CN115438271B - Industrial mechanism model and APP management system - Google Patents
Industrial mechanism model and APP management system Download PDFInfo
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- CN115438271B CN115438271B CN202211389600.2A CN202211389600A CN115438271B CN 115438271 B CN115438271 B CN 115438271B CN 202211389600 A CN202211389600 A CN 202211389600A CN 115438271 B CN115438271 B CN 115438271B
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Abstract
The invention provides an industrial mechanism model and APP management system, which comprises: the user layer is used for corresponding to users with two roles, namely a common user and a system administrator; the application layer comprises a home page APP display module, a model management module, an APP management module and a relation map module; the service layer is used for integrating a basic management module and providing basic support for system operation, wherein the basic management module comprises a user module, a post module, a role module, an authority module and a log module; and the data layer comprises a relational database MySQL, a database Neo4j and a memory database Redis. By the method and the device, the model is systematically managed, the APP derived from the model is uniformly integrated in the system, and meanwhile, the relationship map between the model and the APP derived from the model is established.
Description
Technical Field
The invention relates to the technical field of internet application background management, in particular to an industrial mechanism model and an APP management system.
Background
The research on the current industrial mechanism model informatization management system and APP management system discovers that the current industrial mechanism model management platform mainly and singly manages the mechanism model, the management content is single, the APP derived from the mechanism model is not subjected to system integration management, and the incidence relation among the application system, the model and the APP is not established and visualized, so that the mechanism model and the industrial APP derived from the mechanism model are not conveniently and comprehensively managed systematically, the relation established among the application system, the model and the APP can not be visually displayed, and the scene of model application is not conveniently analyzed.
Disclosure of Invention
The invention aims to: aiming at the problems in the prior art, an industrial mechanism model and an APP management system are provided, and the problems that information islands and incidence relations between the existing model and APP derived from the existing model are visually displayed are solved.
The invention aims to be realized by the following technical scheme:
an industrial mechanism model and APP management system, the system comprising:
the user layer is used for corresponding to users with two roles, namely a common user and a system administrator;
the application layer comprises a home page APP display module, a model management module, an APP management module and a relation map module;
the service layer is used for integrating a basic management module and providing basic support for system operation, wherein the basic management module comprises a user module, a post module, a role module, an authority module and a log module;
and the data layer comprises a relational database MySQL, a database Neo4j and a memory database Redis.
As a further technical scheme, the ordinary user gives the viewing and operating authority to the industrial mechanism model and the APP, and simultaneously comprises the viewing function of the visual relation map; and the system administrator gives operations of adding, modifying and deleting the industrial mechanism model and the APP.
As a further technical scheme, the home page APP display module is used for providing a system login entry for a system front-end interface; the integrated APP in the home page APP display module adopts a grid layout, sliding, rolling, refreshing and displaying all APPs or searching the APPs according to the field through a drop-down list, clicking an APP icon, automatically opening the corresponding APP by the system, and prompting to download the client installation package if the client corresponding to the APP is not installed.
As a further technical scheme, the model management module comprises functions of adding, uploading, searching, downloading, modifying and deleting the model; when a model is newly added, model basic information is firstly input, the model basic information comprises a model name, a model type, model introduction and a development tool, then a model file and a detailed description file are uploaded, an APP needing to be associated is selected, the relationship between the model and the APP is many-to-one, and after the input is completed, a determining button is clicked to complete the uploading of the model.
As a further technical scheme, the APP management module comprises the steps of adding, deleting, modifying and inquiring APP; when newly-increased APP, input APP's name, show icon, affiliated field, affiliated module, function, detailed description, then select APP's type, APP's type is client type and webpage type respectively, need input client's start parameter to client type, uploads the client installation package, need input access URL to webpage type, visits user name and password, selects the related field at last, and the relation in APP and field is many-to-one, inputs above-mentioned information after, clicks the affirmation button and accomplishes the integration.
As a further technical scheme, the relation map module comprises a relation visualization function among the industrial mechanism model, the APP and the affiliated field, and a visualization relation map is formed.
