CN106101242B - Construction method and device of block chain cloud service platform - Google Patents

Abstract

The invention discloses a kind of construction methods of block chain cloud service platform, this method comprises: obtaining and being stored in advance in the cloud service feed end by the block chain software of test when block chain cloud service feed end accesses the cloud service platform；It will be in the Cloud Server of the block chain software installation to the cloud service platform；Correlation module corresponding with the block chain software is obtained, and the correlation module is installed into the Cloud Server；The image file of the Cloud Server is made, of the image file tools of the cloud service platform so that the block chain cloud service business end executes corresponding operation in the Cloud Server according to the image file.The present invention also provides a kind of construction devices of block chain cloud service platform.The present invention is realized to be packaged in function of the software and hardware level to block chain Cloud Server, reduces the O&M cost of block chain Cloud Server, reduces time and the cost of building block chain Cloud Server.

Description

Construction method and device of block chain cloud service platform

technical field

The present invention relates to the field of communication technology, in particular to a construction method and device for a blockchain cloud service platform.

Background technique

At present, when carrying out the development of financial blockchain business, the basic steps are: deploy physical servers in self-built or rented computer rooms, and carry out infrastructure construction such as networking; carry out in many blockchain software solutions Select, test, evaluate, and choose one or more solutions; purchase or download blockchain platform software from the Internet, install, configure, test, and trial run; or design and develop blockchain software from scratch for a long-term zone. Block chain software development process; develop block chain applications, deploy them on their own block chain cloud servers, and conduct a complete development and testing process; according to existing laws and regulations, customize and modify technical specifications to make their own The cloud server nodes meet the compliance requirements of the financial industry, and strengthen the security level of their own cloud server environment to meet the security and regulatory requirements of the financial industry; publish services to the outside world, complete the business regulatory review process, and ensure business compliance; The running blockchain software monitors, operates and maintains, handles various faults, and upgrades the blockchain software. Therefore, existing financial blockchain developers not only need to be familiar with related technologies in their own business fields, but also need to be familiar with blockchain technology, related software technology, hardware platform construction technology, and compliance, security, performance tuning, etc. In terms of capabilities, business developers need to have corresponding talents and capabilities at each level; existing technical solutions require business developers to have hardware platforms, basic software systems, application software, compliance and security in every link. The entire process of pre-research, development, testing, release, and operation and maintenance leads to a long project cycle, which leads to high costs for building blockchain cloud servers.

Contents of the invention

The main purpose of the present invention is to provide a method and device for building a block chain cloud service platform, aiming to solve the technical problems of long construction period and high cost in the construction process of the existing block chain cloud service platform.

In order to achieve the above object, the present invention provides a method for building a block chain cloud service platform, the method for building the block chain cloud service platform includes:

When the blockchain cloud service provider accesses the cloud service platform, obtain the tested blockchain software pre-stored in the cloud service provider;

Installing the blockchain software into the cloud server of the cloud service platform;

Obtain relevant modules corresponding to the blockchain software, and install the relevant modules into the cloud server;

The image file creation tool of the cloud service platform is used to create an image file of the cloud server for the blockchain cloud service business end to perform corresponding operations in the cloud server according to the image file.

Preferably, after the step of installing the blockchain software into the cloud server of the cloud service platform, it also includes:

Configuring the operating parameters of the blockchain software so that the blockchain software meets operating conditions and compliance requirements.

Preferably, after the step of configuring the operating parameters of the blockchain software to make the blockchain software meet operating conditions and compliance requirements, it also includes:

The version of each software in the block chain software is updated iteratively.

Preferably, the mirror file creation tool of the cloud service platform is used to create a mirror image file of the cloud server, so that the blockchain cloud service business end can execute corresponding operations in the cloud server according to the mirror file. The steps to operate include:

Using the image file making tool of the cloud service platform to make the image file of the cloud server;

Wherein, when the block chain cloud service business end registers as a user of the cloud service platform, the block chain cloud service business end obtains the image file of the cloud server, and installs the image file on a or multiple cloud servers, initialize the block chain in the image file, and perform corresponding operations in the cloud server based on the block chain.

Preferably, the relevant modules include a management module, an interface component module, a block chain statistics tool and a block chain monitoring tool.

In addition, in order to achieve the above object, the present invention also provides a construction device of a block chain cloud service platform, the construction device of the block chain cloud service platform:

An acquisition module, configured to acquire the tested blockchain software pre-stored in the cloud service provider when successfully accessing the cloud service platform;

An installation module is used to install the block chain software into the cloud server of the cloud service platform;

The obtaining module is also used to obtain related modules corresponding to the blockchain software;

The installation module is also used to install the related module into the cloud server;

A production module, configured to use the image file production tool of the cloud service platform to produce the image file of the cloud server, so that the block chain cloud service business end can perform corresponding operations in the cloud server according to the image file. operate.

Preferably, the construction device of the block chain cloud service platform also includes:

The configuration module is used to configure the operating parameters of the block chain software, so that the block chain software meets operating conditions and compliance requirements.

Preferably, the construction device of the block chain cloud service platform also includes:

The update module is used to iteratively update the version of each software in the block chain software.

Preferably, the making module is also used to use the mirror file making tool of the cloud service platform to make the mirror file of the cloud server;

Wherein, when the block chain cloud service business end registers as a user of the cloud service platform, the block chain cloud service business end obtains the image file of the cloud server, and installs the image file on a or multiple cloud servers, initialize the block chain in the image file, and perform corresponding operations in the cloud server based on the block chain.

Preferably, the relevant modules include a management module, an interface component module, a block chain statistics tool and a block chain monitoring tool.

The present invention acquires the tested blockchain software pre-stored in the cloud service provider through the blockchain cloud service provider, and installs the blockchain software into the cloud server of the cloud service platform , and install the obtained relevant modules corresponding to the block chain software into the cloud server, and make a mirror image file of the cloud server for the block chain cloud service business end to use according to the mirror file Execute corresponding operations in the cloud server. It realizes the encapsulation of the functions of the blockchain cloud server at the software and hardware level, reduces the operation and maintenance cost of the blockchain cloud server, and reduces the time and cost of building a blockchain cloud server.

Description of drawings

Fig. 1 is the schematic flow chart of the first embodiment of the construction method of block chain cloud service platform of the present invention;

Fig. 2 is the schematic flow chart of the second embodiment of the construction method of block chain cloud service platform of the present invention;

3 is a schematic diagram of functional modules of the first embodiment of the construction device of the blockchain cloud service platform of the present invention;

Fig. 4 is a schematic diagram of the functional modules of the second embodiment of the construction device of the blockchain cloud service platform of the present invention.

