CN115964185A - Micro-service management system for technical resource sharing - Google Patents
Micro-service management system for technical resource sharing Download PDFInfo
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- CN115964185A CN115964185A CN202111185441.XA CN202111185441A CN115964185A CN 115964185 A CN115964185 A CN 115964185A CN 202111185441 A CN202111185441 A CN 202111185441A CN 115964185 A CN115964185 A CN 115964185A
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Abstract
The invention provides a micro-service management system facing technical resource sharing, which is combined with a specific implementation scene that the prior equipment is used as a shared technical resource in scientific and technological travel, aims at micro-service release, deployment, arrangement and operation and maintenance requirements required by the technical resource service sharing, improves the release efficiency of micro-services of various sources and different types through a configuration template based on standard interface specifications, facilitates the micro-service containerized deployment through a visual container manager, realizes high-efficiency deployment, improves the arrangement simulation level and efficiency through the association relation and execution logic between a visual draggable service arrangement interface and a preset micro-service, realizes micro-service block chain evidence storage, service state detection and service source based on an intelligent contract, provides a full-life-cycle support tool for the micro-service, containerization and application construction of the technical resource, and can improve the efficiency, user experience and data security of the technical resource service sharing.
Description
Technical Field
The invention relates to the technical field of distributed architecture, in particular to a micro-service management system for technical resource sharing.
Background
The conventional software system usually adopts a monolithic architecture, however, with the development of technology, the scale-up of the system, the demand and the increasing of the number of users, the conventional monolithic architecture exposes more and more problems, including: the functional coupling causes the software function to be difficult to modify, the deployment speed is slow, the scaling is difficult as required, and the like. The micro-service architecture has a core idea that a single program is disassembled in a fine-grained manner as much as possible, a plurality of micro-services are used for realizing single application, each micro-service runs in the process of the micro-service, the micro-service can be independently deployed through an automatic deployment mechanism, different programming languages can be used for realizing the micro-service, different data storage technologies are adopted, and the minimum centralized management is adopted. A management system (namely a micro-service management system) of a micro-service architecture is adopted to deploy and manage each micro-service.
The main micro-service management system only faces to a single resource, but lacks consideration on service scenes and service use requirements, so that the following problems exist: (1) The existing micro-service management system manages general micro-services, and does not perform full-life-cycle targeted management on the corresponding micro-services according to specific scenes; (2) In the aspect of publishing micro services, all services and related units are controlled and maintained by system designers and developers, and other design teams access the services by calling corresponding APIs (application programming interfaces), so that the publishing and application of the services are greatly limited, and the scenes facing multiple types of technical resource sharing, such as scenes for mass-production development, cannot be met; (3) In the aspect of micro-service deployment, at present, a single micro-service is generally deployed in a lightweight container according to a lightweight communication principle, a system designer writes configuration files, and containerization deployment is realized through a packed command, however, in a technical resource sharing scenario, the micro-service has multiple different sources, a service issuer needs to know port occupation, a container ID and a use condition of the container to write a correct configuration file and input a correct deployment command, and the whole process is complex and is prone to errors; (4) In the aspect of micro-service arrangement, some open service platforms provide services to the outside in an REST manner, but when a developer needs to combine basic services more complexly, even if the number of the basic services is not large, the difference between different basic services needs to be shielded, so that the service combination which looks simple often needs to pay a large cost and has low efficiency; (5) In the aspect of micro-service operation and maintenance, in the prior art, a service finder and a service provider rely on a trusted third-party platform to solve the trust problem, so that the complexity of technical resource sharing is increased, and the sharing efficiency is reduced.
As described above, the existing micro service management system is difficult to satisfy the issue and management of micro services in the technical resource sharing scenario, and therefore, a micro service management system oriented to technical resource sharing is needed to provide targeted micro service management for the technical resource sharing scenario.
