CN110543326A - DevOps intelligent operation and maintenance method based on block chain - Google Patents
DevOps intelligent operation and maintenance method based on block chain Download PDFInfo
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Abstract
The invention discloses a DevOps intelligent operation and maintenance method based on a block chain, and belongs to the technical field of cloud computing and block chains. The DevOps intelligent operation and maintenance method based on the block chain establishes block chain infrastructure in a P2P consensus network through a block chain service provider of a cloud data center, and realizes the execution of an intelligent contract and the generation of a new block of the block chain through the cooperation of the block chain infrastructure and the block chain infrastructure; each participating node of the block chain service provider maintains an account book together, and the execution condition of the key state related intelligent contract in the DevOps implementation process is recorded in the account book. The DevOps intelligent operation and maintenance method based on the block chain can effectively solve the mutual trust problem among application developers, testing personnel, operation and maintenance personnel, cloud infrastructure providers, cloud service providers and tool providers, and has good popularization and application values.
Description
Technical Field
The invention relates to the technical field of cloud computing and block chains, and particularly provides a DevOps intelligent operation and maintenance method based on a block chain.
background
the block chain technology, also called as distributed ledger technology, is a technical scheme for decentralized and collective maintenance of distributed ledgers, and is essentially a distributed database system with data non-falsification and credible calculation results realized by collectively participating of a plurality of nodes in a multi-party storage and multi-party calculation mode.
The blockchain is not a single technology, but a result of integration of multiple technologies, and a reliable and difficult-to-tamper ledger record is maintained by using the blockchain technology, so that the trust risk can be reduced, and the maintenance cost of cooperation of many participants can be effectively reduced. The development of blockchain technology has made possible intelligent contracts, which are essentially a piece of code that is automatically executed by a computer or network of computers in accordance with the rights and obligations to sign the contract, the execution of which is controlled without a central node. The intelligent contract uses the code mode, so that the mandatory execution force of contract terms is ensured; intelligent contracts are combined with blockchains so that no third party can tamper with the terms of the contract once set. The subversive technology of the intelligent contracts is an important characteristic of the block chain and can generate great changes to the human social structure.
with the development of cloud computing and big data, various application systems gradually turn to the cloud, a large amount of physical hardware resources are aggregated in the cloud center, unified distribution, scheduling and management of heterogeneous network computing resources are achieved by adopting a virtualization technology, and the computing and storage cost is greatly reduced by intensively building a data center. On the one hand, the storage cost of cloud data continuously drops, and on the other hand, the overall storage and data management efficiency of the cloud center is higher, and a plurality of data copies are provided at the same time, so that the data can not be lost due to the damage of part of hardware. The cloud data center gradually starts to provide a basic platform PaaS cloud platform for rapid Development, deployment and operation from the traditional infrastructure IaaS service for providing computing, storage, network and the like, the software Development mode also changes significantly, and the Development (Development and Operations) appears because the software industry recognizes increasingly clearly: in order to deliver software products and services on time, the development and operation work must work in close cooperation. The DevOps promotes communication, cooperation and integration among development (application program/software engineering), technical operation and Quality Assurance (QA) departments, provides related services of project management, configuration management, code inspection, compiling construction, testing, deployment, release and the like on the gradual cloud, and covers the software life cycle end to end, so that the development, operation and maintenance efficiency is improved. However, in the actual DevOps implementation, although a large number of tools are provided and related processes are created, a situation that a service is down or a service system is abnormal still occurs, in this situation, the responsibility determination becomes a difficult problem, and how to effectively utilize the block chain technology and realize the responsibility determination and the intelligent operation and maintenance by combining with related data generated in the DevOps practical process becomes a problem which needs to be solved urgently.
disclosure of Invention
the technical task of the present invention is to provide a DevOps intelligent operation and maintenance method based on a block chain, which can effectively solve the mutual trust problem among an application developer, a tester, an operation and maintenance worker, a cloud infrastructure provider, a cloud service provider and a tool provider.
in order to achieve the purpose, the invention provides the following technical scheme:
a DevOps intelligent operation and maintenance method based on a block chain is characterized in that a block chain infrastructure is established in a P2P consensus network through a block chain service provider of a cloud data center, and the block chain infrastructure and the block chain new block are cooperatively executed to realize the generation of an intelligent contract; all participating nodes of a block chain service provider maintain an account book together, and the account book records the execution condition of key state related intelligent contracts in the DevOps implementation process; and the service system developer implements a DevOps process on the cloud data center, the collected data is stored in the cloud data center, and an intelligent operation and maintenance model is formed through big data service provided by the cloud data center.
