92 results about "DevOps" patented technology

The invention discloses a DevOps-based software development management platform. The platform comprises a cluster management module used for a user to create a cluster to manage a plurality of servers, an application management module used for providing user permission management and code management for the user, a construction management module used for the user to construct codes and perform static analysis on the codes, and a deployment management module used for the user to create and execute a deployment task. The software development management platform integrates multiple open source tools; through cooperative use among the open source tools, the communication among software development, testing and operation and maintenance is enhanced, the software development process is standardized, and continuous deployment is realized to reduce labor input and human errors. Meanwhile, the invention furthermore discloses a DevOps-based software development management method. The method is flexible and simple in operation and high in applicability.

A visual devops application recognizes selection of a set of architectural resources, where at least one of the architectural resources requires two or more infrastructure resources to implement. The visual devops application visually presents a set of architectural nodes representing the architectural resources in an architectural flow diagram. The visual devops application maps the set of architectural nodes to a set of infrastructure resources sufficient to implement the set of architectural resources, and automatically provisions the set of infrastructure resources on one or more infrastructure computers.

The invention relates to a micro-service deployment method for realizing DevOps based on Jenkins, which adopts the technical scheme that configuration files of an application can be operated by reading corresponding environment variables during operation in a variable manner, so that the uniformity of the configuration files of the application operated in multiple links can be realized. By standardizing and unifying configuration in advance, automatic construction and packaging are completed by utilizing a gitlab + jenkins assembly line, and a helm chart capable of managing mirror images and configuration files is generated, so that the helm chart is deployed to various environments, the artificial communication cost and the possibility of misoperation are greatly reduced, and the efficiency is improved. In addition, the naming of the variables is clear at a glance, so that developers can more conveniently understand the using environment of themselves, and operation and maintenance personnel have better maintainability and retrieval performance. The generated helm charts and docker images are stored in a harbor warehouse, and since related information such as variables, versions,configuration files and the like is recorded in helm, traceability of historical versions can be achieved.

Systems and methods are disclosed for automating and monitoring software development operations. The systems may facilitate a user to submit a request to receive information related to a software application development across a development operations (DevOps) pipeline, and to efficiently receive an accurate response to the request. A natural language processing application may use query parameters from the request to form a query. The query may be sent to an artificial intelligence markup language (AIML) interpreter to retrieve the requested information from a database. Alternatively or additionally, the query may be sent to an application associated with an integration of a plurality of DevOps tools in the DevOps pipeline. The application may develop a dynamic response to the request.

The invention discloses a PaaS cloud implementation method based on containers. The method comprises following steps: saving configuration information of all containers and providing disposition; a deployment strategy ensuring that multiple containers under the same APP are scattered across different hosts; performing management on the host and containers and one physical cluster being corresponding to multiple projects, etc.. Therefore, the introduction of containers into the cloud computing basic resource delivery to provide PaaS layer services is realized, reducing waste of resources caused by the traditional PaaS products using virtual machines, increasing disposition efficiency and reducing exploitation and test period for users; the method is a lightweight VM solution scheme based on process containers, realizing a resource isolation and quota of an application program grade; Compared with the traditional cloud infrastructure system implementation, the container-based cloud service system has lower cost of overall ownership, higher resource utilization and is more stable and reliable, which further enhances the virtualization efficiency, improves resource utilization, accelerates enterprise devops process, and provides fast and effective support services for applications.

A system and method for tracking and authenticating software code transition during various phases of software development and deployment in a DevOps platform is provided. The present invention provides for creating, modifying and deleting one or more code authentication elements including respective policies within a distributed ledger. The code authentication elements are mapped with one or more event types in respective one or more tools of a DevOps platform. Information associated with occurrence of an event in one or more tools of the DevOps platform are retrieved. The retrieved event information is parsed to extract event type and a code authentication element is invoked based on the identified event type. The invoked code authentication element authenticates software code transition to appropriate tool of DevOps platform based on one more defined policies. A result representative of authentication success or failure is stored in the distributed ledger for tracking and auditing.

The invention relates to a complete life cycle management platform and method based on Devops to improve the enterprise research and development management efficiency. The platform comprises a productmanagement service module which is used for collecting and planning demands, and generating corresponding test and development tasks; a continuous integration service module which is used for providing a visual and customizable integrated function and supports one-key deployment, wherein services are deployed in parallel, and seamless integration with an assembly line is achieved; a code self-inspection service module which is used for executing multilingual code static inspection and security inspection after encoding is completed, obtaining a comprehensive quality report and providing improvement suggestions and trend analysis of defects; a test management service module which is used for providing a multi-scene interface, performance and automatic test; product warehouse service whichis used for providing services published by software and storing product data documents such as deployment packages, test reports, product white books and the like. The method is suitable for the fields of IT industry software research and development, product management, product delivery, product operation and maintenance and the like.

