CN115953507B - Micro-service template management system for imaging arrangement container and template generation method - Google Patents
Micro-service template management system for imaging arrangement container and template generation method Download PDFInfo
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Abstract
The invention discloses a micro-service template management system and a template generation method for an imaging arrangement container, belonging to the field of container arrangement, wherein the template management system comprises the following components: the system comprises a data bearing layer, a B/S front end layer, a back end service layer and a client; the data bearing layer provides a storage function of temporary files and Chart packages and bears basic data; the B/S front-end layer creates a resource file based on basic data, performs graphical rendering and provides an editing function, performs grammar verification on the edited resource file, and performs visual display; the back-end service layer generates Chart package file data based on the basic data and the edited resource file, and performs graphical rendering on the B/S front-end layer; the invention can greatly improve the efficiency of Chart template manufacture and editing, simplify the complexity of manually organizing and managing directory structures, and ensure the accuracy of a result format.
Description
Technical Field
The invention relates to the field of container arrangement, in particular to a system for managing micro-service templates of an imaged arrangement container and a template generation method, which are used for organizing and managing Kubernetes resource description files in a deployment process.
Background
The statements in this section merely provide background information related to the present disclosure and may not constitute prior art.
Kubernetes, abbreviated as k8s, is an open-source container automation arrangement and operation and maintenance platform, is a fact standard in the field of current cluster scheduling, and is widely accepted by the industry and is applied in a large scale at present; kubernetes, with resource objects as the core, defines a series of resource orchestration metadata specifications, such as: service. Yml, discover. Yml, configmap. Yml, secret. Yml, etc., which define file specifications and describe the resource requirements of a service installation and deployment, such as program, network, configuration, CPU, memory, etc.; generally, an application program needs at least network Service (Service), program itself (deviyment), configuration (ConfigMap) and other conditions, according to the creation mode of Kubernetes native, several resources need to be executed for how many times, and certainly, a one-key installation Deployment script can be made, but if a complete system is provided, many applications may be included, the relationship between the application program and the resource definition is difficult to maintain, and in addition, the definition, the configuration resource and other conditions are different in different environments (such as a development environment, a test environment, a production environment), so that the management difficulty is huge.
Based on the above problems, helm proposes the concept of application, packaging an application program into a special package called Chart package; helm is a package management tool of the Kubernetes application for managing Chart; chart is a set of YAML files used for packaging Kubernetes native applications, and can package and version manage a group of applications, thereby facilitating distribution and deployment; basic information descriptions of applications are provided in the Chart package, such as: version, name, description, etc., while providing the resource definition required by the application, a basic Chart package structure is as follows:
~/charts/app
├── Chart.yaml
├── README.md
├── templates
│├── NOTES.txt
│├── _helpers.tpl
│├── deployment.yaml
│├── configmap.yaml
│├── secret.yaml
│└── service.yaml
└── values.yaml
therefore, the Chart package can organize and manage resources required to be defined by one application according to a hierarchical structure, a plurality of application programs can be divided into sub Chart modes when combined, and a plurality of sub Chart can be organized into a complete system; the Helm related command can perform operations such as installation, upgrading, unloading and the like on the Chart package to form a complete package management system.
However, the process of making the Chart package is complex, and particularly, template grammar, values assignment grammar and the like in the Chart package are complex; if the basic grammar for writing the Chart template is required to be mastered, a longer learning process is required, the Chart template is very strict in format requirement, and the problem that the errors are slightly wrong and the problem is difficult to be checked is solved; at present, no tool for performing Chart grammar checking is available, and no tool for performing Chart installation template editing in a graphical manner is available.
Disclosure of Invention
The invention aims at: aiming at the problems that the current Chart installation package manufacturing process is difficult and the grammar is complex, all writing and manufacturing processes can be only carried out in a pure text mode, errors are very easy to occur and the error positions are very difficult to locate, the imaging programming container micro-service template management system and the template generation method are provided, a means for graphically manufacturing and editing the Chart package is provided, the Chart package is manufactured and edited in a visual mode, and the grammar error positions can be clearly located, so that the problems are solved.