Preferably, a management node, an endorsement node and a billing node are selected from a P2P consensus network for building a blockchain infrastructure, and a third-party digital certificate authentication center issues a digital certificate to realize mutual authentication between the nodes.
preferably, the management node is responsible for admission of the participating nodes, the endorsement node is responsible for execution confirmation of the intelligent contracts, consensus is achieved among the accounting nodes, a new block is generated and broadcast to the whole P2P consensus network, and each participating node completes confirmation and updates the local account book.
preferably, the third-party digital certificate authentication information is responsible for issuing a digital certificate, and is provided by a blockchain infrastructure in a matching manner, so that the secure communication and the identity authentication between the nodes are realized.
preferably, the DevOps intelligent operation and maintenance method based on the block chain specifically comprises the following steps:
s1, establishing a block chain infrastructure in a P2P consensus network by a block chain service provider of the cloud data center;
s2, selecting a management node, an endorsement node and an accounting node in the blockchain consensus network, and issuing a digital certificate by a third-party digital certificate authentication center to realize mutual trust between the nodes;
s3, recording an intelligent contract code of a DevOps key state to be executed in public block chain infrastructure, and putting the intelligent contract code into an intelligent contract developer community for code examination by an intelligent contract user and a community developer;
s4, the developer writes the code, submits to the code management service, and issues the intelligent contract of the automatic code checking process;
s5, the cloud data center provides a continuous integration tool integrated code quality inspection tool, and triggers a code inspection intelligent contract to realize automatic inspection of code quality;
S6, after the cloud data center provides a continuous integration tool to complete code inspection, issuing an intelligent contract for executing an automatic test procedure, performing automatic test, and feeding a test report back to a user;
S7, after the cloud data center provides a continuous integration tool to complete testing, issuing and executing an automatic construction flow intelligent contract, completing compiling and packaging, constructing a mirror image of a container cloud, and uploading the mirror image to a mirror image warehouse;
s8, after the cloud data center provides a continuous integration tool to complete the construction of the mirror image, issuing and executing an automatic resource application process intelligent contract, and connecting a container or micro-service selection resource to the cloud data center;
s9, issuing and executing an automatic environment test flow intelligent contract, gathering cloud infrastructure services provided by a cloud data center through a continuous integration tool provided by the cloud data center, executing an environment test, and putting a mirror image into a pre-issued mirror image;
S10, issuing an intelligent contract for executing the mirror image issuing process, selecting a mirror image from a pre-issued mirror image list to be deployed to a pre-issued environment, and issuing the smart contract to a production environment after passing verification;
s11, releasing an execution application to formally run an intelligent contract, and monitoring the running state by a scheduling engine of the cloud data center;
S12, the endorsement node executes the intelligent contracts in the steps S5 to S11, sends the execution result to the accounting node, the accounting node agrees to generate a new block, completes the relevant operation according to the preset rule and sends a notification message to the participants;
s13, each participating node of the blockchain acquires the latest blockchain data through the P2P consensus network, and updates the local account book records of each participating node;
s14, if the DevOps is abnormal in the implementation process, verifying whether the related log is consistent with the data recorded in the block chain, ensuring the authenticity of the data, and adopting real data to carry out responsibility confirmation;
And S15, carrying out big data analysis on the credible data recorded in the block chain by using the big data analysis service of the cloud data center to form an intelligent operation and maintenance model.
preferably, in step S3, the DevOps cloud service, the on-cloud tool, and the cloud infrastructure scheduling service provided by the cloud data center complete the integration of the corresponding intelligent contract code.
