AIDB包括三个部分：抽象数据库访问接口、不同数据库的驱动程序以及驱动管理程序。
AIDB consists of three parts: an abstract database access interface, a different database driver and driver management procedures.
在实现中，使用了多种先进技术，如系统服务、ADO数据库访问接口、智能化通信对象模型管理等。
In the realization, some advanced technologies are used, such as system service, ADO, intelligent management of communication object etc.
信息服务支持组件提供的功能还可以帮助将服务接口映射为访问整合数据库中的数据的查询。
Functionality of the information service enablement component can also help to map a service interface to a query that accesses the data in the consolidated database.
汽车列表数据库还可以通过SOAP接口访问，以轻松集成到其他应用程序中。
The database of car listings is also available through a SOAP interface, for easy integration into other applications.
并且，Rexx当然是完全Turing的，支持模块和结构化编程，有面向专门任务的库，例如GUI接口、网络编程和数据库访问。
And Rexx is certainly Turing-complete, enables modules and structured programming, and has libraries for tasks such as GUI interfaces, network programming, and database access.
Flex应用程序并没有直接与数据库服务器通信，而是使用可以通过rest式HTTP或SOAP接口访问的Web服务处理数据。
Rather than directly communicate with a database server, Flex applications typically work with data using Web services that are accessible using a RESTful HTTP or SOAP interface.
Django提供了自己的对象关系型数据映射组件(object - relationalmapper,orm)库，它可以通过Python对象接口支持动态数据库访问。
Django comes with its own object-relational mapper (ORM) library that supports dynamic database access through a Python object interface.
DB 2fori数据库通过一个针对JDBC 3.0和JDBC 4.0规范定义的接口编写的JDBC驱动程序访问。
The DB2 for I database are accessed using a JDBC driver written to the interfaces defined by the JDBC 3.0 and JDBC 4.0 specification.
PDO并不是类似于PearDB的数据库抽象层，而更像一种采用了统一api(应用编程接口)的数据访问层。
PDO is not an abstraction layer like PearDB. PDO is a more like a data access layer which USES a unified API (Application Programming Interface).
系统接口的物理类及属性结构(等同于数据库结构，在其中直接数据访问是最好或唯一的选择)。
Physical class and attribute structure of system interfaces (which will equate to database structures where direct data access is the best or only option).
这些数据库位于全世界的研究中心，每个数据库具有自己的独特存储结构、访问接口和通信协议。
These databases are hosted in research centers around the world, each with its own unique storage structure, access interface, and communication protocol.
文中提出了系统的总体结构，分析了数据库接口和访问优化技术，描述了船舶调度模型和其中关键问题的解决方法。
In the paper, the overall structure is presented, the database access interface and technicals are analyzed, the dispatching mode and solution of the key problems are described.
随后，详细讨论了系统实现过程中数据接口转换技术和VRML访问数据库技术。
Subsequently it discusses detailedly the data interface transformation and the technology that VRML visits database during the realization procedure.
系统使用五层体系结构，分别为：用户交互层，系统编程接口层，挖掘核心服务层，数据库访问层，数据库。
The system structure is a multilayer system structure with five layers. They are user interactive layer, system program interface layer, mining core service layer, data access layer, database layer.
系统采用ADO和DAO作为外部数据访问接口，实现属性数据与空间数据的连接和数据库信息的更新。
With ADO and DAO as database access interface, this system makes the connection between attribute data and spatial data, and the updating of database information come true.
用户通过访问接口LIBPQ连接到数据库，授权访问和操作自己的视图。
Users connect to database by access interface LIBPQ and are authorized to access and operate views of themselves.
网站的开发采用国内外流行的JSP技术完成数据库接口的访问。
Forthe development of dynamic web site, we used the widely used JSP to achieve the database connectivity.
提出了用PB的ODBC接口访问数据库的原理和机制，为异构数据库的集成提供了一种基于ODBC中间件的解决方案。
And also by using the principle and mechanism of ODBC interface technique PB to access the database, this paper provides a solution based on ODBC middleware for heterogeneous database integration.
为了增强WEB数据库的安全，本文主要介绍了通过ODBC安全访问接口的设计与实现，在基于关系数据库的安全增强器中对标准odbc访问接口做了扩充。
In order to improve the security of WEB database. This paper discusses how to design and implement ODBC and how to extend ODBC in the RDBMS-based security enhancer.
数据库应用与开发都有专门成熟的工具，但是在利用层层接口去访问数据库时却往往影响了数据的访问、处理速度。
There are special tools for database applications and developing, which always lower the speed of data access and processing while accessing database with hierarchical interface.
该文主要介绍了ODBC访问接口的设计与实现，以及在基于关系数据库的安全增强器中对标准odbc访问接口的扩充。
This paper discusses how to design and implement ODBC and how to extend ODBC in the RDBMS-based security enhancer.
该文主要介绍了ODBC访问接口的设计与实现，以及在基于关系数据库的安全增强器中对标准odbc访问接口的扩充。
This paper discusses how to design and implement ODBC and how to extend ODBC in the RDBMS-based security enhancer.
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