The realization of the purpose of the present invention, functional characteristics and advantages will be further described in conjunction with the embodiments and with reference to the accompanying drawings.

Detailed ways

It should be understood that the specific embodiments described here are only used to explain the present invention, not to limit the present invention.

The invention provides a construction method of a block chain cloud service platform.

Referring to Fig. 1, Fig. 1 is a schematic flowchart of the first embodiment of the construction method of the blockchain cloud service platform of the present invention.

In this embodiment, the construction method of the block chain cloud service platform includes:

Step S10, when the blockchain cloud service provider accesses the cloud service platform, obtain the tested blockchain software pre-stored in the cloud service provider;

Step S20, installing the block chain software into the cloud server of the cloud service platform;

The blockchain cloud service provider registers on the cloud service platform. When the registered information of the blockchain cloud service provider passes the certification of laws and regulations, publicize the information certified by laws and regulations. The information certified by laws and regulations includes but is not limited to an overview of blockchain cloud services, Detailed technical indicators, application development interface, operation and maintenance operation plan and other documentation. After the information of the blockchain cloud service provider is authenticated by laws and regulations and publicized, the blockchain cloud service provider accesses the cloud service platform. It should be noted that in a cloud service platform, one or more blockchain cloud service providers can be connected. Only when the block chain cloud service provider accesses the cloud service platform, after the block chain cloud service provider builds a block chain cloud service on the cloud service platform, the block chain cloud service Only the supply side can provide services to the blockchain cloud service business side, sell blockchain software solutions, etc.

It should be noted that the cloud service platform is an operator that provides basic cloud service resources, including but not limited to computer rooms, cloud servers, networks, security, and compliance policies. The blockchain cloud service provider exists at the blockchain software solution level, providing the blockchain software required by the blockchain cloud service, application development environment, and providing relevant explanatory documents, help documents, etc. The blockchain cloud service business end purchases and uses blockchain cloud services, and is an institution or individual that develops and operates applications in related business fields. There is a block chain in the cloud server, and the block chain is a decentralized distributed ledger database. The block chain itself is actually a series of data blocks generated using cryptographic algorithms, and each data block contains Valid confirmation information for multiple blockchain network transactions.

The cloud service platform includes physical layer, basic platform, logical layer and application layer. The physical layer is an infrastructure service, including physical resources such as a computer room, cloud server, and bandwidth, and is provided by a cloud service basic service provider. The basic platform provides blockchain basic services, and the blockchain basic services are provided by blockchain cloud service providers, including blockchain software, blockchain management modules, upgrade deployment tools, and blockchain monitoring tools. Interface component modules and blockchain statistics tools, etc. The logic layer provides services such as smart contracts, and the logic layer is provided by the blockchain service provider, including smart contracts, the basic operating environment of blockchain applications, development tools, testing tools, deployment tools, etc. The application layer is a business application scenario, and the software of the application layer is provided by the blockchain cloud service business end, using the cloud server resources provided by the cloud service platform, development interfaces, and related development tools and testing tools and deployment tools to complete software functions in different business scenarios.

Further, the cloud service platform provides a commercial cooperation operation platform for the blockchain cloud service provider and the blockchain cloud service business terminal, for the blockchain cloud service provider and the blockchain The chain cloud service business end submits registration materials and purchase requests, etc. in the business cooperation operation platform. The business cooperation operation platform, the business specification, and the settlement and payment constitute the business cooperation in the cloud service platform. The business description is a detailed description of the business strategy of the cloud service platform; the settlement and payment is the settlement and payment for the expenses generated in commercial activities.

When the block chain cloud service provider accesses the cloud service platform, the block chain cloud service provider obtains the block chain software pre-stored in the block chain cloud service provider and tested by the test tool , installing the block chain software into the cloud server of the cloud service platform. Wherein, the blockchain software includes core software for providing blockchain cloud services, operating tools, and explanatory documents.

The block chain software refers to access to the block chain network, synchronizing blocks and transaction data from the block chain network, performing consensus mechanism operations, releasing new transactions and core software in the block chain. The blockchain software can support multiple solutions, such as bitcoin, ethereum, openchain, or blockchain software solutions developed by the blockchain cloud service provider itself. Different blockchain software solutions can be selected on the cloud service platform, and the cloud service in the blockchain supports plug-in deployment of different blockchain software solutions. Each blockchain software solution can support the connection of a specific blockchain network, offering different performance indicators and functional characteristics. Blockchain nodes built by different blockchain software solutions cannot directly communicate with each other, but as long as the nodes joining the network use the same blockchain software, they can be compatible with blockchain nodes built by different blockchain software solutions . It should be noted that the block chain software on the cloud service platform has been tested and verified, and is a stable version, which can be coordinated by the block chain cloud service provider and the block chain cloud service business end to upgrade.

Further, the blockchain cloud service provider creates or leases the resources provided by the existing cloud service basic service provider, and obtains the basic hardware resources provided by the cloud service basic service provider. The basic hardware resources provided by the cloud service basic service provider are used as the hardware specification of the blockchain cloud service, and the hardware specification of the blockchain cloud service can be estimated according to the business volume. The blockchain cloud service provider can apply for cloud server hardware of corresponding specifications on the cloud service platform, and calculate the price according to the specifications of the cloud server. The basic hardware resources include: ① CPU (Central Processing Unit, central processing unit), the blockchain cloud service provider obtains the number of CPUs required by the cloud server according to the consensus mechanism and the calculation amount of business transactions; ② network, the blockchain cloud service provider obtains traffic and bandwidth requirements according to the data throughput of the blockchain software on the network; ③ storage, the blockchain cloud service provider The daily transaction volume is to estimate the business transaction data storage capacity for a certain period of time (such as a week, or a month, or a year), and to estimate related data, to estimate the storage capacity of the cloud server. The relevant data is account data, audit data, log data volume, etc.; ④ memory, the blockchain cloud service provider estimates the business transaction volume stored in the memory according to the business transaction volume at the peak of the blockchain business transaction. The confirmed business transaction volume, the confirmed business transaction volume and the cached business transaction volume to be queried, as well as the memory usage of the blockchain software and the blockchain software management platform process, estimate the memory overhead; ⑤ operating system, Since the blockchain software supports cross-platform, the cloud server supports multiple operating systems at the operating system level, including but not limited to linux and windows.

