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api:thread:zh [2023/10/20 11:14] hfsr [Event Registration Independence] |
api:thread:zh [2023/10/20 11:23] hfsr [Functions] |
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| * 被推送的事件对系统中的所有运行中线程可见。 | * 被推送的事件对系统中的所有运行中线程可见。 | ||
| * 两个独立的线程可以对同一个事件`event.pull`，每个线程都会独立观测到此事件。 | * 两个独立的线程可以对同一个事件`event.pull`，每个线程都会独立观测到此事件。 | ||
| - | ===== Overview ===== | + | ===== 概述 ===== |
| - | There are two main use cases for using threads over other viable options | + | 线程主要有两种用途是其他选择无法提供： |
| - | - You want to write a function that makes blocking calls without blocking the rest of your application. | + | - 你需要编写一个函数，其中进行了阻塞式调用，但不阻塞程序其它部分的运行。 |
| - | - You want a long running background function without having to manage yielding and resuming it manually. | + | - 你需要编写长期运行的后台函数，而不想手动管理其yield与resum。 |
| - | ===== Functions ===== | + | ===== 函数 ===== |
| - | There are two sections of API defined here. | + | 此处定义了两类API。 |
| - | 1. The [[api:thread#Thread_API|thread]] api, or the static functions, provided by `require("thread")` | + | 1. [[api:thread:zh#线程API|线程]]API，或者说静态函数，由`require("thread")`提供。 |
| - | 2. The [[api:thread#Thread_Handle_API|thread handle]] api, or the api available the thread _objects_ created by `thread.create`. In this documentation these thread handles will be denoted by just `t`. | + | 2. [[api:thread:zh#线程句柄API|线程句柄]]API，或者说适用于`thread.create`创建的线程_对象_的api。在此文档中这些线程句柄将会仅以`t`表示。 |
| ===== Thread API ===== | ===== Thread API ===== | ||