The technical scheme of the invention is as follows:
an imaging orchestration container microservice template management system comprising:
the data bearing layer provides a storage function of the temporary file and the Chart package and bears basic data required by the template management system;
the B/S front-end layer is used for creating a resource file based on the basic data, performing graphical rendering and providing an editing function; carrying out grammar verification on the edited resource file and simultaneously carrying out visual display;
the back-end service layer generates Chart package file data based on the basic data and the edited resource file, and transmits the Chart package file data to the B/S front-end layer for graphical rendering;
and the client is used as a unified entry of the template management system.
Further, the data-bearing layer includes:
the database carries basic data required by the template management system and can store Chart package file data; the base data includes: template data, template metadata, and grammar configuration items;
the file system module is used for storing temporary files generated in the process of creating the resource files and finally generated Chart packages; meanwhile, the Chart package can be generated according to the Chart package file data.
Further, the data carrying layer further includes:
and the cache module is used as an entrance for uniformly accessing data, so that the operation efficiency of the template management system is improved.
Further, the B/S front-end layer includes:
the graphical rendering engine is used for graphically rendering the resource file or Chart package file data by combining a metadata grammar structure and using a K/V-based key value pair, and has an editing function;
and the directory tree browsing component has a template selection function, displays a directory tree structure consisting of all resource files in the Chart package corresponding to the selected template in a tree directory mode, and performs graphic rendering through a graphic rendering engine.
Further, the backend service layer includes:
the template engine performs calculation processing based on the template metadata and the resource file to generate Chart package file data; converting the generated Chart package file data into a data form required by a graphic rendering engine;
and the template metadata management module describes a metadata grammar structure defined for the resource file in the Chart package based on the definition of the resource file in the native Chart package, and realizes management of the resource definition of the Chart package.
Further, the back-end service layer further includes:
the interface providing component is used for enabling the back-end service layer to interact with the B/S front-end layer in a Restful style interface mode and simultaneously providing all data interfaces required by the B/S front-end layer and the template management system.
Further, the back-end service layer further includes:
a grammar checker that performs grammar checking on the resource file based on the template grammar file, returns the non-conforming item detailed description, specific to a specific row, a specific column, and a grammar block;
the B/S front end layer further comprises:
and the visual grammar checker performs visual operation on the returned result of the grammar checker, and can locate specific rows, specific columns and specific grammar errors.
A template generation method is based on the imaging arrangement container micro-service template management system, which comprises the following steps:
step S1: selecting and creating a resource file of the Chart package to be generated through a directory tree browsing component;
step S2: editing the resource file based on the rendering result of the graphic rendering engine;
step S3: carrying out grammar checking on the edited resource file through a grammar checker, and carrying out visual operation on a checking result through a visual grammar checker;
checking and continuing to step S4; if not, jumping to the step S2, and re-editing;
step S4: the template engine performs calculation processing based on the template metadata and the resource file, generates Chart package file data, stores the Chart package file data in a database, and performs graphical rendering by the graphical rendering engine;
step S5: and the file system module generates a Chart package according to the Chart package file data.
Further, the step S1 includes:
invoking a database through a directory tree browsing component, selecting template data corresponding to a Chart package to be generated, and generating a resource file based on the template data;
displaying a directory tree structure formed by each resource file in a tree directory mode, and performing graphic rendering through a graphic rendering engine;
the step S3 includes:
inputting a template grammar file corresponding to a Chart package to be generated in a grammar checker, and carrying out grammar check on the resource file;
the visual grammar checker performs visual operation on the returned result;
the step S5 includes:
and (3) persisting the Chart package file data in the database to a file system module, executing a palm package command by means of a Helm tool, and finally completing the manufacture of the Chart package.
Further, the method further comprises the following steps:
each step stores the currently operating data in a database based on the cache module.