The basic hardware resources obtained by the blockchain cloud service provider should meet the following conditions: ① a large-scale cloud service computer room, which can realize cross-regional disaster recovery and meet the requirements of basic power supply; ② can provide a national backbone network, VPN (Virtual Private Network, Virtual Private Network) network access interface; ③ KVM, Docker and other virtualization technologies can provide cloud servers of different specifications; ④ provide different levels of security measures such as network firewalls and physical isolation ; ⑤ Load the requirements of laws and regulations related to other industries, such as compliance with the "Commercial Bank Data Center Supervision Guidelines", "Bank Centralized Data Center Specifications", "Financial Industry Information System Computer Room Power System Evaluation Specifications", "Financial Industry Information System Information The requirements of the “Guidelines for Evaluation and Evaluation of Security Level Protection” and the “Guidelines for Commercial Bank Information Technology Risk Management”.

Step S30, obtaining related modules corresponding to the blockchain software, and installing the related modules into the cloud server;

After the block chain cloud service provider obtains the block chain software in the cloud service platform, the block chain cloud service provider obtains the relevant modules corresponding to the block chain software, and The above related modules are installed in the cloud server in the cloud service platform. The related modules include a management module, an interface component module, a block chain statistics tool and a block chain monitoring tool.

When the block chain cloud service provider obtains the management module corresponding to the block chain software, the management module is installed in the cloud server in the cloud service platform. The blockchain cloud service provider configures operating parameters for the management module, so that the management module can be connected to the core software in the blockchain software to perform a series of management operations. The operating parameters include but are not limited to network parameters, directory parameters and performance parameters. It should be noted that the management module and the blockchain software can be installed in the same cloud server in the cloud service platform, or can be installed in different cloud servers.

Further, the management module can provide a graphical interface, such as the graphical interface of WEB Internet and mobile APP (Application, application program), etc., and manage the block chain on the cloud server through the graphical interface. The management of the blockchain on the cloud server includes but not limited to network management operations, account management operations, transaction management operations, block data management operations, audit management operations and blockchain browser management operations.

When the block chain cloud service provider obtains the interface component module corresponding to the block chain software, the block chain cloud service provider installs the interface component module into the cloud in the cloud service platform In the server, and the interface component module is docked with the blockchain software.

It should be noted that the interface component module is a standardized API (Application Programming Interface, application programming interface) interface component, which exists in the blockchain application development environment. The blockchain application development environment includes standardized development interfaces, development documents, testing tools, deployment tools, and standardized API (Application Programming Interface, Application Programming Interface) interfaces for blockchain capability calls. The development interface corresponding to the block chain software solution provides upper-level applications based on HTTP (HyperTextTransfer Protocol, Hypertext Transfer Protocol)/HTTPS (Hyper Text Transfer Protocol over Secure Socket Layer, network protocol)/RPC (Remote Procedure Call Protocol, remote procedure Call protocol) protocol interface, which has the characteristics of cross-platform, cross-development language, and easy development and testing. The encapsulation of blockchain capabilities by blockchain standardized API interfaces includes, but is not limited to, network management interfaces, account management interfaces, transaction management interfaces, blockchain data management interfaces, statistical monitoring interfaces, and audit function interfaces.

When the blockchain cloud service provider obtains the blockchain statistical tool corresponding to the blockchain software, the blockchain cloud service provider installs the blockchain statistical tool into the cloud service In the cloud server of the platform, the block chain statistics tool is connected with the block chain software. The block chain statistics tool is used for counting block chain network nodes, counting block chain data volume, counting block chain business transaction volume and statistical consensus time overhead.

When the blockchain cloud service provider obtains the blockchain monitoring tool corresponding to the blockchain software, the blockchain cloud service provider installs the blockchain monitoring tool on the cloud service In the cloud server of the platform, the block chain monitoring tool is docked with the block chain software. The block chain monitoring tool is used to monitor the basic indicators of the block chain in the cloud server, monitor the health of the block chain cloud service, monitor the block chain alarm and fault recovery, and monitor the data migration and maintenance of the block chain situation, monitor the log query and maintenance of the blockchain, and monitor the software upgrade of the blockchain.

Further, the blockchain cloud service provider must comply with corresponding security specifications during the process of building cloud services on the cloud service platform. The security specifications include network security, transaction security, privacy security and data security. The network security is to define the security and anti-attack of the block chain that the basic network accesses the cloud server; the transaction security is at the block chain business transaction level, which can prevent the business transactions in the block chain from being forged , so as to avoid fraud; the privacy security refers to the relevant privacy of the blockchain cloud service provider, the blockchain cloud service business terminal, and the individual users participating in the blockchain business; the data security is to ensure that the blockchain Business transaction data in will not be corrupted, lost or leaked.

Step S40, using the image file creation tool of the cloud service platform to create an image file of the cloud server for the blockchain cloud service business end to perform corresponding operations in the cloud server according to the image file.

When the block chain cloud service provider installs the block chain software and related modules into the cloud server of the cloud service platform, the block chain cloud service provider adopts the mirror image of the cloud service platform The file making tool makes the image file of the cloud server, so that the blockchain cloud service business end can perform corresponding operations in the cloud server according to the image file.

Further, the step S40 includes: using the image file creation tool of the cloud service platform to create an image file of the cloud server;

Wherein, when the block chain cloud service business end registers as a user of the cloud service platform, the block chain cloud service business end obtains the image file of the cloud server, and installs the image file on a or multiple cloud servers, initialize the block chain in the image file, and perform corresponding operations in the cloud server based on the block chain.

When the block chain cloud service provider installs the block chain software and related modules into the cloud server of the cloud service platform, the block chain cloud service provider adopts the mirror image of the cloud service platform The file making tool makes the image file of the cloud server.

When the block chain cloud service business end needs to use the block chain cloud service of the cloud service platform, the block chain cloud service business end registers as a user of the cloud service platform, and conducts financial industry standardization Real-name authentication, such as verifying whether the identity is legal, whether it has the qualification to become a user of the cloud service platform, etc. When the blockchain cloud service business end passes the real-name authentication of the financial industry standard, the blockchain cloud service business end becomes a user of the cloud service platform and submits an application to the cloud service platform to apply for A cloud server in the cloud service platform. Specifically, the blockchain cloud service business end predicts and estimates the cloud server and related resources required by the business it needs to conduct transactions, obtains the estimated result, and submits an application to the cloud service according to the estimated result platform, waiting for confirmation from the cloud service platform. After the cloud service platform confirms, the cloud service platform deducts relevant fees according to the application, and distributes the image file of the cloud server to the blockchain cloud service business end.

