CN111752921A - Seed resource information management system - Google Patents
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Abstract
The invention belongs to the technical field of agricultural information management, and particularly relates to a quality resource information management system which comprises a database management module, a form control management module and a form generation module; the database management module is used for establishing a database, a main key and an index; the form control management module is used for configuring relevant attributes of each field in the database, wherein the relevant attributes comprise field names, field types, field association, corresponding control types, whether the fields are empty and input value lengths; the form generation module takes a database management module as a data support, takes control management and control option management as a presentation support, and is used for managing data in each database and related interface templates and generation management. The invention uses the mode of the dynamic form to construct the database system, can directly carry out the operations of the establishment of the database table, the establishment of the table field and the like in the system, does not need to recompile and generate codes, and can avoid fussy development and maintenance work.
Description
Technical Field
The invention belongs to the technical field of agricultural information management, and particularly relates to a germplasm resource information management system.
Background
At present, most of scientific and technical personnel who research various crops such as flowers, melons and fruits, vegetables, nursery stocks and the like in most units still record germplasm resource data by using Excel files or even paper documents. The two storage modes have the defects of difficult retrieval, easy loss, no standardized record specification, unfavorable statistics and the like. Aiming at the problem of difficulty in management of Excel files, an electronic system is adopted for management, and taking the traditional development aiming at a database table structure as an example, the development is carried out by using a simpler three-layer architecture, and seven steps of establishing a database table, compiling an entity class, compiling a data reading class, compiling a business processing class, compiling a form page, compiling a generated code and deploying the system are required to achieve the effect of newly adding the database. The data content recorded by the traditional data management system is relatively fixed, and the system cannot meet the requirement of diversification of different measurement indexes of different species. For example, in the daily collection and cultivation scientific research work of phalaenopsis germ plasm resources, data collection is usually performed according to the measurement indexes in the standard of 'test guidelines on specificity, consistency and stability of new plant varieties of phalaenopsis', but indexes beyond the measurement standards can be generated due to the differences of the research directions, the research contents and the regions where various scientific researchers are located, and then corresponding measurement records are generated. The records have strong non-reusability, belong to measurement data with low complexity, low relevance, simple structure and large quantity, are only suitable for a certain scientific research team or a certain scientific research personnel, and have the problems of long system development period, increased maintenance content or technical barriers in secondary development when the records are redeveloped.
Disclosure of Invention
The invention constructs the database system by using the mode of the dynamic form, can directly carry out the operations of the establishment of the database table, the establishment of the table field and the like in the system, does not need to recompile and generate codes, and automatically generates the corresponding HTML form and page by the system, thereby reducing the development cost, avoiding the fussy development and maintenance work and solving the problems.
In order to achieve the aim, the invention provides a quality resource information management system, which comprises a database management module, a form control management module and a form generation module;
the database management module is used for establishing a database, a main key and an index, and comprises a database management unit, a database table management unit, a field management unit and a data management unit;
the database management unit is used for classifying the same or similar database tables so as to facilitate the retrieval of users;
the database table management unit is used for integrating all key operations which need to be executed in all database tables under the module for establishing the database tables, the main key and the index;
the field management unit is used for configuring the relevant attributes of the fields, including field names, field types, corresponding control types, whether the fields are empty and input value lengths;
the data management unit is used for managing the data in each database table and comprises functions of inquiring, adding, editing, deleting, uploading and importing;
the form control management module is used for configuring relevant attributes of each field in the database, including field names, field types, field associations, corresponding control types, whether the fields are empty and input value lengths;
the system comprises a control style management unit, a form generation module and a form control management unit, wherein the control style management unit is used for storing HTML codes of a control template in an XML file, dynamically assigning values to HTML label attributes through the form generation module by using a regular expression and a substitute placeholder means in a matching manner, and finally generating the form controls;
the form generation module takes a database management module as a data support, takes control management and control option management as a presentation support, and is used for managing data in each database, and relevant interface templates and generation management.
Further, the database management module further comprises a security assurance module, and the security assurance module is used for automatically locking the database when the user modifies the pages of the database tables and the fields by using the form generation module, and other users cannot access the modified pages after the database is locked.
Further, the system comprises a field information reading unit, a form generating unit, a data checking unit and a data storage unit;
the field information unit is used for reading field information from the database, using a new characteristic Session Storage in HTML5 in a client browser, and storing data in a JSON format as a basis for generating a form and verifying the data;
the form generation unit takes the field attribute as a generation basis and adopts a mode of generating and loading by using times to generate a form, and in the process of generating and loading the form, firstly, the AJAX is used for asynchronously loading the control, and after the loading and rendering of the control are completed, the AJAX is used for asynchronously loading data again; the form generation unit is also used for generating a verification rule of the data, and recording the verification rule in a custom attribute 'datarole' of an HTML (hypertext markup language) tag in a JSON (Java Server object) format during the generation so as to be called by the data verification unit;
the data verification unit takes the field attribute as a basis for performing data verification on the data of the form generation unit;
the data storage unit adopts a multiple storage mode, after a single form is subjected to first data submission and successfully stored, the system automatically generates an index ID of the data and caches the index ID in a client, the ID is carried in the data submission, and the data is updated in multiple times.