The invention relates to a database script execution method and device, a storage medium and electronic equipment, and aims to realize automatic updating and upgrading of a database in DevOps, improvethe delivery efficiency, avoid errors and reduce the operation and maintenance cost. The method comprises the steps: obtaining at least one database script from a version control module through a continuous integration module, wherein the continuous integration module is located in a DevOps development environment or a testing environment or a production environment; determining a script to be executed from the at least one database script according to the script version of the current running environment; and executing the script to be executed.

The invention provides a system and method for application publishing and configuration. By setting up a DEVOPS platform, a development unit can be directly attached to the DEVOPS platform, and the corresponding code, deployment script template and application configuration template are submitted to the corresponding warehouse unit and stored. The operation and maintenance platform can also directly rely on the DEVOPS platform to pull data from the warehouse unit and release the application by using the Jenkins continuous integration platform. The invention simplifies the process of application program issuance and configuration, and allows the application program to be updated automatically, safely and conveniently. Automatic on-line and off-line control of an application is realized through a consul configuration unit, manual or script implementation is not needed to control the on-line and off-line of application, and there is no need to consider the compatibility of scripts for each type of application.

The invention discloses a DevOps implementation method and device and a computer readable medium, belongs to the technical field of DevOps, and aims to solve the technical problems of how to realize unified standardization of development, testing and production environments and how to solve the heterogeneous problem of a bottom-layer basic environment. The method comprises the following steps: signing out a project code; compiling and packaging the project code and executing a static test; constructing a container mirror image; submitting the container mirror image file to a cloud container mirror image management server; deploying the container into a production environment; completing the registration work of the service; detecting whether the service is available or not; and submittingthe generated container mirror image to a container mirror image management cloud service. The device comprises at least one memory and at least one processor. Computer instructions are stored on thecomputer readable medium, and when the computer instructions are executed by the processor, the processor is made to execute the method.

The invention belongs to the field of water affairs and relates to a microservice system, in particular to a water-affair nested microservice system. Aiming at the technical problem that the difficulty of later system maintenance is also increased along with the increase of the number of micro-service systems, the invention provides the following scheme that: the system comprises an intelligent water affair application system and a service support platform, the intelligent water affair application system comprises a customer service platform, and the customer service platform faces an industrial institution. Due to the fact that a traditional SOA framework has the defects, in client service platform technical route analysis, analysis is carried out according to the characteristics of the newly-developed micro-service, container and DevOps technology and platform combined water affair industry, and the project is built in a novel micro-service technology framework mode. The benefits brought by the micro-service architecture include, but are not limited to, faster deployment speed, higher resource utilization rate, more flexible selection of a technical stack, better fault isolation,easier realization of service complexity decomposition, low learning cost, high communication efficiency and better user experience.

The invention relates to a DevOps quality guarantee system and method based on a three-library mode, belongs to the technical field of computer internet, and solves the problems of low software research and development efficiency, poor quality and difficulty in optimization in the prior art. The system comprises: a Git-dev module that integrates codes and performs development environment deployment for self-testing, and if the self-testing is not passed, the codes are returned and modified until the self-testing is passed; the Git-con module that is used for extracting the codes passing the self-test, integrating the codes and deploying a test environment for the test, and returning the codes to modify or perfect the test environment if the test is not passed until the test is passed; andthe Git-base module that is used for extracting codes passing the test, integrating the codes, deploying a production environment, packaging the codes into a program package and releasing the programpackage to the production environment. According to the system, software development, testing and publishing are integrated, defects in the soft development process can be rapidly positioned, softwareoptimization is easy, and the software research and development efficiency and quality are improved.

The invention discloses an application multi-time configuration and deployment method based on a cloud platform, and the method comprises the following steps: step A, a chart directory is added in a code warehouse root directory of an application, a two-layer directory is a directory with the same name as the application; step B, the catalogue comprises a Chart.yaml configuration file and a value.Yaml configuration file, and the two configuration files and the platform can provide templates; step C, the platform automatically reads the configuration file by utilizing the value. Yaml configuration file when the application is deployed; and step D, when the application is deployed, the configuration file of the code warehouse is automatically read, and after a user selects a deployment modeand selects a corresponding cluster or resource, a related configuration item of the configuration file is automatically read by a program, and a task and an action of application deployment is executed. According to the application multi-time configuration and deployment method based on the cloud platform provided by the invention, the flexibility of the DevOps platform is improved, and meanwhile, the efficiency and comprehensiveness of operation and maintenance deployment are improved.