When the block chain cloud service business end obtains the image file of the cloud server assigned by the cloud service platform, that is, when applying for the cloud server, the block chain cloud service business end installs the image file in a On one or more cloud servers, initialize the block chains that need to be used in the cloud servers. The way to initialize the blockchain includes: ①Create a new alliance chain, that is, create a new blockchain, allowing other blockchain cloud service business terminals that have passed the license certification to join their own blockchain to form an alliance chain; ②join the public Chain, that is, join the blockchain of other cloud servers open on the Internet. This kind of blockchain generally only needs simple configuration and does not require strict identity authentication; ③ Join the alliance chain and join its blockchain cloud service business end Created and requires a licensed and certified alliance chain. After the blockchain cloud service business end initializes the blockchain it needs to use, the blockchain cloud service business end executes corresponding operations in the cloud server based on the blockchain.

For example, after the block chain cloud service business end initializes the block chain it needs to use, the block chain cloud service business end creates its own main account in the block chain, and according to business needs, creates a Other user accounts corresponding to the business. It can be understood that the blockchain cloud service business end can perform operations of adding, deleting, modifying and querying the accounts created by itself, and manage the accounts created by it.

The blockchain cloud service business end can use the APP-related development tools and standardized API interfaces in the cloud server blockchain to develop and test user-oriented APPs, and use the tested APPs to use the The publishing tool in the cloud service platform publishes to the block chain.

The block chain cloud service business end can also use the block chain browser in the management module in the cloud server to quickly check the basic information on the currently initialized block chain through the block chain browser, The basic information includes but is not limited to the height of the blockchain, business transaction details on the blockchain, account details, confirmation time interval, etc.

The block chain cloud service business end can also use the block chain monitoring tool in the cloud server to view through the block chain monitoring tool, receive alarm information, and perform fault handling, etc. The block chain monitoring tool It can be used for process abnormal monitoring, custom threshold monitoring, network monitoring and storage monitoring, etc.

The block chain cloud service business end can also use the block chain statistical tool in the cloud server to perform statistical analysis on the information generated by the block chain cloud service operation through the block chain statistical tool, and view the block chain Charts generated by cloud service operation, export data generated by blockchain cloud service operation, etc.

In this embodiment, by providing blockchain cloud services in line with financial scenarios on the Internet cloud service platform, the blockchain cloud services in the financial industry are standardized, compliant, safe and easy to use. Moreover, through the use of standardized API interfaces and the use of blockchain cloud services in the cloud service platform, the technical threshold for developers who develop blockchain cloud services is lowered, so that developers can only focus on their own business areas. Further, since the cloud service platform has standardized both software and hardware technical specifications, the data layer uses a consistent storage format to store data, and the application interface used is also the same, therefore. The cloud service platform has good compatibility.

In this embodiment, the blockchain cloud service provider obtains the tested blockchain software pre-stored in the cloud service provider, and installs the blockchain software into the cloud server of the cloud service platform , and install the obtained relevant modules corresponding to the block chain software into the cloud server, and make the image file of the cloud server for the block chain cloud service business end to use according to the image The file executes corresponding operations in the cloud server. It realizes the encapsulation of the functions of the blockchain cloud server at the software and hardware level, reduces the operation and maintenance cost of the blockchain cloud server, and reduces the time and cost of building a blockchain cloud server.

Referring to Fig. 2, Fig. 2 is a schematic flowchart of the second embodiment of the construction method of the blockchain cloud service platform of the present invention, and proposes the second embodiment of the construction method of the blockchain cloud service platform of the present invention based on the first embodiment.

In this embodiment, the construction method of the block chain cloud service platform also includes:

Step S50, configuring the operating parameters of the blockchain software so that the blockchain software meets operating conditions and compliance requirements.

When the blockchain cloud service provider installs the blockchain software into the cloud server of the cloud service platform, the blockchain cloud service provider configures the operating parameters of the blockchain software, Bring said blockchain software into compliance with operating conditions and compliance requirements. The operating parameters include network parameters, performance parameters, and parameters corresponding to the data to be stored and backed up in the blockchain software.

The compliance requirements include, but are not limited to, financial-level security requirements that must be met for network access to the blockchain, users of the cloud service platform must meet identity verification requirements, and the data storage of the blockchain software complies with a major financial industry standard. The requirement of multiple backups, the distribution of business applications and data meet the requirements of cross-regional disaster recovery, and the blockchain software should have an audit interface, meet regulatory requirements, and meet other compliance requirements of financial-related industries. Other compliance requirements for the financial-related industries include but are not limited to the "Commercial Bank Data Center Supervision Guidelines", "Bank Centralized Data Center Specifications", "Financial Industry Information System Computer Room Power System Evaluation Specifications", "Financial Industry Information System Information Security Classified Protection Evaluation Guide" and "Commercial Bank Information Technology Risk Management Guidelines".

Further, the construction method of the block chain cloud service platform also includes:

The version of each software in the block chain software is updated iteratively.

The blockchain cloud service provider uses the version update tool of the cloud service platform to iteratively update the version of each software in the blockchain software according to the version information of the cloud service platform.

Further, the blockchain cloud service business end uses the version update tool of the cloud service platform to update the version of each software in the image file of the cloud server according to the version information of the cloud service platform.

Further, on the blockchain network of cloud servers that support smart contract development, development tools, compilation tools, testing tools, and publishing tools corresponding to smart contracts are provided. The smart contract is a feature of a part of the blockchain software solution. The smart contract on the blockchain refers to the executable computer code on all nodes of the blockchain. The computer code can realize the asset transaction process , and ensure that the results of blockchain business transactions are consistent on all blockchain nodes. The smart contract is usually implemented using a specific computer language, such as java, or javascript, or solity and other languages, and the smart contract is compiled into a binary format and released to the block chain network for testing and operation. It should be noted that, in the cloud service platform, a graphical writing, compiling, deploying and running environment can be provided for the development of the smart contract. The development environment of the smart contract is optional, that is, in a cloud service platform, there may or may not be a development environment for the smart contract.

The blockchain cloud service business end can correspondingly complete the development and testing of smart contracts through the smart contract development tools and testing tools in the cloud server, and deploy the tested smart contracts through the publishing tools of the cloud service platform. contract.

The block chain cloud service business end can also reduce or expand the resources of the block chain cloud service according to the change of business capacity. The blockchain cloud service business end can use the tools of the cloud service platform to quickly adjust service resources at the software and/or hardware level, and deploy the business to the cloud server after adjusting the service resources.

When the blockchain cloud service business end does not need to conduct business transactions in the blockchain of the cloud server, the blockchain cloud service business end can submit a recovery application on the cloud service platform, and the The cloud service platform reclaims related cloud servers and other resources according to the reclaim application.

