Generate PHP from the abstract data model.
从抽象数据模型生成php。
This are abstract data objects used to index searchable content.
这是用来索引可搜索内容的抽象数据对象。
To represent an abstract data buffer, declare two structured data types.
为了表示一个抽象数据缓冲区，需要声明两个结构化的数据类型。
Actually Oslo's modeling language is built against an abstract data model.
事实上，Oslo的建模语言是专门针对一个抽象的数据模型而构建的。
Let me bracket XML for a few moments by talking about abstract data models.
我先将XML搁置一边来讨论一些抽象的数据模型。
In contrast, when you make an abstract data buffer, the solution becomes simple.
与此相反，当您创建一个抽象数据缓冲区时，解决方案就变得简单了。
As an alternative, a self-managing abstract data buffer can combat those problems.
作为一种替代方案，自我管理的抽象数据缓冲区能够解决那些问题。
In other words, classes are not usable to implement pure abstract data types.
换句话说，类不能实现纯的数据类型。
To establish the abstract data model apply to a wide variety of programming languages.
建立了适用于各种编程语言的抽象数据模型。
The choice of the data structure often begins from the choice of an abstract data type.
所选择的数据结构往往首先从选择一个抽象的数据类型。
Static search set is an abstract data type with the operations initialize, insert, and retrieve.
静态搜索集是一种抽象数据类型，包含的操作包括initialize、insert和retrieve。
Abstract data types naming convention: (Dynamic) Array, Vector, Sequence, List, Container, Buffer.
抽象数据类型的命名约定(动态)：数组、向量，序列，列表，容器，缓冲区。
I came across the following definition of an 'Abstract Data Type' which I am unable to comprehend.
我遇到以下的定义一个抽象数据类型的，我无法理解。
To benefit from the solution, you must clearly define a lasting concrete abstract data buffer interface.
为了从这种解决方案中获益，您必须清楚地定义具体的抽象数据缓冲区接口。
The abstract data buffer allocates the memory blocks when and only when the actual data becomes available.
抽象数据缓冲区仅在实际数据变得可用时才分配内存。
The first two higher-level abstract data types are stacks and queues . They are extremely important to computing.
我们将要讨论的两种更高一级的抽象数据类型是堆栈和队列，它们对计算至关重要。
The goal of this paper is to specify abstract data type and provide its mathematical meaning by using algebra structure;
本文的目的在于利用抽象代数结构来描述抽象数据类型并给出它的数学含义；
Procedural abstraction, abstract data types, and, most recently, objects and components are all examples of such abstractions.
过程抽象、抽象数据类型、以及目前比较常用的“对象”和“组件”都属于这样的抽象机制。
Enable consumers and providers to develop against abstract data and service models rather than directly to prescribed interfaces.
允许使用者和提供者以抽象的数据和服务模型(而不是预先确定的接口)为基础进行开发。
By the refactoring technology in software engineering, this paper proposes a system refactoring model based on abstract data view.
利用软件工程中的重构技术，提出一种基于抽象数据视图的系统转换模型。
And these models is the result of accumulation and long-term experience in business, and ultimately the abstract data and processing.
而这些模型，是经过长期的业务积累和经验总结，最终得到的数据抽象及处理流程。
GIS may turn the obscure and abstract data forms into distinct and concise colorful maps. It helps specialists make strategic decisions.
GIS可以将晦涩抽象的数据表格变为清晰简明的彩色地图，帮助专业人员进行决策；
The transition from abstract data types to classes involves an important stylistic difference: the introduction of change and imperative reasoning.
从抽象数据类型到类的转变中包括了一个重要的格式差异：引进了变化和命令推理。
Visualization of abstract data Relations is aimed mainly at visualizing data structure, and graph is the most general and frequent used data structure.
抽象数据关系可视化主要是针对于数据结构的可视化，而图是应用最一般且最广泛的数据结构。
Abstract Data acquisition and display system is the use of a device, collect data from outside the system and input to the internal system of an interface.
摘要：数据采集与显示系统是利用一种装置，从系统外部采集数据并输入到系统内部的一个接口。
First of all we have established the data structure of data and data type, secondly we implemented the various operation on the abstract data types and data.
首先要确立存储具体数据类型和数据的数据结构，其次实现作用在抽象数据类型和数据上的各种操作。
The interface specification (IfS) describes the business syntax of the operations of a service strictly in terms of the abstract data types used by the operations.
接口规范 (IfS)从操作所使用的抽象数据类型方面严格描述服务的操作的业务语法。
Grid resource is the abstract data which intend to deal with in the thesis. So, to analyze the characters of the grid resource is very important and necessary.
网格资源是本文所要处理的抽象数据对象，所以对资源本身属性的分析是非常必要的。
In the first article of this two-part series on XSLT, I introduced you to some of the new features in XSLT 2.0 and showed you how to generate code from an abstract data model.
在两部分组成的关于XSLT的系列文章的第一期中，介绍了XSLT 2.0的一些新特性，并说明了如何从抽象数据模型生成代码。
Its main function shows the mass of abstract data produced during the drilling as the visualized graphic to the users, so the users can browse or compare the data conveniently.
数据图形系统的主要功能是将钻井过程中产生的大量的抽象数据以直观的图形方式展现给用户，方便用户浏览和比较。
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