Preferably, the cloud data center aggregates computing storage resources, provides DevOps cloud services and tool chains for developers and operation and maintenance personnel, provides IaaS, PaaS and SaaS cloud services for outside, and provides block chain infrastructure services and third party certificate authentication services.
Preferably, services related to the DevOps process include services covering a software life cycle end to end, such as project management, configuration management, code inspection, compiling and building, testing, deployment and release, and processes of planning process automation, resource selection automation, code quality control automation, building automation and the like are realized.
Compared with the prior art, the DevOps intelligent operation and maintenance method based on the block chain has the following outstanding beneficial effects: the DevOps intelligent operation and maintenance method based on the block chain effectively utilizes the block chain technology, adds a state information acquisition intelligent contract on related cloud services related to user application development planning process automation, resource selection automation, code quality control automation, building automation and the like, tool chains on the cloud, scheduling monitoring of cloud infrastructure and the like, and records state data of important nodes in the life cycle of the whole software process of continuous integration, continuous delivery and continuous deployment into the block chain. Mutual trust problems among application developers, testing personnel, operation and maintenance personnel, cloud infrastructure providers, cloud service providers and tool providers are effectively solved, abnormal responsibility confirmation in a service downtime or DevOps process is determined, mutual impoverishment of responsibilities of related parties is avoided, integrity and non-tampering property of operation and maintenance data and DevOps process data are guaranteed, and the related parties are more effectively pursued; by adopting the block chain infrastructure resources of the cloud data center, the cost is reduced, the compatibility of the system is improved, and the artificial influence is reduced due to the automatic execution of the intelligent contract. In addition, based on the credible operation and maintenance data and DevOps process data recorded in the block chain, the result of big data analysis is more real and targeted, and the efficiency of DevOps process implementation and application operation and maintenance is further improved.
Drawings
FIG. 1 is a DevOps cloud data center framework diagram of the DevOps intelligent operation and maintenance method based on block chains according to the present invention;
FIG. 2 is a block chain structure schematic diagram of the DevOps intelligent operation and maintenance method based on block chains according to the present invention;
Fig. 3 is a flow chart of the DevOps intelligent operation and maintenance method based on block chains according to the present invention.
Detailed Description
The DevOps intelligent operation and maintenance method based on block chains according to the present invention will be described in further detail with reference to the accompanying drawings and embodiments.
examples
As shown in fig. 1, the block chain-based DevOps intelligent operation and maintenance method establishes a block chain infrastructure in a P2P consensus network through a block chain service provider of a cloud data center, and P2P consensus network existence management nodes, endorsement nodes and accounting nodes cooperate to implement execution of an intelligent contract and generation of a new block of a block chain.
Each participating node of the block chain service provider maintains an account book together, and the execution condition of the key state related intelligent contract in the DevOps implementation process is recorded in the account book. A business system developer implements a DevOps process on a cloud center to realize continuous integration, continuous delivery and continuous deployment, collected related data are stored in the cloud data center, an intelligent operation and maintenance model is formed through big data services provided by the cloud data center, and a DevOps flow is optimized.
