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CN103914307A - Interactive-interface fast implementation method based on reusable library - Google Patents

Interactive-interface fast implementation method based on reusable library
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CN103914307A
CN103914307ACN201410162007.3ACN201410162007ACN103914307ACN 103914307 ACN103914307 ACN 103914307ACN 201410162007 ACN201410162007 ACN 201410162007ACN 103914307 ACN103914307 ACN 103914307A
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reusable
library
interactive interface
data
interface
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陈刚
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IEIT Systems Co Ltd
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Inspur Electronic Information Industry Co Ltd
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本发明提供了一种基于可复用库的交互界面快速实现方法,是通过主动式数据/视图模型设计将数据及界面元素相关联,再根据交互界面的特点实现可复用性质的基础元素库、通用功能库和专用功能库后组建成可复用库,最后提出模型入库标准规范提供统一标准接口、配置路径、数据库表单形式、数据/视图模型绑定规范。本方法适合于基于WEB的远程访问及基于QT、VS等工具的本地交互界面的开发平台,能够基于可复用库快速实现各种类型的需要交互的界面,具备功能库设计规则简单,可复用性高,界面成型快速等特点,此外,通过对可复用库标准规范的改进和优化可进一步提高可复用库的有效性及交互界面的可用性。

The invention provides a method for quickly realizing an interactive interface based on a reusable library, which associates data and interface elements through active data/view model design, and then realizes a reusable basic element library according to the characteristics of the interactive interface , a general function library and a special function library to form a reusable library, and finally put forward the model storage standard specification to provide a unified standard interface, configuration path, database form form, data/view model binding specification. This method is suitable for development platforms based on WEB-based remote access and local interactive interfaces based on tools such as QT and VS. It can quickly realize various types of interactive interfaces based on reusable libraries. The design rules of the functional library are simple and reproducible. In addition, the effectiveness of the reusable library and the usability of the interactive interface can be further improved by improving and optimizing the standard specification of the reusable library.

Description

A kind of interactive interface Fast implementation based on reusable storehouse
Technical field
The present invention designs a kind of interactive interface development technique, specifically a kind of interactive interface Fast implementation based on reusable storehouse.
Background technology
Interactive interface is the passage that people and computing machine carry out message exchange, user by interactive interface to computer input information, operate, computing machine provides information by interactive interface to user, for read, analyze and judgement.Present stage, interactive interface was widely used in a lot of aspects such as science and technology, military affairs, education, safety and consumer electronics.Interactive interface is mainly divided into: command language user interface, graphic user interface, direct control user interface, multimedia user interface, MultiModal User Interface etc., wherein graphic user interface is the main flow of active user's interface, and the core technology that this type of interface adopts is time Driving technique.
User identifies by figure and controls interactive elements, carry out purposive operation, but due to the mistaken ideas of cultural difference and pattern understand, a lot of operations are evolved into trial, the participation that graphic user interface and interactive process greatly depend on vision and manually control.Just because of this type of interface of these features, often specific aim is very strong, for developer, particularly for the interactive interface developer towards monitoring inquiry, configuration management, system detection, fault diagnosis and information early warning, although this class interface operation steps is simple, with clearly defined objective, but function difference is large, development platform is many, this has all brought very burden to developer, tends to occur again developing for different product needed the interactive interface of new function.Taking the monitoring management system of the server product of certain company as example, there is a set of monitoring management system of having applied for rack-mount server, but while exploitation for blade server, because having occurred to change, architecture causes need to again developing when the monitoring management interface for similar function, simultaneously, because the regular renewal of server hardware platform has also caused modifying to existing function, or in original functional module, increase new function, this all needs again to develop interactive interface.Be not only like this waste to financial resources, material resources, manpower, resource, be also the waste that can not make full use of the existing fruit of labour, and can extend product development cycle, postpone time to market (TTM).
Therefore, how can accurately make full use of the development of existing interactive interface, can improve again the actual development speed of interactive interface, further realize the modular design standard criterion with reusable storehouse and just become to need badly the problem of solution.
summary of the invention
For how realizing rapidly and accurately interactive interface, reduce the various costs in performance history, the present invention proposes a kind of interactive interface Fast implementation based on reusable storehouse.