Compared with the prior art, the invention has the beneficial effects that:
a kind of imaging arranges the container microservice template management system and template generation method, wherein the template management system includes: the data bearing layer provides a storage function of the temporary file and the Chart package and bears basic data required by the template management system; the B/S front-end layer is used for creating a resource file based on the basic data, performing graphical rendering and providing an editing function; carrying out grammar verification on the edited resource file and simultaneously carrying out visual display; the back-end service layer generates Chart package file data based on the basic data and the edited resource file, and transmits the Chart package file data to the B/S front-end layer for graphical rendering; the client is used as a unified entry of the template management system; the template generation method is provided, so that the efficiency of Chart template manufacture and editing can be greatly improved, the complexity of manually organizing and managing directory structures is simplified, and the accuracy of a result format can be ensured; particularly in a large-scale system or micro-service environment composed of a plurality of application programs, the work of installing, deploying and managing the application programs is greatly simplified.
Drawings
FIG. 1 is a schematic diagram of an imaging orchestration container microservice template management system;
FIG. 2 is a flowchart of a template generation method.
Detailed Description
It is noted that relational terms such as "first" and "second", and the like, are used solely to distinguish one entity or action from another entity or action without necessarily requiring or implying any actual such relationship or order between such entities or actions. Moreover, the terms "comprises," "comprising," or any other variation thereof, are intended to cover a non-exclusive inclusion, such that a process, method, article, or apparatus that comprises a list of elements does not include only those elements but may include other elements not expressly listed or inherent to such process, method, article, or apparatus. Without further limitation, an element defined by the phrase "comprising one … …" does not exclude the presence of other like elements in a process, method, article, or apparatus that comprises the element.
The features and capabilities of the present invention are described in further detail below in connection with examples.
Example 1
At present, the process of manufacturing the Chart package is complex, and particularly, template grammar, values assignment grammar and the like in the Chart package are complex; if the basic grammar for writing the Chart template is required to be mastered, a longer learning process is required, the Chart template is very strict in format requirement, and the problem that the errors are slightly wrong and the problem is difficult to be checked is solved; at present, no tool for performing Chart grammar checking is available, and no tool for performing Chart installation template editing in a graphical manner is available.
Based on the problems, the embodiment provides an imaging arrangement container micro-service template management system and a template generation method, analysis is performed from the manufacturing process of a Chart package, grammar characteristics and writing rules of the Chart package are integrated, a custom template engine is used for generating Chart standardized file data, grammar verification is performed, and the capabilities of complete visual rendering, editing, management and the like of the Chart package are adopted by adopting a graphical interface based on a B/S architecture;
on one hand, a template matching the grammar is deeply customized according to the grammar rule of the Chart template, the whole is based on the YAML format and expands the grammar specific to the Chart template, metadata of the Chart grammar is defined and standardized by using the template to form a complete definition description and value description system, and on the other hand, the graphic rendering of the Chart template based on the B/S architecture is realized by relying on data provided by a template engine; aiming at different resource files and corresponding relations in the Chart package, displaying by adopting a directory tree structure mode; aiming at the content of each resource file, combining a metadata grammar structure, rendering data by using a K/V-based key value pair, and realizing dynamic switching before a source file and a preview file; therefore, means for graphically making and editing the Chart package are provided, the Chart package is made and edited in a visual mode, and the grammar error position can be clearly positioned.
Referring to fig. 1, a system for managing micro-service templates of an imaging orchestration container includes:
the data bearing layer provides a storage function of the temporary file and the Chart package and bears basic data required by the template management system;
the B/S front-end layer is used for creating a resource file based on the basic data, performing graphical rendering and providing an editing function; carrying out grammar verification on the edited resource file and simultaneously carrying out visual display;
the back-end service layer generates Chart package file data based on the basic data and the edited resource file, and transmits the Chart package file data to the B/S front-end layer for graphical rendering;
the client is used as a unified entry of the template management system; namely, a user can open a browser through a client to access a corresponding WEB program.
In this embodiment, specifically, the data carrying layer includes:
the database carries basic data required by the template management system and can store Chart package file data; the base data includes: template data, template metadata, and grammar configuration items;
the file system module is used for storing temporary files generated in the process of creating the resource files and finally generated Chart packages; meanwhile, a Chart package can be generated according to the Chart package file data; preferably, the file system module generally uses the file system of the operating system.
