Write a class Starburst that represents a pack of Starburst pieces. Each Starburst object, will

keep track of one data attribute, a list of the pieces of candy contained in the pack. For the sake of brevity, each

piece of candy will be represented by a single uppercase letter, representing its color. $($No data validation is

required$).$ Your class definition should include $3$ methods $($ init$\_\_,,$ eat$).$ WRITE YOUR

SOLUTION ON THE BACK OF THIS PAGE. Implementation details follow.

Creating and displaying objects:

$($constructor$)-$ accepts one optional argument, a list of strings representing the colors of the pieces

of candy. If no argument is given, these pieces should default to $[\text{'}$R$\text{'},\text{'}$Y$\text{'},\text{'}$B$\text{'},\text{'}$O$\text{'},\text{'}$G$\text{'},\text{'}$P$\text{'}].$

$($No data validation is required$).$

$-{?}_{(}(){)}_{r}ep{r}_{{?}_{?}}$ returns a string representing the Starburst object $as$ indicated $in$ the examples below.

$>>>s$ Starburst$([\text{'}R\text{'},\text{'}Y\text{'},\text{'}B\text{'}])\frac{?}{?}$# list $of$ colors passed $as$ argument

$>>>s$

Starburst$([\text{'}R\text{'},\text{'}Y\text{'},\text{'}B\text{'}])$

$>>>s=$ Starburst$()\frac{?}{?}$# $no$ argument, use default

$>>>s$

Starburst$([\text{'}R\text{'},\text{'}Y\text{'},\text{'}B\text{'},\text{'}O\text{'},\text{'}G\text{'},\text{'}P\text{'}])$

The eat method allows you to consume one or more pieces from the Starburst pack. Details:

accepts one optional argument, the number of pieces to eat. If no argument is provided, this defaults to $1$

piece.

Tries to eat the given number of pieces from the front of the pack, however,

You can't eat pieces that aren't there $-$ the actual number of pieces eaten is limited to the number of pieces

currently in the pack

Pieces that are eaten are removed from $($the front$)$ of the pack

returns a list of the pieces actually eaten. If none are eaten, an empty list is returned.