CN115421769A - Application integration method and system based on H5+ standard - Google Patents
Application integration method and system based on H5+ standard Download PDFInfo
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- CN115421769A CN115421769A CN202210990216.1A CN202210990216A CN115421769A CN 115421769 A CN115421769 A CN 115421769A CN 202210990216 A CN202210990216 A CN 202210990216A CN 115421769 A CN115421769 A CN 115421769A
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- G06F8/71—Version control; Configuration management
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- G06F21/00—Security arrangements for protecting computers, components thereof, programs or data against unauthorised activity
- G06F21/30—Authentication, i.e. establishing the identity or authorisation of security principals
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Abstract
The invention discloses an application integration method and system based on H5+ specification, belonging to the technical field of application APP integration, aiming at solving the technical problem of how to quickly and effectively integrate mobile application and provide uniform supervision and cooperation for the mobile application. The method comprises the following steps: developing application modules corresponding to the supervision services based on H5+ standards; registering each application module into a supervisory system, and providing an application entrance for each registered application module through the supervisory system; registering all service interfaces used for interacting with the service system in each application module into a monitoring system, and providing unified management for each registered application module through the monitoring system; and providing a login entrance for the user through the monitoring system, and acquiring user information from the monitoring system and performing authentication integration by each registered application module.
Description
Technical Field
The invention relates to the technical field of application APP integration, in particular to an application integration method and system based on H5+ specification.
Background
In the field of market regulation, due to the imperfections of previous informatization, the supervisor often needs to use multiple supervising APPs to perform the supervision tasks. In the advancing process of wisdom supervision integration work, just need integrate a plurality of APP. The traditional integration modes mainly comprise two modes, namely, a plurality of APPs are called by a bottom layer and are used as single points; secondly, each APP is subjected to deep system transformation, and the same APP framework is used for development and packaging. The two methods have obvious disadvantages, and the first method is essentially that a plurality of APPs are parallel and can not realize uniform entrance; the second method has a great limitation to each development company and cannot effectively perform collaboration in the implementation process.
How to quickly and effectively integrate the mobile application and provide uniform supervision and cooperation for the mobile application is a technical problem to be solved.
Disclosure of Invention
The technical task of the invention is to provide an application integration method and system based on H5+ specification aiming at the defects, so as to solve the technical problem of how to quickly and effectively integrate mobile application and provide uniform supervision and cooperation for the mobile application.
In a first aspect, the present invention provides an application integration method based on H5+ specification, which is used for integrating application modules corresponding to different services into a supervision platform, and providing unified supervision for each application module through the supervision platform, and the method includes the following steps:
developing application modules corresponding to the supervision services based on H5+ standards;
registering each application module into a supervisory system, and providing an application entrance for each registered application module through the supervisory system;
registering all service interfaces used for interacting with the service system in each application module into a monitoring system, and providing unified management for each registered application module through the monitoring system;
and providing a login entrance for the user through the monitoring system, and acquiring user information from the monitoring system and performing authentication integration by each registered application module.
Preferably, the method also comprises the following steps:
and performing authority distribution on each registered application module through the monitoring system, and entering different application entries based on the authority of each application module after a user logs in the monitoring system based on user information.
Preferably, registering each application module into the supervisory system includes configuring the application code, application name, application icon, and application home address of each application module into the supervisory system.
Preferably, after the user logs in the monitoring system based on the user information, the user information is stored in a shell of the monitoring system, and each registered application module acquires the user information through a uniform method of a pre-configured value.
Preferably, the unified management is provided for each registered application module by a supervisory system, comprising:
monitoring the calling condition of each registered service interface through a monitoring system, and performing online and offline operation on each registered service interface through the monitoring system;
carrying out unified version management on each registered application module through a supervisory system, including version upgrading;
and performing parameter management and equipment management on each registered application module through a supervisory system.
In a second aspect, the application integration system based on the H5+ specification comprises an application module and a supervision system;
the number of the application modules is multiple, and the application modules are developed based on H5+ specifications and correspond to each supervision service;
each application module is registered in a supervision system, and the supervision system is used for providing an application entrance for each registered application module;
all service interfaces in each application module, which are used for interacting with the service system, are registered in a supervisory system, and the supervisory system is used for providing unified management for each registered application module;
the monitoring system is used for providing a login entrance for a user, and each registered application module is used for acquiring user information from the monitoring system and carrying out authentication integration.
7. The H5+ specification-based application integration system according to claim 6, wherein the supervision system is further configured to perform authority allocation for each registered application module, and after a user logs in the supervision system based on user information, the user enters different application portals based on the authority of each application module.
8. The H5+ specification-based application integration system according to claim 6 or 7, wherein the application code, the application name, the application icon and the application home address of each application module are configured in the supervision system.
9. The H5+ specification-based application integration system according to claim 6 or 7, wherein after a user logs in the supervisory system based on user information, the user information is stored in a shell of the supervisory system, and each registered application module is used for acquiring the user information by a uniform method of provisioning values.
