CN116841547A - Visual management and control system of enterprise architecture - Google Patents
Visual management and control system of enterprise architecture Download PDFInfo
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Abstract
The application discloses a visual management and control system of an enterprise architecture, which relates to the technical field of information, and comprises a modeling design module, a development configuration module and an operation supervision module, wherein the modeling design module provides a visual configuration page for an architecture designer account so as to conveniently complete standard technical architecture design work, the development configuration module is used for carrying out configuration operation on an application asset component based on a technical architecture diagram by the developer account, and the operation supervision module is used for carrying out scheduling operation on the application asset component in the technical architecture diagram according to configuration deployment parameters. The visual management and control system enables the design, development and operation and maintenance of the enterprise architecture to be completed in the same visual angle, the output of each environment is input of the next link, the problem that the enterprise architecture is understood and inconsistent is avoided, the overall cooperation efficiency is convenient to improve, the quick construction and assembly of the foundation facilities and the application are realized, and the efficiency of the enterprise digital construction is improved.
Description
Technical Field
The application relates to the technical field of information, in particular to a visual management and control system of an enterprise architecture.
Background
The enterprise architecture (Enterprise Architecture, EA) refers to a general solution provided to the problem of having a hierarchy, prevalence, in enterprise business information management systems, and more specifically, to understanding, analyzing, designing, building, integrating, expanding, running, and managing information systems based on business oriented and driven architectures. Enterprise architecture has been defined as a framework designed to coordinate many aspects of an enterprise, but the implementation complexity of building and operating an enterprise architecture is high, and collaboration of multiple departments including architecture designers, developers and operation and maintenance personnel is required, and the emphasis of different personnel is different, which results in different understanding and implementation of the enterprise architecture, and affects the overall collaboration efficiency.
Disclosure of Invention
Aiming at the problems and the technical requirements, the inventor provides a visual management and control system of an enterprise architecture, and the technical scheme of the application is as follows:
a visualization management and control system of an enterprise architecture, the visualization management and control system comprising:
the modeling design module is used for displaying a visual configuration page to an account of a framework designer, wherein the visual configuration page comprises a plurality of application asset components; responding to drag configuration operation of an account number of a framework designer for the application asset components in the visual configuration page to form a technical framework graph, wherein the technical framework graph comprises a plurality of application asset components with connection relations;
the development configuration module is used for sending the technical architecture diagram to the developer account and responding to the configuration operation of the developer account for each application asset component in the technical architecture diagram to obtain corresponding configuration deployment parameters;
the operation supervision module is used for converting configuration deployment parameters of the application asset components in the technical architecture diagram into K8S deployment templates, and scheduling and operating the application asset components in the technical architecture diagram according to the corresponding configuration deployment parameters based on the K8S containers.
The visual configuration page comprises an application component, a middleware component and a database component, wherein the application component is displayed by a modeling design module and is matched with a business domain responsible for an account of a framework designer, and the type of the application component is contained in the visual configuration page.
The further technical scheme is that the configuration deployment parameters for the application component obtained by the development configuration module comprise application mirror images and application operation and maintenance parameters, and the application operation and maintenance parameters comprise the number of instances, a CPU, memory resources and environment variables.
The method for obtaining the corresponding configuration deployment parameters by the development configuration module according to the configuration operation of the developer account for each application component in the technical architecture diagram comprises the following steps:
and acquiring a configuration source code of the developer account aiming at the application component, and constructing a corresponding application mirror image and application operation and maintenance parameters according to the configuration source code through a DevOps function.
The method for obtaining the corresponding configuration deployment parameters by the development configuration module according to the configuration operation of the developer account for each application component in the technical architecture diagram comprises the following steps:
reading the Docker image corresponding to the application component, acquiring the supplementary parameters of the Docker image corresponding to the application component, and modifying the Docker image according to the supplementary parameters to obtain the corresponding application image and the application operation and maintenance parameters.
The development configuration module responds to the configuration operation of the developer account for each middleware component or database component in the technical architecture diagram, and the configuration operation comprises the following steps:
the middleware component or database component external to the connection is configured to implement the non-privatized physical deployment.
The development configuration module responds to the configuration operation of the developer account for each middleware component or database component in the technical architecture diagram, and the configuration operation comprises the following steps:
and carrying out privately physical deployment according to the deployment template corresponding to the high availability requirement, and deploying the instantiated middleware component or database component.