In this embodiment, specifically, the data carrying layer further includes:
the high-speed buffer module is used as an entrance for uniformly accessing data, and the operation efficiency of the template management system is improved; the cache module is used for caching frequently read-write data, the cache module is used for uniformly accessing the data, and the data is asynchronously stored in the database after being cached.
In this embodiment, specifically, the B/S front-end layer includes:
the graphical rendering engine is used for graphically rendering the resource file or Chart package file data by combining a metadata grammar structure and using a K/V-based key value pair, and has an editing function; the editing function is to provide a visual page, display the visual page on a WEB end, and edit the visual page through man-machine interaction;
the catalog tree browsing component has a template selection function, and simultaneously displays a catalog tree structure consisting of all resource files in a Chart package corresponding to the selected template in a tree catalog mode, and graphically renders through a graphical rendering engine; the selected template is the template corresponding to the template data stored in the database, so that the resource management capability in the WEB terminal is equivalent to that in the operation system.
In this embodiment, specifically, the backend service layer includes:
the template engine performs calculation processing based on the template metadata and the resource file to generate Chart package file data; converting the generated Chart package file data into a data form required by a graphic rendering engine;
the template metadata management module is used for describing a metadata grammar structure defined for the resource file in the Chart package based on the definition of the resource file in the native Chart package, so as to realize management of the resource definition of the Chart package; taking a Chart package with only service resources as an example, further explanation is made;
the resource attributes (i.e., metadata syntax structure) in each Service are described by a custom set of metadata, such as: service has an attribute named name, and metadata describing it is as follows:
in this embodiment, specifically, the backend service layer further includes:
the interface providing component is used for enabling the back-end service layer to interact with the B/S front-end layer in a Restful style interface mode and simultaneously providing all data interfaces required by the B/S front-end layer and the template management system.
In this embodiment, specifically, the backend service layer further includes:
a grammar checker that performs grammar checking on the resource file based on the template grammar file, returns the non-conforming item detailed description, specific to a specific row, a specific column, and a grammar block; namely clearly and definitely prompting the grammar checking result;
the B/S front end layer further comprises:
and the visual grammar checker performs visual operation on the returned result of the grammar checker, and can locate specific rows, specific columns and specific grammar errors.
Referring to fig. 2, a template generation method, based on the foregoing system for managing micro-service templates of an imaging arrangement container, includes:
step S1: selecting and creating a resource file of the Chart package to be generated through a directory tree browsing component;
step S2: editing the resource file based on the rendering result of the graphic rendering engine;
step S3: carrying out grammar checking on the edited resource file through a grammar checker, and carrying out visual operation on a checking result through a visual grammar checker;
checking and continuing to step S4; if not, jumping to the step S2, and re-editing;
step S4: the template engine performs calculation processing based on the template metadata and the resource file, generates Chart package file data, stores the Chart package file data in a database, and performs graphical rendering by the graphical rendering engine;
step S5: and the file system module generates a Chart package according to the Chart package file data.
In this embodiment, specifically, the step S1 includes:
invoking a database through a directory tree browsing component, selecting template data corresponding to a Chart package to be generated, and generating a resource file based on the template data;
displaying a directory tree structure formed by each resource file in a tree directory mode, and performing graphic rendering through a graphic rendering engine;
the step S3 includes:
inputting a template grammar file corresponding to a Chart package to be generated in a grammar checker, and carrying out grammar check on the resource file;
and the visual grammar checker performs visual operation on the returned result.
The step S5 includes:
and (3) persisting the Chart package file data in the database to a file system module, executing a palm package command by means of a Helm tool, and finally completing the manufacture of the Chart package.
In this embodiment, specifically, the method further includes: each step stores the currently operating data in a database based on the cache module.
The foregoing examples merely represent specific embodiments of the present application, which are described in more detail and are not to be construed as limiting the scope of the present application. It should be noted that, for those skilled in the art, several variations and modifications can be made without departing from the technical solution of the present application, which fall within the protection scope of the present application.
This background section is provided to generally present the context of the present invention and the work of the presently named inventors, to the extent it is described in this background section, as well as the description of the present section as not otherwise qualify as prior art at the time of filing, are neither expressly nor impliedly admitted as prior art against the present invention.
