In this tutorial, you're going to learn more about Python strings.

在本教程中，您将学习更多有关Python字符的知识。

For example, mnemonic devices are common tools you can use to quickly retain strings of information.

例如，记忆符是常用的工具，可以快速保留字符。

And this is also really important since we're now, strings are collections of characters.

这真的很重要，因为字符就是字符的集合。

And we've always had the goal that string processing in Swift is first in class without compromising on Unicode correctness.

我们的目标一直是让 Swift 里的字符处理成为第一等级，而不必受制于统一码的正确性。

We've also added great syntactic such as multi-line string literals, which include, you know, support for white space.

我们还添加了很棒的句法，比如多行字符常量，它包括对 White space 的支持。

Take a look at the string on the far left.

一下最左边的字符。

And all of the subjects saw the same strings of words.

所有受试到了相同的字符。

11.4 ). Similarly, a single piece of string can divide into two strings.

11.4）。同样，一根字符可以分成两个字符。

So we'd need some string as well.

所以我们也需要一些字符。

This is like a string. See how small this is?

这就像一个字符。这有多小？

Next, we duplicate this string 32 times, and this gets us a page of strings.

接下来，我们将这个字符复制32次，这样我们就得到了一页字符。

Using strings as actuation in the middle rather than mechanical gears.

使用字符作为中间的驱动装置而不是机械齿轮。

So you can index into it by a string.

你可以通过字符来索引它。

A sea to shining sea, string of CODIS hits.

大海对闪亮的大海， CODIS 的字符命中。

A genome can be viewed as a long string of letters with biological instructions.

一个基因组可以被视为一条包含生物指令的长字符。

But in a  nutshell, 1D strings become 3D structures.

但总而言之，一维的字符变成了三维的结构。

Remember, I said a string is like a thin rope.

记住，我说过字符就像一根细绳。

For example, a string of 21 letters represents 21 bits of information.

例如，一21个字母的字符代表了21比特的。

And then suddenly decided that on certain inference, it would say, here's your Jason string.

然后突然决定，在某些推理中，它会提示：“这是你的Jason字符。”

Now, of course, my code hadn't anticipated the commentary before the Jason string.

当然，我的代码并没有预料到在Jason字符之前会出现评论。