10. The H5+ specification-based application integration system according to claim 6 or 7, wherein the supervision system is configured to provide unified management for each registered application module, and comprises:
the supervision system is used for monitoring the calling condition of each registered service interface and carrying out online and offline operations on each registered service interface;
the supervision system is used for carrying out unified version management on each registered application module, including version upgrading;
the supervision system is used for performing parameter management and equipment management on each registered application module.
The application integration method and system based on the H5+ specification have the following advantages:
1. the mobile intelligent supervision integration consistent with the PC terminal integration is realized;
2. the unified login, unified version upgrade and unified integration method is provided at the APP portal end of the supervision system, all service modules and the functions of the secondary platform can be displayed and used in the APP portal end of the supervision system through unified authentication integration standards, and services such as application management, version management, interface management, authority management, parameter management, equipment management and the like provided by the management platform end are matched, so that real intelligent supervision integration can be realized, and the supervision efficiency of supervision personnel is improved.
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 flow chart of an application integration method based on H5+ specification in 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 an application integration method and system based on H5+ specification, which are used for solving the technical problems of how to quickly and effectively integrate mobile application and provide uniform supervision and cooperation for the mobile application.
Example 1:
the invention relates to an application integration method based on H5+ standard, which is used for integrating application modules corresponding to different services to a supervision platform and providing unified supervision for each application module through the supervision platform, and comprises the following steps:
s100, developing application modules corresponding to all supervision services based on H5+ specifications;
s200, registering each application module into a monitoring system, and providing an application entrance for each registered application module through the monitoring system;
s300, registering all service interfaces used for interacting with the service system in each application module into a monitoring system, and providing unified management for each registered application module through the monitoring system;
s400, providing a login entrance for the user through the monitoring system, and acquiring user information from the monitoring system and performing authentication integration by each registered application module.
Step S100 application development. The multiple monitoring levels related to the market monitoring service may be multiple application modules developed by different development companies, the integration method of the embodiment only requires that each application uses a page developed by the H5 technology, and does not require a use frame, and after the development is completed, the application can be freely deployed on a server applied by the company.
Step S200 registers for the application. To be integrated into an application module of a monitoring system APP, corresponding applications, including application codes, application names, application icons, application home page address configuration, and the like, need to be registered in a monitoring system background.
Step S300 registers an interface. All application modules integrated into the APP of the supervision system and interfaces interacting with the background of the service system must be registered in the integrated management platform in a unified manner, so that the following effects can be achieved:
(1) All the requests of the using modules APP are interacted with the supervision system platform, so that management is facilitated, and meanwhile, the safety of the platform is improved.
(2) The interface addresses are unified, and developers do not need to care about the specific original addresses of the service interfaces; the user does not need to frequently update the application module APP due to the change of the interface address;
(3) The supervision system provides unified management for each registered application module, and specifically comprises:
(3-1) monitoring the calling condition of each registered service interface through a monitoring system, and performing online and offline operation on each registered service interface through the monitoring system;
(3-2) performing unified version management on each registered application module through a supervisory system, wherein the unified version management comprises version upgrading;
and (3-3) performing parameter management and equipment management on each registered application module through a supervisory system.
As an improvement, the supervision system can also distribute the authority for each registered application module, and after a user logs in the supervision system based on user information, the user enters different application entries based on the authority of each application module.
Step S400 is integrated authentication. The supervision system APP provides a uniform login entrance, the user system is consistent with the PC end, and therefore a supervisor can simultaneously login the PC and the APP to execute supervision tasks by only one account.
After logging in the monitoring system APP, the monitoring system APP stores the user information into a shell package in a unified mode, and each application module registered in the monitoring system APP can acquire the user information through a unified method and is integrated with a background of the monitoring system APP in a single-point authentication mode.
The method of the embodiment can realize unified APP entries, unified users, unified versions and unified permissions. On the monitoring user level, the monitoring work of each service can be carried out only by installing a monitoring system APP on the mobile equipment and using an account to log in, so that the working pressure of market monitoring personnel is effectively relieved; on the development company level of each business system, the integration method gives greater freedom to each development company, and does not make greater limitation on a front-end development frame, so that rapid development and integration can be realized, and the development cost is effectively reduced.
Example 2:
the invention relates to an application integration system based on H5+ specification, which comprises an application module and a supervision system.
The number of the application modules is multiple, and the application modules are developed based on H5+ standards and correspond to each supervision service.
The multiple monitoring levels related to the market monitoring service may be multiple application modules developed by different development companies, in this embodiment, only the application is required to use the page developed by the H5 technology, but no requirement is made on the use frame, and after the development is completed, the application can be freely deployed on the server applied by the company.
Each application module is registered in a supervisory system for providing an application portal for each registered application module. To be integrated into an application module of a monitoring system APP, corresponding applications, including application codes, application names, application icons, application home page address configuration, and the like, need to be registered in a monitoring system background.
All service interfaces in each application module, which are used for interacting with the service system, are registered in a supervisory system, and the supervisory system is used for providing unified management for each registered application module.