Disclosure of Invention
In order to solve the problems, the invention provides a micro-service management system facing to technical resource sharing, which adopts the following technical scheme:
the invention provides a micro-service management system facing to technical resource sharing, which provides full-life-cycle targeted management for various micro-services of different types and is characterized by comprising a micro-service publishing module, a micro-service module and a micro-service module, wherein the micro-service publishing module is used for converting technical resources into the micro-services with standardized encapsulation interfaces according to a preset service template and publishing the micro-services; the micro-service deployment module is used for packaging the issued micro-services into a container and deploying the micro-services to the cloud to form cloud micro-services; the micro-service arranging module is used for combining the released micro-services by the user to generate a composite service; and the micro-service operation and maintenance module is at least used for carrying out state detection on the cloud micro-service and the composite service, wherein the micro-service management system facing the technical resource sharing is connected with the application service layer, and the application service layer at least comprises a service configuration template module in which a preset service template is stored.
The technical resource sharing-oriented microservice management system provided by the invention can also have the technical characteristics that the running environment, the running dependency and the running framework required by microservices are packaged in the container.
The technical resource sharing-oriented microservice management system provided by the invention can also have the technical characteristics that the technical resource has service sources and service types, the number of the preset service templates is multiple, the preset service templates respectively correspond to different service sources and different service types, a standard and uniform packaging interface is defined, and the functions of a microservice release module comprise: defining service types and method parameters; calling a corresponding service configuration template according to the service type; converting the technical resource into micro service according to the service template; and generating a description file of the microservice.
The technical resource sharing-oriented micro-service management system provided by the invention can also have the technical characteristics that the functions of the micro-service deployment module comprise: automatically generating a deployment configuration file required by deploying the micro service; containerize the micro-service; and deploying the containerized micro-services to a cloud according to the deployment configuration file.
The technical resource sharing-oriented microservice management system provided by the invention can also have the technical characteristics that the application service layer further comprises a visual container management module for providing a visual operation interface for containerization and deployment of microservices, and the functions of the microservice deployment module further comprise: displaying the process and parameters of the microservice containerization; and displaying the process and parameters of the micro-service deployment to the cloud.
The technical resource sharing-oriented microservice management system provided by the invention can also have the technical characteristics that the technical resource sharing-oriented microservice management system is also connected with the service sharing block chain, and the microservice operation and maintenance module also provides trusted evidence storage and service tracing for the cloud microservice through the service sharing block chain.
The technical resource sharing-oriented microservice management system provided by the invention can also have the technical characteristics that the credible certificate comprises the basic information, the interface information, the use condition, the use state and the participant basic information of the microservice, and the participant comprises the provider and the caller of the microservice.
The technical resource sharing-oriented micro-service management system provided by the invention can also have the technical characteristics, and further comprises a micro-service arrangement module, wherein the micro-service arrangement module is used for combining micro-services by a user to generate a composite service, the application service layer further comprises a visual dragging module, and the micro-service arrangement module further provides a visual and draggable operation interface for the user through the visual dragging module.
The technical resource sharing-oriented micro-service management system provided by the invention can also have the technical characteristics that the service template comprises a plurality of preset IO interface matching modes and processes which respectively correspond to the interaction among the micro-services of different services, and the micro-service arranging module combines the micro-services by taking the combination of the service templates as a reference and the corresponding micro-services as an example.
The technical resource sharing-oriented microservice management system provided by the invention can also have the technical characteristics that the functions of the microservice arranging module comprise: performing service retrieval on the plurality of service templates; sequencing the plurality of service templates according to a preset rule; generating a composite service by taking the combination of the service templates as a reference and the corresponding micro service as an example; and automatically deploying the composite service.
Action and Effect of the invention
According to the technical resource sharing-oriented micro-service management system, due to the fact that the micro-service publishing module is arranged, the preset service template is stored in the service configuration template module of the application service layer, technical resources provided by a user can be converted into micro-services with a standardized encapsulation interface according to the preset service template and published, and publishing efficiency is improved; due to the fact that the micro-service deployment module is arranged, the issued micro-services can be packaged into the container and deployed to the cloud end, and the micro-services become cloud end micro-services capable of running in the cloud end; due to the micro-service arrangement module, a user can combine the released micro-services to obtain the required composite service, namely user application; and the cloud micro-service and the user can be subjected to state detection due to the micro-service operation and maintenance module, so that the service state of the cloud micro-service and the user can be ensured. As described above, the micro-service management system for technology resource sharing provides a full-life-cycle support tool for micro-service, containerization and application construction of technology resources, and can comprehensively improve the efficiency of technology resource service sharing and user experience.
Drawings
Fig. 1 is a block diagram of a technical resource sharing microservice management system according to an embodiment of the present invention.
