Lua语法基础教程（上篇）
今天我们来学习Lua语法基础教程。由于篇幅过长，将分为上中下三篇进行讲解，本篇为上篇。一、初识LuaLua 是一种轻量小巧的脚本语言，它用标准C语言编写并以源代码形式开放。这意味着什么呢？这意味着Lua虚拟机可以很方便的嵌入别的程序里，从而为应用程序提供灵活的扩展和定制功能。而整个Lua虚拟机编译后仅仅一百余K，经过适当的裁剪还能做到更小，十分适合嵌入式的开发。同时，在目前脚本引擎中，Lua的运行速度占有绝对优势。这些都决定了Lua是作为嵌入式脚本的最佳选择。在我们编写代码之前，需要做一下准备，就是：确保你输入标点符号时，用的不是中文输入法。
二、第一个Lua程序几乎所有语言的第一行代码，都是输出hello world，本教程也不意外。在Lua中，打印结果只需要使用print这个函数即可。同时，如果需要使用函数，只需要在函数名后加上双括号，同时传入你想传入的值即可。所以，我们来执行下面的代码，打印出hello world吧！data:image/png;base64,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
三、输出数据上一部分，我们知道了，在Lua中，可以使用print函数来打印你想要得到的结果。并且还知道了，函数是指可以实现某些功能的子程序，可以使用函数名(参数)来执行。让我们试着输出一些其他东西吧！使用多个print函数，输出自己想输出的数据。data:image/png;base64,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**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
四、代码注释代码注释就是在代码里，不会运行的部分。注释完全不会被运行。这部分是为了在查看代码时，可以更好地立即现有代码含义用的。我们可以用--开头，来写一段单行注释也可以用--[[开头，]]结尾，写一段多行注释。下面是注释的例子：data:image/png;base64,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