The further technical scheme is that the operation supervision module is also used for inquiring and displaying the operation state of each application asset component to the operation and maintenance personnel account in real time by calling the resource inquiry interface of the K8S API.
The further technical scheme is that the visual management and control system further comprises:
the upgrade updating module is used for acquiring updated configuration deployment parameters and deployment modes of the developer account aiming at the application components in the technical architecture diagram, and updating the configuration deployment parameters of the corresponding application components according to the deployment modes in the dispatching operation process, wherein the deployment modes are any one of rolling deployment, blue-green deployment, gray deployment and AB deployment.
The further technical scheme is that the middleware component included in the visual configuration page comprises at least one of RocketMQ, redis and Minio, and the database component included in the visual configuration page comprises at least one of PostgreSQL, mySQL, oracle and SQLServer.
The beneficial technical effects of the application are as follows:
the application discloses a visual management and control system of an enterprise architecture, which provides a visual configuration page for an account of an architecture designer, is convenient for completing standard technical architecture design work, and enables the architecture designer, a developer and operation and maintenance personnel to carry out design, development and operation and maintenance work on the same workbench, and the output of each environment is the input of the next link, so that the design, development and operation and maintenance of the enterprise architecture are completed in the same visual angle, the problem of inconsistent understanding and realization of the enterprise architecture is avoided, the overall cooperation efficiency is convenient to improve, the rapid construction and assembly of basic facilities and applications are realized, and the efficiency of enterprise digital construction is improved.
The visual management and control system utilizes the cloud native technology to carry out componentization on applications, middleware and databases, realizes visual arrangement and scheduling, standardizes the technical standards of enterprises, provides a set of reusable component warehouse for design developers, and further improves the efficiency of enterprise digital construction.
Drawings
FIG. 1 is a block diagram of a visual management and control system of one embodiment of the present application.
FIG. 2 is a flow chart of a visualization management and control method implemented by a visualization management and control system in one embodiment of the application.
Detailed Description
The following describes the embodiments of the present application further with reference to the drawings.
The application discloses a visual management and control system of an enterprise architecture, please refer to a structural diagram of the visual management and control system shown in fig. 1 and a flow chart of a visual management and control method realized by the visual management and control system shown in fig. 2, wherein the visual management and control system is used for carrying out overall flow management of design, development and operation and maintenance on the enterprise architecture, a framework designer, a developer and an operation and maintenance person can log in the visual management and control system by using respective user accounts to finish respective work, and different types of user accounts have different rights and management contents, and the visual management and control system comprises a modeling design module, a development configuration module and an operation supervision module, and the visual management and control realized on the enterprise architecture by each module comprises the following processes:
1. and a modeling design module.
Firstly, a framework designer logs in the visual management and control system by utilizing a framework designer account, the visual management and control system displays a visual configuration page to the framework designer account through a modeling design module, the visual configuration page comprises a plurality of application asset components and a canvas page, and the framework designer can design the technical framework of the enterprise framework in the canvas page based on the application asset components.
The types of application asset components include an application component, a middleware component, and a database component. The application components in the visual configuration page include various base application components and business application components, the middleware components in the visual configuration page include at least one of RocketMQ, redis and Minio, and the database components in the visual configuration page include at least one of PostgreSQL, mySQL, oracle and SQLServer.
In one embodiment, the application asset components in the visual configuration page presented by the modeling design module are not always unchanged, but are matched to the business domain for which the architecture designer account is responsible. Different architecture designers are responsible for different business domains, and different business requirements exist for different business domain projects, so that the modeling design module pointedly displays application asset components corresponding to the business domains for which the architecture designer accounts are responsible, and pointedly meets the business requirements of the corresponding business domains.
In one embodiment, the modeling design module presents a visual configuration page to an architecture designer account, and the architecture designer can drag the corresponding application asset components to create specific application components, middleware components and database components, and build relationship links between each application asset component according to the functional relationship between the application asset components to form a technical architecture diagram. Correspondingly, the modeling design module responds to drag configuration operation of the framework designer account for the application asset components in the visual configuration page to form a technical framework graph, and the obtained technical framework graph comprises a plurality of application asset components with connection relations.
