CN108132802B - Application method of configuration model in system development - Google Patents
Application method of configuration model in system development Download PDFInfo
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- CN108132802B CN108132802B CN201711283323.6A CN201711283323A CN108132802B CN 108132802 B CN108132802 B CN 108132802B CN 201711283323 A CN201711283323 A CN 201711283323A CN 108132802 B CN108132802 B CN 108132802B
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Abstract
The invention provides an application method of a configuration model in system development, which comprises a template function module and a model program module, wherein the configuration model comprises a process of generating various application programs by a method of hanging a menu and carrying out program configuration on the basis of a basic operation environment generated by the template function module and the established model program module. The problem brought by the prototype method is solved, developers can generate the prototype program which can be seen by users in the preliminary design through the configuration function as long as the data structure is constructed, and can modify the prototype program through the configuration, so that the prototype design is perfected by the research and development model program, and the prototype design is more practical.
Description
Technical Field
The invention relates to the technical field of model configuration program file structures, in particular to an application method of a configuration model in system development.
Background
The configuration model technology provides basic conditions for the prototype design of the development application system, and simultaneously, program functions are easily generated and function upgrading and maintenance are convenient by using the technology.
A typical representation of a traditional software structured design is the "waterfall model". The model divides the software life cycle into a plurality of stages, and different methods, technologies and tools are applied to complete the tasks of the stages according to the characteristics of different stage work. The software personnel follow strict specifications and perform strict phase review and confirmation at the end of each phase work to obtain consistent, complete, correct and unambiguous documents of the phase, and the documents are 'frozen' as the mark of the end of the phase and are used as the basis for the next phase work, thereby ensuring the quality of the software.
However, in the early development stage, users often only have a vague idea about the system, and it is difficult to fully and accurately express the overall requirements of the system, and software personnel are vague about the problem of the application to be solved. A detailed discussion and analysis may yield a better specification, but it is difficult to expect that the specification will describe various aspects of the system as being complete, accurate, consistent, and consistent with the actual environment. Although the above problems are alleviated by intensive review and validation, full testing in traditional software lifecycle management, they cannot be fundamentally solved.
To solve these problems, the concept of rapid prototyping of software systems has gradually been developed. After a group of basic requirements is formed, a prototype version to be built is constructed through a quick analysis method, then the prototype is modified according to opinions of customers in the process of using the prototype, so that an updated version of the prototype is obtained, and the process is repeated until a system meeting the requirements of the customers is obtained.
In general, the prototyping method is an interactive process between a user and a software developer, and is suitable for a system with high demand uncertainty. Starting with the development of a user interface, a system interface prototype is firstly formed, a user runs the user interface prototype and gives opinions about what agrees and what disagrees, and the method is an outside-in design process.
However, prototype design still faces the difficulty of prototype program generation, if the developed software has similar development systems in the past, a user can establish a prototype by simply modifying part of functions and communicate with the user to achieve better prototype development effect, if no similar development system exists, the prototype program creation still needs to occupy a certain time of the developer, and meanwhile, the user also needs workload and time to modify the prototype by the suggestion in the process of using the prototype.
There is a need to develop a "configuration model" system development application method to improve the problems of the prototype method.
Disclosure of Invention
In order to overcome the defects of the prior art, the invention provides an application method of a configuration model in system development, which improves the problems brought by a prototype method.
In order to achieve the purpose, the invention adopts the following technical scheme:
the application method of the configuration model comprises the steps of generating various application programs by means of a menu hanging method and program configuration on the basis of a basic operation environment generated by the template function module and the built model program module.
The template function module comprises a system operation environment file for generating a configuration model: a user logs in a file, a menu file, a log file, a log modification file, a code file and a configuration file, and the basic operation of the system is ensured; and establishing an application file structure and laying the foundation of application program development.
The model program module is a plurality of established general window function modules, and comprises: the system comprises an adding, deleting and modifying interface function module, an inquiry interface function module, a statistical interface function module, a report interface function module and a data analysis interface function module.
The application method of the configuration model comprises the following steps:
firstly, establishing a configuration model development environment by using a template function module;
step two, establishing or connecting a corresponding database;
thirdly, generating a system environment file by utilizing a template function module;
fourthly, generating an application file structure by utilizing a template function module;
combining the application file structure generated by the template function module and the established model program module, and generating an initial management interface, a query interface, a statistical interface, an analysis interface and a report interface required by a user by adopting a menu distribution function;
step six, adjusting the content of the configuration file of the window function: displaying items, adding items, modifying items, inquiring conditions, counting items, data item sequence, displaying width and other contents, and generating a management interface, an inquiring interface, a counting interface, an analyzing interface and a report interface which are finally needed by a user;
and step seven, completing the generation of the application program.