Detailed Description
In order to make the technical means, the creation features, the achievement purposes and the effects of the invention easy to understand, the overall framework and the partial implementation of the technical resource sharing oriented microservice management system of the invention are specifically described below with reference to the embodiments and the attached drawings.
< example >
The embodiment provides a micro-service management system for technology resource sharing, which is applied to the resource sharing scene of leading-edge equipment in science and technology tourism. The related micro-services have a plurality of different service types, including user interaction micro-services, video processing micro-services, resource encapsulation micro-services and the like which are called by a target application system.
The technical resources include technical resources with high unit price, fast technical upgrade and difficult practical operation, which relate to a large amount of advanced technologies, and the technical resources are not suitable for being purchased separately for the reasons. Through the technical resource sharing-oriented micro-service management system of the embodiment, the owner of the technical resources can digitally publish the technical resources as the sharing services and correspondingly manage the sharing services, and other users can retrieve and use the sharing services or further use the sharing services to construct new applications, so that the purpose of sharing the technical resources is achieved.
Fig. 1 is a block diagram of a technical resource sharing microservice management system according to an embodiment of the present invention.
As shown in fig. 1, the technical resource sharing-oriented microservice management system 10 of the present embodiment includes a control module 11, a service publishing module 12, a service deploying module 13, a service combining module 14, and a service operation and maintenance module 15.
Furthermore, the technology-oriented resource sharing microservice management system 10 also interacts directly or indirectly with the application service layer 20, the business logic layer 30, the base service layer 40, the service sharing blockchain 50, and the data layer 60.
The application service layer 20 includes a service configuration template module 21, a visualization container management module 22, and a visualization dragging module 23.
The basic service layer 40 includes a plurality of basic services such as service registration, container management, service detection, and the like.
The data layer 60 includes a cloud database and a local database.
The roles of the respective modules in the technical resource sharing-oriented microservice management system 10 and the interaction with other layers will be described in detail below.
The control module 11 is configured to manage the service publishing module 12, the service deploying module 13, the service combination module 14, and the service operation and maintenance module 15.
The service publishing module 12 is used for publishing the technical resources owned by the user as shared services, and according to the service sources and the service types of the technical resources, the packaging of the micro services is completed by using service template configurations corresponding to different service sources and different service types, and a standard and uniform micro service packaging interface is defined in the service template, so that the service publishing module 12 digitalizes the technical resources by developing a remote operation interface and further standardizes the packaging interface to form the micro services, that is, the service publishing module 12 solves the problem of the servitization of the technical resources required by the sharing of the technical resources.
The functions of the service publishing module 12 include: defining service types and method parameters; calling a corresponding service template and a corresponding method function according to the service source and the service type; detecting a function name, a request mode and a return value in the service code of the uploaded technical resource; outputting a modification suggestion for the service code in a text form based on the detection; converting the technical resource into a micro service with a standard interface according to the service template; and generating a description file of the microservice.
Specifically, the service configuration template module 21 stores a plurality of predetermined service templates, which respectively correspond to different predetermined service sources and service types. The Service publishing module 12 acquires a predetermined Service template and constructs a Service registry, the Service registry preprocesses a code packet of a pre-published micro Service through the predetermined Service template, converts the code packet of the micro Service into a new Service deployment packet which conforms to the naming mode, function and parameter naming standard of the Service category, and finally outputs a plurality of description files of the micro Service, wherein the plurality of description files comprise Service data description files in an xml document format and description files in a wsdl format for describing interface operation. An example of an interface for the service publishing module 12 is as follows:
service publishing
GET/service/interface/extraction # service interface extraction
POST/service/name/detection # carries out detection of naming specification in code according to service type
GET/service/name/detection # detects function return value standard in service according to corresponding service type
GET/generate/modify/add # generation service modification suggestion
GET/generate/service/desc # generation service description
PUT/generate/service/register # service registration
The micro-service deployment module 13 containerizes and deploys the micro-services published by the micro-service publishing module 12 to a cloud computing environment to form cloud micro-services, the micro-service deployment module 13 packages software codes of the micro-services and operating environments, dependencies and frames required by the operation of the software codes together, so that the micro-services are isolated in containers of the micro-services, the micro-services can be moved and operated consistently in any environment and any infrastructure, and the containerization and deployment processes and parameters are displayed through the visual container management module 22. That is, the microservice deployment module 13 solves the containerization and clouding of the technical resources required for technical resource sharing.