Interactive interface Fast implementation based on reusable storehouse of the present invention, the technical scheme that solve the technical problem employing is as follows: the main contents of the described interactive interface Fast implementation based on reusable storehouse comprise: the modular design of interactive interface, the Component in reusable storehouse, the quick performing step of interactive interface based on reusable storehouse;
The modular design method of described interactive interface, refers to based on OO method for designing, carries out common point extraction separate with otherness by interactive interface by functional module;
The construction method in described reusable storehouse, its content mainly comprises: obtain interactive interface module, database design and realization, structure active data/view model, binding interface and the database module of arrangement, by classification encapsulation function storehouse;
The quick performing step of the described interactive interface based on reusable storehouse mainly comprises: clear and definite user's request, inquiry reusable function storehouse, normative reference realize accommodation function module, customization function list, configuration reusable function storehouse, generate target interactive interface.
Further, in the construction method in described reusable storehouse, reusable storehouse mainly comprises infrastructure elements storehouse, utility function storehouse and special function storehouse, and specific interactive interface module is all bound in every kind of function storehouse; Wherein, infrastructure elements storehouse mainly comprises the basis that forms interface for form, list, scale map, edit box, button etc.; Utility function storehouse be by object-oriented method analyze abstract out there is common, functional module repeatably, special function storehouse be by object-oriented method Analyze & separate out there is special, special functional module.
Further, the design of described active data/view model, it is the design of data-oriented binding figure, how user shows without relation data under view, user will be as long as need to show that by image conversion method view elements arranges in place, then by the specific data cell of database binding, be that view can upgrade automatically when data change;
Described active data/view model is made up of data source, logical source and view source, and wherein data source is responsible for collecting the data from underlying database, and logical source is resolved the data from data source, receive logic source, view source data after treatment.
Further, in the construction method in described reusable storehouse, also comprise that reusable library standard specification is model standard of entering refirigeration specification, described reusable library standard specification is need to increase and expand for follow-up interactive interface time, and unified standard interface, configuration path, database table simple form formula, data/view model binding specification are provided.
The interactive interface Fast implementation based on reusable storehouse that the present invention proposes, by the design of active data/view model, data and interface element to be associated, after realizing infrastructure elements storehouse, general utility functions storehouse and the special function storehouse of reusable character according to the feature of interactive interface again, set up into reusable storehouse, finally propose model standard of entering refirigeration specification unified standard interface, configuration path, database table simple form formula, data/view model binding specification are provided.
The beneficial effect of a kind of interactive interface Fast implementation based on reusable storehouse disclosed by the invention is:
The described interactive interface Fast implementation based on reusable storehouse, can realize fast the mutual interface of various types of needs based on reusable storehouse, not only can make full use of the development of existing interactive interface, can improve again the actual development speed of interactive interface.In addition, the present invention also relates to have the modular design standard criterion in reusable storehouse, this specification is the basis that ensures that reusable storehouse can effectively be expanded and apply, and can further improve the validity in reusable storehouse and the availability of interactive interface by the improvement to reusable library standard specification and optimization.
The features such as this method is suitable for the development platform at the remote access based on WEB and the local interaction interface based on the instrument such as QT, VS, possesses function storehouse design rule simple, and reusability is high, and interface moulding is quick.
Brief description of the drawings
Accompanying drawing 1 is active data/view model of the present invention;
Accompanying drawing 2 is reusable of the present invention storehouse block diagram;
Accompanying drawing 3 is the process flow diagram in structure reusable of the present invention storehouse;
Accompanying drawing 4 is the quick realization flow figure of interactive interface of the present invention.
Embodiment
Below by accompanying drawing, the interactive interface Fast implementation based on reusable storehouse of the present invention is further described, be not construed as limiting the invention.
Interactive interface Fast implementation based on reusable storehouse of the present invention, the content being mainly concerned with while design comprises: the construction method in the modular design method of interactive interface, the reusable storehouse of Function-oriented, the quick performing step of interactive interface based on reusable storehouse.
Respectively above-mentioned several aspects are elaborated below:
In the modular design of described interactive interface, described modular design is based on OO method for designing, carries out common point extraction separate with otherness by interactive interface by functional module; Described interactive interface is mainly towards comprising application scenarios such as monitoring inquiry, configuration management, system detection, fault diagnosis and information early warning, but is not limited only to them; The access mode of described interactive interface comprises: WEB remote access, local sign-on access and local installation and operation etc., but be not limited only to them.