All application modules integrated into the supervision system APP and interfaces interacting with the service system background must be uniformly registered in the integrated management platform, so that the following effects can be achieved:
(1) All the requests of the using modules APP are interacted with the supervision system platform, so that management is facilitated, and meanwhile, the safety of the platform is improved.
(2) The interface addresses are unified, and developers do not need to care about the specific original addresses of the service interfaces; the user does not need to frequently update the application module APP due to the change of the interface address;
(3) The supervision system provides unified management for each registered application module, and specifically comprises:
(3-1) monitoring the calling condition of each registered service interface through a monitoring system, and performing online and offline operation on each registered service interface through the monitoring system;
(3-2) performing unified version management on each registered application module through a supervisory system, wherein the version management comprises version upgrading;
and (3-3) performing parameter management and equipment management on each registered application module through a supervisory system.
As an improvement, the supervision system can also distribute the authority for each registered application module, and after a user logs in the supervision system based on user information, the user enters different application entries based on the authority of each application module.
The supervising system is used for providing a login entrance for a user, and each registered application module is used for acquiring user information from the supervising system and carrying out authentication integration. The supervision system APP provides a uniform login entrance, the user system is consistent with the PC end, and therefore a supervisor can simultaneously login the PC and the APP to execute supervision tasks by only one account.
After logging in the monitoring system APP, the monitoring system APP uniformly stores the user information into the shell package, and each application module registered in the monitoring system APP can acquire the user information through a uniform method and performs single-point authentication integration with the background of the monitoring system APP.
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 many more embodiments of the invention are possible that combine the features of the different embodiments described above and still fall within the scope of the invention.
Claims (10)
1. An application integration method based on H5+ standard is characterized in that the method is used for integrating application modules corresponding to different services into a supervision platform and providing unified supervision for the application modules through the supervision platform, and the method comprises the following steps:
developing application modules corresponding to all supervision services based on H5+ standards;
registering each application module into a supervisory system, and providing an application entrance for each registered application module through the supervisory system;
registering all service interfaces used for interacting with the service system in each application module into a monitoring system, and providing unified management for each registered application module through the monitoring system;
and providing a login entrance for the user through the monitoring system, and acquiring user information from the monitoring system and carrying out authentication integration by each registered application module.
2. The H5+ specification-based application integration method according to claim 1, wherein registering each application module into the supervision system comprises configuring an application code, an application name, an application icon, and an application home address of each application module into the supervision system.
3. The H5+ specification-based application integration method according to claim 1, wherein after a user logs in a supervisory system based on user information, the user information is stored in a shell of the supervisory system, and each registered application module acquires the user information by a uniform method of a pre-configured value.
4. The H5+ specification-based application integration method according to claim 1, 2 or 3, wherein unified management is provided for each registered application module through a supervision system, comprising:
monitoring the calling condition of each registered service interface through a monitoring system, and performing online and offline operation on each registered service interface through the monitoring system;
carrying out unified version management on each registered application module through a supervisory system, including version upgrading;
and parameter management and equipment management are carried out on each registered application module through a supervisory system.
5. The H5+ specification-based application integration method according to claim 4, wherein unified management is provided for each registered application module by a supervisory system, further comprising:
and carrying out authority distribution on each registered application module through the monitoring system, and entering different application entries based on the authority of each application module after a user logs in the monitoring system based on user information.
6. An application integration system based on H5+ specification is characterized by comprising an application module and a supervision system;
the number of the application modules is multiple, and the application modules are developed based on H5+ standards and correspond to each supervision service;
each application module is registered in a supervision system, and the supervision system is used for providing an application entrance for each registered application module;
all service interfaces in each application module, which are used for interacting with the service system, are registered in a supervisory system, and the supervisory system is used for providing unified management for each registered application module;
the monitoring system is used for providing a login entrance for a user, and each registered application module is used for acquiring user information from the monitoring system and carrying out authentication integration.
7. The H5+ specification-based application integration system according to claim 6, wherein the application code, the application name, the application icon and the application home address of each application module are configured in the supervision system.
8. The H5+ specification-based application integration system according to claim 6, wherein after a user logs in the monitoring system based on user information, the user information is stored in a shell of the monitoring system, and each registered application module is used for acquiring the user information by a uniform method of provisioning values.
9. The H5+ specification-based application integration system according to claim 6, wherein the supervision system is configured to provide unified management for each registered application module, and comprises:
the supervision system is used for monitoring the calling condition of each registered service interface and carrying out online and offline operations on each registered service interface;
the supervision system is used for carrying out unified version management on each registered application module, including version upgrading;
the supervision system is used for performing parameter management and equipment management on each registered application module.
10. The H5+ specification-based application integration system according to any one of claims 6 to 9, wherein the supervision system is configured to provide unified management for each registered application module, and further comprises:
the monitoring system is used for distributing authority for each registered application module, and after a user logs in the monitoring system based on user information, the user enters different application entries based on the authority of each application module.
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