The threading module was designed with inheritance in mind, and was actually built on top of a lower-level thread module.
在设计线程模块时考虑到了继承，并且线程模块实际上是建立在底层线程模块的基础之上的。
In order to implement this algorithm, this paper designed a user-level thread scheduling application framework.
为了实现这一算法，本文设计了一种用户级的应用线程调度框架。
User level thread is the higher level user scheduling unit supported by kernel thread, it supports concurrent execution of user programs.
用户级线程是在核心线程的支持下建立的更高层次的用户调度单位，能较好地支持用户程序的并发执行。
Whenever a user-level thread makes a blocking system call, the kernel execution vehicle it is using will become blocked in the kernel.
当用户空间线程调用了一个阻塞的系统调用时，内核执行对象也会在内核阻塞。
Whenever a user-level thread makes a blocking system call, the kernel execution vehicle it is using will become blocked in the kernel.
当用户空间线程调用了一个阻塞的系统调用时，内核执行对象也会在内核阻塞。
应用推荐