CN113900727A - Docking system for dynamic configuration of application program and dynamic configuration system - Google Patents
Docking system for dynamic configuration of application program and dynamic configuration system Download PDFInfo
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- G06F9/06—Arrangements for program control, e.g. control units using stored programs, i.e. using an internal store of processing equipment to receive or retain programs
- G06F9/44—Arrangements for executing specific programs
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Abstract
The invention discloses a docking system and a dynamic configuration system for dynamic configuration of an application program, belongs to the technical field of application program configuration, and aims to solve the technical problem of how to realize the dynamic configuration of the application program under multiple environments and multiple tenants. The method comprises the following steps: the configuration management module comprises a configuration management interface and a configuration logic unit, is used for configuring the environment parameters of the application program, configuring the dynamic configuration information of the application program in each environment, maintaining the environment parameters and the dynamic configuration information corresponding to the application program, and encrypting the dynamic configuration information to form the encrypted dynamic configuration information; the authority management module is used for setting roles of the users and distributing the authorities to form user authority information; the database is used for storing the environment parameters of the application program, the encrypted dynamic configuration information and the user authority information; and the configuration issuing module is used for interacting with the Eureka registration center and returning the environment parameters and the decrypted dynamic configuration information to the Eureka registration center.
Description
Technical Field
The invention relates to the technical field of application program configuration, in particular to a docking system and a dynamic configuration system for dynamic configuration of an application program.
Background
At present, each application program in the field of internet supervision is configured with an independent configuration file, and various configuration information parameters required by the application program, such as service configuration, various switches and service configuration, are provided through the configuration file. If the number of micro service nodes in the system structure is less, the conventional code + configuration development mode is enough to solve the problem; when the system iterates step by step, the microservices of the system become more and more complex and slowly evolve into a mesh-type dependency structure, and at this time, the conventional development mode of code + configuration is not suitable, because the expansibility, scalability, coupling and the like of the whole system are also considered. The method of configuring multiple configuration files by using multiple applications requires re-deployment of applications and services if relevant parameters thereof need to be changed, which undoubtedly increases the difficulty of management and the complexity of operation and maintenance.
How to realize the dynamic configuration of the application program under multiple environments and multiple tenants is a technical problem to be solved.
Disclosure of Invention
The technical task of the invention is to provide a docking system and a dynamic configuration system for dynamic configuration of an application program to solve the technical problem of how to realize the dynamic configuration of the application program under multiple environments and multiple tenants.
In a first aspect, the docking system for dynamically configuring an application according to the present invention is a micro-service architecture, and includes:
the configuration management module comprises a configuration management interface and a configuration logic unit, wherein the configuration management interface interacts with a user in a visual page mode, and the configuration management interface and the configuration logic unit are matched and used for configuring environment parameters of an application program, configuring dynamic configuration information of the application program in each environment, maintaining the environment parameters and the dynamic configuration information corresponding to the application program, and encrypting the dynamic configuration information to form encrypted dynamic configuration information;
the authority management module comprises an authority management interface and an authority logic unit, the authority management interface interacts with an administrator in a visual page mode, and the authority management interface is matched with the authority logic unit and used for setting roles of users and distributing authority to form user authority information;
the database is interacted with the configuration management module and the authority management module, and is used for storing the environment parameters of the application program, the encrypted dynamic configuration information and the user authority information;
the configuration release module is interacted with the database, is used for interacting with the Eureka registration center, is used for acquiring the environment parameters of the application program and the encrypted dynamic configuration information from the database based on a service request sent by the Eureka registration center, is used for decrypting the encrypted dynamic configuration information, and returns the environment parameters of the application program and the decrypted dynamic configuration information to the Eureka registration center.
Preferably, the configuration management module is configured to form a history version of the dynamic configuration information and view and restore the dynamic configuration information of the history version by the following steps:
adding a plurality of dynamic configuration information with the same name in the same environment, converting the previous dynamic configuration information into dynamic configuration information of a historical version, storing the dynamic configuration information of the historical version in a database, and preferentially pushing the currently updated configuration information when an application program is called.