The functions of the microservice deployment module 13 include: automatically generating a deployment configuration file required by deploying the micro service; containerizing the micro-services; deploying the containerized micro-service to a cloud according to a deployment configuration file; displaying the process and parameters of the microservice containerization; and displaying the process and parameters of the microservice deployment.
Specifically, the microservice deployment module 13 is configured to interact with a docker, perform operations such as visual adding, deleting, modifying, and checking on the container, obtain detailed information of the container, and perform state monitoring. Further, the service deployment module 13 packages the code of the micro-service, the running environment required for running the micro-service, the running dependency and the running framework into a container together. Further, the service deployment module 13 automatically generates configuration files required for deployment for the micro services based on the standardized micro services published by the service publishing module 12, and completes the automated deployment. Meanwhile, the service deployment module 13 can also implement the containerized configuration and management process of the micro-service on a directly operable user interface through the visual container management module 22, and display relevant information such as a port of the acquired container, the use condition of the memory, and the like. Meanwhile, the service deployment module 13 can also display relevant deployed information, including the state, calling condition, exception handling parameters, and the like of the deployed service. An example of an interface for the service deployment module 13 is as follows:
service deployment
POST/docker/general/initFile # generates configuration file of service deployment according to config information
POST/docker/container/config # Container configuration
GET/docker/container/list # GET all container list
GET/docker/container/logs # acquisition of specified container log
GET/docker/container/start # starting container
GET/docker/container/restart # restart container
DELETE/docker/container/stop # stop vessel
DELETE/docker/container/DELETE # DELETE container
The microservice arranging module 14 is used for the user to combine the published microservices to generate a composite service required by the user, namely, a user application. The microservice arrangement module 14 predefines matching modes (i.e. defining association relations between different types of microservices) and execution logics of the IO interfaces interacting among microservices of different services in the abstracted service template according to the predetermined service types and the service template, dynamically combines the microservices by taking the combination of the predetermined abstract service templates as a reference and taking concrete microservices under the corresponding types as examples during arrangement, thereby achieving the purpose of shielding complex configuration and inconsistency among the microservices, obtaining a composite service capable of replacing components thereof with one another in a usable, telescopic and dynamic manner, thereby meeting the functional requirements of a certain service process and improving the arrangement simulation level. Meanwhile, the micro-service orchestration module 14 can also provide a visual and draggable operation mode for the user through the visual dragging module 23, thereby improving the orchestration efficiency.
The functions of microservice orchestration module 14 include: performing service retrieval on a plurality of service templates; sequencing the plurality of service templates according to a preset rule; generating a composite service, namely a user application, by taking the combination of the service templates as a reference and the corresponding micro service as an example; and automatically deploying the generated composite service.
Specifically, the micro-service orchestration module 14 pulls a service list of a registry of the micro-service publishing module 12, obtains all published micro-services, and places each micro-service under its corresponding service category, and combines and fills the dragged example micro-services to generate an interaction code, based on the interaction between service templates corresponding to the service types, and after completion, automatically publishes and deploys the combined composite service through the micro-service publishing module 12 and the micro-service deployment module 13. An example of an interface for microservice orchestration module 14 is as follows:
service orchestration
GET/service/list # acquiring service list of specified type
POST/service/composition/structure # acquires combined structure of services after visual drag combination
PUT/service/combined/filing # populates interactive calls between instance services
The service operation and maintenance module 15 is configured to detect service states of the cloud micro-service and the composite service, and provide a trusted evidence and service tracing for the micro-service through the service sharing block chain 50 and the intelligent contract development environment. The service operation and maintenance module 15 provides automatic evidence for the entire flow from the issuing to the calling of the micro service through the intelligent contract, the automatic evidence includes the basic information of the participants, the basic information of the micro service, the interface information of the micro service, the use condition of the micro service, and the automatic evidence of the service state of the micro service, and the participants include the provider of the micro service and the caller of the micro service.
