开发 develop; open up; exploit; developing; exploitation 开发和推广科技成果 develop and disseminate research findings; 开发人才资源 develop human resources; 开发山区 develop mountain areas; 开发实业 open up industries; 开发油田 open up oilfields; 开发地下宝藏 tap underground resources; 开发新产品 develop new products; 开发沿海石油 exploit offshore oil deposits; 开发中心 development centre; 水力开发 water power development; 国土开发 land development in the country; 智力开发 mental development; 开发成本 cost of development; 开发贷款基金 development loan fund; 开发放[贷]款 development loan; 开发公司 development corporation; 开发规划 development project; 开发合作 cooperation in development; (联合国) 开发计划署 united nations development programme (undp); 开发进口 develop-and-import scheme; 开发委员会 development committee; 开发系统 development system; 开发研究 developmental research; 开发银行 development bank; 开发援助 development aid; 开发援助委员会 development assistance committee; 开发周期 construction cycle; 开发智力 tap intellectual resources; 开发资金 development capital; 开发资源 exploit natural resources; tap natural resources
Incremental development with ant and junit 利用ant和junit进行增量开发
Incremental testing with ant and junit 利用ant和junit进行增量开发
Iterative and incremental development is necessary to converge on an accurate business solution 对准确的业务解决方案需要采用循环和增量开发。
Third , our approach allows for the incremental development of pervasive computing within a ubiquitously available service environment 第三,我们的方法允许在无处不在的可用的服务环境中进行普及运算的增量开发。
The linked source module can even be closed during quick , incremental development and reopened for when you want to do visualization 在快速的增量开发过程中,甚至可以关闭链接源模块,并在希望进行可视化时,将其重新打开。
Considering the characteristics of complexity and frequent flow of business process system in the power supply of county enterprise , a sufficient business process system is established and developed by using unified modeling language and object - oriented analyse and design methods in this paper . a series of use case diagrams , sequence diagrams , interaction diagrams and class diagrams is designed . then , class diagrams are created tables of data - base 针对目前县级供电企业业扩报装业务复杂、工作流程变动频繁的特点,在县级电力局管理信息系统的建设中,采用面向对象分析与设计的思想,运用可视化标准建模语言uml对业扩系统建模,设计了业扩系统的用例图、顺序图、合作图和类图,并将类图直接生成数据表,构建了业扩报装系统框架模型,在经过迭代和增量开发的过程后,开发了较为通用的业扩报装系统软件。
Rup method ( rational unified software development process ) is a kind of oo method entirely based on uml ( unified modling language ) , which have gained people ' s favor in software trade because of its unique features - use case drived , architecture centered , iterative and incremental development process Rup ( rational统一软件开发过程)方法是一种完全基于uml (统一建模语言)的oo方法,它凭借用况驱动、以构架为中心、迭代和增量开发过程的特点迅速得到软件业界人士的青睐。
Usdp provides the specific guidance on how to apply uml concept in software development . this paper has studied usdp and analyzed usdp architecture , researched its three unique characteristics : use case driven , software system architecture as core and development based on iteration and increment . this paper also researched usdp from the aspect of modern software project management , pointed out some possible issues , and made some improvement proposals 本文主要对统一软件开发过程进行研究,分析usdp的架构,研究了它的用例驱动、以软件体系结构为核心、迭代式增量开发三个鲜明特点,从现代软件项目管理的角度对usdp进行探讨,指出了usdp可能的不足并提出了改进的设想。
Correspondingly , the enterprise operation software system based kfi is added into the enterprise informationization ' s framework to link the strategy layer and the business execution layer . in the process of developing the software system , the software system ' s analysis and design are finished in aris and it is implemented in genexus with an incremental philosophy . whereafter , the methodology for software development procedure with aris and genuxus is summarized 在软件系统的开发过程中,利用aris的企业建模体系构造组织模型,建立面向过程的功能树模型,进一步的细化业务流程模型,并通过功能分配图模型、面向业务对象的功能树模型, er模型等进行具体的软件分析与设计;接着,在软件开发平台genexus上以增量开发的方式实现软件系统,并归纳一套aris与genexus结合的软件开发过程的方法。
The second is anhui province " 9 . 5 " key project " agricultural atomospheric disasters measuration and evaluation system based on gis " , applied umls visual modeling technology to carry on object oriented requirement analysis , system design , structure design , and testing , this is a interactive increment process , realized an effective " high reliable and extendable system 该系统应用uml可视化建模技术对于复杂系统进行面向对象需求分析、系统设计、结构设计以及编码与测试的迭代增量开发,实现了系统开发的高效率、高可靠性和可维护性。