nonblocking

不闭塞的

常用释义

adj. 不闭塞的

扩展信息

非阻塞

1 非阻塞（Nonblocking）体系结构　　在这一部分，我将从理论的角度来解释非阻塞体系的结构及其工作原理。

非阻塞式

不能为任何客户端提供I/O 操作的阻塞等待，而必须排他地使用非阻塞式（nonblocking）I/O。回顾前面所介绍的非阻塞式I/O， …

非阻塞赋值

Verilog HDL中，有两种过程赋值方式，即阻塞赋值（blocking）和非阻塞赋值（nonblocking）。阻塞赋值执行时，RHS（right …

无阻塞

无阻空间的英语 apparent free... ... ) open-flow capacity: 无阻流量 ) nonblocking: 无阻塞 ) interconnection: 无阻接续 ...

非等待

...ceive):接收者等待，直到有效讯息出现  非等待(nonblocking)又称作非同步(asynchronous)  等待传送(nonblocking send): …

例句

An introduction to nonblocking algorithms: Describes how concurrent algorithms can be implemented without locks, using atomic variables.

非阻塞算法简介：介绍如何使用原子变量而不是锁实现并发算法。

As the nonblocking channel is read, it is written into a pipe that is being consumed by a second thread.

当读取非阻塞通道时，把它写到正由第二个线程消费的管道。

A nonblocking read makes no guarantee to the caller besides the fact that it won't block.

除了不会阻塞之外，非阻塞读不能给呼叫方任何保证。

And best of all, DWR can auto-detect when it's running under Jetty and switch to using Continuations for nonblocking Comet.

最妙的是，当运行在 Jetty 下时，DWR 能够自动检测并切换为使用 Contiuations，实现非阻塞 Comet。

Nonblocking algorithms tend to be far more complicated than lock-based ones.

非阻塞算法要比基于锁的算法复杂得多。

Data is read from the channel in a nonblocking fashion and written to the Client object.

数据是以非阻塞方式从通道中读取的，并被写到 Client 对象中。

The createPipe subroutine is a simple method to create a nonblocking read from a pipe using threads.

createPipe 子例程是从使用线程的管道中进行无阻塞读取的简单方法。

In Chapter 2, we focus on the performance analysis of internal nonblocking packet switches with Bernoulli traffic arrival model.

在第2 章中，研究在贝努里信元到达模型下，内部无阻塞交换机的性能分析。

If you dive into the JVM and OS, you'll find nonblocking algorithms everywhere.

如果深入 JVM 和操作系统，会发现非阻塞算法无处不在。

You can provide a nonblocking API to the client so it can hand over the request to the SOAP engine and continue with the other work.

你可以为客户端提供一个 nonblockingAPI，这样它就可以把请求传递给 SOAP 引擎，继续做其他工作。

Nonblocking reads and writes are essential to NIO, but they don't come trouble free.

对于 NIO，非阻塞读写是必要的，但它们并不是完全没有麻烦。

Many articles followed, explaining the basics of NIO and how to leverage the benefits of nonblocking channels.

下面的许多文章阐述了 NIO 的基本知识及如何利用非阻塞通道的好处。

Developing nonblocking algorithms is a rather specialized discipline, and it can be extremely difficult to prove their correctness.

开发非阻塞算法是相当专业的训练，而且要证明算法的正确也极为困难。

Thus it can be avoided efficiently to misuse blocking and nonblocking assignments.

才可以有效地避免阻塞与非阻塞过程赋值的误用。

更新时间：2025-06-19 12:04