In the construction method in described reusable storehouse, reusable storehouse mainly comprises infrastructure elements storehouse, general utility functions storehouse and special function storehouse, and specific interactive interface module is all bound in every kind of function storehouse; Wherein, infrastructure elements storehouse mainly comprises the basis that forms interface for form, list, scale map, edit box, button etc.; General utility functions storehouse be by object-oriented method analyze abstract out there is common, functional module repeatably, conventionally this part function all can exist in basic interactive interface, and function is basic identical, as log information demonstration, user management, time configuration etc.; Special function storehouse be by object-oriented method Analyze & separate out there is special, special functional module, conventionally this part function is due to its specificity, whether will according to actual conditions concrete configuration, as firmware upgrades and synchronous, power supply control etc. if specifically in interactive interface, occurring;
The construction method in described reusable storehouse, its content mainly comprises: obtain interactive interface module, database design and realization, structure active data/view model, binding interface and the database module of arrangement, by classification encapsulation function storehouse; The design of described active data/view model, it is the design of data-oriented binding figure, user need not be concerned about how data show under view, user will be as long as need to show that by image conversion method view elements arranges in place, then by the specific data cell of database binding, when the data view that changes can upgrade automatically;
In the construction method in described reusable storehouse, also comprise that reusable library standard specification is model standard of entering refirigeration specification, it is the standard rule based on reusable storehouse, it is the standard that Design and implementation is formulated at interaction interface, in the face of scenes such as demand change and amendments, need to increase and expand for follow-up interactive interface time, provide unified standard interface, configuration path, database table simple form formula, data/view model binding specification.The object of the construction method in described reusable storehouse, is for existing development platform provides infrastructural support, and provides standard rule for following platform.
The quick performing step of described interactive interface mainly comprises: clear and definite user's request, inquiry reusable function storehouse, normative reference realize accommodation function module, customization function list, configuration reusable function storehouse, generate target interactive interface; In the time of inquiry reusable function storehouse, need to check actual demand after the feature list with reference to existing function storehouse; Described normative reference realizes accommodation function module, refers to that the module of realization will meet reusable library standard rule, otherwise cannot carry out next step; Determine whether need to realize specific function as the case may be, and functional module after realizing can be added in reusable function storehouse to; Described configuration reusable functional module refers to, by offering user's configuration file, is XML configuration file specifically, and user can enable by this file, module in forbidden energy, increase, deletion, amendment concrete function storehouse.
Interactive interface Fast implementation based on reusable storehouse of the present invention, first, extract actual interaction page platform feature common point, separate, dedicated according to function, and by OO method, each function interface is designed to independently class, in interface, there is the element of general character, can extract basis of formation element database; Then, according to module characteristic design interface function interactive database, and articulating based on active model/view approach fulfillment database and interface; Again then, realize infrastructure elements storehouse, general utility functions storehouse and special function storehouse in conjunction with interactive interface platform development instrument; Finally, realize the storehouse configuration tool of user oriented reusable and standard criterion, unlatching by functional module, close and the action such as adjustment realizes interactive interface application rapidly.
Accompanying drawing 1 is active data/view model of the present invention, as shown in Figure 1, block diagram is made up of data source, logical source (Logical processing unit) and view source, data source is responsible for collecting the data from underlying database, process by data, after increase view display properties, be submitted to logical source (Logical processing unit); Logical processing unit is resolved from the data of data source, and selects the processing rule of (element) storehouse, basis interior element to data in reusable storehouse, then to data processing so that view show; Data after the receive logic processing unit processes of view source, and select suitable reusable storehouse view elements to show data message.
The present invention has improved the realization flow in traditional reusable component storehouse, and traditional flow process mainly comprises: partition functionality module, extract function module, realize versatility module, realize specificity module, composition component base.The present invention has improved above-mentioned flow process, increase articulating of functional module and back-end data base, while making functional module represent content, need not consider again data-interface, only need build according to basic module, interface display and data content upgrade based on active data/view model to be realized, and has so greatly improved the actual implementation efficiency of interactive interface.
Accompanying drawing 2 is reusable of the present invention storehouse block diagram, as shown in Figure 2, mainly comprise storehouse, basis (element), general (function) storehouse, special (function) storehouse, described base library, general-purpose library, private library basis of formation layer, general layer, special layer respectively, basal layer comprises the infrastructure elements of various formation interactive interfaces, special layer comprises the accommodation function module in various interactive interfaces, general layer above-mentioned two-layer between, the principle that presses same differentiation is processed demand, first extract versatility and add general layer to, then add special layer to according to singularity; The standard of entering refirigeration specification (reusable library standard specification) of reusable storehouse model comprises above-mentioned three layers in the vertical.