Specifically, the service operation and maintenance module 15 detects the service state, and triggers an alarm and analyzes the cause of the fault when the fault is detected, and meanwhile, the service operation and maintenance module 15 utilizes the service sharing block chain 50 based on the intelligent contract to realize the tracing of the service and the transmission of the evidence based on the point-to-point protocol established by the hypertext transfer protocol 2.0, and the data structure is optimized to effectively maintain the repeated overall state of the numerous participants.
As described above, with the technical resource sharing-oriented microservice management system 10 of the present embodiment, based on a predetermined service template, a technical resource can be released as a microservice, the microservice can be automatically deployed, the service state can be detected, and the service can be traced to the source.
Effects and effects of the embodiments
According to the technical resource sharing-oriented micro-service management system 10 provided by the embodiment, since the micro-service publishing module 12 is provided, and the predetermined service template is stored in the service configuration template module 21 of the application service layer 20, the technical resource provided by the user can be converted into the micro-service with the standardized interface according to the predetermined service template and published, so that the publishing efficiency is improved; due to the fact that the micro-service deployment module 13 is arranged, the issued micro-services can be packaged into a container and deployed to the cloud, and the micro-services become cloud micro-services capable of running in the cloud; due to the micro-service arranging module 14, the user can combine the released micro-services to obtain the required composite service, namely user application, and also release and automatically deploy; due to the fact that the micro-service operation and maintenance module 15 is arranged, state detection can be conducted on the cloud micro-service and the composite service, and the service state of the cloud micro-service and the composite service is guaranteed. As described above, the micro-service management system 10 for technology resource sharing according to the present invention makes a targeted design for an application scenario of technology resource sharing, provides a full-life-cycle support tool for micro-service, containerization and application construction of technology resources, and can comprehensively improve efficiency of technology resource service sharing and user experience.
Specifically, the micro-service publishing module 12 completes the packaging of the micro-service by using the service types of the predetermined technical resources and the service template configurations corresponding to different service sources and different service types, each type has respective service specifications and attribute configurations, so that the micro-service with the specification and uniform packaging interface can be quickly generated and published, the publishing efficiency is improved, and the published micro-service has the specification and uniform packaging interface, so that the collaborative management is easily realized after the micro-service is published.
Further, the micro-service deployment module 13 packages the code of the micro-service released by the micro-service release module 12 and the required operating environment, dependency and framework into a container together, so that the micro-service is containerized, and the micro-service can be isolated in its own container so as to be moved and operated consistently in any environment and any infrastructure. The micro-service deployment module 13 also automatically generates a deployment configuration file and automatically deploys the containerized micro-service to the cloud through the file, so that the cloudization of the micro-service is realized, and the deployment efficiency is greatly improved. In addition, the microservice deployment module 13 provides an intuitive and visual interface of the above process for an operator through the visual container management module 22, so that the operator can observe and track the flow conveniently, thereby avoiding errors.
Further, the user can combine the distributed multiple micro services as required by the micro service arranging module 14 to generate the required composite service. Specifically, a user can dynamically combine a plurality of micro services in a visualized and draggable manner through the micro service arrangement module 14 and the visualized dragging module 23, and after the user operation is completed, the micro service arrangement module 14 combines and generates a composite service by taking a predetermined service template as a reference and taking a specific micro service corresponding to the service type of the predetermined service template as an example, so that the purpose of shielding complex configuration and inconsistency among the micro services is achieved, the user can generate the required composite service more intuitively, conveniently and quickly, and the construction efficiency of the composite service is greatly improved.
Further, the micro-service operation and maintenance module 15 can detect the service state of the micro-service, and provide automatic evidence storage and service tracing for the whole process from issuing to calling of the micro-service by using the service sharing block chain and the intelligent contract development environment without depending on a third-party platform, thereby reducing the complexity of technical resource sharing and improving the sharing efficiency.
The above-described embodiments are merely illustrative of specific embodiments of the present invention, and the present invention is not limited to the scope of the description of the above-described embodiments.
In the above embodiment, the technical resource sharing-oriented micro-service management system 10 is applied to a resource sharing scenario of leading edge equipment in science and technology tourism, and in other aspects of the present invention, the technical resource sharing-oriented micro-service management system 10 may also be applied to other technical resource sharing scenarios, for example, a sharing scenario in which leading edge equipment is used as a shared technical resource in the teaching and training field.