In this embodiment, by making the blockchain software installed in the cloud server comply with operating conditions and compliance requirements, business developers who develop blockchain cloud services do not need to understand a large number of compliance requirements when accessing the cloud service platform , lowering the threshold for compliance.

The present invention further provides a construction device for a blockchain cloud service platform.

Referring to FIG. 3 , FIG. 3 is a schematic diagram of the functional modules of the first embodiment of the construction device of the blockchain cloud service platform of the present invention.

In this embodiment, the construction device of the block chain cloud service platform includes:

The obtaining module 10 is used to obtain the tested block chain software pre-stored in the cloud service provider when successfully accessing the cloud service platform;

The installation module 20 is used to install the blockchain software into the cloud server of the cloud service platform;

The blockchain cloud service provider registers on the cloud service platform. When the registered information of the blockchain cloud service provider passes the certification of laws and regulations, publicize the information certified by laws and regulations. The information certified by laws and regulations includes but is not limited to an overview of blockchain cloud services, Detailed technical indicators, application development interface, operation and maintenance operation plan and other documentation. After the information of the blockchain cloud service provider is authenticated by laws and regulations and publicized, the blockchain cloud service provider accesses the cloud service platform. It should be noted that in a cloud service platform, one or more blockchain cloud service providers can be connected. Only when the block chain cloud service provider accesses the cloud service platform, after the block chain cloud service provider builds a block chain cloud service on the cloud service platform, the block chain cloud service Only the supply side can provide services to the blockchain cloud service business side, sell blockchain software solutions, etc.

It should be noted that the cloud service platform is an operator that provides basic cloud service resources, including but not limited to computer rooms, cloud servers, networks, security, and compliance policies. The blockchain cloud service provider exists at the blockchain software solution level, providing the blockchain software required by the blockchain cloud service, application development environment, and providing relevant explanatory documents, help documents, etc. The blockchain cloud service business end purchases and uses blockchain cloud services, and is an institution or individual that develops and operates applications in related business fields. There is a block chain in the cloud server, and the block chain is a decentralized distributed ledger database. The block chain itself is actually a series of data blocks generated using cryptographic algorithms, and each data block contains Valid confirmation information for multiple blockchain network transactions.

The cloud service platform includes physical layer, basic platform, logical layer and application layer. The physical layer is an infrastructure service, including physical resources such as a computer room, cloud server, and bandwidth, and is provided by a cloud service basic service provider. The basic platform provides blockchain basic services, and the blockchain basic services are provided by blockchain cloud service providers, including blockchain software, blockchain management modules, upgrade deployment tools, and blockchain monitoring tools. Interface component modules and blockchain statistics tools, etc. The logic layer provides services such as smart contracts, and the logic layer is provided by the blockchain service provider, including smart contracts, the basic operating environment of blockchain applications, development tools, testing tools, deployment tools, etc. The application layer is a business application scenario, and the software of the application layer is provided by the blockchain cloud service business end, using the cloud server resources provided by the cloud service platform, development interfaces, and related development tools and testing tools and deployment tools to complete software functions in different business scenarios.

Further, the cloud service platform provides a commercial cooperation operation platform for the blockchain cloud service provider and the blockchain cloud service business terminal, for the blockchain cloud service provider and the blockchain The chain cloud service business end submits registration materials and purchase requests, etc. in the business cooperation operation platform. The business cooperation operation platform, the business specification, and the settlement and payment constitute the business cooperation in the cloud service platform. The business description is a detailed description of the business strategy of the cloud service platform; the settlement and payment is the settlement and payment for the expenses generated in commercial activities.

When the block chain cloud service provider accesses the cloud service platform, the block chain cloud service provider obtains the block chain software pre-stored in the block chain cloud service provider and tested by the test tool , installing the block chain software into the cloud server of the cloud service platform. Wherein, the blockchain software includes core software for providing blockchain cloud services, operating tools, and explanatory documents.

The block chain software refers to access to the block chain network, synchronizing blocks and transaction data from the block chain network, performing consensus mechanism operations, releasing new transactions and core software in the block chain. The blockchain software can support multiple solutions, such as bitcoin, ethereum, openchain, or blockchain software solutions developed by the blockchain cloud service provider itself. Different blockchain software solutions can be selected on the cloud service platform, and the cloud service in the blockchain supports plug-in deployment of different blockchain software solutions. Each blockchain software solution can support the connection of a specific blockchain network, offering different performance indicators and functional characteristics. Blockchain nodes built by different blockchain software solutions cannot directly communicate with each other, but as long as the nodes joining the network use the same blockchain software, they can be compatible with blockchain nodes built by different blockchain software solutions . It should be noted that the block chain software on the cloud service platform has been tested and verified, and is a stable version, which can be coordinated by the block chain cloud service provider and the block chain cloud service business end to upgrade.

Further, the blockchain cloud service provider creates or leases the resources provided by the existing cloud service basic service provider, and obtains the basic hardware resources provided by the cloud service basic service provider. The basic hardware resources provided by the cloud service basic service provider are used as the hardware specification of the blockchain cloud service, and the hardware specification of the blockchain cloud service can be estimated according to the business volume. The blockchain cloud service provider can apply for cloud server hardware of corresponding specifications on the cloud service platform, and calculate the price according to the specifications of the cloud server. The basic hardware resources include: ① CPU (Central Processing Unit, central processing unit), the blockchain cloud service provider obtains the number of CPUs required by the cloud server according to the consensus mechanism and the calculation amount of business transactions; ② network, the blockchain cloud service provider obtains traffic and bandwidth requirements according to the data throughput of the blockchain software on the network; ③ storage, the blockchain cloud service provider The daily transaction volume is to estimate the business transaction data storage capacity for a certain period of time (such as a week, or a month, or a year), and to estimate related data, to estimate the storage capacity of the cloud server. The relevant data is account data, audit data, log data volume, etc.; ④ memory, the blockchain cloud service provider estimates the business transaction volume stored in the memory according to the business transaction volume at the peak of the blockchain business transaction. The confirmed business transaction volume, the confirmed business transaction volume and the cached business transaction volume to be queried, as well as the memory usage of the blockchain software and the blockchain software management platform process, estimate the memory overhead; ⑤ operating system, Since the blockchain software supports cross-platform, the cloud server supports multiple operating systems at the operating system level, including but not limited to linux and windows.