Further, the security assurance module transmits the locking state by using a WebSocket communication technology.
Furthermore, the form control management module further comprises a control option management unit, and the control option management unit stores data used for filling the control options in the form of key values.
Further, the data checking unit includes a client check and a server check.
The invention has the following technical effects:
(1) the invention uses the mode of the dynamic form to construct the database system, can directly carry out the operations of the establishment of the database table, the establishment of the table field and the like in the system, does not need to compile and generate codes again, and automatically generates the corresponding HTML form and page by the system, thereby reducing the development cost and avoiding the fussy development and maintenance work.
(2) The method and the system are provided with the structure safety unit, when a user enters the page for modifying the database table and the field, the system can automatically lock the database, and after the database is locked, other users cannot access the modified page. When the user leaves the page, the system will release the database lock state. The module mainly manages concurrent modification operation of the database node by combining a state machine principle with transaction management, and can perform locking and rollback operation in time when operation conflict and operation error share occur, so that the safety of data and database structures is guaranteed.
Drawings
In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings needed to be used in the embodiments 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 without inventive exercise.
Fig. 1 is an overall structure diagram of a germplasm resource information management system in an embodiment of the invention;
fig. 2 is a sequence diagram of a germplasm resource information management system in a multiple loading sequence according to an embodiment of the present invention;
fig. 3 is a client-side display diagram of the germplasm resource information management system in an embodiment of the invention.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
The germplasm resource information management system is designed by using a front-back separation mode, no cross generation of an expressive code exists between a client program and a server program, the client uses technical means such as AJAX and a floating frame to request and call a Restful API of the server, and a browser renders a webpage. The server code only carries out corresponding processing aiming at the business, the flow and the data, and the client code only carries out the display and the rendering of the webpage, thereby really realizing the front-back separation. The method has the advantages that in the later maintenance stage of the database, maintenance personnel at the server only need to expand new functions, maintain interfaces and maintain data. And the maintenance personnel of the client only need to maintain the display and the rendering of the page. Maintenance personnel are not required to have related knowledge of the client and the server at the same time. On the other hand, because the database system has an external shared interface, the use of a design mode with front and back separation facilitates the service-side maintenance and the development of developers to perform unified maintenance and new functions, and the upgrading of the system only needs to focus on the flow control of the database and the development of controls.
Referring to fig. 1, the present invention provides a system for managing information of heterogeneous resources, which includes a database management module, a form control management module, and a form generation module;
the database management module is used for establishing a database, a main key and an index, and comprises a database management unit, a database table management unit, a field management unit, a safety guarantee module and a data management unit;
the database management unit is used for classifying the same or similar database tables so as to facilitate the retrieval of users;
the database table management unit is used for integrating all key operations which need to be executed in all database tables under the module for establishing the database tables, the primary key and the index;
the field management unit is used for configuring the relevant attributes of the fields, including field names, field types, corresponding control types, whether the fields are empty and input value lengths; various configuration information of the fields is the main basis for form dynamic generation and data verification.
The data management unit is used for managing the data in each database table and comprises functions of inquiring, adding, editing, deleting, uploading and importing; the method is a guarantee for normal use of the database.
The database management module also comprises a security guarantee module which is used for automatically locking the database when the user uses the form generation module to modify the pages of the database tables and the fields, and other users cannot access the modified pages after the database is locked. The safety guarantee module transmits the locking state by using a WebSocket communication technology, and has the advantages of low power consumption, stable connection, recognizable connection state, full duplex and the like. The module mainly manages concurrent modification operation of the database node by combining a state machine principle with transaction management, and can perform locking and rollback operation in time when operation conflict and operation error share occur, so that the safety of data and database structures is guaranteed.
The form control management module is used for configuring relevant attributes of each field in the database, wherein the relevant attributes comprise field names, field types, field association, corresponding control types, whether the fields are empty and input value lengths;
the system comprises a control option management unit and a control style management unit; the control style management unit is used for storing HTML codes of the control template in an XML file, matching with a regular expression and a place holder replacing means, dynamically assigning values to HTML label attributes through the form generation module, and finally generating form controls; the control option management unit stores data for filling the control options in the form of key values, such as: and 1, and no and 0, two key-value pairs can be used as the simplest judgment options.
