1) generic programming
泛型编程
1.
The paper analyzed thoroughly the idea of generic programming,discusses the structure and the principle of the STL and points out the great significance of code reuse.
文章深入剖析了泛型编程思想,探讨了STL的结构与原理,指出STL在代码重用方面具有重要意义。
2.
A thorough and in-depth analysis of the underlying idea and technological characteristics of generic programming is presented,elaborating its development and weaknesses with respect to language support.
本文对泛型编程的核心思想和技术特征进行了较为深入的分析,介绍了泛型编程在语言实现上的现状与不足,着重论述了作者针对这些不足做出的改进工作,即对类型参数及其约束机制进行扩展以支持通用、高效的算法和数据结构的设计,并以Java语言作为实施例,详细介绍了如何通过现有对象技术来实现比较完整的泛型编程,是现有面向对象语言类泛型编程的首例。
3.
Generic programming develops object oriented.
泛型编程是面向对象的进一步发展,从更高的角度对世界进行抽象,为面向对象的不足之处提供了解决之道。
3) programming model
编程模型
1.
A Programming Model for IXP2400;
一种面向IXP2400的编程模型
2.
Ajax Web Application Programming Model Research and Application Framework Implementation;
Ajax Web应用的编程模型研究和应用框架实现
3.
WAPM:A parallel programming model in large scale Internet distributed computing environments
WAPM:适合广域分布式计算的并行编程模型
4) programming type
编程类型
1.
The algorithms being discussed in this paper are the distinguishment algorithm and the combining states method of the programming type that are used whem large scale PLD chip is analysed.
讨论了新型可编程逻辑部件 (PLD)解析时对其编程类型的判别算法 ,组态判别方法 ,这是对新型PLD解析的基础工作。
5) generic programming
范型编程
1.
Visualization in computer simulation implemented by generic programming;
本文运用C++的范型编程思想,将OpenGL的实时3D显示功能集成在一个封闭的类模板中,使其通用化,克服了直接调用OpenGL函数导致的程序结构不清晰和代码可复用性差的缺点,大大简化了计算模拟中实现可视化的方法步骤。
6) generic programming
泛型程序设计
1.
For reusing softwares and improving productivity,we not only need object-oriented programming but also need generic programming.
为了能更好地重用软件,有效提高软件的生产率,仅有面向对象的程序设计思想是不够的,还需要泛型程序设计思想。
2.
As an important programming paradigm,generic programming relieves the programmer from repeatedly writing codes of similar functionality for different data types.
泛型程序设计提供了一种重要的程序设计范型,使程序员无须为不同的数据类型重复编写功能相似的程序代码。
3.
This paper presents generic programming,generic container,with an example of AVL-tree container(implements an associative container based on it),expatiates how to extend and design the new container and iterator based on the STL framework by using the template,testing and explanting the container based on the DEV-C++ environment(the compiler is Gcc,STL library basesd on the SGI standard).
泛型程序设计是一种通用、可复用组件的设计方法,首先介绍了泛型程序设计及泛型容器,并以设计一个AVL容器树(可以作为底层机制实现关联式容器)为例,阐述如何在STL框架的基础上应用模板技术来扩展与设计新的容器与迭代器,并针对Dev-C++环境(Gcc编译器,STL库基于SGI标准)进行测试与移植。
补充资料：泛唇泛舌
1.亦作"泛唇泛舌"。 2.议论纷纷。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条