CN113157333B - Situation plotting plug-in front-end integrated system - Google Patents
Situation plotting plug-in front-end integrated system Download PDFInfo
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Abstract
The invention discloses a novel situation plotting plug-in front end integration framework, which comprises a situation plotting plug-in integration framework and a situation plotting plug-in, wherein the situation plotting plug-in integration framework and the situation plotting plug-in are connected with each other, the situation plotting plug-in integration framework comprises a situation plotting plug-in manager, a situation plotting plug-in configuration file and a situation plotting library, the situation plotting plug-in configuration file is connected with the situation plotting plug-in manager, the situation plotting plug-in comprises a situation plotting plug-in A, a situation plotting plug-in B and a situation plotting plug-in C, and the situation plotting plug-in A, the situation plotting plug-in B and the situation plotting plug-in C are all connected with the situation plotting plug-in integration framework. The invention relates to a novel situation plotting plug-in front-end integration technology, and the coupling degree between the situation plotting plug-in and a framework is very low, so that the technology stack of the situation plotting plug-in is free and flexible, and the existing situation plotting plug-in can be reused.
Description
Technical Field
The invention belongs to the technical field of computer software application, and particularly relates to a situation plotting plug-in front-end integration system.
Background
The situation plotting plug-in integration technology based on the SPA front-end architecture at present has high coupling degree and poor flexibility, is difficult to reuse the existing situation plotting plug-in, and is difficult to meet the requirement of frequent iterative upgrading of the situation plotting plug-in caused by frequently changing software requirements.
At present, a situation plotting plug-in integration technology in the field of Web front ends is mainly based on an SPA (Single Page Application) front end architecture. The situation plotting plug-in integration technology based on the SPA front-end architecture loads and renders all resources when a Web page is initialized, and the subsequent page switching operation does not interact with a server, but switches pages in front-end application in a front-end routing mode. The situation plotting plug-in integration technology based on the SPA front-end architecture has the main advantages of reducing front-end and back-end interaction, improving page presentation speed and optimizing user experience. The main disadvantages of the situation plotting plug-in integration technology based on the SPA front-end architecture are: firstly, the plug-in following the SPA front-end architecture must be consistent with the framework technology stack following the SPA front-end architecture, which limits the type selection of the plug-in development technology and is strongly coupled with the framework; secondly, once the plug-ins are updated, the front-end application composed of all the plug-ins and the framework must be recompiled and built, and the flexibility is poor.
Disclosure of Invention
Aiming at the defects in the prior art, the novel situation plotting plug-in front-end integration architecture provided by the invention solves the problems that the situation plotting plug-in integration technology of the SPA front-end architecture is high in coupling degree and poor in flexibility and is difficult to meet the requirement of frequent iterative upgrading of situation plotting plug-ins caused by frequently changing software requirements.
In order to achieve the purpose of the invention, the invention adopts the technical scheme that: a novel situation plotting plug-in front-end integration framework comprises a situation plotting plug-in integration framework and a situation plotting plug-in, wherein the situation plotting plug-in integration framework and the situation plotting plug-in are connected with each other, the situation plotting plug-in configuration file comprises a situation plotting plug-in manager, a situation plotting plug-in configuration file and a situation plotting library, the situation plotting plug-in configuration file is connected with the situation plotting plug-in manager, the situation plotting plug-in comprises a situation plotting plug-in A, a situation plotting plug-in B and a situation plotting plug-in C, and the situation plotting plug-in A, the situation plotting plug-in B and the situation plotting plug-in C are all connected with the situation plotting plug-in integration framework.
Further, the method comprises the following steps: the situation plotting plug-in manager is in a form of a front-end program library and is responsible for managing situation plotting plug-ins; firstly, reading and analyzing a situation plotting plug-in configuration file, and acquiring the attribute of each situation plotting plug-in; then, creating each situation plotting plug-in instance one by one, and determining whether to load the plug-in immediately according to the attributes of the situation plotting plug-in; finally, during the software running, it is responsible for loading, displaying/hiding the activities within the lifecycle of each situation-plotting plug-in.
Further: the situation plotting plug-in configuration file exists in the form of a json file, and the configuration attribute of each situation plotting plug-in is recorded; and the situation plotting plug-in manager reads and analyzes the situation plotting plug-in configuration file to obtain the attribute of each situation plotting plug-in.
Further: the configuration attributes include:
the plug-in identifier is a globally unique ID of the plug-in;
the plug-in name is used for displaying the business meaning of the plug-in;
plug-in types including partially embedded, page overlay, and independent page types;
a plug-in entry address, according to which a plug-in is loaded;
the plug-in filtering parameter set determines whether to reserve the plug-in or not according to the parameter set;
the plug-in loading options comprise whether parameters in the frame address are added to the plug-in or not, whether the loading is delayed or not and whether the parameters are displayed or not during the plug-in preloading;
plug-in style options including plug-in style, whether a container is needed;
the plug-in triggering button options comprise whether a button needs to be triggered or not, a button icon and a container where the button icon is located;
and the plug-in event processor comprises a plug-in loading processor, a plug-in display processor and a plug-in hiding processor.