2. And developing a configuration module.
After the technical architecture diagram of the enterprise architecture is designed by the architecture designer account, the development configuration module sends the technical architecture diagram to the developer account, so that the developer can check the technical architecture diagram and perform runtime configuration on each application asset component in the technical architecture diagram.
And the development configuration module responds to the configuration operation of the developer account for each application asset component in the technical architecture diagram to obtain corresponding configuration deployment parameters.
(1) For application components. The method comprises two running configuration deployment modes:
in the first mode, a configuration source code of a developer account for an application component is obtained, and a corresponding application mirror image and application operation and maintenance parameters are constructed according to the configuration source code through a DevOps function of the visualization management and control system.
In a second mode, reading the dock mirror image corresponding to the developed application component, acquiring the supplementary parameter of the dock mirror image corresponding to the application component, and modifying the dock mirror image according to the supplementary parameter to obtain the corresponding application mirror image and the application operation and maintenance parameter.
Regardless of the manner, the configuration deployment parameters for the application component obtained by the development configuration module include application images and application operation and maintenance parameters, and the application operation and maintenance parameters include the number of instances, the CPU, the memory resources and the environment variables.
(2) For middleware components or database components. Two running configuration deployment modes are also included:
in a first manner, a method for obtaining corresponding configuration deployment parameters by a development configuration module in response to configuration operations of a developer account for each application component in a technical architecture diagram includes:
(1) The middleware component or database component external to the connection is configured to enable non-privatized physical deployment, such as connecting resources on a cloud external to the visualization management and control system.
(2) And carrying out privately physical deployment according to the deployment template corresponding to the high availability requirement, and deploying the instantiated middleware component or database component. The different high availability requirements of each middleware component or database component correspond to different deployment templates, including single-version deployment templates, clustered high availability version deployment templates.
3. And (5) operating a supervision module.
After the application asset components depending on the enterprise architecture are designed through the modeling design module, the configuration Deployment parameters of the application asset components are configured through the development configuration module, the operation supervision module can convert the configuration Deployment parameters of the application asset components in the technical architecture diagram into K8S Deployment templates, including converting the configuration Deployment parameters of the application components into K8S Deployment templates, and converting the configuration Deployment parameters of the middleware components or database components into K8S Deployment templates Helm Chart. Then, the application asset components in the technical architecture diagram can be scheduled and operated according to the corresponding configuration deployment parameters based on the K8S container.
In addition, in the dispatching operation process, the operation supervision module is also used for inquiring and displaying the operation state of each application asset component to the operation and maintenance personnel account in real time through calling the resource inquiry interface of the K8S API, wherein the operation state comprises the current online cost number and the expected total cost number, so that the operation and maintenance personnel can check the operation state, and the visual operation and maintenance of the enterprise architecture is realized.
In one embodiment, the visualization management system further includes an upgrade update module.
4. And upgrading the updating module.
When the functions of the application components in the enterprise architecture need to be changed, the upgrading and updating module is used for acquiring updated configuration deployment parameters and deployment modes of the developer account aiming at the application components in the technical architecture diagram. The actual implementation is that the corresponding application component in the technical architecture diagram is selected by the account number selection technology of the developer, the right key selects to release the new version, then the corresponding configuration source code or the supplementary parameters are filled in, and then the updated configuration deployment parameters of the application component are obtained according to the similar method. The deployment mode is any one of rolling deployment, blue-green deployment, gray deployment and AB deployment.
The upgrade updating module can update the configuration deployment parameters of the corresponding application components according to the deployment mode in the dispatching operation process without stopping, the upgrade updating module can gradually update the application components, the operation states of all application asset components displayed to the operation and maintenance personnel in real time can be gradually updated until the operation states of all application asset components are updated to the expected of the updated configuration deployment parameters, the new version is normally operated, and the resources occupied by the previous application components are replaced or released according to the deployment mode.
The above is only a preferred embodiment of the present application, and the present application is not limited to the above examples. It is to be understood that other modifications and variations which may be directly derived or contemplated by those skilled in the art without departing from the spirit and concepts of the present application are deemed to be included within the scope of the present application.
