You just need to express in ASCII character, one at a time, and these brave souls are simply going to spell something out for us to hammer home this point of binary.
你们只需要每人代表一个ASCII码,这些勇敢的小伙子们就是想,清楚的让大家理解二进制原理。
> But if you actually do the math, those zeros and ones translate to an ASCII character which is D which is gonna be a 65, 66, 67, 68 would be the letter D.
>,你们自己算算看,把这些0和1转换成D对应的ASCII码,那么就是,65,66,67,68,对,68对应于“D“
5 So similarly would there be the number 65 next to this then the corresponding number for V-I-D and then there's generally a special character at the end that looks like a zero that says end of string here.
同样,A就是,接着再填上V-I-D对应的ASCII码,在最后还有添上一个特殊的字符,有点像0,代表这是该字符串结束。
Now, once you know each of those, you can now do 25 more upper case letters and 25 more lower case letters then there are some other stuff like punctuation and things you see on the keyboard.
一旦你知道两者中的任何一个,你就知道了另外25个,大写字母和小写字母,标点和在键盘上的,各种符号也有ASCII码。
> >> David: So yeah, not binary per se but ASCII, right?
>,【无法辨认的声音】,>>,大卫:是这样的,不是二进制本身,而是用ASCII码,对吗?
And ASCII recalls the code that we talked about last week.
回想一下我们上周提到的ASCII码。
And the thing we've seen thus far is called "ASCII."
我们目前看到的这个东西叫做“ASCII“码“
In this case, it's a sequence of ASCII characters.
在这里,就是一系列ASCII码。
human text, ASCII text as input and output zeroes and ones that represent that program in a manner that the CPU, interesting, dammit, not installed on this computer.
编译器以人输入的文本,ASCII码为输入,它输出一些cpu实际上可以理解的,在这台计算机上没有安装。
Now ASCII involves characters.
现在ASCII码包含字符了。
I have connected to the course's central server from my own laptop and via dot slash chart am I about to run a little program that depicts as best we can with what with generally call ASCII art -- -- it's really all you can do in a terminal window like this -- our numbers from the past few years.
我已经通过我的电脑连接到了课程的中心服务器,在我的笔记本电脑上,通过键入“,/chart“,我将要运行一个被描写成,“ASCII码艺术“的小程序-,在一个这样的终端窗口中你们都可以做到-,过去几年中我们的人数。
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