The form generation module takes a database management module as a data support, takes control management and control option management as a presentation support, and is used for managing data in each database and related interface templates and generation management. The system comprises a field information reading unit, a form generating unit, a data checking unit and a data storage unit;
the field information unit is used for reading field information from the database, using a new characteristic Session Storage in HTML5 in a client browser, and storing data in a JSON format as a basis for generating a form and verifying the data;
the form generation unit takes the field attribute as a generation basis and adopts a mode of generating and loading by using multiple times to generate the form, in the process of generating and loading the form, please refer to fig. 2, firstly, the AJAX asynchronous loading control is used, after the loading and rendering of the control are completed, the AJAX is used again to carry out the asynchronous loading of data, and the problem that the time for loading the form control is too long due to too many database fields is solved by the multiple loading. The form generation unit is also used for generating a verification rule of the data, and recording the verification rule in a custom attribute 'datarole' of an HTML (hypertext markup language) tag in a JSON (Java Server object) format during the generation so as to be called by the data verification unit;
the data verification unit is used for performing data verification on the data of the form generation unit by taking the field attribute as a basis; before data is stored, the client and the server are respectively checked twice, and the check rule takes the field attribute as a basis to ensure the accuracy of the data. In the client, before data submission, a user uses a verification module written based on JQuery to verify the data. If the data cannot be verified, a preventDefault method in JavaScript is used for intercepting the submission process of the form. The client verification has the advantages of low running cost, high speed, reduction of the time for returning the data to the server, and capability of visually improving the user operation experience, but is not safe only by relying on the client verification. Therefore, after the data is submitted to the server, the data is checked again in the server.
The data storage unit adopts a multiple storage mode, after a single form is subjected to first data submission and successfully stored, the system automatically generates the index ID of the data and caches the index ID in the client, the ID is carried in the data submission, and the data is updated in multiple times.
The overall design of the database is divided into a database main body and a sharing module, wherein the main body adopts a B/S structure (Browser/Server, Browser/Server mode) and uses a web Browser to access in a unified way. The database is wholly developed by using a C # language based on a NET Framework 4 and an object-oriented method, and is structurally designed by using an MVC mode. The database software uses microsoft sql Server 2012.
The embodiment also provides a structural design of the information management system based on the above
The system adopts the design mode of MVC, and is divided into six layers of structures which are respectively as follows: the system comprises a display layer, an interface layer, a control layer, a service layer, a model layer and a data layer.
A display layer: the display layer mainly stores two most static resources of the background management and display website, such as files like JavaScript, CSS, HTML templates, pictures and the like.
Interface layer: the interface layer is divided into an internal interface and an external interface, the internal interface is used for communication of each module in the system, access limitation is not set, cross-domain access is not allowed, the external interface is used for reading shared data and is used for accessing the external system, the access and access times of the interface are strictly limited, and the interface is mainly developed by using WebAPI under NET.
And (4) a service layer: the business layer comprises core function modules of database structure management, data management, form cache management, form template management and the like in the system and is mainly responsible for data processing and form generation.
A control layer: the control layer is responsible for flow control among modules in specific functional services, does not relate to specific service processing, and writes different special controllers for control aiming at specific service flows.
A model layer: the data is composed of entity classes, which describe specific attributes of each object and the association relationship among the objects, and is a main carrier of data.
And (3) a data layer: the data layer is responsible for direct access and specific operation of the database, and the system is developed by combining a lightweight ORM framework Dapper.
In order to meet the query requirements of various users, the system develops a display website in a matching way, wherein the display website comprises a public query page and can provide part of non-confidential information query. The website generates a dynamic page technology by using a static template, and is developed with functions of information publishing, picture publishing, video publishing and the like.
The public query function is realized by using an internal interface of a database, the generation of a query page is carried out through parameters such as field names, field types, default values and the like defined by fields, the query times per minute of a single IP are limited, and unnecessary access and occupation of server resources are avoided.
The system is also provided with a tool data module.
Designing a shared data interface: the design of the sharing interface is wholly developed by adopting Web API, the API strictly follows the Restful style, the interface adopts an access verification mode, registration is needed in an information base system before the sharing interface is called, a pair of accessed appid and token is generated after the registration, and when the data interface is called, the appid and the token are required to be transmitted to receive data. The interface design daily call limit may be modified in the interface control.
In order to balance the query requirement of the system main body and the call requirement of the shared interface, the system uses Nginx to perform load balancing setting, the system main body and the shared interface are respectively allocated with a port, Nginx is used for allocating access, and finally, 80 ports are used for accessing in a unified mode.
Since the development of the interface is involved, the problem of cross-domain access limitation inevitably occurs, and the solution can adopt technical means such as JSONP, CORS, Nginx reverse proxy and the like, and is not described herein again.
The database uses the automatic backup function of Microsoft SQL Server database agent, performs difference backup once a week and complete backup once a month, and stores the difference backup to the local Server hard disk. And after each backup, the backup files are automatically uploaded to an FTP server at a different place through FTP software. The integrity of the information base is ensured on the physical structure.