The basic hardware resources obtained by the blockchain cloud service provider should meet the following conditions: ① a large-scale cloud service computer room, which can realize cross-regional disaster recovery and meet the requirements of basic power supply; ② can provide a national backbone network, VPN (Virtual Private Network, Virtual Private Network) network access interface; ③ KVM, Docker and other virtualization technologies can provide cloud servers of different specifications; ④ provide different levels of security measures such as network firewalls and physical isolation ; ⑤ Load the requirements of laws and regulations related to other industries, such as compliance with the "Commercial Bank Data Center Supervision Guidelines", "Bank Centralized Data Center Specifications", "Financial Industry Information System Computer Room Power System Evaluation Specifications", "Financial Industry Information System Information The requirements of the “Guidelines for Evaluation and Evaluation of Security Level Protection” and the “Guidelines for Commercial Bank Information Technology Risk Management”.

The obtaining module 10 is also used to obtain related modules corresponding to the block chain software;

The installation module 20 is also used to install the related modules into the cloud server;

After the block chain cloud service provider obtains the block chain software in the cloud service platform, the block chain cloud service provider obtains the relevant modules corresponding to the block chain software, and The above related modules are installed in the cloud server in the cloud service platform. The related modules include a management module, an interface component module, a block chain statistics tool and a block chain monitoring tool.

When the block chain cloud service provider obtains the management module corresponding to the block chain software, the management module is installed in the cloud server in the cloud service platform. The blockchain cloud service provider configures operating parameters for the management module, so that the management module can be connected to the core software in the blockchain software to perform a series of management operations. The operating parameters include but are not limited to network parameters, directory parameters and performance parameters. It should be noted that the management module and the blockchain software can be installed in the same cloud server in the cloud service platform, or can be installed in different cloud servers.

Further, the management module can provide a graphical interface, such as the graphical interface of WEB Internet and mobile APP (Application, application program), etc., and manage the block chain on the cloud server through the graphical interface. The management of the blockchain on the cloud server includes but not limited to network management operations, account management operations, transaction management operations, block data management operations, audit management operations and blockchain browser management operations.

When the block chain cloud service provider obtains the interface component module corresponding to the block chain software, the block chain cloud service provider installs the interface component module into the cloud in the cloud service platform In the server, and the interface component module is docked with the blockchain software.

It should be noted that the interface component module is a standardized API (Application Programming Interface, application programming interface) interface component, which exists in the blockchain application development environment. The blockchain application development environment includes standardized development interfaces, development documents, testing tools, deployment tools, and standardized API (Application Programming Interface, Application Programming Interface) interfaces for blockchain capability calls. The development interface corresponding to the block chain software solution provides upper-level applications based on HTTP (HyperTextTransfer Protocol, Hypertext Transfer Protocol)/HTTPS (Hyper Text Transfer Protocol over Secure Socket Layer, network protocol)/RPC (Remote Procedure Call Protocol, remote procedure Call protocol) protocol interface, which has the characteristics of cross-platform, cross-development language, and easy development and testing. The encapsulation of blockchain capabilities by blockchain standardized API interfaces includes, but is not limited to, network management interfaces, account management interfaces, transaction management interfaces, blockchain data management interfaces, statistical monitoring interfaces, and audit function interfaces.

When the blockchain cloud service provider obtains the blockchain statistical tool corresponding to the blockchain software, the blockchain cloud service provider installs the blockchain statistical tool into the cloud service In the cloud server of the platform, the block chain statistics tool is connected with the block chain software. The block chain statistics tool is used for counting block chain network nodes, counting block chain data volume, counting block chain business transaction volume and statistical consensus time overhead.

When the blockchain cloud service provider obtains the blockchain monitoring tool corresponding to the blockchain software, the blockchain cloud service provider installs the blockchain monitoring tool on the cloud service In the cloud server of the platform, the block chain monitoring tool is docked with the block chain software. The block chain monitoring tool is used to monitor the basic indicators of the block chain in the cloud server, monitor the health of the block chain cloud service, monitor the block chain alarm and fault recovery, and monitor the data migration and maintenance of the block chain situation, monitor the log query and maintenance of the blockchain, and monitor the software upgrade of the blockchain.

Further, the blockchain cloud service provider must comply with corresponding security specifications during the process of building cloud services on the cloud service platform. The security specifications include network security, transaction security, privacy security and data security. The network security is to define the security and anti-attack of the block chain that the basic network accesses the cloud server; the transaction security is at the block chain business transaction level, which can prevent the business transactions in the block chain from being forged , so as to avoid fraud; the privacy security refers to the relevant privacy of the blockchain cloud service provider, the blockchain cloud service business terminal, and the individual users participating in the blockchain business; the data security is to ensure that the blockchain Business transaction data in will not be corrupted, lost or leaked.

The making module 30 is used to use the mirror file making tool of the cloud service platform to make the mirror file of the cloud server, so that the block chain cloud service business end can execute corresponding operations in the cloud server according to the mirror file. operation.

When the block chain cloud service provider installs the block chain software and related modules into the cloud server of the cloud service platform, the block chain cloud service provider adopts the mirror image of the cloud service platform The file making tool makes the image file of the cloud server, so that the blockchain cloud service business end can perform corresponding operations in the cloud server according to the image file.

Further, the making module 30 is also used to make a mirror file of the cloud server using the mirror file making tool of the cloud service platform;

Wherein, when the block chain cloud service business end registers as a user of the cloud service platform, the block chain cloud service business end obtains the image file of the cloud server, and installs the image file on a or multiple cloud servers, initialize the block chain in the image file, and perform corresponding operations in the cloud server based on the block chain.

When the block chain cloud service provider installs the block chain software and related modules into the cloud server of the cloud service platform, the block chain cloud service provider adopts the mirror image of the cloud service platform The file making tool makes the image file of the cloud server.

When the block chain cloud service business end needs to use the block chain cloud service of the cloud service platform, the block chain cloud service business end registers as a user of the cloud service platform, and conducts financial industry standardization Real-name authentication, such as verifying whether the identity is legal, whether it has the qualification to become a user of the cloud service platform, etc. When the blockchain cloud service business end passes the real-name authentication of the financial industry standard, the blockchain cloud service business end becomes a user of the cloud service platform and submits an application to the cloud service platform to apply for A cloud server in the cloud service platform. Specifically, the blockchain cloud service business end predicts and estimates the cloud server and related resources required by the business it needs to conduct transactions, obtains the estimated result, and submits an application to the cloud service according to the estimated result platform, waiting for confirmation from the cloud service platform. After the cloud service platform confirms, the cloud service platform deducts relevant fees according to the application, and distributes the image file of the cloud server to the blockchain cloud service business end.

