Here I've written nine possibilities.

Once we've gone through every character in our source string, we return the output list.

If that course is in the dictionary for that hexamester, then we're going to append it to our offered list.

a z , and the haystack string a quick brown .

So for each parent, we're going to add their ancestors to the result list, and once we're done, we're going to return the result list.

CAT and calculate the prefixes of CAT, we will get a list exactly like this one.

A list of allowed hosts

List of collected notes

For example, suppose we take one of Charlotte Bronte's books as a string and we call split on it.

URLs associated with that keyword.

Let's briefly go over it.

And finally the len operator that takes a list as its input and produces an output number that is the length of the list.

The mounted shares will be displayed in a list view.

For the postcondition, we have to make sure two things.

I've written out three Python expressions involving re.findall that returns a list of substrings that match the given regular expression.

Here's the wrong world where in the leaf case

This'll be 4 in our running example.

You're going to multiply pi with pMiss.

For every token that we get, if I'm out of tokens, I'm going to break, but for all the ones that we do have, I'm going to append it to the result list and then return the result list.

Show mounted shares in a list view

Now we enter into the for loop. And what the for loop says is let's iteratively assign i to each of the elements in the list generated by range(10)

Now we're reassigning what p points to to the original value of p, which is this, concatenated with the list 1.

We're going to modify this rank algorithm that we had before to do what I suggested.

List of files that are about to be deleted.

Not listed.

Why don't you get some rest.

A brief mention with no list of the fallen.

One natural strategy is to iterate the max procedure so go through the list, find the max, pull it out of the list, so the list is now in 1 long and then repeat this.

The arts that comes out of here is a curser, and then we basically call the list constructor on it, which says, okay, make a new list out of that iterable.

Let's say it's the Empty list, if we haven't gotten started yet.

But there's a list. 11 names. Plus one that's been redacted.

Returns a list of IP addresses to which the Internet host specified by hostname resolves.

The first thing we have here is a helper function.

The dropped file is a KGet Transfer List

So it would create... It would create a separate list...

We're calling split on it.

I could also have put a 0 in here.

Alice uses the list of random shifts instead.

This is very similar to the K partitioning algorithm from the lectures, but returns a single value only, instead of a list.

We give this a run.

So let's give our function a test again by running this.

You got me back good

List of supported RAW cameras

Your name was dropped from the list.

So now that I've defined my helper function, I need to use it.