As a further technical scheme, the relational database MySQL is a master-slave framework, one database server is used as a master database, a plurality of databases are used as slave databases, the slave databases continuously synchronize data of the master database, newly added data of the system are written into the master database, and the system queries data linked with the slave databases.
Compared with the prior art, the method and the device realize systematic management of the model, integrate the APP derived from the model into the system uniformly, and establish the relationship map between the model and the APP derived from the model.
Drawings
FIG. 1 is an architecture diagram of a management system provided by the present invention;
fig. 2 is a flowchart of the operation of the management system provided by the present invention.
Detailed Description
The invention is described in detail below with reference to the figures and specific embodiments.
Examples
The method not only manages mass mechanism models, but also manages APPs derived from the mechanism models, and establishes the incidence relation between the models and the APPs. The model in the invention is an accurate mathematical model established according to an object, an internal mechanism of a production process or a transfer mechanism of material flow; APP refers to a highly efficient and personalized user-oriented application developed based on a mechanism model.
The system is integrally built based on spring boot and VUE, and as shown in figure 1, the service architecture of the whole system comprises a user layer, an application layer, a service layer and a data layer.
The user layer mainly corresponds to two kinds of role users of common user and system administrator, and the user layer gives different authorities to the user of different roles, can carry out different operations to the system, and common user has given looking over and the operation authority to industry mechanism model, APP, contains the function of looking over of visual relation map simultaneously, can let the user trace back to the source to industry mechanism model and APP that oneself used, knows its model principle and APP function. The system administrator can perform operations such as adding, modifying and deleting on the industrial mechanism model and the APP, and the administrator maintains the information of the model and the APP.
The application layer comprises four modules of home page APP display, model management, APP management and a relation map, and the specific information is as follows:
the home page APP display module: the front-end interface of the system provides a system login entrance, and the system can be logged in by inputting an account number and a password. The APP integrated in the home page APP display module adopts a rasterized layout, slides down, rolls, refreshes and displays all the APPs, and the APPs can be searched according to the field through a pull-down list. And clicking the APP icon, automatically opening the corresponding APP by the system, and prompting to download the client installation package if the client corresponding to the APP is not installed.
A model management module: the model management module comprises functions of adding, uploading, searching, downloading, modifying and deleting the model and the like. When a new model is added, model basic information such as a model name, a model type, model introduction, a development tool and the like needs to be input, in addition, a model file and a detailed description file need to be uploaded, an APP needing to be associated is selected, the relationship between the model and the APP is many-to-one, and after the input is completed, the model uploading can be completed by clicking a determination button. The search model can perform fuzzy search by using keyword combinations such as model name, model type, model field, creator, model version, associated APP name and the like. The model download function includes a single model download and multiple model export functions. The model modification function may modify all information of the model. The model deletion function includes a single model deletion and a plurality of model deletion functions.
An APP management module: the APP management function module comprises functions of adding, deleting, modifying, inquiring and the like of the APP. APP newly-increased is used for integrating industry APP based on model development, information such as input APP's name when newly-increased APP, show icon, affiliated field, affiliated module, function, detailed description, the type of APP needs to be selected in addition, be client type and webpage type respectively, need input client's start parameter to client type, upload client installation package, need input visit URL to webpage type, information such as access user name and password, the field of correlation needs to be selected simultaneously, the relation of APP and field is many-to-one, after typing above-mentioned information, click and confirm the button and can accomplish the integration. And the modification of the APP comprises the modification of all information input during integration and the re-association of the domain information. The delete APP function includes a single APP delete and a multiple APP delete function. And downloading the APP to provide the APP information and the client type APP installation package downloading function.
A relationship map module: as shown in fig. 2, the industrial mechanism model and the APP management flowchart, the relationship map module includes a relationship visualization function among the industrial mechanism model, the APP, and the affiliated field, and forms a visualization relationship map.
As described above, after the model is successfully imported, the model can be further managed, for example, the model information is modified or the association relationship between the model and the APP is changed. Similarly, the information of the APP is allowed to be adjusted after the APP is successfully integrated, when the model and the APP are modified, the system establishes a binding relationship between the model and the APP, and the system forms the relationship into structured data according to the association relationship received from the front end and stores the structured data into the Neo4j graph database. A user clicks a relation map function menu at a front end to request a rear end interface, the rear end inquires relation data from a Neo4j graph database and returns the relation data to the front end, the front end receives the data, a data model is converted into a view by using a relation graph technology, the view is rendered into a visual interface, and the relation maps of the model, the APP and the field are displayed.