Preferably, the configuration management module is configured to export the environment parameters and the dynamic configuration information corresponding to the application program and form configuration files in multiple formats.
Preferably, the configuration file format includes TEXT, JSON, XML, YAML, HTML, and Properties.
Preferably, the configuration management module is configured to perform data cloning on the dynamic configuration information through the following steps:
for an application program, the same dynamic configuration information under each environment is cloned and copied.
Preferably, the rights management module is configured to record and form a user behavior log by:
and recording the operation of the user to form a user behavior log and storing the user behavior log in a database.
Preferably, the dynamic configuration system is a micro-service architecture mode constructed based on Spring boot and Spring Cloud Config, and the application program interacts with the dynamic configuration system in a rest mode.
In a second aspect, the present invention provides a system for dynamically configuring an application, comprising:
the system comprises an application program client, a server and a server, wherein the application program client is used for dividing a single application program into a group of micro services, and each micro service runs in a corresponding process;
the docking system is the docking system with the application program dynamically configured according to any one of the first aspect, the application program client is used for sending the application program to the docking system in a micro service mode, and the micro service interacts with the docking system in a rest mode;
the system comprises an Eureka registration center, wherein the Eureka registration center interacts with the docking system and an application program client, a service registration list is configured in the Eureka registration center and used for storing registration information and routing information corresponding to micro services, the application program client synchronously acquires the service registration list from the Eureka registration center for service calling, and the Eureka registration center sends a service request to the docking system based on the service calling and acquires environment parameters corresponding to the application program and dynamic configuration information after decryption.
The docking system and the dynamic configuration system for the dynamic configuration of the application program have the following advantages:
1. the system has the advantages that the visual management of the configuration information, the encryption and decryption of the configuration information and other security characteristics, the authority management of the configuration information, the data sharing of the configuration information and other functions are provided, enterprise developers can dynamically manage the resource configuration of a plurality of application programs through the visual page, the sharing of the configuration information and the centralized management of the configuration information are realized, the risks of repeatedly modifying and compiling codes, restarting the system, repackaging and the like caused by the change of the configuration information are fundamentally solved, the developers can develop the application programs more easily, and the research and development work efficiency is improved;
2. the query and recovery function of the dynamic configuration information of the historical version is provided, and the requirement of starting the historical version by a user is met;
3. export of the configuration file is supported, and the configuration file supports multiple formats, so that the configuration file can be imported from the local place without being remotely called through an Eureka registration center;
4. the system has a data cloning function, can clone and copy the same configuration information in multiple environments, and saves the complex flow of multiple input;
5. has authority management, ensures the roles and authorities of different users, ensures the confidentiality and authority attribution of data, records the operation of each user through a user behavior log, is convenient for future checking and authority analysis,
Drawings
In order to more clearly illustrate the technical solutions in the embodiments of the present invention, the drawings needed for the embodiments or the prior art descriptions will be briefly described below, and it is obvious that the drawings in the following description are only some embodiments of the present invention, and it is obvious for those skilled in the art to obtain other drawings based on the drawings without creative efforts.
The invention is further described below with reference to the accompanying drawings.
FIG. 1 is a schematic block diagram of a network structure of a docking system for dynamic configuration of an application according to embodiment 1;
fig. 2 is a functional block diagram of a dynamic configuration system of an application program according to embodiment 1.
Detailed Description
The present invention is further described in the following with reference to the drawings and the specific embodiments so that those skilled in the art can better understand the present invention and can implement the present invention, but the embodiments are not to be construed as limiting the present invention, and the embodiments and the technical features of the embodiments can be combined with each other without conflict.
The embodiment of the invention provides a docking system and a dynamic configuration system for dynamic configuration of an application program, which are used for solving the technical problem of how to realize the dynamic configuration of the application program under multiple environments and multiple tenants.