Compared with the prior art, the invention has the beneficial effects that:
1. the application method of the configuration model in system development provided by the invention can be used for quickly generating the application program in a configuration file mode, and creates a convenient condition for prototype design of the application management system. The application program is rapidly generated in a configuration file mode, and the programming workload of a developer is greatly reduced in the process of developing a system. The application program is maintained in a configuration file mode, and the application system is convenient to maintain by developers.
2. The configuration model utilizes a configuration mode to automatically generate simple information adding, deleting and modifying functions and various data analysis query interfaces, omits programming in prototype design, and can be completed through simple 'function configuration' according to business requirements when some businesses change and the prototype program function needs to be changed.
Integrity: the configuration model system is a self complete system, and generates an application environment by utilizing a 'template function', wherein the application environment comprises system structure establishment, configuration file structure establishment, universal code structure establishment, automatic completion of a universal login interface, a universal menu interface, a universal authorization interface and the like; various application interfaces are generated using 'model programs' and configuration files.
Maintenance performance: the function interface derived from the 'model program' can finish upgrading or modifying the interface by modifying the configuration file information, thereby creating convenient conditions for service change.
Drawings
FIG. 1 is a flow chart of a method for applying a configuration model in system development according to the present invention;
FIG. 2 is a method diagram of a specific fifth step in an application method of a configuration model in system development according to the present invention;
FIG. 3 is a diagram illustrating an embodiment of a fifth step of a method for applying a configuration model in system development according to the present invention;
FIG. 4 is a diagram of a management, query, and report function configuration interface in an embodiment of a specific step six of an application method of a configuration model in system development according to the present invention;
FIG. 5 is a diagram of a statistical functional configuration interface in an embodiment of a sixth step of an application method of a configuration model in system development, in accordance with the present invention;
FIG. 6 is a configuration interface diagram of report and analysis functions in an embodiment of a sixth step of an application method of a configuration model in system development according to the present invention;
FIG. 7 is an exemplary diagram of a user-generated final management interface generated by a method of applying a configuration model in system development in accordance with the present invention;
FIG. 8 is an exemplary diagram of a user-generated final query interface generated by a method of applying a configuration model in system development in accordance with the present invention;
FIG. 9 is an exemplary diagram of a user-generated final statistical interface generated by a method of applying a configuration model in system development in accordance with the present invention;
FIG. 10 is an exemplary diagram of a user-generated final analysis interface generated by a method of applying a configuration model in system development in accordance with the present invention;
FIG. 11 is an exemplary diagram of a user-generated final reporting interface generated by a method of applying a configuration model in system development in accordance with the present invention.
Detailed Description
The following detailed description of the present invention will be made with reference to the accompanying drawings.
The application method of the configuration model comprises the steps of generating various application programs by means of a menu hanging method and program configuration on the basis of a basic operation environment generated by the template function module and the built model program module.
The template function module comprises a system operation environment file for generating a configuration model: a user logs in a file, a menu file, a log file, a log modification file, a code file and a configuration file, and the basic operation of the system is ensured; and establishing an application file structure and laying the foundation of application program development.
The model program module is a plurality of established general window function modules, and comprises: the system comprises an adding, deleting and modifying interface function module, an inquiry interface function module, a statistical interface function module, a report interface function module and a data analysis interface function module.
As shown in fig. 1, the method for applying the configuration model includes the following steps:
firstly, establishing a configuration model development environment by using a template function module;
step two, establishing or connecting a corresponding database;
thirdly, generating a system environment file by utilizing a template function module;
fourthly, generating an application file structure by utilizing a template function module;
step five, as shown in fig. 2, combining the application file structure generated by the template function module and the established model program module, and generating an initial management interface, a query interface, a statistical interface, an analysis interface and a report interface required by a user by adopting a menu distribution function;
as shown in fig. 2, the menu distribution function is adopted to extract the application file structure generated by the template function module and the model program in the established model program module, and put the extracted application file structure and the model program in the menu file of the interface finally required by the user, the system automatically configures the management program, the query program, the statistical program, the analysis program and the report program according to the application file structure, and finally, the programs are operated to generate the management interface, the query interface, the statistical interface, the analysis interface and the report interface finally required by the user.