The above-described embodiments of the apparatus are merely illustrative, and the units described as separate parts may or may not be physically separate, and parts displayed as units may or may not be physical units, may be located in one place, or may be distributed on a plurality of network units. Some or all of the modules may be selected according to actual needs to achieve the purpose of the solution of the present embodiment. One of ordinary skill in the art can understand and implement it without inventive effort.
Through the above description of the embodiments, those skilled in the art will clearly understand that each embodiment can be implemented by software plus a necessary general hardware platform, and certainly can also be implemented by hardware. With this understanding in mind, the above-described technical solutions may be embodied in the form of a software product, which can be stored in a computer-readable storage medium such as ROM/RAM, magnetic disk, optical disk, etc., and includes instructions for causing a computer device (which may be a personal computer, a server, or a network device, etc.) to execute the methods described in the embodiments or some parts of the embodiments.
The foregoing descriptions of specific exemplary embodiments of the present invention have been presented for purposes of illustration and description. It is not intended to limit the invention to the precise form disclosed, and obviously many modifications and variations are possible in light of the above teaching. The exemplary embodiments were chosen and described in order to explain certain principles of the invention and its practical application to enable one skilled in the art to make and use various exemplary embodiments of the invention and various alternatives and modifications as are suited to the particular use contemplated. It is intended that the scope of the invention be defined by the claims and their equivalents.
Claims (6)
1. A kind of seed resource information management system, characterized by, including database management module, form control management module and form generation module;
the database management module is used for establishing a database, a main key and an index, and comprises a database management unit, a database table management unit, a field management unit and a data management unit;
the database management unit is used for classifying the same or similar database tables so as to facilitate the retrieval of users;
the database table management unit is used for integrating all key operations which need to be executed of all database tables under the module for establishing the database tables, copying the database tables, establishing the primary key and establishing the index;
the field management unit is used for configuring relevant attributes of the fields, including field names, field types, corresponding control types, whether the fields are empty or not, whether the fields are self-increment or not and input value lengths;
the data management unit is used for managing the data in each database table and comprises functions of inquiry, sorting, addition, editing, deletion, uploading and importing;
the form control management module is used for configuring operation controls corresponding to all fields of the data management interface, and the operation controls comprise control names, control types, control associations and data verification rules;
the system comprises a control style management unit, a form generation module and a form control management unit, wherein the control style management unit is used for storing HTML codes of a control template in an XML file, dynamically assigning values to HTML label attributes through the form generation module by matching with technical means including regular expressions, replacement placeholders and the like, and finally generating the form controls;
the form generation module takes each unit in the database management module as data support, takes control management and control option management as presentation support, and is used for managing data in each database, and relevant interface templates and generation management.
2. The germplasm resource information management system of claim 1, wherein the database management module further comprises a security assurance module for automatically locking the database when a user modifies a page of a database table and a field using the form generation module, and after the database is locked, other users will not access the modified page.
3. The germplasm resource information management system according to claim 1, characterized by comprising a read field information unit, a form generation unit, a data verification unit and a data saving unit;
the field information unit is used for reading field information from the database, using a new characteristic Session Storage in an HTML5 standard in a client browser, and storing data in a JSON format as a basic basis for generating a form and verifying the data;
the form generation unit takes the field attribute as a generation basis and adopts a mode of generating and loading by using a plurality of times to generate a form, in the process of generating and loading the form, firstly, the AJAX technology is used for carrying out asynchronous loading on the control, after the loading and rendering of the control are completed, the AJAX is used again for carrying out asynchronous loading of data and filling the data into the control; the form generation unit is also used for generating a verification rule of the data, and recording the verification rule in a custom attribute 'datarole' of an HTML (hypertext markup language) tag in a JSON (Java Server object) format during the generation so as to be called by the data verification unit;
the data verification unit takes the field attribute as a basis for performing data verification on the data of the form generation unit;
the data storage unit adopts a multiple storage mode, after a single form is subjected to first data submission and successfully stored, the system automatically generates an index ID of the data and caches the index ID in a client, the ID is carried in the data submission, and the data is updated in multiple times.
4. The germplasm resource information management system according to claim 2, wherein the security assurance module uses WebSocket communication technology to transmit the locking status and command signal.
5. The germplasm resource information management system according to claim 1, wherein the form control management module further comprises a control option management unit, and the control option management unit stores data for filling control options in the form of key value pairs.
6. The germplasm resource information management system according to claim 1, wherein the data check unit comprises a client check and a server check.
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113434141A (en) * | 2021-07-05 | 2021-09-24 | 北京鼎普科技股份有限公司 | Windows graphical interface management system development method and system based on domestic environment |
| CN113592633A (en) * | 2021-08-04 | 2021-11-02 | 上海通联金融服务有限公司 | Method for credit card approval and approval business |
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