Example 1:
the docking system for the dynamic configuration of the application program is a micro-service architecture and comprises a configuration management module, a permission management module, a database and a configuration publishing module, wherein the configuration management module comprises a configuration management interface and a configuration logic unit, the configuration management interface interacts with a user in a visual page mode, the configuration management interface and the configuration logic unit are matched for configuring environmental parameters of the application program, configuring dynamic configuration information of the application program in each environment, maintaining the environmental parameters and the dynamic configuration information corresponding to the application program and encrypting the dynamic configuration information to form the encrypted dynamic configuration information; the authority management module comprises an authority management interface and an authority logic unit, wherein the authority management interface interacts with an administrator in a visual page mode, and the authority management interface is matched with the authority logic unit and used for setting roles and distributing authority of the user to form user authority information; the database is interacted with the configuration management module and the authority management module, and is used for storing the environment parameters of the application program, the encrypted dynamic configuration information and the user authority information; the configuration issuing module is interacted with the database, is used for interacting with the Eureka registration center, and is used for acquiring the environment parameters of the application program and the encrypted dynamic configuration information from the database based on the service request sent by the Eureka registration center, decrypting the encrypted dynamic configuration information, and returning the environment parameters of the application program and the decrypted dynamic configuration information to the Eureka registration center.
The configuration management module is used for forming a history version of the dynamic configuration information and checking and recovering the dynamic configuration information of the history version through the following steps: adding a plurality of dynamic configuration information with the same name in the same environment, converting the previous dynamic configuration information into dynamic configuration information of a historical version, storing the dynamic configuration information of the historical version in a database, and preferentially pushing the currently updated configuration information when an application program is called.
The configuration management module is used for exporting the environment parameters and the dynamic configuration information corresponding to the application program and forming configuration files in various formats. The format of the configuration file includes TEXT, JSON, XML, YAML, HTML, and Properties.
The configuration management module is used for carrying out data cloning on the dynamic configuration information through the following steps: for an application program, the same dynamic configuration information under each environment is cloned and copied.
The authority management module is used for recording and forming a user behavior log through the following steps: and recording the operation of the user to form a user behavior log and storing the user behavior log in a database.
The dynamic configuration docking system of the embodiment implements dynamic management and update of application configuration parameters under multiple environments and multiple tenants in the internet supervision field based on Spring boot and Spring Cloud Config, configures information such as a name, a belonging group, a description, a configuration format, configuration content and the like of an application by using a visual page, stores related data into a corresponding database, and implements extensible configuration service by interaction of micro-service and a configuration center in a rest mode. The Spring Boot is developed based on a Spring framework, and inherits the maturity of Spring. The complexity of a bottom layer framework is encapsulated by some built-in firmware, so that a user is helped to develop micro services; the spring closed configuration is a remote configuration implementation mode based on an http protocol, and configuration management is performed through a unified configuration management server.
From the network layer structure, the docking system of the embodiment includes three layers, namely a presentation layer, a control layer and a logic layer.
The main function to be implemented by the presentation layer is a management function for the configuration information. The pages of the presentation layer mainly comprise a list page, a newly added page, an inquiry page, a modification page, an import and export page of configuration information, and functional pages of user management, role management, authority management, namespace management and the like.
The function realized by the control layer is to respond to various requests sent by the presentation layer, monitor the micro-service call configuration center and publish external subscriptions through spring closed configuration. The connection function is realized between the presentation layer and the logic layer.
The realization of the control layer is the basis of the whole butt joint system, and the normal operation of the logic layer is ensured through the demand distribution and parameter processing of the control layer.
The realization of the logic layer is a core part in all the realization of the whole dynamic configuration center system, and the whole architecture of the logic layer is divided into a configuration information management module, a permission module, a configuration release module, a configuration analysis module and the like.
The configuration information management module corresponding to the logic layer is divided into a plurality of sub-modules such as a name space management module, a configuration information module, a historical version module, an import and export module, a data clone module and the like. The namespace management module is a main submodule of the whole docking system and provides a solution for dynamic configuration in multiple environments. The principle of namespace management is that dynamic configuration information is added in each environment by setting multiple environments. The function provides functions of adding, modifying and deleting a name space, and an application program needs to designate corresponding environment parameters when calling a configuration center;
the configuration information module is a core submodule of the whole docking system, and the main functions of the module are maintenance of configuration information and corresponding functions of inquiry, modification and deletion; after the user adds corresponding configuration information, the added data is encrypted through the SM4 encryption technology of the background and then written into the database, and the function can well solve the problem of data security.
