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.

The first thing I want to do is match the function name. That will be a z .

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

There'll be no hung jury.

1 space 2b it is in the string, but we never have any letters in this regular expression.

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

Let's start writing it out.

This last chunk is called the top level domain .com, .net, .edu things like that.

So it checks whether x 0, whether y 0, whether z 0, and so on.

Great.

Then it's unanimous!

It doesn't match.

We have a regular expression.

Finally, over here we start with bold, and we have salvador dali again.

The local URI does not correspond to a detected port. Continue?

Switch blocks so they match

We just have open brackets, a space, and a closed bracket.

Those start with r and then double quotes.

You should read right over them.

That's going to be anything that's not a double quote or a backslash.

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

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.

Passwords do not match

Passwords do not match.

No. Does it match the string rule?

I agree.

Now we're going to try 12 .

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

Here we've got the same thing, but I've got these spaces before and after the argument.

Found 0 matches.

Isak Dinesen we don't match this for a number of reasons.

Use exact match

Parameter count mismatch

No. Nobody's got it.

In our case, the book value of the equity was 5 million.

We're going to go back, and we're just going to try . doesn't work.

Velocity matching

For this question, you're asked to define two procedures.

let's do it on an accrual basis.

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

Passwords do not match.

Look, they got matching bracelets.

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

We match their dimensions.

How to ensure our digital identities reflect our real world identities?