Accompanying drawing 3 is the process flow diagram in structure reusable of the present invention storehouse, and as shown in Figure 3, detailed process is described below:
Step 1: interactive interface demand analysis;
Step 2: based on OO method, interface demand is carried out to common point extraction and separate with otherness;
Step 3: the interactive interface module of obtaining arrangement;
Step 4: the database design of interaction interface function also realizes;
Step 5: build active data/view model according to the demand of decomposing;
Step 6: binding interface and database module;
Step 7: by classification encapsulation function storehouse, and upgrade reusable function storehouse.
Accompanying drawing 4 is the quick realization flow figure of interactive interface of the present invention, and as shown in Figure 4, detailed process is described below:
Step 1: interactive interface demand analysis, it is the monitoring management system of service-oriented device that this example is implemented;
Step 2: with reference to reusable function storehouse model standard of entering refirigeration specification (reusable library standard specification), whether analysis monitoring administration interface comprises the special module that reusable storehouse does not comprise;
Step 3: if need to increase new special module, build accommodation function module with reference to step 2 to the step 7 of Fig. 3;
Step 4: upgrade reusable storehouse, increase special module to reusable storehouse;
Step 5: upgrade reusable storehouse model standard of entering refirigeration specification;
Step 6: if need to increase without special module, directly call the module fast assembling monitoring management system interface in reusable storehouse.
In summary, the described interactive interface Fast implementation based on reusable storehouse, first, extract actual interaction page platform feature common point, separate, dedicated according to function, and by OO method, each function interface is designed to independently class, in interface, there is the element of general character, can extract basis of formation element database; Then, according to module characteristic design interface function interactive database, and articulating based on active model/view approach fulfillment database and interface; Again then, realize infrastructure elements storehouse, utility function storehouse and special function storehouse in conjunction with interactive interface platform development instrument; Finally, realize the storehouse configuration tool of user oriented reusable and standard criterion, unlatching by functional module, close and the action such as adjustment realizes interactive interface application rapidly.
Utilize the interactive interface Fast implementation based on reusable storehouse of the present invention, can realize fast the mutual interface of various types of needs based on reusable storehouse, not only can make full use of the development of existing interactive interface, can improve again the actual development speed of interactive interface, further realize the problem of needing solution badly that solved.In addition, the present invention also relates to have the modular design standard criterion in reusable storehouse, this specification is the basis that ensures that reusable storehouse can effectively be expanded and apply, and can further improve the validity in reusable storehouse and the availability of interactive interface by the improvement to design standards specification and optimization.
The foregoing is only embodiments of the invention, within the spirit and principles in the present invention all, any amendment of doing, be equal to replacement, improvement etc., within all should being included in protection scope of the present invention.

Claims (6)

Translated fromChinese
1.一种基于可复用库的交互界面快速实现方法, 其特征在于,其主要内容包括:交互界面的模块化设计、可复用库的构件方法、基于可复用库的交互界面快速实现步骤;1. A method for quickly implementing an interactive interface based on a reusable library, characterized in that its main contents include: modular design of an interactive interface, component methods of a reusable library, and rapid implementation of an interactive interface based on a reusable library step;所述交互界面的模块化设计方法,是指基于面向对象的设计方法,即将交互界面按功能模块进行共同性抽取和差异性分离;The modular design method of the interactive interface refers to an object-oriented design method, which is to extract the commonality and separate the difference of the interactive interface according to the functional modules;所述可复用库的构建方法,其内容主要包括:获取整理的交互界面模块、数据库设计及实现、构建主动式数据/视图模型、绑定界面及数据库模块、按分类封装功能库;The construction method of the reusable library mainly includes: obtaining and organizing interactive interface modules, database design and implementation, constructing active data/view models, binding interfaces and database modules, and encapsulating function libraries according to classification;所述基于可复用库的交互界面快速实现步骤主要包括:明确用户需求、查询可复用功能库、参考标准实现专用功能模块、定制功能列表、配置可复用功能库、生成目标交互界面。