The historical version module is used for providing a viewing and recovering function for the historical version of the configuration information; a plurality of pieces of configuration information with the same name are added under the same name space, the docking system can automatically convert the previous configuration information into a historical version, and the application program firstly pushes the latest configuration information when calling. If the user wants to start the historical version, the template realizes the recovery function of the historical version.
The import and export module is used for exporting the configured information to the local in various formats and importing the locally configured configuration file into the system for storage and use, and the supported formats are TEXT, JSON, XML, YAML, HTML and Properties.
The data cloning module is used for cloning and copying the same configuration information in multiple environments, and complex processes of multiple input are omitted.
The right and authority management module corresponding to the logic layer is divided into a plurality of sub-modules such as a user management module, a role management module, an authority management module and the like.
And the user management submodule establishes a set of complete user management system and logs the user behavior.
In the role management module, an administrator can set a plurality of role values, and the user permission distributes corresponding permissions according to the setting of the roles.
The authority management module is used for limiting the authority of the micro-service application program for calling the dynamic configuration resources.
The configuration release module corresponding to the logic layer is the core module function of the whole dynamic resource configuration; the function adopts Eureka as a service registration center, is a RESTful style service, is a basic component for service registration and discovery, and shields the interaction details of a Server and a Client. The newly added configuration resource registers and details own information to the Eureka Server through a publishing program, and meanwhile, information of other services can be acquired from the Eureka Server registry. The application program client side adopts the Eureka client side to synchronously acquire the service registration list from the Eureka Server, and selects one service for calling through a certain rule.
The configuration analysis module is a decryption behavior of data, the added dynamic resources are stored in the encrypted information of the SM4, and the data are decrypted by the SM4 decryption function when the information is externally issued.
The device for dynamically configuring and docking the application programs in the field of internet supervision based on the Spring boot and the Spring Cloud Config of the embodiment enables enterprise developers to dynamically manage resource configuration of a plurality of application programs through visual pages, and achieves sharing of configuration information and centralized management of the configuration information. The risk of repeatedly modifying the compiled code, restarting the system, repackaging and the like caused by the change of the configuration information is fundamentally solved, developers can develop the application more comfortably, and the research and development work efficiency is improved.
Example 2:
the dynamic configuration system of the application program comprises an application program client, a docking system and an Eureka registration center, wherein the application program client is used for dividing a single application program into a group of micro services, and each micro service is operated in a corresponding process; the docking system is the docking system with the application program dynamically configured disclosed in embodiment 1, the application program client is configured to send the application program to the docking system in a microservice manner, and the microservice interacts with the docking system in a rest manner. The method comprises the steps that an Eureka registration center interacts with a docking system and an application program client, a service registration list is configured in the Eureka registration center and used for storing registration information and routing information corresponding to micro-services, the application program client synchronously acquires the service registration list from the Eureka registration center to call the services, and the Eureka registration center sends a service request to the docking system based on the service call and acquires environment parameters corresponding to the application program and dynamic configuration information after decryption.
As shown in fig. 2, the user maintains configuration information data from the docking system and stores the configuration information data in the database, and registers the environment parameters and the configuration information in the Eureka registry through the configuration publishing module in the object system, and the clients of various environments acquire corresponding configuration information from the Eureka registry.
While the invention has been shown and described in detail in the drawings and in the preferred embodiments, it is not intended to limit the invention to the embodiments disclosed, and it will be apparent to those skilled in the art that various combinations of the code auditing means in the various embodiments described above may be used to obtain further embodiments of the invention, which are also within the scope of the invention.