Step six, adjusting the content of the configuration file of the window function: displaying items, adding items, modifying items, inquiring conditions, counting items, data item sequence, displaying width and other contents, and generating a management interface, an inquiring interface, a counting interface, an analyzing interface and a report interface which are finally needed by a user;
and step seven, completing the generation of the application program.
And step eight, adjusting the content of the configuration file at any time according to the change requirement of the user to finish the maintenance of the application program.
[ EXAMPLES ]
The method of the invention may be implemented using a general computer language, for example: PB.
Fig. 3 is a diagram of a specific example of step five in the application method of the configuration model, in which the left side in the diagram is various record table files of an application file structure generated by the template function module, wherein the "recording of the disease information list" is clicked to black to indicate that selection is performed, and the right side in the diagram is provided with various configuration (hanging) buttons, for example: after a record list file of an application file structure is selected, the record list file of the application file structure is hung in a query interface function module of an established model program module by clicking a 'hang general query' button on the right side, and finally the user query interface of fig. 8 is generated.
Fig. 4 to fig. 6 are diagrams of a sixth specific embodiment of the application method of the configuration model, and fig. 4 is a management, query, and report function configuration interface, in which a selection function box of "display item, add item, modify item, display width, etc." is provided. For example: and marking a 'number matching' in the selection function frame of the 'display item', namely displaying the result on a final user interface, wherein a statistical function configuration interface is shown in FIG. 5, and the selection function frame of the 'statistical item' is arranged in the diagram. FIG. 6 is a report and analysis function configuration interface with various options listed on the left side of the figure and items selected for listing in the user statistics.
7-11 are exemplary diagrams of a user's final management interface, query interface, statistics interface, analysis interface, and reporting interface generated by the method of the present invention.
The problem of solving the program function in the configuration technology is explained as follows:
● solving the common problems of model program window functions includes:
dynamically configuring query conditions;
dynamically configuring data display items;
dynamically configuring the display sequence of the program data items;
solving the data export problem;
dynamically configuring a calculation column;
uniformly configuring a drop-down window of the data items;
dynamically configuring default conditions for data display;
the dynamic configuration field displays the width.
● solving the data query window interface problem includes:
configuring a sorting field of data display;
configuring data packet display;
configuring a single record display data window;
configuring a date mask for displaying records;
and configuring a display record summary value.
● solving the data statistics interface problem includes:
the problem of data sorting is solved;
the problem of projection (display detail) display is solved.
● detail report and summary report interface problems include:
and configuring the program detail report data items.
The above embodiments are implemented on the premise of the technical solution of the present invention, and detailed embodiments and specific operation procedures are given, but the scope of the present invention is not limited to the above embodiments. The methods used in the above examples are conventional methods unless otherwise specified.
Claims (3)
1. An application method of a configuration model in system development is characterized in that the configuration model covers a template function module and a model program module, and the application method of the configuration model is a process of generating various application programs by a method of hanging a menu and carrying out program configuration on the basis of a basic operation environment generated by the template function module and the built model program module; the application method of the configuration model comprises the following steps:
firstly, establishing a configuration model development environment by using a template function module;
step two, establishing or connecting a corresponding database;
thirdly, generating a system environment file by utilizing a template function module;
fourthly, generating an application file structure by utilizing a template function module;
combining the application file structure generated by the template function module and the established model program module, and generating an initial management interface, a query interface, a statistical interface, an analysis interface and a report interface required by a user by adopting a menu distribution function;
step six, adjusting the content of the configuration file of the window function: displaying items, adding items, modifying items, inquiring conditions, counting items, data item sequence and displaying width, and generating a management interface, an inquiring interface, a counting interface, an analyzing interface and a report interface which are finally required by a user;
and step seven, completing the generation of the application program.
2. The method of claim 1, wherein the template function module comprises a system operating environment file for generating the configuration model: a user logs in a file, a menu file, a log file, a log modification file, a code file and a configuration file, and the basic operation of the system is ensured; and establishing an application file structure and laying the foundation of application program development.
3. The method as claimed in claim 1, wherein the model program modules are a plurality of established general-purpose window function modules, and include: the system comprises an adding, deleting and modifying interface function module, an inquiry interface function module, a statistical interface function module, a report interface function module and a data analysis interface function module.
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| CN113255233A (en) * | 2021-06-23 | 2021-08-13 | 中国银行股份有限公司 | Business requirement processing method and device, storage medium and electronic equipment |
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