generic adj. 1.【生物學(xué)】屬的,類的。 2.一般的,普通的 (opp. specific). 3.(商品)未注冊的;不受商標(biāo)注冊保護的。 4.【語法】全稱的,總稱的。 a generic name 屬名。 the generic singular [plural] 全稱單數(shù)[復(fù)數(shù)]。 the generic person 全稱人稱〔one, you 等〕。 n. = a generic drug 未注冊的藥品(如 aspirin)。 n. -ness
I think that object - oriented and generic programming complements each other nicely in c + + , and many of my most elegant pieces of code relies on combinations of the two 我認(rèn)為,在c + +中面向?qū)ο蠛头盒途幊滔嗷パa充得極好,我所寫的許多最優(yōu)美的代碼都依賴于兩者的結(jié)合。
First , in apla , tree , graph , set , list are pre - declared while in delphi they are not . second , there are obvious mechanisms for generic programming in apla while delphi does n ' t have them 相反, objectpascal中不能直接使用樹、圖、集合、序列等組合類型,而且沒有明顯的反映泛型程序設(shè)計思想的語法機制。
I consider templates and generic programming central to modern c + + . they are the keys to uncompromisingly efficient , type - safe code . however , they don ' t fit the classical object - oriented paradigm 我認(rèn)為模板和泛型編程是現(xiàn)代c + +的核心,是無損效率、類型安全代碼的關(guān)鍵。然而它們并不適合經(jīng)典的面向?qū)ο缶幊趟季S模型。
Once you know data a reaction , cla hierarchies ( object - oriented programming ) , and parameterization with types ( generic programming ) in a fairly general way , the c + + language features fall in place 就拿我來說吧,我會在編寫第一行代碼之前就考慮測試方案,而且這還是在我關(guān)于應(yīng)當(dāng)早于設(shè)計完成之前就進行編碼的觀點的前提之下。
Once you know data absreaction , class hierarchies ( object - oriented programming ) , and parameterization with types ( generic programming ) in a fairly general way , the c + + language features fall in place 就拿我來說吧,我會在編寫第一行代碼之前就考慮測試方案,而且這還是在我關(guān)于應(yīng)當(dāng)早于設(shè)計完成之前就進行編碼的觀點的前提之下。
The development of this software follows the philosophy of oo ( object oriented ) . in addition , generic programming is also employed in some cases so that the program can be more flexible and faster 同時,本文還采用面向?qū)ο蟮乃枷朐O(shè)計并實現(xiàn)了多元統(tǒng)計過程控制軟件,在某些部分還使用了泛型編程技術(shù)以提供更高的靈活性和速度。
We import the generic programming theory into the c + + class library through studying the idea of generic programming , achieve the generic programming in apla program . 4 . we also test the c + + class library by many examples what are transformed by apla - c + + system 通過對泛型程序設(shè)計思想的研究,在我們構(gòu)造的c + +類庫中引進了泛型程序機制,實現(xiàn)了apla程序的類型參數(shù)化,同時也提高了c + +類庫的可重用程度; 4
And that resulted from a misapprehension that the managed support represented not a domain abstraction but an evolutionary programming paradigm that required a language extension similar to that introduced by stroustrup to support object - oriented and generic programming 這種決策的錯誤在于誤認(rèn)為托管支持表示的不是域抽象,而是一種進化的編程范例,且這種編程范例要求的語言擴展與stroustrup為支持面向?qū)ο蟮囊话阈跃幊潭氲恼Z言擴展類似。
Using the ideal of generic programming to generalize design patterns brings mass reusing and automated design patterns , gifting programmers the ability to assemble the components by requirements , and result in the source codes that can express the primitive purpose of design , archiving the natural transition from designing to coding 將設(shè)計模式泛化帶來更大規(guī)模的代碼復(fù)用,使得設(shè)計模式的實現(xiàn)得以自動化,從而使開發(fā)人員能以面向設(shè)計的方式讓使用者自行裝配所需機能,產(chǎn)生能表達原始設(shè)計意圖的代碼,實現(xiàn)設(shè)計與編碼之間的無縫過渡。
In the first segment of this paper , the first chapter analysis the deficiency of object oriented and design patterns , then introduces the generic programming , and expatiates the theory of generalizing the design patterns ; the second chapter introduces some generalizing technologies , and brings forward dynamical composition 本文開篇第一章分析了面向?qū)ο蠹霸O(shè)計模式的不足,引入gp思想,論述gp優(yōu)點與不足,闡述泛化設(shè)計模式理論。第二章介紹了一些基本泛化技術(shù),并提出了動態(tài)組合技術(shù)。
In the simplest definition, generic programming is a style of computer programming in which algorithms are written in terms of to-be-specified-later types that are then instantiated when needed for specific types provided as parameters. This approach, pioneered by ML in 1973, permits writing common functions or types that differ only in the set of types on which they operate when used, thus reducing duplication.