Claims (8)
1. The docking system for the dynamic configuration of the application program is characterized by being a micro-service architecture, and comprises:
the configuration management module comprises a configuration management interface and a configuration logic unit, wherein the configuration management interface interacts with a user in a visual page mode, and the configuration management interface and the configuration logic unit are matched and used for configuring environment parameters of an application program, configuring dynamic configuration information of the application program in each environment, maintaining the environment parameters and the dynamic configuration information corresponding to the application program, and encrypting the dynamic configuration information to form encrypted dynamic configuration information;
the authority management module comprises an authority management interface and an authority logic unit, the authority management interface interacts with an administrator in a visual page mode, and the authority management interface is matched with the authority logic unit and used for setting roles of users and distributing authority to form user authority information;
the database is interacted with the configuration management module and the authority management module, and is used for storing the environment parameters of the application program, the encrypted dynamic configuration information and the user authority information;
the configuration release module is interacted with the database, is used for interacting with the Eureka registration center, is used for acquiring the environment parameters of the application program and the encrypted dynamic configuration information from the database based on a service request sent by the Eureka registration center, is used for decrypting the encrypted dynamic configuration information, and returns the environment parameters of the application program and the decrypted dynamic configuration information to the Eureka registration center.
2. The docking system for dynamic configuration of application programs according to claim 1, wherein the configuration management module is configured to form a history version of the dynamic configuration information and view and restore the dynamic configuration information of the history version by:
adding a plurality of dynamic configuration information with the same name in the same environment, converting the previous dynamic configuration information into dynamic configuration information of a historical version, storing the dynamic configuration information of the historical version in a database, and preferentially pushing the currently updated configuration information when an application program is called.
3. The docking system for dynamic configuration of application programs according to claim 1, wherein said configuration management module is used for exporting environment parameters and dynamic configuration information corresponding to application programs and forming configuration files with various formats.
4. The docking system for dynamic configuration of application programs according to claim 3, wherein the format of said configuration file comprises TEXT, JSON, XML, YAML, HTML and Properties.
5. The docking system for dynamic configuration of application programs according to claim 1, wherein said configuration management module is configured to perform data cloning on the dynamic configuration information by:
for an application program, the same dynamic configuration information under each environment is cloned and copied.
6. The docking system for dynamic configuration of applications as claimed in claim 1 wherein said rights management module is configured to record and form a user behavior log by:
and recording the operation of the user to form a user behavior log and storing the user behavior log in a database.
7. The docking system for the dynamic configuration of the application program according to any one of claims 1 to 6, wherein the dynamic configuration system is a micro service architecture model constructed based on Spring boot and Spring Cloud Config, and the application program interacts with the dynamic configuration system in a rest manner.
8. A system for dynamically configuring an application, comprising:
the system comprises an application program client, a server and a server, wherein the application program client is used for dividing a single application program into a group of micro services, and each micro service runs in a corresponding process;
the docking system is dynamically configured by the application program according to any one of claims 1 to 7, the application program client is used for sending the application program to the docking system in a micro-service mode, and the micro-service interacts with the docking system in a rest mode;
the system comprises an Eureka registration center, wherein the Eureka registration center interacts with the docking system and an application program client, a service registration list is configured in the Eureka registration center and used for storing registration information and routing information corresponding to micro services, the application program client synchronously acquires the service registration list from the Eureka registration center for service calling, and the Eureka registration center sends a service request to the docking system based on the service calling and acquires environment parameters corresponding to the application program and dynamic configuration information after decryption.
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| US11792077B1 (en) * | 2022-06-23 | 2023-10-17 | Kong Inc. | Configuration hash comparison |
| US11996982B2 (en) * | 2023-09-07 | 2024-05-28 | Kong Inc. | Configuration hash comparison |
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| CN112558943A (en) * | 2021-02-26 | 2021-03-26 | 常州微亿智造科技有限公司 | Configuration information management system under micro-service architecture |
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| CN109995586A (en) * | 2019-03-25 | 2019-07-09 | 江苏电力信息技术有限公司 | Refresh model with dynamic configuration parameters based on the unified configuration under micro services framework |
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