类驱动程序的英文

• class driver

• "驱动"英文翻译    drive; prime mover
• "程序"英文翻译    procedure
• "odbc驱动程序" 英文翻译 :    odbc driver
• "表驱动程序" 英文翻译 :    table driven program; table-driven program
• "驱动程序" 英文翻译 :    dedicated ipx driver; device driver; driver program; driver routine; driver software; drivers; odd parity odbc; software driver
• "驱动器，驱动程序" 英文翻译 :    driver
• "安装驱动程序" 英文翻译 :    install driver
• "报文驱动程序" 英文翻译 :    message-driven program
• "表格驱动程序" 英文翻译 :    table-driven program
• "测试驱动程序" 英文翻译 :    test driver
• "磁盘驱动程序" 英文翻译 :    disk driver
• "端口驱动程序" 英文翻译 :    aio port driver
• "分时驱动程序" 英文翻译 :    time-sharing driver
• "功能驱动程序" 英文翻译 :    function driver
• "光盘驱动程序" 英文翻译 :    der cd-rom-treiber
• "加入驱动程序" 英文翻译 :    add device driver
• "类别驱动程序" 英文翻译 :    class driver
• "链路驱动程序" 英文翻译 :    link driver
• "模块驱动程序" 英文翻译 :    module driver
• "目标驱动程序" 英文翻译 :    destination drive
• "驱动程序列表" 英文翻译 :    list of drivers; lsit of drivers
• "驱动程序配置" 英文翻译 :    driver configuration
• "软件驱动程序" 英文翻译 :    software driver
• "筛选驱动程序" 英文翻译 :    filter driver
• "设备驱动程序" 英文翻译 :    device drivers; device program; devicedriver

• Drivers that are pure java and implement the network protocol for a specific data source
  这类驱动程序是纯java ，实现针对特定数据源的网络协议。
• Drivers of this type are generally dependent on a native library , which limits their portability
  这类驱动程序通常依赖本机库，这限制了其可移植性。
• Type 2 - drivers that are written partly in the java programming language and partly in native code
  这类驱动程序部分用java编程语言编写，部分用本机代码编写。
• On the part of driver , it introduces the concept of facility criterion and facility driver
  在驱动程序部分，首先介绍了设备类规范的概念和设备类驱动程序的概念。
• The visualizer apis make it easy to create such a driver , which is called the visualizer development host
  可视化工具api使这类驱动程序（称为“可视化工具开发宿主” ）的创建更为容易。
• Type 3 - drivers that use a pure java client and communicate with a middleware server using a database - independent protocol
  这类驱动程序使用纯java客户机，并使用独立于数据库的协议与中间件服务器通信。
• Type 1 - drivers that implement the jdbc api as a mapping to another data access api , such as open database connectivity odbc
  这类驱动程序将jdbc api作为到另一个数据访问api的映射来实现，如开放式数据库连通性（ open database connectivity ， odbc ） 。
• Chapter two focuses on the embedded linux , going deep into it ’ s structure and analyzing the real - time problem in constructing such a system . usb is discussed in chapter three , where the implementation of usb protocol and development of the printer class usb driver in linux o / s are described . in chapter four , cups ( common unix printing system ) is introduced and how to construct printing system is analyzed . the kernel of the printer driver under embedded linux is implemented with the aid of apdk from hp
  第三章讲述usb在linux下的实现问题和usb中打印机设备类驱动程序的开发;第四章首先介绍通用unix打印系统( commonunixprintingsystem ) ,分析在linux平台下如何建立打印系统;再对惠普apdk嵌入式打印机驱动程序开发包进行分析,实现嵌入式linux下打印机核心驱动程序;最后介绍jpeg图象格式到光栅数据格式转换的过滤器的设计。
• This paper first begin with the connotation of virtual instrument technology , study and discuss the criterion and the working theory of usb deeply . on the principle of usb1 . 1criterion , using usb interface chip usbn9604 and low consumption mirochip c8051f231 , we designed the available interface of usb bus and its controlling software , turn the communicating function based usb bus between computer and testing device . second based on the developed interface of usb bus , using microchip pic16c62 and a mount of relays , we designed the multiswitching scanner and its controlling software to complete the funtion of accesses swithing in testing system . third calling the api function inside the windows using vb programming language , communicat with the impelling program of selected hid , achieve the function of testing instrument with usb interface , complete the development of upside software faced testing . at last , based on the deep studying of pcb testing method , used the developed multiswithing scanner and software faced testing , combinated with necessary testing instrument , we constructed the pcb testing system and analized the testing result simply
  论文首先从虚拟仪器的技术内涵出发，深入研究和讨论了通用串行总线usb规范及工作原理，并依据usb1 . 1规范，采用usb接口芯片usbn9604和低功耗微处理器c8051f231设计开发了通用的usb总线接口及其控制固件，实现了通用计算机与测试设备之间基于usb总线的通信功能；其次，在所开发的usb总线接口的基础上，使用微处理器pic16c62和多路继电器开关，设计开发出实现测试系统中测试通道切换功能的多路通道扫描器及其控制固件；再次，采用vb语言编程，调用windows内部api函数，与选定hid类驱动程序进行通信，实现usb总线接口测试仪器功能，完成面向测试的上层软件开发；最后，在深入研究印刷电路板测试方法的基础上，利用已开发的多路通道扫描器和面向测试软件，结合必要测试仪器组建印刷电路板测试系统，并对测试结果进行了简要的误差分析。