins.
The plug-ins in the step (2) comprise a national plug-in and a non-national plug-in, and a national plug-in account can be created based on the national plug-ins; a non-national secret account may be created based on the non-national secret plug-in.
As shown in fig. 4, as a further optimization of this embodiment, the present solution further sets the following functional plug-ins for users with different requirements, specifically:
for enterprises with some development capabilities, the plug-ins include a data reclamation plug-in for distributing all of the data submitted to the uplink to the user. Specifically, the implementation manner of the data recovery plug-in comprises the following steps: the user only needs to set an http service capable of receiving data, and when the data recovery plug-in is selected, the user fills in an http received data address, so that the alliance chain can send uplink data to the user in real time.
The plug-in comprises a data encryption plug-in for enterprises with higher data security, and the data encryption plug-in is mainly used for encrypting all data submitted and uplink; the data of all the uplinks are in an encrypted form and the security is ensured.
The plug-in also comprises a custom plug-in which is developed by a user and uploaded to a path appointed by the alliance chain node aiming at enterprises with special requirements; i.e., develop its own plug-in, upload to the path specified by the federation chain node, then use the function of this plug-in.
The above description is for the purpose of illustrating the embodiments of the present invention and is not to be construed as limiting the invention, but is intended to cover all modifications, equivalents, improvements and alternatives falling within the spirit and principle of the invention.
Claims (8)
1. A building block-form-based alliance chain BaaS platform building method is characterized by comprising the following steps:
based on the authority of the alliance participant, distributing participant nodes, wherein the nodes comprise application nodes and consensus nodes;
selecting plug-in units deployed by a alliance chain based on service requirements;
deploying a alliance chain based on the selected plug-in and the participant node by one key, wherein the consensus nodes are not less than four;
creating an SDK toolkit for users to download based on the selected plug-in; the SDK toolkit can open different function interfaces for users to use according to the selected plug-in;
an account is created and the data is submitted using the open transaction interface to complete the uplink.
2. The building block-based alliance chain BaaS platform building method of claim 1, wherein the building block-based alliance chain BaaS platform building method is characterized by comprising the following steps of: the application node does not participate in the consensus vote, which the consensus node participates in.
3. The building block-based alliance chain BaaS platform building method of claim 1, wherein the building block-based alliance chain BaaS platform building method is characterized by comprising the following steps of: the service requirements include service data volume, service characteristics and cost; the plug-ins include, but are not limited to, encryption, consensus, security authentication plug-ins, transaction plug-ins.
4. The building block-based alliance chain BaaS platform building method of claim 1, wherein the building block-based alliance chain BaaS platform building method is characterized by comprising the following steps of: the plug-ins comprise a national cryptographic plug-in and a non-national cryptographic plug-in, and a national cryptographic account can be created based on the national cryptographic plug-in; a non-national secret account may be created based on the non-national secret plug-in.
5. The building block-based alliance chain BaaS platform building method of claim 1, wherein the building block-based alliance chain BaaS platform building method is characterized by comprising the following steps of: the plug-in also comprises a data recovery plug-in which is used for sending all the submitted uplink data to the user.
6. The building block-based alliance chain BaaS platform building method of claim 5, wherein the building block-based alliance chain BaaS platform building method is characterized by comprising the following steps of: the implementation mode of the data recovery plug-in comprises the following steps: setting an http service capable of receiving data, and filling an http received data address when the data recovery plug-in is selected, so that the alliance chain can send uplink data to a user in real time.
7. The building block-based alliance chain BaaS platform building method of claim 1, wherein the building block-based alliance chain BaaS platform building method is characterized by comprising the following steps of: the plug-in also comprises a data encryption plug-in, and the data encryption plug-in is used for encrypting all the data submitted to the uplink.
8. The building block-based alliance chain BaaS platform building method of claim 1, wherein the building block-based alliance chain BaaS platform building method is characterized by comprising the following steps of: the plug-in also comprises a custom plug-in which is developed by a user and uploaded to a path designated by the alliance chain node.
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