Further: the situation plotting library exists in the form of a front-end program library, realizes the common function of situation plotting and provides an interface for the situation plotting plug-in.
Further, the method comprises the following steps: the functions comprise loading and switching of images and topographic data; adding, deleting, editing and inquiring layers; adding, deleting, editing and inquiring common geometric figures; adding, deleting, editing and inquiring the point military logo and the line surface military logo; and registering and canceling various situation event processors.
Further: the situation plotting plug-in component exists in the form of a front-end program library and is used for realizing a specific situation plotting service function; firstly, a technology stack is selected for developing a situation plotting plug-in, and a situation plotting library can be called to realize a specific plotting service function; after development is complete, the situation-plotting plug-ins are integrated into the framework, and the plug-ins are managed by a situation-plotting plug-in manager according to the plug-in configuration.
The invention has the beneficial effects that:
(1) the invention relates to a novel situation plotting plug-in front-end integration technology, and the coupling degree between a situation plotting plug-in and a frame is very low, so that the technology stack of the situation plotting plug-in is free and flexible, and the existing situation plotting plug-in can be reused;
(2) the situation plotting plug-in integration technology ensures that the situation plug-in is updated without recompiling and constructing the front-end application consisting of all plug-ins and frames. The construction and release processes of the situation plug-ins are independent, so that the requirement of frequent iterative upgrading of the situation plotting plug-ins caused by frequently changing software requirements can be met.
Drawings
FIG. 1 is an architectural diagram of the present invention;
FIG. 2 is a schematic diagram of a situation plotting plug-in configuration of the present invention.
Detailed Description
The following description of the embodiments of the present invention is provided to facilitate the understanding of the present invention by those skilled in the art, but it should be understood that the present invention is not limited to the scope of the embodiments, and it will be apparent to those skilled in the art that various changes may be made without departing from the spirit and scope of the invention as defined and defined in the appended claims, and all matters produced by the invention using the inventive concept are protected.
As shown in FIG. 1, a novel situation plotting plug-in front-end integration framework comprises a situation plotting plug-in integration framework and a situation plotting plug-in, wherein the situation plotting plug-in integration framework and the situation plotting plug-in are connected with each other, the situation plotting plug-in configuration framework comprises a situation plotting plug-in manager, a situation plotting plug-in configuration file and a situation plotting library, the situation plotting plug-in configuration file is connected with the situation plotting plug-in manager, the situation plotting plug-in comprises a situation plotting plug-in A, a situation plotting plug-in B and a situation plotting plug-in C, and the situation plotting plug-in A, the situation plotting plug-in B and the situation plotting plug-in C are all connected with the situation plotting plug-in integration framework.
The situation plotting plug-in manager exists in the form of a front-end program library and is responsible for managing the situation plotting plug-ins. Firstly, a situation plotting plug-in manager reads and analyzes a situation plotting plug-in configuration file to obtain the attribute of each situation plotting plug-in. Then, the manager creates each situation plotting plug-in instance one by one and decides whether to load the plug-in immediately according to the attributes of the situation plotting plug-in. Finally, during the running of the software, the manager is responsible for loading, displaying/hiding and other activities of each situation plotting plug-in the life cycle.
The situation plotting plug-in configuration file exists in the form of a json file, and the configuration attribute of each situation plotting plug-in is recorded. And the situation plotting plug-in manager reads and analyzes the situation plotting plug-in configuration file to obtain the attribute of each situation plotting plug-in. These configuration items include:
the plug-in identifier is a globally unique ID of the plug-in;
the plug-in name is used for displaying the business meaning of the plug-in;
plug-in types including partially embedded, page overlay, and independent page types;
the framework loads the plug-in according to the plug-in entry address;
the plug-in filters the parameter set, the framework decides whether to keep the plug-in according to the parameter set;
the plug-in loading options comprise whether parameters in the frame address are added to the plug-in or not, whether the loading is delayed or not and whether the parameters are displayed or not during the plug-in preloading;
plug-in style options including plug-in style, whether a container is needed;
the plug-in triggering button options comprise whether a button needs to be triggered or not, a button icon and a container where the button icon is located;
and the plug-in event processor comprises a plug-in loading processor, a plug-in display processor and a plug-in hiding processor.
The situation plotting library exists in the form of a front-end program library, realizes the common functions of situation plotting and provides an interface for the situation plotting plug-in. These functions and their interfaces include:
loading and switching images and topographic data;
adding, deleting, editing and inquiring layers;
adding, deleting, editing and inquiring common geometric figures;
adding, deleting, editing and inquiring the point military logo and the line surface military logo;
and registering and canceling various situation event processors.