The quick implementation steps of the interactive interface based on the reusable library mainly include: clarifying user requirements, querying the reusable function library, implementing special function modules with reference to standards, customizing the function list, configuring the reusable function library, and generating a target interactive interface.2.根据权利要求1所述的基于可复用库的交互界面快速实现方法, 其特征在于,所述可复用库的构建方法中,可复用库主要包括基础元素库、公用功能库及专用功能库,每种功能库都绑定特定的交互界面模块;其中,基础元素库主要包括用于表格、列表、比例图、编辑框、按钮构成界面的基础;公用功能库是通过面向对象方法分析抽象出来的具有共同的、可重复的功能模块,专用功能库是通过面向对象方法分析分离出来的具有专用的、特殊的功能模块。2. The method for rapidly implementing an interactive interface based on a reusable library according to claim 1, wherein in the construction method of the reusable library, the reusable library mainly includes a basic element library, a public function library and Dedicated function library, each function library is bound to a specific interactive interface module; among them, the basic element library mainly includes the basis for the interface composed of tables, lists, scale charts, edit boxes, and buttons; the public function library is through the object-oriented method The common and repeatable functional modules are abstracted by analysis, and the special function library is separated by object-oriented method with dedicated and special functional modules.3.根据权利要求1所述的基于可复用库的交互界面快速实现方法, 其特征在于,所述主动式数据/视图模型设计,是面向数据绑定图形的设计,用户只要通过图像化方法将需要显示视图元素布置在合适的位置,然后通过数据库绑定特定的数据单元即可,当数据发生变化时视图会自动进行更新;3. The method for quickly implementing an interactive interface based on a reusable library according to claim 1, characterized in that the active data/view model design is designed for data binding graphics, and the user only needs to use the graphic method Arrange the view elements that need to be displayed in an appropriate position, and then bind specific data units through the database. When the data changes, the view will be automatically updated;所述主动式数据/视图模型由数据源、逻辑源和视图源组成,其中数据源负责收集来自底层数据库的数据,逻辑源解析来自数据源的数据,视图源接收逻辑源处理后的数据。The active data/view model consists of a data source, a logic source and a view source, wherein the data source is responsible for collecting data from the underlying database, the logic source parses the data from the data source, and the view source receives the data processed by the logic source.4.根据权利要求1所述的基于可复用库的交互界面快速实现方法, 其特征在于,所述可复用库的构建方法中,还包括可复用库标准规范即模型入库标准规范,所述可复用库标准规范负责为后续交互界面需要增加和扩展时,提供统一标准接口、配置路径、数据库表单形式、数据/视图模型绑定规范。4. The method for quickly implementing an interactive interface based on a reusable library according to claim 1, characterized in that, in the construction method of the reusable library, the standard specification for the reusable library is also included, that is, the model storage standard specification , the standard specification of the reusable library is responsible for providing a unified standard interface, configuration path, database form form, and data/view model binding specification when the subsequent interactive interface needs to be added and expanded.5.根据权利要求1所述的基于可复用库的交互界面快速实现方法, 其特征在于,所述构建可复用库的流程为:5. The method for rapidly implementing an interactive interface based on a reusable library according to claim 1, wherein the process of building a reusable library is:步骤1:交互界面需求分析;Step 1: Analysis of interactive interface requirements;步骤2:基于面向对象的方法对界面需求进行共同性抽取和差异性分离;Step 2: Based on the object-oriented method, extract the commonality and separate the difference of the interface requirements;步骤3:获取整理的交互界面模块;Step 3: Obtain the sorted interactive interface module;步骤4:面向交互界面功能的数据库设计并实现;Step 4: Database design and implementation for interactive interface functions;步骤5:根据分解的需求构建主动式数据/视图模型;Step 5: Build active data/view models based on decomposed requirements;步骤6:绑定界面及数据库模块;Step 6: Bind interface and database module;步骤7:按分类封装功能库,并更新可复用功能库。Step 7: Encapsulate the function library by category and update the reusable function library.6.根据权利要求4所述的基于可复用库的交互界面快速实现方法, 其特征在于,所述交互界面快速实现步骤为:6. the method for quickly realizing an interactive interface based on a reusable library according to claim 4, characterized in that, the quick realization steps of the interactive interface are:步骤1:交互界面需求分析,面向服务器的监控管理系统;Step 1: Analysis of interactive interface requirements, server-oriented monitoring and management system;步骤2:参照可复用功能库模型入库标准规范,分析监控管理界面是否包含可复用库未包含的专用模块;Step 2: Refer to the reusable function library model warehousing standard specification, and analyze whether the monitoring management interface contains special modules not included in the reusable library;步骤3:如果需要增加新专用模块,设计并实现专用模块;Step 3: If a new dedicated module needs to be added, design and implement the dedicated module;步骤4:更新可复用库,增加专用模块到可复用库;Step 4: Update the reusable library and add dedicated modules to the reusable library;步骤5:更新可复用库模型入库标准规范;Step 5: Update the reusable library model warehousing standard specification;步骤6:如果无需增加专用模块,则直接调用可复用库的模块快速组建监控管理系统界面。Step 6: If there is no need to add a dedicated module, directly call the modules of the reusable library to quickly build the monitoring and management system interface.
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