Claims (9)
1. An imaging orchestration container microservice template management system, comprising:
the data bearing layer provides a storage function of the temporary file and the Chart package and bears basic data required by the template management system;
the B/S front-end layer is used for creating a resource file based on the basic data, performing graphical rendering and providing an editing function; carrying out grammar verification on the edited resource file and simultaneously carrying out visual display;
the back-end service layer generates Chart package file data based on the basic data and the edited resource file, and transmits the Chart package file data to the B/S front-end layer for graphical rendering;
the client is used as a unified entry of the template management system;
the B/S front-end layer comprises:
the graphical rendering engine is used for graphically rendering the resource file or Chart package file data by combining a metadata grammar structure and using a K/V-based key value pair, and has an editing function;
and the directory tree browsing component has a template selection function, displays a directory tree structure consisting of all resource files in the Chart package corresponding to the selected template in a tree directory mode, and performs graphic rendering through a graphic rendering engine.
2. The imaging orchestration container micro-service template management system according to claim 1, wherein the data bearing layer comprises:
the database carries basic data required by the template management system and can store Chart package file data; the base data includes: template data, template metadata, and grammar configuration items;
the file system module is used for storing temporary files generated in the process of creating the resource files and finally generated Chart packages; meanwhile, the Chart package can be generated according to the Chart package file data.
3. The imaging orchestration container micro-service template management system according to claim 2, wherein the data bearing layer further comprises:
and the cache module is used as an entrance for uniformly accessing data, so that the operation efficiency of the template management system is improved.
4. The imaging orchestration container micro-service template management system according to claim 2, wherein the backend service layer comprises:
the template engine performs calculation processing based on the template metadata and the resource file to generate Chart package file data; converting the generated Chart package file data into a data form required by a graphic rendering engine;
and the template metadata management module describes a metadata grammar structure defined for the resource file in the Chart package based on the definition of the resource file in the native Chart package, and realizes management of the resource definition of the Chart package.
5. The imaging orchestration container micro-service template management system according to claim 4, wherein the backend service layer further comprises:
the interface providing component is used for enabling the back-end service layer to interact with the B/S front-end layer in a Restful style interface mode and simultaneously providing all data interfaces required by the B/S front-end layer and the template management system.
6. The imaging orchestration container micro-service template management system according to claim 4, wherein the backend service layer further comprises:
a grammar checker that performs grammar checking on the resource file based on the template grammar file, returns the non-conforming item detailed description, specific to a specific row, a specific column, and a grammar block;
the B/S front end layer further comprises:
and the visual grammar checker performs visual operation on the returned result of the grammar checker, and can locate specific rows, specific columns and specific grammar errors.
7. A template generation method, characterized in that it is based on an imaging orchestration container micro-service template management system according to any one of claims 1-6, comprising:
step S1: selecting and creating a resource file of the Chart package to be generated through a directory tree browsing component;
step S2: editing the resource file based on the rendering result of the graphic rendering engine;
step S3: carrying out grammar checking on the edited resource file through a grammar checker, and carrying out visual operation on a checking result through a visual grammar checker;
checking and continuing to step S4; if not, jumping to the step S2, and re-editing;
step S4: the template engine performs calculation processing based on the template metadata and the resource file, generates Chart package file data, stores the Chart package file data in a database, and performs graphical rendering by the graphical rendering engine;
step S5: and the file system module generates a Chart package according to the Chart package file data.
8. The method of generating a template according to claim 7, wherein the step S1 includes:
invoking a database through a directory tree browsing component, selecting template data corresponding to a Chart package to be generated, and generating a resource file based on the template data;
displaying a directory tree structure formed by each resource file in a tree directory mode, and performing graphic rendering through a graphic rendering engine;
the step S3 includes:
inputting a template grammar file corresponding to a Chart package to be generated in a grammar checker, and carrying out grammar check on the resource file;
the visual grammar checker performs visual operation on the returned result;
the step S5 includes:
and (3) persisting the Chart package file data in the database to a file system module, executing a palm package command by means of a Helm tool, and finally completing the manufacture of the Chart package.
9. The template generating method according to claim 7, further comprising:
each step stores the currently operating data in a database based on the cache module.
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