So, a word like 'deconstruct' for example, the original word is 'construct' and that has a stress on the second syllable, 'construct' therefore, we keep that 'struct' stressed and we get 'deconstruct', so, 'construct', 'deconstruct'.

例如，像“deconstruct”这个词，始词是“construct”，它重读在第二个音节，“construct”，所以，在“deconstruct”中我们重读还是在“struct”这里，所以，“construct”，“deconstruct”。

In Swift, we use both value and reference types, and while NSCoding supports classes, it doesn't work at all with structs or enums.

在 Swift 里，我们会用值类型和引用类型虽然 NSCoding 支持 类（class）但它对结构（struct） 或者 枚举型（enum） 就无能为力。

So when you open a file that's backed by some C struct, but the operating system only gives you a pointer to it.

所以当你打开一个由某个C结构体支持文件，但操作系统只给你一个指向它指针时。

Using this struct, we can create a linked list, which is a flexible data structure that can store many nodes.

使用这个结构体，我们可以创建一个链表，这是一种灵活数据结构，可以存储许多节点。

The 680 bytes is important, because this struct here is exactly 680 bytes.

680 字节很重要，因为这里这个结构正好是 680 字节。

Each struct implements the logic in the execute method, as we've already mentioned.

正如我们已经提，每个结构体都实现执行方法中逻辑。

If it received more than 680 bytes at this point, we receive the header already, that big struct, and parts of the payload already.

如果此时它超过 680 个字节，我们已经标头、那个大结构和部分有效负载。

We can even make arrays of structs that we define, which are automatically bundled together in memory.

我们甚至可以创建我们定义结构体数组，这些结构体在内存中会被自动捆绑在一起。

This array of structs, like any other array, gets created at a fixed size that can't be enlarged to add more items.

这个结构体数组就像其他数组一样，在创建时固定大小，无法扩大以添加更多项。

And this struct contains all the important things that the RCM code needs to know to verify that message, the signature of that message, and what it's supposed to do.

此结构包含 RCM 代码验证该消息、该消息签名以及它应该执行操作所需知道所有重要内容。

This needs to be a struct, not a class.

这需要是一个结构，而不是一个类。

If we access, for example, J index of 0, we get back the whole struct stored there, and we can pull the specific account number and balance data we want.

如果我们访问，例如，索引为0J，我们会得存储在那里整个结构体，然后我们可以提取我们想要具体账户号码和余额数据。

First you create a separate struct that implements IJob, like this.

首先，您创建一个实现 IJob 独结构，如下所示。

It's basically just a C struct, a binary blob that is being thrown over a bulk endpoint to the device.

它基本上只是一个 C 结构，一个二进制 blob，通过批量端点被抛设备上。

Let's imagine we have three node structs saved in memory, at locations 1000, 1002 and 1008.

让我们想象我们有三个节点结构体保存在内存中，位置分别是1000、1002和1008。

Let's take a look at this struct that's called a " node" .

让我们来看看这个被称为“节点”结构体。

We'll use this to initialize our struct and then give it the data it needs to do its work.

我们将使用它来初始化我们结构，然后为其提供完成工作所需数据。

But, the struct data structure can be used for building more complicated data structures that avoid these restrictions.

但是，结构体数据结构可以用来构建更复杂数据结构，从而避免这些限制。

You'll see shortly that a translation is just a struct.

您很快就会发现翻译只是一个结构体。