the cloud data center gathers a large amount of computing storage resources, provides DevOps cloud services and related tool chains for developers and operation and maintenance personnel, provides cloud services such as IaaS, PaaS and SaaS for the outside, and provides block chain infrastructure services and third-party certificate authentication services. Services related to the DevOps process comprise project management, configuration management, code inspection, compiling and constructing, testing, deploying, releasing and the like, end-to-end cover related services of a software life cycle, and can realize the flows of planning flow automation, resource selection automation, code quality control automation, construction automation and the like. The block chain service is provided by a provider, the block chain infrastructure is established in a P2P consensus network, meanwhile, an intelligent contract program to be executed in the block chain is disclosed for all participants and community developers to check, the DevOps related automation service realizes the block chain function in a plug-in, additional program or direct modification mode, and all the intelligent contract execution results are recorded in the block chain. The P2P consensus network is a network system which has no central node and performs message exchange among nodes, the P2P consensus network has a management node, an endorsement node and an accounting node, the execution of an intelligent contract and the generation of a new block of a block chain are realized by the cooperation of the management node, the endorsement node and the accounting node, and an account book record is maintained together. The management node is responsible for admission of the participating nodes. The DevOps intelligent contract date broadcasts messages to nodes in the block chain according to a preset rule to trigger the execution of the intelligent contract. The endorsement node is selected from the nodes of the block chain P2P consensus network and is responsible for executing and confirming the intelligent contract. The accounting nodes reach consensus, new blocks are generated and broadcast to the whole P2P consensus network, and each participating node completes confirmation and updates the local account book. The third party digital certificate authentication center is responsible for issuing digital certificates, and can be provided by the block chain infrastructure in a matching way, so that the safety communication and the identity authentication between the nodes are realized.
In DevOps practice, one or more of the following tools and services are used:
Code Management (SCM): GitHub, GitLab, BitBucket, SubVersion
Constructing a tool: ant, Gradle, Maven
Automatic deployment: capistrano, Codeploy
Persistent integration (CI): travis, Jenkins
configuration management: ansible, Chef, Puppet, SaltStack
a container: docker, LXC, third party vendors such as AWS
arranging: kubernets, Core, Apache messos
service registration and discovery: zookepper, etcd, Consul
Script language: python, ruby, shell
log management: ELK, Logiteries
And (3) system monitoring: datadog, Graphite, Ganglia, Nagios
and (3) performance monitoring: AppDymics, New Relic, Splunk
And (3) pressure testing: jMeter, Blaze Meter, loader
An application server: tomcat, JBoss, IIS
A Web server: apache, Nginx
a database: relational databases such as MySQL, Oracle, PostgreSQL and the like; NoSQL database of mongoDB, redis and the like
Project Management (PM): jira, Asana, Taiga, Trello, Basecamp, Pivotal Tracker
As shown in fig. 2, the data recorded in the Block chain is the intelligent contract execution result, and the Block (Block) structure thereof includes a version number, a timestamp, a transaction Merkle root abstract, a contract execution state, a preceding Block abstract value and a present Block abstract value, wherein the transaction structure records an intelligent contract, including an automatic code inspection process intelligent contract, an automatic test process intelligent contract, an automatic construction process intelligent contract, an automatic resource application process intelligent contract, an automatic environment test process intelligent contract, a mirror image publishing process intelligent contract, an application formal operation intelligent contract, and the like.
As shown in fig. 3, the specific process of the method is as follows, wherein SHA256 is used as a digest algorithm, SHA256WithRSA is used as a signature algorithm, a digital certificate adopts an X509 format, and a digital envelope adopts a PKCS7 format.
S1, establishing a block chain infrastructure in a P2P consensus network by a block chain service provider of the cloud data center;
s2, selecting a management node, an endorsement node and an accounting node in the blockchain consensus network, and issuing a digital certificate by a third-party digital certificate authentication center to realize mutual trust between the nodes;
And S3, recording the intelligent contract codes of the DevOps key states required to be executed in the public block chain infrastructure, and putting the intelligent contract codes into an intelligent contract developer community for code examination by an intelligent contract user and a community developer. And the DevOps cloud service, the on-cloud tool and the cloud infrastructure scheduling service provided by the cloud data center are used for completing integration of corresponding intelligent contract codes.