When the block chain cloud service business end obtains the image file of the cloud server assigned by the cloud service platform, that is, when applying for the cloud server, the block chain cloud service business end installs the image file in a On one or more cloud servers, initialize the block chains that need to be used in the cloud servers. The way to initialize the blockchain includes: ①Create a new alliance chain, that is, create a new blockchain, allowing other blockchain cloud service business terminals that have passed the license certification to join their own blockchain to form an alliance chain; ②join the public Chain, that is, join the blockchain of other cloud servers open on the Internet. This kind of blockchain generally only needs simple configuration and does not require strict identity authentication; ③ Join the alliance chain and join its blockchain cloud service business end Created and requires a licensed and certified alliance chain. After the blockchain cloud service business end initializes the blockchain it needs to use, the blockchain cloud service business end executes corresponding operations in the cloud server based on the blockchain.

For example, after the block chain cloud service business end initializes the block chain it needs to use, the block chain cloud service business end creates its own main account in the block chain, and according to business needs, creates a Other user accounts corresponding to the business. It can be understood that the blockchain cloud service business end can perform operations of adding, deleting, modifying and querying the accounts created by itself, and manage the accounts created by it.

The blockchain cloud service business end can use the APP-related development tools and standardized API interfaces in the cloud server blockchain to develop and test user-oriented APPs, and use the tested APPs to use the The publishing tool in the cloud service platform publishes to the block chain.

The block chain cloud service business end can also use the block chain browser in the management module in the cloud server to quickly check the basic information on the currently initialized block chain through the block chain browser, The basic information includes but is not limited to the height of the blockchain, business transaction details on the blockchain, account details, confirmation time interval, etc.

The block chain cloud service business end can also use the block chain monitoring tool in the cloud server to view through the block chain monitoring tool, receive alarm information, and perform fault handling, etc. The block chain monitoring tool It can be used for process abnormal monitoring, custom threshold monitoring, network monitoring and storage monitoring, etc.

The block chain cloud service business end can also use the block chain statistical tool in the cloud server to perform statistical analysis on the information generated by the block chain cloud service operation through the block chain statistical tool, and view the block chain Charts generated by cloud service operation, export data generated by blockchain cloud service operation, etc.

In this embodiment, by providing blockchain cloud services in line with financial scenarios on the Internet cloud service platform, the blockchain cloud services in the financial industry are standardized, compliant, safe and easy to use. Moreover, through the use of standardized API interfaces and the use of blockchain cloud services in the cloud service platform, the technical threshold for developers who develop blockchain cloud services is lowered, so that developers can only focus on their own business areas. Further, since the cloud service platform has standardized both software and hardware technical specifications, the data layer uses a consistent storage format to store data, and the application interface used is also the same, therefore. The cloud service platform has good compatibility.

In this embodiment, the blockchain cloud service provider obtains the tested blockchain software pre-stored in the cloud service provider, and installs the blockchain software into the cloud server of the cloud service platform , and install the obtained relevant modules corresponding to the block chain software into the cloud server, and make the image file of the cloud server for the block chain cloud service business end to use according to the image The file executes corresponding operations in the cloud server. It realizes the encapsulation of the functions of the blockchain cloud server at the software and hardware level, reduces the operation and maintenance cost of the blockchain cloud server, and reduces the time and cost of building a blockchain cloud server.

Referring to FIG. 4 , which is a schematic diagram of the functional modules of the second embodiment of the construction device of the blockchain cloud service platform of the present invention, the second embodiment of the construction device of the blockchain cloud service platform of the present invention is proposed based on the first embodiment.

In this embodiment, the construction device of the block chain cloud service platform also includes:

The configuration module 40 is configured to configure the operating parameters of the blockchain software so that the blockchain software meets operating conditions and compliance requirements.

When the blockchain cloud service provider installs the blockchain software into the cloud server of the cloud service platform, the blockchain cloud service provider configures the operating parameters of the blockchain software, Bring said blockchain software into compliance with operating conditions and compliance requirements. The operating parameters include network parameters, performance parameters, and parameters corresponding to the data to be stored and backed up in the blockchain software.

The compliance requirements include, but are not limited to, financial-level security requirements that must be met for network access to the blockchain, users of the cloud service platform must meet identity verification requirements, and the data storage of the blockchain software complies with a major financial industry standard. The requirement of multiple backups, the distribution of business applications and data meet the requirements of cross-regional disaster recovery, and the blockchain software should have an audit interface, meet regulatory requirements, and meet other compliance requirements of financial-related industries. Other compliance requirements for the financial-related industries include but are not limited to the "Commercial Bank Data Center Supervision Guidelines", "Bank Centralized Data Center Specifications", "Financial Industry Information System Computer Room Power System Evaluation Specifications", "Financial Industry Information System Information Security Classified Protection Evaluation Guide" and "Commercial Bank Information Technology Risk Management Guidelines".

Further, the construction device of the block chain cloud service platform also includes:

The update module is used to iteratively update the version of each software in the block chain software.

The blockchain cloud service provider uses the version update tool of the cloud service platform to iteratively update the version of each software in the blockchain software according to the version information of the cloud service platform.

Further, the blockchain cloud service business end uses the version update tool of the cloud service platform to update the version of each software in the image file of the cloud server according to the version information of the cloud service platform.

Further, on the blockchain network of cloud servers that support smart contract development, development tools, compilation tools, testing tools, and publishing tools corresponding to smart contracts are provided. The smart contract is a feature of a part of the blockchain software solution. The smart contract on the blockchain refers to the executable computer code on all nodes of the blockchain. The computer code can realize the asset transaction process , and ensure that the results of blockchain business transactions are consistent on all blockchain nodes. The smart contract is usually implemented using a specific computer language, such as java, or javascript, or solity and other languages, and the smart contract is compiled into a binary format and released to the block chain network for testing and operation. It should be noted that, in the cloud service platform, a graphical writing, compiling, deploying and running environment can be provided for the development of the smart contract. The development environment of the smart contract is optional, that is, in a cloud service platform, there may or may not be a development environment for the smart contract.

The blockchain cloud service business end can correspondingly complete the development and testing of smart contracts through the smart contract development tools and testing tools in the cloud server, and deploy the tested smart contracts through the publishing tools of the cloud service platform. contract.

The block chain cloud service business end can also reduce or expand the resources of the block chain cloud service according to the change of business capacity. The blockchain cloud service business end can use the tools of the cloud service platform to quickly adjust service resources at the software and/or hardware level, and deploy the business to the cloud server after adjusting the service resources.

When the blockchain cloud service business end does not need to conduct business transactions in the blockchain of the cloud server, the blockchain cloud service business end can submit a recovery application on the cloud service platform, and the The cloud service platform reclaims related cloud servers and other resources according to the reclaim application.

