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TranslationMobile

部署視圖

"view" in Chinese : n. 1.看，望；眺望，展望；觀察，考察。 2.視力；視 ...
"deployment" in Chinese : 布署; 和發(fā)布; 建置; 開傘; 展開；部署
"in their view" in Chinese : 在他們的觀點
"in this view" in Chinese : 從這個觀點; 在這個觀點中
"in view" in Chinese : 呈現(xiàn)在眼前; 在…看來; 在看得見的地方, 被考慮, 被期待
"in view of" in Chinese : 鑒于,考慮到；由于; 考慮到,由于; 考慮到，鑒于，由于; 有鑒于，考慮到
"on the view" in Chinese : 經(jīng)眼力觀察, 經(jīng)表面的觀察
"on view" in Chinese : (陳列)展出(中); 為能看到擺出來的; 展覽著, 上映著; 展覽著；上映中
"the view" in Chinese : 和后面的從句
"to the view" in Chinese : 公開地
"view" in Chinese : n. 1.看，望；眺望，展望；觀察，考察。 2.視力；視域，視野，眼界。 3 ...
"view as" in Chinese : 檢視為
"view of" in Chinese : 以……為目的
"view……as" in Chinese : 把…看成，認為…是
"with a view of" in Chinese : 目的; 以...為目標

Examples

She defines the architectural blueprints described in the use - case , logical , process , implementation , and deployment views
他定義出架構(gòu)藍圖，用用例、邏輯、流程、實現(xiàn)和部署視圖進行描述。
This is not a problem if we create closed packages but when using dynamic packages , getting rid of the deployment view would invalidate the packages
如果我們建立封閉包這并不是一個問題，但是當我們使用動態(tài)包時，刪除部署視圖將使包出錯。
According to the system ' s traits the software architecture is described in 5 views that are use case view , logic view , process view , implementation view and deployment view
根據(jù)此系統(tǒng)的特點，其體系結(jié)構(gòu)描述為5個視圖：用例視圖、邏輯視圖、進程視圖、實現(xiàn)視圖和實施視圖。
The model usam consists of parts , connectors , interfaces and constraints , described with use case view , logical view , component view and deployment view . it also discussed the usam - based software development process and the architecture - centered , object - orient , component - based development strategy
該模型由組件、連接件、接口件和約束組成，采用uml的一個子集作為體系結(jié)構(gòu)建模語言，用例視圖、邏輯視圖、構(gòu)件視圖和配置視圖表示模型的4個視圖。
Based on the discussion of the two main platforms on which distributed enterprise applications can be built , j2ee was selected as the infrastrcture of our inspection platform . the inspection platform was designed from the usecase view , logical view and deployment view respectively . model - view - controler ( mvc ) design pattern was used in the softeware architecture design
Net平臺的比較分析，選擇將系統(tǒng)監(jiān)測中心構(gòu)建在j2ee規(guī)范之上，然后利用uml建模技術(shù)分別從用例視圖、邏輯視圖、部署視圖三個角度闡述了系統(tǒng)監(jiān)測平臺的總體設計，整個軟件的結(jié)構(gòu)基于mvc (視圖、數(shù)據(jù)和控制分離)的設計模式。
Second , the concept of unified modeling language is describled , and its " 4 + 1 " views ( use case view . logical view , implementation view , process view , deployment view ) are describled based on the characteristics of liquid propellant space propulsion systems . software process model , the concept of iteration and increment , the concept of software development based on risks , sysnerty software process model are describled ; software model of the study of the software of configuration analysis of liquid propellant space propulsion systems is presented in this paper using unified modeling language and synergy software process model
然后本文闡述了統(tǒng)一建模語言的概念，并結(jié)合空間推進系統(tǒng)特點分別對統(tǒng)一建模語言的“ 4 + 1 ”結(jié)構(gòu)視圖(用例視圖、過程視圖、邏輯視圖、實現(xiàn)視圖、部署視圖)進行了闡述；闡述了軟件過程模型和迭代、增量及基于風險的軟件開發(fā)的概念以及synergy軟件過程模型；應用統(tǒng)一建模語言和synergy軟件過程模型建立了液體推進劑空間推進系統(tǒng)構(gòu)型分析軟件的軟件模型。