S4, the developer writes the code, submits to the code management service, and issues the intelligent contract of the automatic code checking process;
s5, the cloud data center provides a continuous integration tool integrated code quality inspection tool, and triggers a code inspection intelligent contract to realize automatic inspection of code quality;
S6, after the cloud data center provides a continuous integration tool to complete code inspection, issuing an intelligent contract for executing an automatic test procedure, performing automatic test, and feeding a test report back to a user;
S7, after the cloud data center provides a continuous integration tool to complete testing, issuing and executing an automatic construction flow intelligent contract, completing compiling and packaging, constructing a mirror image of a container cloud, and uploading the mirror image to a mirror image warehouse;
s8, after the cloud data center provides a continuous integration tool to complete the construction of the mirror image, issuing and executing an automatic resource application process intelligent contract, and connecting a container or micro-service selection resource to the cloud data center;
s9, issuing and executing an automatic environment test flow intelligent contract, gathering cloud infrastructure services provided by a cloud data center through a continuous integration tool provided by the cloud data center, executing an environment test, and putting a mirror image into a pre-issued mirror image;
S10, issuing an intelligent contract for executing the mirror image issuing process, selecting a mirror image from a pre-issued mirror image list to be deployed to a pre-issued environment, and issuing the smart contract to a production environment after passing verification;
S11, releasing an execution application to formally run an intelligent contract, and monitoring the running state by a scheduling engine of the cloud data center;
S12, the endorsement node executes the intelligent contracts in the steps S5 to S11, sends the execution result to the accounting node, the accounting node agrees to generate a new block, completes the relevant operation according to the preset rule and sends a notification message to the participants;
S13, each participating node of the blockchain acquires the latest blockchain data through the P2P consensus network, and updates the local account book records of each participating node;
S14, if the DevOps is abnormal in the implementation process, verifying whether the related log is consistent with the data recorded in the block chain, ensuring the authenticity of the data, and adopting real data to carry out responsibility confirmation;
And S15, carrying out big data analysis on the credible data recorded in the block chain by using the big data analysis service of the cloud data center to form an intelligent operation and maintenance model.
the above-described embodiments are merely preferred embodiments of the present invention, and general changes and substitutions by those skilled in the art within the technical scope of the present invention are included in the protection scope of the present invention.
Claims (8)
1. A DevOps intelligent operation and maintenance method based on block chains is characterized in that: the method comprises the steps that a blockchain infrastructure is established in a P2P consensus network through a blockchain service provider of a cloud data center, and execution of an intelligent contract and generation of a blockchain new block are achieved through cooperation; all participating nodes of a block chain service provider maintain an account book together, and the execution condition of key state related intelligent contracts in the DevOps implementation process is recorded in the account book; and the service system developer implements a DevOps process on the cloud data center, the collected data is stored in the cloud data center, and an intelligent operation and maintenance model is formed through big data service provided by the cloud data center.
2. The DevOps intelligent operation and maintenance method based on block chains as claimed in claim 1, wherein: and selecting a management node, an endorsement node and an accounting node in a P2P consensus network for establishing block chain infrastructure, and issuing a digital certificate by a third-party digital certificate authentication center to realize mutual trust between the nodes.
3. The DevOps intelligent operation and maintenance method based on block chains as claimed in claim 2, wherein: the management node is responsible for the admission of the participating nodes, the endorsement node is responsible for the execution confirmation of the intelligent contract, the consensus is achieved among the accounting nodes, a new block is generated and is broadcast to the whole P2P consensus network, and each participating node completes the confirmation and updates the local account book.
4. The DevOps intelligent operation and maintenance method based on block chains as claimed in claim 3, wherein: the third-party digital certificate authentication information is responsible for issuing a digital certificate and is provided by a block chain infrastructure in a matching way, so that the safety communication and the identity authentication between the nodes are realized.