In this embodiment, by making the blockchain software installed in the cloud server comply with operating conditions and compliance requirements, business developers who develop blockchain cloud services do not need to understand a large number of compliance requirements when accessing the cloud service platform , lowering the threshold for compliance.

The serial numbers of the above embodiments of the present invention are for description only, and do not represent the advantages and disadvantages of the embodiments. Through the description of the above embodiments, those skilled in the art can clearly understand that the methods of the above embodiments can be implemented by means of software plus a necessary general-purpose hardware platform, and of course also by hardware, but in many cases the former is better implementation. Based on such an understanding, the essence of the technical solution of the present invention or the part that contributes to the prior art can be embodied in the form of software products, and the computer software products are stored in a storage medium (such as ROM/RAM, disk, CD) contains several instructions to enable a terminal device (which may be a mobile phone, a computer, a server, or a network device, etc.) to execute the methods described in various embodiments of the present invention.

The above are only preferred embodiments of the present invention, and are not intended to limit the patent scope of the present invention. Any equivalent structure or equivalent process conversion made by using the description of the present invention and the contents of the accompanying drawings, or directly or indirectly used in other related technical fields , are all included in the scope of patent protection of the present invention in the same way.

Claims (8)

1. a kind of construction method of block chain cloud service platform, which is characterized in that the building side of the block chain cloud service platform Method includes:

When block chain cloud service feed end accesses the cloud service platform, acquisition is stored in advance in the cloud service feed end Block chain software by test, wherein the block chain software, which refers to, to be linked into block chain network, from the block link network The synchronous block of network and transaction data, carry out common recognition mechanism operation, issue the software of new transaction；

It will be in the Cloud Server of the block chain software installation to the cloud service platform；

Correlation module corresponding with the block chain software is obtained, and the correlation module is installed into the Cloud Server, Wherein, the correlation module includes management module, interface module module, block chain statistical tool and block chain monitoring tools, institute It states management module and graphic interface is provided, the block chain on the Cloud Server is managed by the graphic interface, The interface module module is standardized A PI interface module, is present in block chain Application development environ-ment, the block chain statistics Tool is for counting block chain network node, when counting block chain data volume, statistics block chain business transaction amount and statistics common recognition Between expense, the block chain monitoring tools are used to monitor the base values of block chain in the Cloud Server, monitor block chain cloud Health degree, the alarm of monitoring block chain and fault recovery situation are serviced, the Data Migration and maintenance condition of block chain, monitoring are monitored The log query and maintenance condition of block chain, and monitoring block chain software upgrading situation；

The image file of the Cloud Server is made, of the image file tools of the cloud service platform for block chain Cloud service business end executes corresponding operation in the Cloud Server according to the image file；

After block chain cloud service business end obtains the image file, the block chain cloud service business end is by the mirror As file is mounted on one or more Cloud Servers, and initialize the block chain needed in the Cloud Server using arriving.

2. the construction method of block chain cloud service platform as described in claim 1, which is characterized in that described by the block chain After software installation to the step in the Cloud Server of the cloud service platform, further includes:

The operating parameter for configuring the block chain software makes the block chain Software-Coincidence service condition and closes rule requirement.

3. the construction method of block chain cloud service platform as claimed in claim 2, which is characterized in that the configuration block The operating parameter of chain software, after making the block chain Software-Coincidence service condition and conjunction advise the step of requiring, further includes:

Iteration updates the version of each software in the block chain software.

4. the construction method of block chain cloud service platform as described in claim 1, which is characterized in that described to be taken using the cloud The image file tools of business platform make the image file of the Cloud Server, for block chain cloud service business end The step of executing corresponding operation in the Cloud Server according to the image file include:

The image file of the Cloud Server is made of the image file tools of the cloud service platform；

Wherein, when block chain cloud service business end is registered as the user of the cloud service platform, the block chain cloud Service business end obtains the image file of the Cloud Server, and the image file is mounted on one or more Cloud Server On, the block chain in the image file is initialized, the block chain is based on, corresponding behaviour is executed in the Cloud Server Make.

5. a kind of construction device of block chain cloud service platform, which is characterized in that the building of the block chain cloud service platform fills It sets and includes:

Module is obtained, for when block chain cloud service feed end is successfully accessed in the cloud service platform, acquisition to be stored in advance By the block chain software of test in the cloud service feed end, wherein the block chain software, which refers to, is linked into block chain In network, from the synchronous block of the block chain network and transaction data, common recognition mechanism operation is carried out, the soft of new transaction is issued Part；

Module is installed, for will be in the Cloud Server of the block chain software installation to the cloud service platform；

The acquisition module is also used to obtain correlation module corresponding with the block chain software；

The installation module is also used to install the correlation module into the Cloud Server, wherein the correlation module packet Management module, interface module module, block chain statistical tool and block chain monitoring tools are included, the management module provides graphical Interface is managed the block chain on the Cloud Server by the graphic interface, and the interface module module is mark Standardization api interface component is present in block chain Application development environ-ment, and the block chain statistical tool is for counting block link network Network node counts block chain data volume, statistics block chain business transaction amount and statistics common recognition time overhead, the block chain monitoring Tool is used to monitor the base values of block chain in the Cloud Server, monitors block chain cloud service health degree, monitors block Chain alarm and fault recovery situation, monitor the Data Migration and maintenance condition of block chain, monitor the log query and dimension of block chain Protect situation, and monitoring block chain software upgrading situation；

Module is made, the mirror image text of the Cloud Server is made for the image file tools using the cloud service platform Part, so that block chain cloud service business end executes corresponding operation in the Cloud Server according to the image file；

After block chain cloud service business end obtains the image file, the block chain cloud service business end is by the mirror As file is mounted on one or more Cloud Servers, and initialize the block chain needed in the Cloud Server using arriving.

6. the construction device of block chain cloud service platform as claimed in claim 5, which is characterized in that the block chain cloud service The construction device of platform further include:

Configuration module, for configuring the operating parameter of the block chain software, make the block chain Software-Coincidence service condition and Rule are closed to require.

7. the construction device of block chain cloud service platform as claimed in claim 6, which is characterized in that the block chain cloud service The construction device of platform further include:

Update module updates the version of each software in the block chain software for iteration.

8. the construction device of block chain cloud service platform as claimed in claim 5, which is characterized in that the production module is used for The image file of the Cloud Server is made of the image file tools of the cloud service platform；

Wherein, when block chain cloud service business end is registered as the user of the cloud service platform, the block chain cloud Service business end obtains the image file of the Cloud Server, and the image file is mounted on one or more Cloud Server On, the block chain in the image file is initialized, the block chain is based on, corresponding behaviour is executed in the Cloud Server Make.