Claims (10)
1. A micro-service management system oriented to technical resource sharing, which is used for providing full-life-cycle targeted management for micro-services of multiple service types, and is characterized by comprising the following steps:
the micro-service publishing module is used for converting technical resources into the micro-service with a standardized encapsulation interface according to a preset service template and publishing the micro-service;
the micro-service deployment module is used for packaging the issued micro-services into a container and deploying the micro-services to a cloud end to form cloud end micro-services;
the micro-service arranging module is used for combining the published micro-services by a user to generate a composite service; and
the micro-service operation and maintenance module is at least used for detecting the service states of the cloud micro-service and the composite service,
wherein the technical resource sharing-oriented micro-service management system is connected with an application service layer,
the application service layer at least comprises a service configuration template module which stores the preset service template.
2. The micro-service management system oriented to technical resource sharing of claim 1, wherein:
and the container is also internally packaged with an operating environment, an operating dependency and an operating framework required by the microservice.
3. The micro-service management system oriented to technical resource sharing of claim 1, wherein:
wherein the technical resource has a service origin and the service type,
the number of the predetermined service templates is a plurality of, which respectively correspond to different service sources and different service types, and define a standard and uniform encapsulation interface,
the functions of the micro-service publishing module comprise:
defining the service type and method parameters;
calling the corresponding service template according to the service type;
converting the technical resource into the micro-service according to the service template; and
and generating a description file of the microservice.
4. The technical resource sharing-oriented microservice management system according to claim 1, characterized in that:
wherein the functions of the microservice deployment module include:
automatically generating a deployment configuration file required for deploying the micro-service;
containerize the microservice; and
and deploying the containerized micro-service to a cloud according to the deployment configuration file.
5. The micro-service management system oriented to technical resource sharing of claim 4, wherein:
wherein, the application service layer also comprises a visual container management module which is used for providing a visual operation interface for the containerization and the deployment of the micro-service,
the functions of the microservice deployment module further comprise:
displaying the micro-service containerization process and parameters; and
and displaying the process and parameters of the micro-service deployment to the cloud.
6. The micro-service management system oriented to technical resource sharing of claim 1, wherein:
wherein the technical resource sharing-oriented micro-service management system is also connected with a service sharing block chain,
the micro-service operation and maintenance module further provides a trusted certificate and service tracing for the cloud micro-service through the service sharing block chain.
7. The micro-service management system oriented to technical resource sharing of claim 1, wherein:
wherein the trusted deposit certificate comprises basic information of the micro-service, interface information, use condition, use state and basic information of participants,
the participants include the provider of the microservice and the caller.
8. The technical resource sharing-oriented microservice management system according to claim 1, characterized in that:
wherein the application service layer further comprises a visual drag module,
the micro-service orchestration module further provides a visual and draggable operation interface for the user through the visual dragging module.
9. The micro-service management system oriented to technical resource sharing of claim 1, wherein:
wherein the service template comprises a plurality of preset IO interface matching modes and execution logics which respectively correspond to the interaction among the micro services with different sources and different types,
and the micro-service arranging module takes the combination of the service templates as a reference and takes the corresponding micro-service as an example for combination.
10. The micro-service management system for technical resource sharing according to claim 9, wherein:
wherein the functions of the microservice orchestration module comprise:
performing service retrieval on a plurality of service templates;
sequencing a plurality of the service templates according to a preset rule;
generating the composite service by taking the combination of the service templates as a reference and the corresponding micro service as an example; and
automatically deploying the composite service.
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN116346369A (en) * | 2023-05-31 | 2023-06-27 | 湖南天河国云科技有限公司 | Block chain construction method, block chain construction system and block chain system |
| CN116991432A (en) * | 2023-09-27 | 2023-11-03 | 厦门她趣信息技术有限公司 | Integrated release management platform based on micro-service |
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2021
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN116346369A (en) * | 2023-05-31 | 2023-06-27 | 湖南天河国云科技有限公司 | Block chain construction method, block chain construction system and block chain system |
| CN116991432A (en) * | 2023-09-27 | 2023-11-03 | 厦门她趣信息技术有限公司 | Integrated release management platform based on micro-service |
| CN116991432B (en) * | 2023-09-27 | 2023-12-26 | 厦门她趣信息技术有限公司 | Integrated release management platform based on micro-service |
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