The invention discloses a DevOps system supporting the automated service orchestration. The system comprises a packaging and deployment subsystem, a version rollback subsystem, an application unloading subsystem, a log viewing subsystem, a telescopic expansion subsystem and a remote debugging subsystem,wherein the packaging and deployment subsystem is used for deploying a plurality of applications under one project, the version rollback subsystem is used for rollback of a certain application, and the application unloading subsystem is used for unloading a certain application; the log viewing subsystem is used for viewing the log of a certain application, the expansion subsystem is used for expanding and contracting a certain application, and the remote debugging subsystem is used for remotely debugging a certain application. AN Maven-based plug-in system serves as a carrier, and the DevOps system is constructed on the carrier, the configuration and assembly are completed in a configuration mode, and the types and deployment modes of all applications are determined to select the corresponding application type plug-ins and the deployment type plug-ins, so that the support for the automatic service arrangement is achieved.

The invention relates to a process arrangement engine system, which comprises a billboard management module, all work order modules, a data report module, a product group management module and a setting module, wherein the billboard management module is used for displaying events and categories related to the process arrangement engine system; the work order modules are used for recording all workorder information of events and categories related to the process arrangement engine system in the billboard management module; the data report module is used for creating work order information of events and categories related to the process arrangement engine system in the billboard management module, and generating report information for data display; the product group management module is connected with the collaborative integration module Devops and is used for calling host resource template information of the Devops and creating a product group virtual machine; and the setting module isused for customizing processes and form information for events and categories related to the process arrangement engine system in the billboard management module.

The invention discloses a service interface online testing method and device based on a container and a VNC. The method comprises the following steps that: a cloud computing DevOps environment node server receives a remote connection request initiated by each cloud computing DevOps environment platform, wherein the server is provided with a container image manufactured by utilizing a VNC server, anoVNC service, a container visual interface and a test tool software package; obtaining a test script according to a control instruction sent by the cloud computing DevOps environment platform, running the test script in the container image, and issuing an execution result to the corresponding cloud computing DevOps environment platform; receiving a disconnection request initiated by each cloud computing DevOps environment platform, and closing the container image under the triggering of the disconnection request so as to perform resource recovery; and according to the invention, the offlinetest process is transferred to the online test process, so that the tester does not need to customize script content, and the learning cost of the tester is reduced.

The invention discloses a business application development and business operation and maintenance management system based on machine learning. The system comprises a demand management platform, a machine learning platform, a cloud management platform, a DevOps deliverable tool chain platform, and a monitoring and automatic acquisition and automatic engine platform. Through the DevOps tool chain, automatic deployment of the service application and an automatic acquisition technology of cloud resources and the service application are realized, operation and operation and maintenance data aggregation are realized, various service scenes are simulated by using a machine learning algorithm, automatic healing and stable operation of the service application in various scenes are realized, and the operation efficiency of the service application is improved. Business application development is achieved through the machine learning technology, the cloud technology and a DevOps tool chain are fully used for achieving automatic resource and business application delivery capacity, a machine learning algorithm is explored to simulate various business scenes, and self-healing stable operation of the business operation environment can be achieved.

The invention provides a Devops project release management system which is characterized in that the Devops project release management system comprises a project configuration subsystem, a release application subsystem, a release approval subsystem, a roll back subsystem, a release subsystem and a release data analysis subsystem; and the project configuration subsystem is used for project application and project release process configuration; the release application subsystem is used for submitting a project release plan and releasing a project release application; the roll back subsystem is used for rolling back to a previous version; the publishing subsystem is used for project compiling and project publishing; and the publishing design analysis subsystem is used for real-time statistics of project publishing data and project service operation. The front end of the system is compiled by using an element-ui framework, the rear end of the system is compiled by using Flask (python), and the system is matched with technologies such as gitLab, saltstack, redis, rabbitmq, mysql, MongoDB and the like to complete automatic project release. At present, project release of two types of virtual machines and k8s containers is supported.

The invention particularly relates to a multimode registration scheduling method based on a policy. According to the multimode registration scheduling method based on the policy, in a mode that a plurality of nodes share and perform load, a master node is responsible for scheduling, and slave nodes perform working load; the master node schedules tasks to corresponding slave nodes randomly or according to a simple label policy, and the slave nodes perform continuous integration tasks; and after the slave nodes perform the tasks completely, the slave nodes clean performance environments and prepare to perform the working load next time. According to the multimode registration scheduling method based on the policy, through utilization of a DevOps (Development and Operations) virtualization technology, cloud computing infrastructure (a Docker and a Virtual machine) and a data center automation and configuration management tool, task scheduling and data configuration coordination orchestration are optimized, runtime resources can be timely recycled and released, configuration and state data can be uniformly stored, and operation state inquiry and control and result feedback can be carried out through an RESTful (Representational State Transfer) API.