5. The DevOps intelligent operation and maintenance method based on block chains as claimed in claim 4, wherein: the method specifically comprises the following steps:
s1, establishing a blockchain infrastructure in a P2P consensus network by a blockchain service provider of the cloud data center;
S2, selecting a management node, an endorsement node and an accounting node in the blockchain consensus network, and issuing a digital certificate by a third-party digital certificate authentication center to realize mutual trust between the nodes;
S3, recording intelligent contract codes of DevOps key states to be executed in the public block chain infrastructure, and putting the intelligent contract codes into an intelligent contract developer community for code examination by an intelligent contract user and a community developer;
s4, the developer writes the code, submits to the code management service, and issues the intelligent contract of the automatic code checking process;
s5, the cloud data center provides a continuous integration tool integrated code quality inspection tool, and triggers a code inspection intelligent contract to realize automatic inspection of code quality;
S6, after the cloud data center provides a continuous integration tool to complete code inspection, issuing and executing an automatic test flow intelligent contract, carrying out automatic test, and feeding back a test report to a user;
S7, after the cloud data center provides a continuous integration tool to complete testing, issuing and executing an automatic construction flow intelligent contract, completing compiling and packaging, constructing a mirror image of a container cloud, and uploading the mirror image to a mirror image warehouse;
S8, after the cloud data center provides a continuous integration tool to complete the construction of the mirror image, issuing and executing an automatic resource application process intelligent contract, and connecting a container or micro-service selection resource to the cloud data center;
s9, issuing and executing an automatic environment test flow intelligent contract, gathering cloud infrastructure services provided by a cloud data center through a continuous integration tool provided by the cloud data center, executing an environment test, and putting a mirror image into a pre-issued mirror image;
S10, issuing and executing the intelligent contract of the mirror image issuing process, selecting a mirror image from the pre-issued mirror image list to be deployed to a pre-issued environment, and issuing the mirror image to a production environment after passing the verification;
s11, releasing an execution application formal operation intelligent contract, and monitoring the operation condition by a scheduling engine of the cloud data center;
S12, the endorsement node executes the intelligent contracts in the steps S5 to S11, sends the execution results to the accounting node, the accounting node agrees to generate a new block, completes related operations according to a preset rule and sends a notification message to the participants;
s13, each participating node of the blockchain acquires the latest blockchain data through the P2P consensus network, and updates the local account book records of each participating node;
s14, if the DevOps is abnormal in the implementation process, verifying whether the related log is consistent with the data recorded in the block chain, ensuring the authenticity of the data, and adopting real data to carry out responsibility confirmation;
And S15, carrying out big data analysis on the credible data recorded in the block chain by using the big data analysis service of the cloud data center to form an intelligent operation and maintenance model.
6. The DevOps intelligent operation and maintenance method based on block chains according to claim 5, wherein: in step S3, the DevOps cloud service, the on-cloud tool, and the cloud infrastructure scheduling service provided by the cloud data center complete integration of the corresponding intelligent contract code.
7. the DevOps intelligent operation and maintenance method based on block chains according to claim 6, wherein: the cloud data center gathers computing storage resources, provides DevOps cloud services and tool chains for developers and operation and maintenance personnel, provides IaaS, PaaS and SaaS cloud services for the outside, and provides block chain infrastructure services and third-party certificate authentication services.
8. the DevOps intelligent operation and maintenance method based on block chains as claimed in claim 7, wherein: services related to the DevOps process comprise services which cover the life cycle of software end to end, such as project management, configuration management, code inspection, compiling construction, testing, deployment and release, and the processes of planning process automation, resource selection automation, code quality control automation, construction automation and the like are realized.
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| CN112348463A (en) * | 2020-10-30 | 2021-02-09 | 杭州溪塔科技有限公司 | Software engineering continuous construction method and device based on block chain |
| CN112363731A (en) * | 2020-11-11 | 2021-02-12 | 杭州飞致云信息科技有限公司 | Application automation deployment method and device and computer readable storage medium |
| CN113050929A (en) * | 2021-04-22 | 2021-06-29 | 橙网(南京)人工智能研究院有限公司 | Intelligent contract development, operation and maintenance integrated platform based on HyperLegger Fabric |
| CN113515293B (en) * | 2021-04-29 | 2022-09-09 | 上海安畅网络科技股份有限公司 | Method and system for managing DevOps toolchain |
| CN113515293A (en) * | 2021-04-29 | 2021-10-19 | 上海安畅网络科技股份有限公司 | Method and system for managing DevOps tool chain |
| CN113127499A (en) * | 2021-05-13 | 2021-07-16 | 重庆新致金服信息技术有限公司 | Block chain-based micro-service method, equipment and medium |
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