UNPI Universal Network Programming Interface

In network computing environment, the diversity of network programming interface adds lot of inconvenience in developing network applications.

网络计算环境中 ,网络编程接口的多样性给开发网络应用程序带来了很大的不便 。

This paper discusses the design way and key technique of transmission of document across a network, furthermore, how to programme it with Windows Sockets which is one of network programming interfaces is also explained.

文中着重讨论了文书网络传输的设计思想、关键技术 ,并利用Windows下标准网络编程接口 (socket)编程实

Using the HV7131R CMOS image sensor as photoelectric imaging device,seamless connecting was achieved between the controller and the sensor by general programmable interface(GPIF).

0控制器cy7c8013以通用可编程接口GPIF MASTER模式实现与传感器的无缝连接,在isochronous传输方式下采用Auto—In(自动打包)工作机制实现了串行总线对图像系统数据的实时传输。

It introduces how to implement interface between general programmable interface(GPIF)of high-speed USB peripheral controller EZ-USB FX2(CY7C68013)and FIFO.

0传输控制芯片EZ-USB FX2的流状态特性设计的通用可编程接口(GPIF)与FIFO连接的方案,给出了流状态特性的主要特点、配置方法等,并且详细介绍了固件程序的编写。

The architecture of CY7C68013A is introduced; the GPIF communication mode provided by the chip is applied; the hardware and software (which in-cludes firm.

采用Cypress公司的CY7C68013A芯片作为USB接口芯片;介绍了CY7C68013A芯片的结构;选择使用此芯片的通用可编程接口(GPIF)模式;阐述了数据传输接口的硬软件设计,软件系统包括固件、设备驱动程序、客户应用程序;详细说明了数据传输流程。

Using the Cypress GPIF designer tools to design the GPIF, define the wave descriptor and realize the data transmission.

通过使用Cypress公司提供的GPIFDesigner工具开发GPIF(通用可编程接口),预先定义好波形描述符,通过激发GPIF功能来实现数据传输。

0 interface chip is configured in GPIF, asynchronous transmission, Auto-In operating interface mode.

0接口芯片(Cy7c68013)为数据传输核心来控制网络芯片,数据包经由网络芯片编/解码,利用GPIF(通用可编程接口)异步传输Auto-In/Out(自动打包)接口和块传输方式,实现两台PC机的全双工通讯。

So found an active network socket programming(ANSP) model,which is muster of a series of socket.

针对这个问题,文中提出了主动网络接口编程(ANSP)模型,它是一系列接口的集合,简便、透明,位于现有的执行环境之上,基本解决了上述互操作问题。