We invoke split on a string and what it outputs is a list of the words in the string.

string category Category string of the event.

string title Title string of the event.

string description Description string of the event.

string category Category string of the event.

string title Title string of the event.

string description Description string of the event.

So those are our gruesome words and we've been asked to identify all the grue words within a given string.

string of text

The process of lexing breaks a big string, like a web page, up into a list of tokens or important words.

The first string is a search string the second string is the target string.

We'll get out a list where each element of the list corresponds to one of the words in this string separated by spaces.

And split does a pretty good job of dividing the string into the words that we want for our Web index.

string

string

string

String

String

String

String

One string might contain many tokens in the same way that one sentence might contain many words.

First we identify. Blue words and then afterwards we do the green words and we just feed in the string that we passed into the function.

The name of the string class

Returns given section of a string.

Think of hunting with silly string.

We've solved that string of robberies.

One of the other predictions of string theory no, that's not one of the other predictions of string theory.

For this question, you're asked to produce a list of words from a string, which is separated either by white space or tags.

String converted

Prefix string

Replacing string.

Character string

String Matching

DOCTYPE string

String Replacer

String Replacer

Preview String

Vendor String

Planet string

Label string

Wildcarded String

Change string

Change string

String List

Sort String