Claims (10)
1. A visualization management and control system for an enterprise architecture, the visualization management and control system comprising:
the modeling design module is used for displaying a visual configuration page to an account of a framework designer, wherein the visual configuration page comprises a plurality of application asset components; responding to drag configuration operation of the framework designer account for the application asset components in the visual configuration page to form a technical framework graph, wherein the technical framework graph comprises a plurality of application asset components with connection relations;
the development configuration module is used for sending the technical architecture diagram to a developer account and responding to the configuration operation of the developer account for each application asset component in the technical architecture diagram to obtain corresponding configuration deployment parameters;
the operation supervision module is used for converting configuration deployment parameters of the application asset components in the technical architecture diagram into K8S deployment templates, and scheduling and operating the application asset components in the technical architecture diagram according to the corresponding configuration deployment parameters based on K8S containers.
2. The visual management system of claim 1, wherein,
and the type of the application asset component included in the visual configuration page comprises an application component, a middleware component and a database component.
3. The visualization management and control system according to claim 2, wherein the configuration deployment parameters for the application component obtained by the development configuration module include an application image and application operation and maintenance parameters, and the application operation and maintenance parameters include an instance number, a CPU, a memory resource and an environment variable.
4. The visualization management and control system according to claim 3, wherein the method for the development configuration module to obtain the corresponding configuration deployment parameters in response to the configuration operation of the developer account for each application component in the technical architecture diagram includes:
and acquiring a configuration source code of the developer account aiming at the application component, and constructing a corresponding application mirror image and application operation and maintenance parameters according to the configuration source code through a DevOps function.
5. The visualization management and control system according to claim 3, wherein the method for the development configuration module to obtain the corresponding configuration deployment parameters in response to the configuration operation of the developer account for each application component in the technical architecture diagram includes:
reading the Docker image corresponding to the application component, acquiring a supplementary parameter aiming at the Docker image corresponding to the application component, and modifying the Docker image according to the supplementary parameter to obtain a corresponding application image and an application operation and maintenance parameter.
6. The visualization management system of claim 2, wherein the development configuration module, responsive to the developer account number, performs configuration operations for each middleware component or database component in the technical architecture diagram, comprising:
the middleware component or database component external to the connection is configured to implement the non-privatized physical deployment.
7. The visualization management system of claim 2, wherein the development configuration module, responsive to the developer account number, performs configuration operations for each middleware component or database component in the technical architecture diagram, comprising:
and carrying out privately physical deployment according to the deployment template corresponding to the high availability requirement, and deploying the instantiated middleware component or database component.
8. The visual management system of claim 1, wherein,
the operation supervision module is also used for inquiring and displaying the operation state of each application asset component to the operation staff account in real time by calling the resource inquiry interface of the K8S API.
9. The visualization management system of claim 1, wherein the visualization management system further comprises:
the upgrade updating module is used for acquiring updated configuration deployment parameters and deployment modes of the developer account aiming at the application components in the technical architecture diagram, and updating the configuration deployment parameters of the corresponding application components according to the deployment modes in the dispatching operation process, wherein the deployment modes are any one of rolling deployment, bluish green deployment, gray deployment and AB deployment.
10. The visualization management system of claim 2, wherein the middleware components included in the visualization configuration page comprise at least one of RocketMQ, redis and Minio, and the database components included in the visualization configuration page comprise at least one of PostgreSQL, mySQL, oracle and SQLServer.
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN117591245A (en) * | 2024-01-16 | 2024-02-23 | 麒麟软件有限公司 | Automatic deployment method and device for Galaxy kylin server migration operation and maintenance management platform |
| CN117931221A (en) * | 2024-03-22 | 2024-04-26 | 千巡科技(深圳)有限公司 | Deployment system and method of application system based on k8s environment |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN117591245A (en) * | 2024-01-16 | 2024-02-23 | 麒麟软件有限公司 | Automatic deployment method and device for Galaxy kylin server migration operation and maintenance management platform |
| CN117591245B (en) * | 2024-01-16 | 2024-06-07 | 麒麟软件有限公司 | Automatic deployment method and device for Galaxy kylin server migration operation and maintenance management platform |
| CN117931221A (en) * | 2024-03-22 | 2024-04-26 | 千巡科技(深圳)有限公司 | Deployment system and method of application system based on k8s environment |
| CN117931221B (en) * | 2024-03-22 | 2024-05-24 | 千巡科技(深圳)有限公司 | Deployment system and method of application system based on k8s environment |
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