in support of 考虑到这种情况; 维护…;支持…;证实…; 以便支持; 以便支援; 支持, 支援; 支持,拥护; 支援;支持;拥护
support vt. 1.支承,支撑;支持;支援,维护。 2.援助;拥护,赞助。 3.扶养,赡养(家属);资助,维持。 4.鼓舞,激励。 5.忍受,忍耐。 6.证明,证实。 7.【戏剧】扮演(角色);配,为…担任配角;【音乐】为…伴奏。 support towns with electricity to 向城镇供电。 I can't support this heat. 我忍受不了这样的热度。 The speaker was supported on the platform by the mayor. 演讲人在讲台上有市长陪着。 support a family 养家活口。 support oneself 自谋生计。 n. 1.支持,维持;支持者;支柱,支座,撑体;桁架。 2.扶助,援助;鼓励;拥护;赞成,赞助。 3.抚养,赡养;生计,活计,衣食;赡养费。 4.【军事】支援部队,预备队;【音乐】伴奏(部);【戏剧】助演(者),配角。 a support of the state 国家的栋梁。 Price supports 〔美国〕(政府给农民的)补助金。 enlist the support of 争取(某人的)支持。 give support to 支持,支援。 in support of 支持;支援;拥护。 adj. -less
Hivemind has more supporting modules than pico does, but not nearly as many as spring has 它比pico拥有更多的支持模块,但还是少于spring。
Present the work principle and program language of winrunner, which is a software auto-test tool, and then make it work as the software-supporting module in wdm-ats 因此,本文对winrunner的工作原理、编程语言进行了细致地研究,并编程实现上述的设计思想。
We developed the support modules for multiprocessor and i / o subsystem . the satellite-carried embedded multiprocessor system adopted the high reliability 1553b bus and high speed ieee1394 bus, which have met the reliability and information processing requirement 我们研发的星载嵌入式多处理器系统的i/o子系统采用了可靠性高的1553b总线以及传输速率高的ieee1394总线,从而满足了系统对于可靠性和信息处理能力的要求。
The cross debugger has four components : user interface, debugging module, communication module and operating system supporting module . the monitor programs of the target are composed of executive module of debugging command, communication module and code control module 交叉调试器可以分成四部分:用户接口、调试功能模块、通信模块和操作系统支持模块;目标机端的监控程序主要是由调试命令执行模块、通信模块、代码控制模块组成。
Based on the degree of urgency of going into graceful ospf restart, the reason of graceful ospf restart is divided into software-restart and hardware-restart, and the way of graceful ospf restart is divided into pre-restart mode and post-restart mode accordingly . after the compare with the traditional ospf realization method and the analysis on the mechanism of the trigger of graceful ospf restart and synchronization of link state database and the exchanging with the route management module ( rtm ), it is figured out that how to choose the restart mode and how to switch from pre-restart mode to post-restart mode, and how to synchronize the link state database, and how to define the interface and process flow exchanging with protocol supporting module, and how to deal with the forwarding table on the condition of multiple route protocols who also have the capability of graceful restart . finally, the idea of graceful ospf restart with two modes above was realized in the t series routers that belong to a telecommunication corporation 本文首先找出了引起温和重启的各种原因,然后根据温和重启的紧迫程度,提出把温和重启的原因分为硬重启与软重启,并设计相应的前启动模式与后启动模式;结合传统ospf协议的实现方法,通过对其触发机制、数据库同步机制、与支撑模块的交互机制以及多协议同时重启时路由同步机制的分析,解决了在温和重启过程中启动模式如何选择与切换、数据库如何同步、与协议支撑接口如何定义与交互的问题,并揭示出在多协议同时进行温和重启过程中所必须遵循的一般规律,最终在一个通讯企业的t系列路由器上实现了两种模式下基于ospf协议的温和重启。