Here if we're looking for single letter strings that are between 0 and 9, the 1 matches, the plus does not, the 2 matches, the equals does not, the equals does not, and the 3 matches.

I agree.

And if I'm running find all, I'd rather have it return the hyphenated word super irvin instead of first checking if the word matches just super, then seeing that hyphen doesn't match anything, and then returning irvin.

Here my first leaf, working my way down and to the left, is this open left angle bracket, and that matches up here.

Great.

Over here we're looking for capital letters A through Z in Mir Dard 1721.

Roommate backs up the story.

Zero is certainly in this set, so 0 matches 0 through 9.

No. Does it match the string rule?

What's our c?

We're not actually doing any work here. For everything in 1, 2, 3, just put that in the output.

Positive ID, boss, it's Staiger.

We've got a match.

No. Nobody's got it.

Consistency!

It doesn't match.

And on this particular input, we will find 2 substrings that match.

Then, we all agree on not guilty ?

So effectively, we are saying that our number of images loaded equal to number of images that exist.

It's a collection of letters, and it may have underscores, but it doesn't.

If test(a) is true, we return b.

Can we do a quick show of hands?

Let's walk through the first one and see how it goes.

It's a perfect match.

Over here, we have a 2 character sequence that's a backslash followed by a dot.

We all know that it's Bill.

Passwords match.

Passwords match

Filter rules have matched.

That match was unambiguous.

You could submit the Python code that corresponds to either this or this or this.

like any corporation, and they have to, the liabilities, plus the equity has to match up to the assets.

I just use re dot find all, with the completed regular expression.

But there's some blood matches.

Password is a similar thing, basically any characters between the length 3 and 20.

We'd say, oh, well, 1 thing is the empty string.

Grease is the word.

X X X is going to be my key and X is my value.

What this teaches us is that in matching pixels to pixels, we match an entire corresponding line in stereo.

I'll write it right below it so we can compare terms.

Passwords do not match

Passwords do not match.

In proc1, if test(x), which is the first parameter is true we return y.

One match.

The answer would be in this case 40, because we pay a 20 penalty of a bad match over here.