However, the Windows operating system does not allow you to create a named pipe by using an external command similar to mkfifo. 但是,Windows操作系统不允许您使用类似于mkfifo的外部命令来创建指定管道。
However, neither a pipe nor a named pipe provides random access, because each operates as a first-in, first-out ( FIFO) device. 但是,管道和命名管道都不提供随机访问,因为它们都作为先入先出(FIFO)设备。
The tool creates a single named pipe for each partition on the target system and begins loading the data. 这个工具为目标系统上的每个分区创建了一个指定管道并开始加载数据。
With UNIX, you do not need the Java code to invoke a C program and create a named pipe. 在UNIX中,您不需要通过Java代码来调用C程序和创建指定管道。
The mknod command also creates a named pipe if you specify the p option for the type. 如果为类型指定了p选项,则mknod命令还将创建一个指定管道。
The pipe and named pipe are also simple mechanisms. 管道和命名管道也很简单。
The named pipe addresses the latter shortcoming and is an excellent choice for data exchange on the same system. 命名管道克服了这个缺点,是在同一系统上交换数据的好方法。
A socket functions much like a named pipe but can span hosts. 套接字的功能与命名管道很相似,但是可以跨主机。
On Windows, there is a named pipe handler thread that does the same work as the connection thread for named pipe connection requests. 在Windows上,有一个已命名管道处理程序线程,其作用等同于用于已命名管道连接请求的连接线程。
As part of plug-in initialization, db2auth. c creates a bi-directional named pipe. 在插件初始化时,db2auth.c创建一个双向的命名管道。
Also, a named pipe created with Java cannot interact with the Windows shell, and therefore cannot be used by the DB2 LOAD command. 此外,使用Java创建的指定管道不能与Windowsshell交互,因此不能由DB2LOAD命令使用。
With UNIX or Linux, you can create a named pipe with the mkfifo or mknod command. 在UNIX或Linux中,您可以使用mkfifo或mknod命令来创建指定管道。
This is because UNIX can create a named pipe directly using either the mkfifo or mknod command. 这是因为UNIX可以直接使用mkfifo或mknod命令来创建指定管道。
Following are samples of the commands to perform the two steps for creating a named pipe and loading DB2 data within a Unix or Linux environment. 以下命令示例将通过两个步骤创建一个指定管道,并在Unix或Linux环境中载入数据。
The specified handle is not open to the server end of the named pipe. 指定的句柄对命名管道的服务器端不开放。
The specified named pipe is in the closing state. 指定的命名管道处于关闭状态。
An instance of a named pipe cannot be found in the listening state. 在侦听状态中找不到已命名管道的实例。
The named pipe channel uses named pipes as the transport mechanism. 命名管道通道将命名管道用作传输机制。
Unable to impersonate using a named pipe until data has been read from that pipe. 在使用命名管道读取数据之前,无法经由该管道模拟。
Create an alias on the client, specifying the named pipe. 在客户端上创建别名,指定命名管道。
The specified named pipe is not in message mode. 指定的命名管道不处于消息模式。
The resource is accessed through a named pipe. 通过命名管道访问资源。
Application of System Architecture Named Pipe, Filter and MVC in J2EE 管道、过滤器和MVC软件体系模式在J2EE中的应用
Win32 Named Pipe is a widely used technology in interprocess communications. Win32命名管道技术是进程通讯中的一种常用技术。
Win32 Named Pipe Technology in Interprocess Communications Win32命名管道技术在进程通讯中的应用
Realizing network communication through the employment of named pipe 用命名管道技术实现网络通信
At the same time, this thesis analyzes the operating environment of named pipe, provides the steps to create the named pipe server and client, and shows the method for reading and writing the interactive data. 分析命名管道的运行环境,服务器与客户机的创建步骤,以及交互数据的读写方法,并测试系统稳定性。
This thesis achieves one to many communication modes of named pipe are via overlapped I/ O. The simulation researches demonstrate the effectiveness of the designed collaborative work mechanism. 采用重叠式I/O的方式实现一对多通信,完成一条被拖船与多条拖轮协同工作的程序设计,仿真研究结果表明所设计的协同工作机制是有效的。
Two modules are two individual processes, one of them monitoring data through USB virtual serial port and the other monitoring data through network port. Communication method between two processes is named pipe. 2. 两个模块分别是两个单独的进程,不断的分别监听来自USB虚拟串口和网口的数据,两个进程间的数据通信采用命名管道方式。