The situation plotting plug-in exists in the form of a front-end program library, which is essentially a stand-alone front-end application for implementing specific situation plotting business functions. Firstly, a developer freely selects a technology stack to develop a situation plotting plug-in, and in the process, a situation plotting library can be called to realize a specific plotting service function. After development is complete, the situation-plotting plug-ins are integrated into the framework, and the plug-ins are managed by a situation-plotting plug-in manager according to the plug-in configuration.
(1) The invention is a novel situation plotting plug-in front end integrated technology, the coupling degree between the situation plotting plug-in and the frame is very low, thereby enabling the technology stack of the situation plotting plug-in to be free and flexible and reusing the existing situation plotting plug-in;
(2) the situation plotting plug-in integration technology ensures that the situation plug-in is updated without recompiling and constructing the front-end application composed of all plug-ins and frames. The construction and release processes of the situation plug-ins are independent, so that the requirement of frequent iterative upgrading of the situation plotting plug-ins caused by frequently changing software requirements can be met.
The application of the present invention in the front end of a software system is described by taking the front end of the system as an example. Firstly, developers select a React front-end technology stack to develop a situation plotting plug-in, and in the process, a situation plotting library is called to realize a specific plotting service function. After development is complete, the situation-plotting plug-ins are integrated into the framework, and the plug-ins are managed by a situation-plotting plug-in manager according to the plug-in configuration. The situation plotting plug-in configuration is shown in fig. 2.
Claims (3)
1. A situation plotting plug-in front end integration system comprising a situation plotting plug-in integration framework and a situation plotting plug-in connected to each other, the situation plotting plug-in integration framework comprising a situation plotting plug-in manager, a situation plotting plug-in profile and a situation plotting library, the situation plotting plug-in profile being connected to the situation plotting plug-in manager, the situation plotting plug-in comprising a situation plotting plug-in A, a situation plotting plug-in B and a situation plotting plug-in C, the situation plotting plug-in A, the situation plotting plug-in B and the situation plotting plug-in C all being connected to the situation plotting plug-in integration framework;
the situation plotting plug-in manager exists in the form of a front-end program library and is responsible for managing the situation plotting plug-ins; firstly, reading and analyzing a situation plotting plug-in configuration file to obtain the attribute of each situation plotting plug-in; then, creating each situation plotting plug-in instance one by one, and determining whether to load the plug-in immediately according to the attributes of the situation plotting plug-in; finally, during the running of the software, the loading, display/hiding of the plug-in for each situation plotting is responsible;
the situation plotting plug-in configuration file exists in the form of a json file, and the configuration attribute of each situation plotting plug-in is recorded; the situation plotting plug-in manager reads and analyzes the situation plotting plug-in configuration file to obtain the attribute of each situation plotting plug-in;
the situation plotting library exists in the form of a front-end program library, realizes the common function of situation plotting and provides an interface for a situation plotting plug-in;
the situation plotting plug-in component exists in the form of a front-end program library and is used for realizing a specific situation plotting service function; firstly, selecting a technology stack to develop a situation plotting plug-in, and calling a situation plotting library to realize a specific plotting service function; after development is complete, the situation-plotting plug-ins are integrated into the framework, and the plug-ins are managed by a situation-plotting plug-in manager according to the plug-in configuration.
2. The situation-plotting plug-in front-end integration system of claim 1, wherein the configuration attributes comprise:
the plug-in identifier is a globally unique ID of the plug-in;
the plug-in name is used for displaying the business meaning of the plug-in;
plug-in types including partially embedded, page overlay, and independent page types;
a plug-in entry address, according to which a plug-in is loaded;
the plug-in filtering parameter set determines whether to reserve the plug-in or not according to the parameter set;
the plug-in loading options comprise whether parameters in the frame address are added to the plug-in or not, whether the loading is delayed or not and whether the parameters are displayed or not during the plug-in preloading;
plug-in style options including plug-in style, whether a container is needed;
the plug-in triggering button options comprise whether a button needs to be triggered or not, a button icon and a container where the button icon is located;
and the plug-in event processor comprises a plug-in loading processor, a plug-in display processor and a plug-in hiding processor.
3. The situation plotting plug-in front end integration system of claim 1, wherein the functions include loading, switching of imagery, terrain data; adding, deleting, editing and inquiring layers; adding, deleting, editing and inquiring common geometric figures; adding, deleting, editing and inquiring the point military logo and the line surface military logo; and registering and canceling various situation event processors.
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| "移动终端实时态势综合标绘系统的设计与实现";柳杨 等;《大众科技》;20170320;第19卷(第211期);第16-19、46页 * |
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