The service layer integrates basic management modules such as a user module, a post module, a role module, an authority module, a log module and the like, and provides basic support for system operation. The user module, the post module, the role module, the authority module and the like in the system form a set of user role authority management mode together, the authority module provides button-level authority control, a plurality of authorities are integrated into one role, and a user is provided with a plurality of menu authorities by endowing the user role. The post module provides the post information management function of all users of the system, and the corresponding post information can be selected when the users are generated. The functions of dictionary management, parameter setting, notification announcement, system monitoring, system tools and the like are consistent with the functions of the conventional operation and maintenance system, and therefore, the detailed description is omitted here.
And (3) a data layer: the data layer mainly comprises three types of databases, a relational database MySQL, a database Neo4j and a memory database Redis.
MySQL: the system adopts MySQL master-slave structure, uses one database server as master database, uses several databases as slave databases, continuously synchronizes the data of master database, newly added data of system will be written into master database, system inquires data link slave database, separates writing and inquiring, reduces database pressure. Neo4j is used for storing the graphic data after the system is structured, redis is used for storing the common data, and the data exists in a memory, so that the data query time can be reduced, and the overall efficiency of the system is improved.
The above description is only for the purpose of illustrating the preferred embodiments of the present invention and is not to be construed as limiting the invention, it should be noted that any modifications, equivalents and improvements made within the spirit and principle of the present invention should be included in the scope of the present invention.
Claims (3)
1. A management system for industrial mechanism models and APPs, characterized in that the system comprises:
the user layer is used for corresponding to users with two roles, namely a common user and a system administrator;
the application layer comprises a home page APP display module, a model management module, an APP management module and a relation map module; the home page APP display module is used for providing a system login entrance for a system front end interface; adopting a rasterized layout for the APP integrated in the home page APP display module, sliding down, rolling, refreshing and displaying all the APPs or searching the APPs according to the field through a pull-down list, clicking an APP icon, automatically opening the corresponding APP by the system, and prompting to download a client installation package if the client corresponding to the APP is not installed; the model management module comprises functions of adding, uploading, searching, downloading, modifying and deleting the model; when a new model is added, model basic information is input firstly, the model basic information comprises a model name, a model type, model introduction and a development tool, then a model file and a detailed description file are uploaded, an APP needing to be associated is selected, the relationship between the model and the APP is many-to-one, and after the input is completed, a determining button is clicked to complete the uploading of the model; the APP management module comprises the addition, deletion, modification and query of APP; when an APP is newly added, inputting the name, display icon, belonging field, belonging module, function and detailed description of the APP, then selecting the type of the APP, wherein the types of the APP are respectively client type and webpage type, starting parameters of the client are required to be input for the client type, uploading a client installation package, inputting an access URL and an access user name and a password for the webpage type, and finally selecting the associated field, wherein the relationship between the APP and the field is many-to-one, and after the information is input, clicking a determination button to complete integration; the relation map module comprises a relation visualization function among the industrial mechanism model, the APP and the field, and forms a visualization relation map;
the service layer is used for integrating a basic management module and providing basic support for system operation, wherein the basic management module comprises a user module, a post module, a role module, an authority module and a log module;
and the data layer comprises a relational database MySQL, a graph database Neo4j and a memory database Redis.
2. The management system of the industrial mechanism model and the APP as claimed in claim 1, wherein the common user gives permission to view and operate the industrial mechanism model and the APP, and includes a view function of a visual relationship graph; and the system administrator gives operations of adding, modifying and deleting the industrial mechanism model and the APP.
3. The system of claim 1, wherein the relational database MySQL is a master-slave architecture, one database server is used as a master database, a plurality of databases are used as slave databases, the slave databases continuously synchronize data of the master database, new data of the system are written into the master database, and the system queries data linked with the slave databases.
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