框架 [建筑] frame; framing; shell frame; skeleton frame; frame mount; trellis; sash; pigsty(e); rack; armature (塑像骨架) 钢筋混凝土框架 reinforced concrete frame; 建筑物的框架 the frame of a building; 铁制的框架 iron frames; 飞船的框架是用轻而坚固的金属制成的。 the frame of an airship is made of light but strong metal. 我们把那幅画装入框架。 we frame up that picture.; 框架板 frame plate; 框架构造 belfry; 框架构筑 framing; 框架基础 frame foundation; 框架建筑 framed building; 框架结构 frame construction; skeleton [framed] structure; 框架锯 [设计] buhl saw; frame saw; 框架开间 case bay
Perhaps , framework technology is strange for most domestic software enterprises . however , it can make application developers produce good software in short times . moreover , it ' s flexible and allows thesome partions implemented by developers 框架技术对于国内的软件行业目前来讲,还比较陌生,但,框架能使应用开发人员快速的制造出高质量的软件,它十分灵活,并允许将其部分的实现留给应用开发人员完成。
Through lots of research and practice on watool , we also revealed the implement principle , design idea and the approach to develop middleware product with framework technology . thus , we profoundly caught on the component technology and software reusing idea 通过对watool的大量研究与实践,揭示了构件系统的工作原理和设计思想,以及应用框架技术设计实现中间件产品,进而广泛应用于企业级软件开发的流行软件开发技术,加深了对构件技术和复用思想的深刻理解。
We are also lack of systemic researches in the process of framework development . this paper studies the reuse techniques , framework techniques and the software process of framework . focusing on flood control domain , we discuss how these techniques can be applied to the domain system design 本文的研究从理论性和实用性两方面着手,通过对对象框架技术的研究,探索一种能有效地应用于防洪领域软件的软件开发方法和软件体系结构,建立一种开放、动态分布、高效、伸缩性强的软件构架,以便有效地利用现有资源,继承遗产系统,最大限度的提供对系统演化的支持。
Stressed several key techniques : hiberarchy technique , fireworks technique , communication model fur energy save , optional component technique , pervasive computing model and so on used . those techniques in the expoitation of wireless sensor network in northwestern polytechnical university , proved effective after evaluation 重点介绍了无线传感器网络操作系统开发过程中的几大关键技术:结构的层次化技术、框架技术、节能型通信模型技术、可裁减构件技术、普适计算模型技术。
In this paper , we use the object - oriented application framework technology to develop the chemical process . this method can be fitted well for development of the large - size software system , especially for the system with many objects and complex relations and it emphasizes the main framework constructed by abstract objects 本文采用面向对象的应用框架技术( object - orientedapplicationframework ) ,是一种由面向对象技术支持的,能够适应大型软件系统开发的方法,特别是对具有对象种类繁多而关系复杂的系统。
Secondly , the paper will analyze the characteristics of b / s structure and the concept of b / s model with cooperation between traditional c / s model development and popular b / s model development recently , which make the benefits of b / s development more advantageous . and the crm system in the paper uses b / s model for development 之后,具体对crm系统进行了设计,包括系统采用的模式和体系结构和框架技术,文章重点介绍了在struts框架概念的基础上,使用java语言来实现系统的设计,在此过程中,将进一步显示出struts框架在mvc模式上的优势。
In this paper , i studied the frame technology , especially on the j2ee lightweight framework 。 at first , i studied the j2ee technology and analyzed some source codes of lightweight framework , on which basis , i design the system architecture of j2ee lightweight framework , then i work hard to devided the lightweight framework and design the component of the every layer . these component includes : knowledge base component 、 mvc component 、 ioc component 、 aop component and o / r mapping component etc . in succedent chapter , i introduced the designment of knowledge base component and mvc component , and finally emphasized on introducing the designment and realization of business layer and persistence layer in detail 。 at last , i have brought forth the application and validation of ioc component and aop component in relizition of o / r mapping component 本次论文中,作者对j2ee技术和框架技术进行了研究,特别是j2ee轻量级框架技术的研究,在研究了j2ee技术的新发展和分析了一些轻量级框架代码的基础上,提出了j2ee轻量级框架整体的分层结构的设计,并给出了各层相应的框架组件的设计。包括:表示层包括知识库组件和mvc组件;业务层包括ioc组件和aop组件;数据持久层主要是o / r映射组件。随后阐述了知识库组件和mvc组件的设计思想,重点分析论述了业务层组件和持久层组件,并给出了业务层组件和数据持久层组件详细的设计和实现。
It took the model driven as software developing pattern , and started at the mapping between relation data model , and supported by mof and mda , and referenced frame technic , and provided the resolvent of existing in information system and improved the efficiency of information system developing and keeping 本课题采取模型驱动的软件开发模式,以关系数据模型之间的映射为研究出发点,以mof 、 mda为整体理论支撑,参考框架技术,为信息系统中存在的一些问题提供了解决方法,在很大程度上提高信息系统开发和维护效率。
Nowadays the technology of j2ee has been applied widely in many fields . from the viewpoint of the designment , the application of j2ee technology can be divided three layers architecture , which are view layer , business layer and data persistence layer 。 these three layers are alternatively supported by the techonology of web and ejb . the technology of web supports the view layer , meanwhile , business layer and data persistence layer are supported by the techonology of ejb . with the rapid and constant development of the techonology of j2ee , there are a lots of lightweight frameworks corresponding to every layer of the designment of j2ee technology 。 in fact , the development of lightweight framework boosts the development of j2ee technology and lightweight framework has been the basic of the following architecture of j2ee technology J2ee的应用越来越广泛, j2ee应用从设计上可以分为三层:表示层、业务层和数据持久层。在这三层上与之对应的j2ee技术为web技术和ejb技术, web技术实现表现层,而ejb规范负责业务层和数据层。由于j2ee技术的不断发展,在j2ee设计的各个层次现在都有对应的轻量级框架出现,轻量级框架的发展极大了推动了j2ee技术的发展,轻量级框架技术已经成为了下一代j2ee构架的基础。
This system passes through a period of time ' s apply , the result indicates that enterprise credit report system adopts struts frame technology has big superiority in both empolder and after empolder . one side the web apply system based on struts frame can divide the apply logic , transact process and display logic into different module to realize . so the thought clear in empolder process , divide the work definitely and boost the whole item empolder ; on the other hand enterprise credit report system adopts j2ee technology empolder b / s apply pattern , so that it depresses the cost sufficiently , improves the utilize rate of server and depresses the demand of client machine 该系统经过一段时间的应用,结果表明,征信上报系统在采用struts框架技术开发中和开发后的应用方面都具有较大的优越性。一方面基于struts框架的web应用系统的开发能够将应用逻辑、处理过程和显示逻辑分成不同模块加以实现,做到开发过程思路清晰、分工明确,达到共同推进项目整体开发的目的;另一方面企业征信上报系统采用j2ee技术开发b / s的应用模式,这样可以充分的降低成本,提高服务器的利用率、降低客户机的要求。